Index: /trunk/SRC/Calendar/date2jul.pro
===================================================================
--- /trunk/SRC/Calendar/date2jul.pro	(revision 113)
+++ /trunk/SRC/Calendar/date2jul.pro	(revision 114)
@@ -32,4 +32,7 @@
 function date2jul, date, GRADS = grads
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    year = long(date) / 10000
    month = long(abs(date)/100) MOD 100
Index: /trunk/SRC/Calendar/date2string.pro
===================================================================
--- /trunk/SRC/Calendar/date2string.pro	(revision 113)
+++ /trunk/SRC/Calendar/date2string.pro	(revision 114)
@@ -30,4 +30,7 @@
 FUNCTION date2string, yyyymmdd, _EXTRA = ex
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
    sday = strtrim(long(yyyymmdd) MOD 100, 1)
    smonth = strtrim((long(yyyymmdd)/100) MOD 100, 2)
Index: /trunk/SRC/Calendar/daysinmonth.pro
===================================================================
--- /trunk/SRC/Calendar/daysinmonth.pro	(revision 113)
+++ /trunk/SRC/Calendar/daysinmonth.pro	(revision 114)
@@ -31,4 +31,7 @@
 ;------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4cal
 IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/Calendar/jul2date.pro
===================================================================
--- /trunk/SRC/Calendar/jul2date.pro	(revision 113)
+++ /trunk/SRC/Calendar/jul2date.pro	(revision 114)
@@ -24,4 +24,7 @@
 ;------------------------------------------------------------
 function jul2date, jday
+;
+  compile_opt idl2, strictarrsubs
+;
 
   caldat, jday, month, day, year
Index: /trunk/SRC/Calendar/leapyr.pro
===================================================================
--- /trunk/SRC/Calendar/leapyr.pro	(revision 113)
+++ /trunk/SRC/Calendar/leapyr.pro	(revision 114)
@@ -39,4 +39,7 @@
 function leapyr, year
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4cal
   yr = long(year)
Index: /trunk/SRC/Calendar/monthname.pro
===================================================================
--- /trunk/SRC/Calendar/monthname.pro	(revision 113)
+++ /trunk/SRC/Calendar/monthname.pro	(revision 114)
@@ -24,4 +24,7 @@
 ;------------------------------------------------------------
 FUNCTION monthname,  mm1, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
    return, string(format='(C(CMoA0))',31*(mm1-1), _extra = ex)
 end
Index: /trunk/SRC/Documentation/idldoc_html_output/Interpolation/dir-files.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/Interpolation/dir-files.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/Interpolation/dir-files.html	(revision 114)
@@ -87,8 +87,7 @@
 	<li><a href="spl_keep_mean.html?format=raw" target="file_frame">spl_keep_mean.pro</a></li>
 	<li><a href="square2quadrilateral.html?format=raw" target="file_frame">square2quadrilateral.pro</a></li>
-	<li><a href="testinterp.html?format=raw" target="file_frame">testinterp.pro</a></li>
       </ul>
 
-      <div id="tagline">23 files</div>
+      <div id="tagline">22 files</div>
       
 
Index: /trunk/SRC/Documentation/idldoc_html_output/Interpolation/directory-overview.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/Interpolation/directory-overview.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/Interpolation/directory-overview.html	(revision 114)
@@ -764,7 +764,4 @@
 	<dd> warm (or map) a unit square onto an arbitrary quadrilateral  according to the 4-point correspondences:        (0,0) -> (x0,y0)        (1,0) -> (x1,y1)        (1,1) -> (x2,y2)        (0,1) -> (x3,y3)  The mapping is done using perspective transformation which preserve  lines in all orientations and permit quadrilateral to quadrilateral  mappings.</dd>
       
-	<dt><a href="testinterp.html?format=raw">testinterp.pro</a></dt>
-	<dd></dd>
-      
       </dl>
       
Index: /trunk/SRC/Documentation/idldoc_html_output/Interpolation/square2quadrilateral.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/Interpolation/square2quadrilateral.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/Interpolation/square2quadrilateral.html	(revision 114)
@@ -681,5 +681,5 @@
 <div id="secondary_navbar">
 
-<a href="spl_keep_mean.html?format=raw">&lt;&lt;prev file</a> | <a href="testinterp.html?format=raw">next file &gt;&gt;</a>&nbsp;&nbsp;&nbsp;&nbsp;<a href="square2quadrilateral.html?format=raw" target="_TOP">view single page</a> | <a href="./../index.html?format=raw" target="_TOP">view frames</a>&nbsp;&nbsp;&nbsp;&nbsp;summary: fields | routine&nbsp;&nbsp;&nbsp;&nbsp;details: <a href="#routine_details">routine</a>
+<a href="spl_keep_mean.html?format=raw">&lt;&lt;prev file</a> | next file &gt;&gt;&nbsp;&nbsp;&nbsp;&nbsp;<a href="square2quadrilateral.html?format=raw" target="_TOP">view single page</a> | <a href="./../index.html?format=raw" target="_TOP">view frames</a>&nbsp;&nbsp;&nbsp;&nbsp;summary: fields | routine&nbsp;&nbsp;&nbsp;&nbsp;details: <a href="#routine_details">routine</a>
 
 </div>
Index: /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_plt_old.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_plt_old.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_plt_old.html	(revision 114)
@@ -709,10 +709,10 @@
 	
 
-	<div class="routine_details" id="_tst_plt">
-
-	  <h2><a class="top" href="#container">top</a>tst_plt </h2>
+	<div class="routine_details" id="_tst_plt_old">
+
+	  <h2><a class="top" href="#container">top</a>tst_plt_old </h2>
 	
 	  <p class="header">
-	    tst_plt, <a href="#_tst_plt_keyword_IMAGE">IMAGE</a>=<span class="result">IMAGE</span></p>
+	    tst_plt_old, <a href="#_tst_plt_old_keyword_IMAGE">IMAGE</a>=<span class="result">IMAGE</span></p>
 	
 	  <div class="comments"></div>
@@ -726,5 +726,5 @@
 	    <h3>Keywords</h3>
 	    
-	    <h4 id="_tst_plt_keyword_IMAGE">IMAGE&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+	    <h4 id="_tst_plt_old_keyword_IMAGE">IMAGE&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 	      
 	      
Index: /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_pltt_old.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_pltt_old.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_pltt_old.html	(revision 114)
@@ -709,10 +709,10 @@
 	
 
-	<div class="routine_details" id="_tst_pltt">
-
-	  <h2><a class="top" href="#container">top</a>tst_pltt </h2>
+	<div class="routine_details" id="_tst_pltt_old">
+
+	  <h2><a class="top" href="#container">top</a>tst_pltt_old </h2>
 	
 	  <p class="header">
-	    tst_pltt, <a href="#_tst_pltt_keyword_IMAGE">IMAGE</a>=<span class="result">IMAGE</span></p>
+	    tst_pltt_old, <a href="#_tst_pltt_old_keyword_IMAGE">IMAGE</a>=<span class="result">IMAGE</span></p>
 	
 	  <div class="comments"></div>
@@ -726,5 +726,5 @@
 	    <h3>Keywords</h3>
 	    
-	    <h4 id="_tst_pltt_keyword_IMAGE">IMAGE&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+	    <h4 id="_tst_pltt_old_keyword_IMAGE">IMAGE&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 	      
 	      
Index: /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_pltz_old.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_pltz_old.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/Tests/TestsOld/tst_pltz_old.html	(revision 114)
@@ -709,10 +709,10 @@
 	
 
-	<div class="routine_details" id="_tst_pltz">
-
-	  <h2><a class="top" href="#container">top</a>tst_pltz </h2>
+	<div class="routine_details" id="_tst_pltz_old">
+
+	  <h2><a class="top" href="#container">top</a>tst_pltz_old </h2>
 	
 	  <p class="header">
-	    tst_pltz, <a href="#_tst_pltz_keyword_IMAGE">IMAGE</a>=<span class="result">IMAGE</span></p>
+	    tst_pltz_old, <a href="#_tst_pltz_old_keyword_IMAGE">IMAGE</a>=<span class="result">IMAGE</span></p>
 	
 	  <div class="comments"></div>
@@ -726,5 +726,5 @@
 	    <h3>Keywords</h3>
 	    
-	    <h4 id="_tst_pltz_keyword_IMAGE">IMAGE&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+	    <h4 id="_tst_pltz_old_keyword_IMAGE">IMAGE&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 	      
 	      
Index: /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/HOPE/cw_selectinterval.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/HOPE/cw_selectinterval.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/HOPE/cw_selectinterval.html	(revision 114)
@@ -710,10 +710,4 @@
 	<dl>
 	  
-	  <dt><p><a href="#_testwid_event">testwid_event<span class="result">, event</span></a></p><dt>
-	  <dd></dd>	
-	  
-	  <dt><p><a href="#_testwid">testwid, _extra=<span class="result">_extra</span></a></p><dt>
-	  <dd></dd>	
-	  
 	  <dt><p><a href="#_cw_selectinterval_get_value"><span class="result">result = </span>cw_selectinterval_get_value(<span class="result">id</span>)</a></p><dt>
 	  <dd></dd>	
@@ -732,121 +726,4 @@
 	
 
-	<div class="routine_details" id="_testwid_event">
-
-	  <h2><a class="top" href="#container">top</a>testwid_event </h2>
-	
-	  <p class="header">
-	    testwid_event<span class="result">, <a href="#_testwid_event_param_event">event</a></span></p>
-	
-	  <div class="comments"></div>
-
-	  
-
-	  
-	    <h3>Parameters</h3>
-	
-	    
-	    <h4 id="_testwid_event_param_event">event&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
-	      
-	      
-	      
-	      
-	      
-	      
-	      
-	      
-	    </h4>
-	
-	  <div class="comments"></div>
-	    
-
-	  
-
-	  
-
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	
-	  
-	
-	</div>
-	
-
-	<div class="routine_details" id="_testwid">
-
-	  <h2><a class="top" href="#container">top</a>testwid </h2>
-	
-	  <p class="header">
-	    testwid, <a href="#_testwid_keyword__extra">_extra</a>=<span class="result">_extra</span></p>
-	
-	  <div class="comments"></div>
-
-	  
-
-	  
-
-	  
-
-	    <h3>Keywords</h3>
-	    
-	    <h4 id="_testwid_keyword__extra">_extra&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
-	      
-	      
-	      
-  	      
-	      
-	      
-	      
-	      
-	    </h4>
-	
-	    <div class="comments"></div>
-	    
-	  
-
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	
-	  
-	  
-	  
-	  
-	  
-	  
-	  
-	
-	  
-	
-	</div>
-	
-
 	<div class="routine_details" id="_cw_selectinterval_get_value">
 
Index: /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/STRING/strcnt.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/STRING/strcnt.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/STRING/strcnt.html	(revision 114)
@@ -709,10 +709,10 @@
 	
 
-	<div class="routine_details" id="_Strcnt">
-
-	  <h2><a class="top" href="#container">top</a>Strcnt </h2>
+	<div class="routine_details" id="_strcnt">
+
+	  <h2><a class="top" href="#container">top</a>strcnt </h2>
 	
 	  <p class="header">
-	    <span class="result">result = </span>Strcnt(<span class="result"><a href="#_Strcnt_param_strn">strn</a>, <a href="#_Strcnt_param_substrn">substrn</a>, <a href="#_Strcnt_param_startpos">startpos</a></span>, <a href="#_Strcnt_keyword_HELP">HELP</a>=<span class="result">HELP</span>)</p>
+	    <span class="result">result = </span>strcnt(<span class="result"><a href="#_strcnt_param_strn">strn</a>, <a href="#_strcnt_param_substrn">substrn</a>, <a href="#_strcnt_param_startpos">startpos</a></span>, <a href="#_strcnt_keyword_HELP">HELP</a>=<span class="result">HELP</span>)</p>
 	
 	  <div class="comments">
@@ -770,5 +770,5 @@
 	
 	    
-	    <h4 id="_Strcnt_param_strn">strn&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+	    <h4 id="_strcnt_param_strn">strn&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 	      
 	      
@@ -783,5 +783,5 @@
 	  <div class="comments"></div>
 	    
-	    <h4 id="_Strcnt_param_substrn">substrn&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+	    <h4 id="_strcnt_param_substrn">substrn&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 	      
 	      
@@ -796,5 +796,5 @@
 	  <div class="comments"></div>
 	    
-	    <h4 id="_Strcnt_param_startpos">startpos&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+	    <h4 id="_strcnt_param_startpos">startpos&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 	      
 	      
@@ -816,5 +816,5 @@
 	    <h3>Keywords</h3>
 	    
-	    <h4 id="_Strcnt_keyword_HELP">HELP&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+	    <h4 id="_strcnt_keyword_HELP">HELP&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 	      
 	      
Index: /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/STRUCTURE/chkstru.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/STRUCTURE/chkstru.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/STRUCTURE/chkstru.html	(revision 114)
@@ -742,5 +742,5 @@
         INDEX --> a named variable that will contain the indices of
              the required field names in the structure. They can then
-             be assessed through structure.(index(i)) . Index will
+             be assessed through structure.(index[i]) . Index will
              contain -1 for all fields entries that are not in the
              structure.
Index: /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/UTILITAIRE/text_box.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/UTILITAIRE/text_box.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/ToBeReviewed/UTILITAIRE/text_box.html	(revision 114)
@@ -734,6 +734,6 @@
  keywords
   pos          4 element vector specifying the box position and size
-               pos(0),pos(1) specify the lower left corner coordinate
-               pos(2),pos(3) specify the upper right corner coordinate
+               pos[0],pos[1] specify the lower left corner coordinate
+               pos[2],pos[3] specify the upper right corner coordinate
                data window normalized coordinates are use
 
Index: /trunk/SRC/Documentation/idldoc_html_output/all-files.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/all-files.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/all-files.html	(revision 114)
@@ -361,6 +361,6 @@
 	<li><a href="./ToBeReviewed/STRING/str_size.html?format=raw" target="file_frame">str_size.pro</a></li>
 	<li><a href="./Textoidl/str_token.html?format=raw" target="file_frame">str_token.pro</a></li>
+	<li><a href="./ToBeReviewed/STRING/strcnt.html?format=raw" target="file_frame">strcnt.pro</a></li>
 	<li><a href="./Textoidl/strcnt.html?format=raw" target="file_frame">strcnt.pro</a></li>
-	<li><a href="./ToBeReviewed/STRING/strcnt.html?format=raw" target="file_frame">strcnt.pro</a></li>
 	<li><a href="./ToBeReviewed/STRING/string2struct.html?format=raw" target="file_frame">string2struct.pro</a></li>
 	<li><a href="./ToBeReviewed/STRING/strkeywd.html?format=raw" target="file_frame">strkeywd.pro</a></li>
@@ -369,6 +369,6 @@
 	<li><a href="./ToBeReviewed/STRING/strsci.html?format=raw" target="file_frame">strsci.pro</a></li>
 	<li><a href="./ToBeReviewed/STRING/strtok.html?format=raw" target="file_frame">strtok.pro</a></li>
+	<li><a href="./ToBeReviewed/STRING/strtrans.html?format=raw" target="file_frame">strtrans.pro</a></li>
 	<li><a href="./Textoidl/strtrans.html?format=raw" target="file_frame">strtrans.pro</a></li>
-	<li><a href="./ToBeReviewed/STRING/strtrans.html?format=raw" target="file_frame">strtrans.pro</a></li>
 	<li><a href="./ToBeReviewed/STRUCTURE/struct2string.html?format=raw" target="file_frame">struct2string.pro</a></li>
 	<li><a href="./ToBeReviewed/STRING/strwhere.html?format=raw" target="file_frame">strwhere.pro</a></li>
@@ -379,5 +379,4 @@
 	<li><a href="./ToBeReviewed/PLOTS/DIVERS/terminedessin.html?format=raw" target="file_frame">terminedessin.pro</a></li>
 	<li><a href="./ToBeReviewed/UTILITAIRE/test.html?format=raw" target="file_frame">test.pro</a></li>
-	<li><a href="./Interpolation/testinterp.html?format=raw" target="file_frame">testinterp.pro</a></li>
 	<li><a href="./ToBeReviewed/UTILITAIRE/testvar.html?format=raw" target="file_frame">testvar.pro</a></li>
 	<li><a href="./ToBeReviewed/UTILITAIRE/text_box.html?format=raw" target="file_frame">text_box.pro</a></li>
@@ -467,5 +466,5 @@
       </ul>
 
-      <div id="tagline">392 files</div>
+      <div id="tagline">391 files</div>
       
 
Index: /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-E.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-E.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-E.html	(revision 114)
@@ -907,7 +907,4 @@
 	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_bgroup</dd>
 	
-	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_testwid_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/HOPE/cw_selectinterval</dd>
-	
 	<dt><a href="./ToBeReviewed/HOPE/createhopestruct.html?format=raw#_createhopestruct">event</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/HOPE/createhopestruct</dd>
@@ -925,64 +922,64 @@
 	<dd>a parameter from the routine ./ToBeReviewed/COULEURS/xlct</dd>
 	
+	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_HELP">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
+	
+	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_EVENT">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
+	
 	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_EXIT">event</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
 	
+	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_TIMER">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
+	
+	<dt><a href="./ToBeReviewed/LECTURE/xncdf_lec.html?format=raw#_wid_var_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/LECTURE/xncdf_lec</dd>
+	
+	<dt><a href="./ToBeReviewed/LECTURE/xncdf_lec.html?format=raw#_xncdf_lec_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/LECTURE/xncdf_lec</dd>
+	
+	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_CANCEL">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
+	
+	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_OPEN_FOLDER">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
+	
+	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_OPEN_FILES">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
+	
+	<dt><a href="./ToBeReviewed/HOPE/read_hope.html?format=raw#_read_hope_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/HOPE/read_hope</dd>
+	
+	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_cw_selectinterval_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/HOPE/cw_selectinterval</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html?format=raw#_cw_pagelayout_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.html?format=raw#_cw_slide_slice_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.html?format=raw#_cw_slider_pm_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.html?format=raw#_cw_specifie_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/xquestion.html?format=raw#_xquestion_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/xquestion</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/xxx.html?format=raw#_xxx_event">event</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/xxx</dd>
+	
+	<dt><a href="./buildinit.html?format=raw#_printerdef_event">event</a></dt>
+	<dd>a parameter from the routine ./buildinit</dd>
+	
+	<dt><a href="./buildinit.html?format=raw#_papsize_event">event</a></dt>
+	<dd>a parameter from the routine ./buildinit</dd>
+	
 	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_THUMBS">event</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
 	
-	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_EVENT">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
-	
-	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_TIMER">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
-	
-	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_CANCEL">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
-	
-	<dt><a href="./ToBeReviewed/LECTURE/xncdf_lec.html?format=raw#_wid_var_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/LECTURE/xncdf_lec</dd>
-	
-	<dt><a href="./ToBeReviewed/LECTURE/xncdf_lec.html?format=raw#_xncdf_lec_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/LECTURE/xncdf_lec</dd>
-	
-	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_OPEN_FOLDER">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
-	
-	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_OPEN_FILES">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
-	
-	<dt><a href="./ToBeReviewed/HOPE/read_hope.html?format=raw#_read_hope_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/HOPE/read_hope</dd>
-	
-	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_cw_selectinterval_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/HOPE/cw_selectinterval</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html?format=raw#_cw_pagelayout_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.html?format=raw#_cw_slide_slice_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.html?format=raw#_cw_slider_pm_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.html?format=raw#_cw_specifie_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/xquestion.html?format=raw#_xquestion_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/xquestion</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/xxx.html?format=raw#_xxx_event">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/xxx</dd>
-	
-	<dt><a href="./buildinit.html?format=raw#_printerdef_event">event</a></dt>
-	<dd>a parameter from the routine ./buildinit</dd>
-	
-	<dt><a href="./buildinit.html?format=raw#_papsize_event">event</a></dt>
-	<dd>a parameter from the routine ./buildinit</dd>
-	
-	<dt><a href="./ToBeReviewed/IMAGE/image_viewer.html?format=raw#_IMAGE_VIEWER_HELP">event</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/image_viewer</dd>
-	
 	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/doubleclickaction.html?format=raw#_doubleclickaction">event</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/doubleclickaction</dd>
Index: /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-H.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-H.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-H.html	(revision 114)
@@ -781,6 +781,6 @@
       <dl>
 	
-	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_Strcnt">HELP</a></dt>
-	<dd>a keyword from the routine Strcnt</dd>
+	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_strcnt">HELP</a></dt>
+	<dd>a keyword from the routine strcnt</dd>
 	
 	<dt><a href="./ToBeReviewed/STRING/strtrans.html?format=raw#_strtrans">HELP</a></dt>
Index: /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-I.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-I.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-I.html	(revision 114)
@@ -817,12 +817,12 @@
 	<dd>a parameter from the routine ./ToBeReviewed/IMAGE/imdisp</dd>
 	
-	<dt><a href="./Tests/TestsOld/tst_plt_old.html?format=raw#_tst_plt">IMAGE</a></dt>
-	<dd>a keyword from the routine tst_plt</dd>
-	
-	<dt><a href="./Tests/TestsOld/tst_pltt_old.html?format=raw#_tst_pltt">IMAGE</a></dt>
-	<dd>a keyword from the routine tst_pltt</dd>
-	
-	<dt><a href="./Tests/TestsOld/tst_pltz_old.html?format=raw#_tst_pltz">IMAGE</a></dt>
-	<dd>a keyword from the routine tst_pltz</dd>
+	<dt><a href="./Tests/TestsOld/tst_plt_old.html?format=raw#_tst_plt_old">IMAGE</a></dt>
+	<dd>a keyword from the routine tst_plt_old</dd>
+	
+	<dt><a href="./Tests/TestsOld/tst_pltt_old.html?format=raw#_tst_pltt_old">IMAGE</a></dt>
+	<dd>a keyword from the routine tst_pltt_old</dd>
+	
+	<dt><a href="./Tests/TestsOld/tst_pltz_old.html?format=raw#_tst_pltz_old">IMAGE</a></dt>
+	<dd>a keyword from the routine tst_pltz_old</dd>
 	
 	<dt><a href="./Tests/tst_plt.html?format=raw#_tst_plt">IMAGE</a></dt>
Index: /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-S.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-S.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-S.html	(revision 114)
@@ -817,10 +817,10 @@
 	<dd>a keyword from the routine computegrid</dd>
 	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/triangule_e.html?format=raw#_triangule_e">SHIFTED</a></dt>
+	<dd>a keyword from the routine triangule_e</dd>
+	
 	<dt><a href="./ToBeReviewed/TRIANGULATION/definetri_e.html?format=raw#_definetri_e">SHIFTED</a></dt>
 	<dd>a keyword from the routine definetri_e</dd>
 	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/triangule_e.html?format=raw#_triangule_e">SHIFTED</a></dt>
-	<dd>a keyword from the routine triangule_e</dd>
-	
 	<dt><a href="./ToBeReviewed/STRING/strsci.html?format=raw#_StrSci">SHORT</a></dt>
 	<dd>a keyword from the routine StrSci</dd>
@@ -841,4 +841,7 @@
 	<dd>a keyword from the routine report</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">SIN</a></dt>
+	<dd>a keyword from the routine plt1d</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/axe.html?format=raw#_axe">SIN</a></dt>
 	<dd>a keyword from the routine axe</dd>
@@ -847,7 +850,4 @@
 	<dd>a keyword from the routine pltz</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">SIN</a></dt>
-	<dd>a keyword from the routine plt1d</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/axis4pltz.html?format=raw#_axis4pltz">SIN</a></dt>
 	<dd>a keyword from the routine axis4pltz</dd>
@@ -877,31 +877,31 @@
 	<dd>a keyword from the routine STR_SIZE</dd>
 	
+	<dt><a href="./Grid/ncdf_meshread.html?format=raw#_ncdf_meshread">STRCALLING</a></dt>
+	<dd>a keyword from the routine ncdf_meshread</dd>
+	
 	<dt><a href="./Grid/computegrid.html?format=raw#_computegrid">STRCALLING</a></dt>
 	<dd>a keyword from the routine computegrid</dd>
 	
-	<dt><a href="./Grid/ncdf_meshread.html?format=raw#_ncdf_meshread">STRCALLING</a></dt>
-	<dd>a keyword from the routine ncdf_meshread</dd>
-	
 	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.html?format=raw#_cw_domain">STRICT</a></dt>
 	<dd>a keyword from the routine cw_domain</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltz.html?format=raw#_pltz">STRICTFILL</a></dt>
+	<dd>a keyword from the routine pltz</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/LABEL/label.html?format=raw#_label">STRICTFILL</a></dt>
+	<dd>a keyword from the routine label</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">STRICTFILL</a></dt>
 	<dd>a keyword from the routine pltt</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltz.html?format=raw#_pltz">STRICTFILL</a></dt>
-	<dd>a keyword from the routine pltz</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/LABEL/label.html?format=raw#_label">STRICTFILL</a></dt>
-	<dd>a keyword from the routine label</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt.html?format=raw#_plt">STRICTFILL</a></dt>
 	<dd>a keyword from the routine plt</dd>
 	
+	<dt><a href="./Grid/computegrid.html?format=raw#_computegrid">STRIDE</a></dt>
+	<dd>a keyword from the routine computegrid</dd>
+	
 	<dt><a href="./ToBeReviewed/LECTURE/xncdf_lec.html?format=raw#_xncdf_lec">STRIDE</a></dt>
 	<dd>a keyword from the routine xncdf_lec</dd>
 	
-	<dt><a href="./Grid/computegrid.html?format=raw#_computegrid">STRIDE</a></dt>
-	<dd>a keyword from the routine computegrid</dd>
-	
 	<dt><a href="./Grid/ncdf_meshread.html?format=raw#_ncdf_meshread">STRIDE</a></dt>
 	<dd>a keyword from the routine ncdf_meshread</dd>
@@ -919,10 +919,10 @@
 	<dd>a function from the file str_size.pro</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltsc.html?format=raw#_pltsc">STY1D</a></dt>
+	<dd>a keyword from the routine pltsc</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">STY1D</a></dt>
 	<dd>a keyword from the routine plt1d</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltsc.html?format=raw#_pltsc">STY1D</a></dt>
-	<dd>a keyword from the routine pltsc</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">STY1D</a></dt>
 	<dd>a keyword from the routine pltt</dd>
@@ -931,10 +931,10 @@
 	<dd>a keyword from the routine pltz</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt.html?format=raw#_plt">STYLE</a></dt>
+	<dd>a keyword from the routine plt</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">STYLE</a></dt>
 	<dd>a keyword from the routine pltt</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt.html?format=raw#_plt">STYLE</a></dt>
-	<dd>a keyword from the routine plt</dd>
-	
 	<dt><a href="./ToBeReviewed/TRIANGULATION/tracecote.html?format=raw#_tracecote">SURFACE_COASTLINE</a></dt>
 	<dd>a keyword from the routine tracecote</dd>
@@ -961,7 +961,4 @@
 	<dd>a function from the file strcnt.pro</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_Strcnt">Strcnt</a></dt>
-	<dd>a function from the file strcnt.pro</dd>
-	
 	<dt><a href="./ToBeReviewed/STRING/strtok.html?format=raw#_Strtok">Strtok</a></dt>
 	<dd>a function from the file strtok.pro</dd>
@@ -970,25 +967,25 @@
 	<dd>a parameter from the routine ./ToBeReviewed/STRUCTURE/where_tag</dd>
 	
+	<dt><a href="./Textoidl/sub_sup_idl.html?format=raw#_Sub_sup_idl">Sub_sup_idl</a></dt>
+	<dd>a function from the file sub_sup_idl.pro</dd>
+	
 	<dt><a href="./Textoidl/translate_sub_super.html?format=raw#_Sub_sup_idl">Sub_sup_idl</a></dt>
 	<dd>a function from the file translate_sub_super.pro</dd>
 	
-	<dt><a href="./Textoidl/sub_sup_idl.html?format=raw#_Sub_sup_idl">Sub_sup_idl</a></dt>
-	<dd>a function from the file sub_sup_idl.pro</dd>
-	
 	<dt><a href="./ToBeReviewed/STRING/putfile.html?format=raw#_putfile">s</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/putfile</dd>
 	
+	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_struct_free.html?format=raw#_ncdf_struct_free">s</a></dt>
+	<dd>a parameter from the routine ./ReadWrite/idl-NetCDF/ncdf_struct_free</dd>
+	
 	<dt><a href="./ToBeReviewed/STRING/strright.html?format=raw#_strright">s</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/strright</dd>
 	
+	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2.html?format=raw#_ncdf_quickwrite_helper2">s</a></dt>
+	<dd>a parameter from the routine ./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2</dd>
+	
 	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper3.html?format=raw#_ncdf_quickwrite_helper3">s</a></dt>
 	<dd>a parameter from the routine ./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper3</dd>
 	
-	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_struct_free.html?format=raw#_ncdf_struct_free">s</a></dt>
-	<dd>a parameter from the routine ./ReadWrite/idl-NetCDF/ncdf_struct_free</dd>
-	
-	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2.html?format=raw#_ncdf_quickwrite_helper2">s</a></dt>
-	<dd>a parameter from the routine ./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/saveatt.html?format=raw#_saveatt">saveatt</a></dt>
 	<dd>a function from the file saveatt.pro</dd>
@@ -1015,10 +1012,10 @@
 	<dd>a file from the directory ./ToBeReviewed/PLOTS/DESSINE</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/symbols.html?format=raw#_symbols">scale</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/symbols</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/plotsym.html?format=raw#_plotsym">scale</a></dt>
 	<dd>a keyword from the routine plotsym</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/symbols.html?format=raw#_symbols">scale</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/symbols</dd>
-	
 	<dt><a href="./ToBeReviewed/LECTURE/GRIB/scan_grib_code.html?format=raw#_scan_grib_code">scan_grib_code</a></dt>
 	<dd>a function from the file scan_grib_code.pro</dd>
@@ -1138,13 +1135,13 @@
 	<dd>a file from the directory ./ToBeReviewed/WIDGET</dd>
 	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html?format=raw#_cw_pagelayout">small</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre.html?format=raw#_tracecadre">small</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre</dd>
+	
 	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/createhistory.html?format=raw#_createhistory">small</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/createhistory</dd>
 	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html?format=raw#_cw_pagelayout">small</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre.html?format=raw#_tracecadre">small</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre</dd>
-	
 	<dt><a href="./ToBeReviewed/POSTSCRIPT/calibre.html?format=raw#_calibre">smalldraw</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/POSTSCRIPT/calibre</dd>
@@ -1207,5 +1204,5 @@
 	<dd>a file from the directory ./Interpolation</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_Strcnt">startpos</a></dt>
+	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_strcnt">startpos</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/strcnt</dd>
 	
@@ -1225,4 +1222,7 @@
 	<dd>a parameter from the routine ./Grid/computegrid</dd>
 	
+	<dt><a href="./ToBeReviewed/STRING/strwhere.html?format=raw#_strwhere">str</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/STRING/strwhere</dd>
+	
 	<dt><a href="./ToBeReviewed/STRING/strrepl.html?format=raw#_strrepl">str</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/strrepl</dd>
@@ -1231,7 +1231,4 @@
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/lenstr</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/strwhere.html?format=raw#_strwhere">str</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/STRING/strwhere</dd>
-	
 	<dt><a href="./ToBeReviewed/STRING/string2struct.html?format=raw#_string2struct">strVal</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/string2struct</dd>
@@ -1243,4 +1240,7 @@
 	<dd>a file from the directory ./Textoidl</dd>
 	
+	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_strcnt">strcnt</a></dt>
+	<dd>a function from the file strcnt.pro</dd>
+	
 	<dt><a href="ToBeReviewed/STRING/strcnt.html?format=raw">strcnt.pro</a></dt>
 	<dd>a file from the directory ./ToBeReviewed/STRING</dd>
@@ -1249,16 +1249,16 @@
 	<dd>a file from the directory ./Textoidl</dd>
 	
+	<dt><a href="./ToBeReviewed/STRING/strtok.html?format=raw#_Strtok">string</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/STRING/strtok</dd>
+	
+	<dt><a href="./ToBeReviewed/STRING/str_size.html?format=raw#_STR_SIZE">string</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/STRING/str_size</dd>
+	
 	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2.html?format=raw#__str">string</a></dt>
 	<dd>a parameter from the routine ./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/strtok.html?format=raw#_Strtok">string</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/STRING/strtok</dd>
-	
 	<dt><a href="./Textoidl/str_token.html?format=raw#_Str_token">string</a></dt>
 	<dd>a parameter from the routine ./Textoidl/str_token</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/str_size.html?format=raw#_STR_SIZE">string</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/STRING/str_size</dd>
-	
 	<dt><a href="./ToBeReviewed/STRING/string2struct.html?format=raw#_string2struct">string2struct</a></dt>
 	<dd>a function from the file string2struct.pro</dd>
@@ -1276,13 +1276,13 @@
 	<dd>a file from the directory ./ToBeReviewed/STRING</dd>
 	
+	<dt><a href="./Textoidl/strcnt.html?format=raw#_Strcnt">strn</a></dt>
+	<dd>a parameter from the routine ./Textoidl/strcnt</dd>
+	
+	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_strcnt">strn</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/STRING/strcnt</dd>
+	
 	<dt><a href="./Textoidl/nexttok.html?format=raw#_nexttok">strn</a></dt>
 	<dd>a parameter from the routine ./Textoidl/nexttok</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_Strcnt">strn</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/STRING/strcnt</dd>
-	
-	<dt><a href="./Textoidl/strcnt.html?format=raw#_Strcnt">strn</a></dt>
-	<dd>a parameter from the routine ./Textoidl/strcnt</dd>
-	
 	<dt><a href="./ToBeReviewed/STRING/strrepl.html?format=raw#_strrepl">strrepl</a></dt>
 	<dd>a function from the file strrepl.pro</dd>
@@ -1324,16 +1324,16 @@
 	<dd>a parameter from the routine ./ToBeReviewed/STRUCTURE/mixstru</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/restoreatt.html?format=raw#_restoreatt">struct</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/restoreatt</dd>
+	
 	<dt><a href="./ToBeReviewed/STRING/strkeywd.html?format=raw#_strkeywd">struct</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/strkeywd</dd>
 	
+	<dt><a href="./ToBeReviewed/LECTURE/litchamp.html?format=raw#_litchamp">struct</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/LECTURE/litchamp</dd>
+	
 	<dt><a href="./ToBeReviewed/STRUCTURE/struct2string.html?format=raw#_struct2string">struct</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRUCTURE/struct2string</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/restoreatt.html?format=raw#_restoreatt">struct</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/restoreatt</dd>
-	
-	<dt><a href="./ToBeReviewed/LECTURE/litchamp.html?format=raw#_litchamp">struct</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/LECTURE/litchamp</dd>
-	
 	<dt><a href="./ToBeReviewed/STRUCTURE/struct2string.html?format=raw#_struct2string">struct2string</a></dt>
 	<dd>a function from the file struct2string.pro</dd>
@@ -1366,10 +1366,10 @@
 	<dd>a keyword from the routine read_gribtable</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_Strcnt">substrn</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/STRING/strcnt</dd>
-	
 	<dt><a href="./Textoidl/strcnt.html?format=raw#_Strcnt">substrn</a></dt>
 	<dd>a parameter from the routine ./Textoidl/strcnt</dd>
 	
+	<dt><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_strcnt">substrn</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/STRING/strcnt</dd>
+	
 	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_quickread/ncdf_quickread_helper.html?format=raw#_ncdf_quickread_getFile">suffix</a></dt>
 	<dd>a keyword from the routine ncdf_quickread_getFile</dd>
@@ -1384,4 +1384,7 @@
 	<dd>a file from the directory ./ToBeReviewed/PLOTS</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_err_2d">sz</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/checkfield</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_err_3d">sz</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/checkfield</dd>
@@ -1390,7 +1393,4 @@
 	<dd>a parameter from the routine ./ToBeReviewed/UTILITAIRE/fitintobox</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_err_2d">sz</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/checkfield</dd>
-	
       </dl>
       
Index: /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-T.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-T.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-T.html	(revision 114)
@@ -808,10 +808,10 @@
 	<dd>a keyword from the routine SAVEIMAGE</dd>
 	
+	<dt><a href="./ReadWrite/read_grads.html?format=raw#_read_grads">TIMESTEP</a></dt>
+	<dd>a keyword from the routine read_grads</dd>
+	
 	<dt><a href="./ToBeReviewed/LECTURE/read_ncdf.html?format=raw#_read_ncdf">TIMESTEP</a></dt>
 	<dd>a keyword from the routine read_ncdf</dd>
 	
-	<dt><a href="./ReadWrite/read_grads.html?format=raw#_read_grads">TIMESTEP</a></dt>
-	<dd>a keyword from the routine read_grads</dd>
-	
 	<dt><a href="./ToBeReviewed/LECTURE/read_ncdf.html?format=raw#_read_ncdf">TIMEVAR</a></dt>
 	<dd>a keyword from the routine read_ncdf</dd>
@@ -829,4 +829,28 @@
 	<dd>a keyword from the routine COLORBAR</dd>
 	
+	<dt><a href="./Obsolete/nlecan.html?format=raw#_nlecan">TOUT</a></dt>
+	<dd>a keyword from the routine nlecan</dd>
+	
+	<dt><a href="./Obsolete/nlecmois.html?format=raw#_nlecmois">TOUT</a></dt>
+	<dd>a keyword from the routine nlecmois</dd>
+	
+	<dt><a href="./Obsolete/nlecsaison.html?format=raw#_nlecsaison">TOUT</a></dt>
+	<dd>a keyword from the routine nlecsaison</dd>
+	
+	<dt><a href="./Obsolete/nlecserie.html?format=raw#_nlecserie">TOUT</a></dt>
+	<dd>a keyword from the routine nlecserie</dd>
+	
+	<dt><a href="./ToBeReviewed/LECTURE/read_ncdf.html?format=raw#_read_ncdf">TOUT</a></dt>
+	<dd>a keyword from the routine read_ncdf</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/ciseauxtri.html?format=raw#_ciseauxtri">TOUT</a></dt>
+	<dd>a keyword from the routine ciseauxtri</dd>
+	
+	<dt><a href="./ToBeReviewed/GRILLE/grille.html?format=raw#_grille">TOUT</a></dt>
+	<dd>a keyword from the routine grille</dd>
+	
+	<dt><a href="./Obsolete/nlec5j.html?format=raw#_nlec5j">TOUT</a></dt>
+	<dd>a keyword from the routine nlec5j</dd>
+	
 	<dt><a href="./Obsolete/nlec.html?format=raw#_nlec">TOUT</a></dt>
 	<dd>a keyword from the routine nlec</dd>
@@ -835,28 +859,4 @@
 	<dd>a keyword from the routine lec</dd>
 	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/ciseauxtri.html?format=raw#_ciseauxtri">TOUT</a></dt>
-	<dd>a keyword from the routine ciseauxtri</dd>
-	
-	<dt><a href="./Obsolete/nlecserie.html?format=raw#_nlecserie">TOUT</a></dt>
-	<dd>a keyword from the routine nlecserie</dd>
-	
-	<dt><a href="./Obsolete/nlecsaison.html?format=raw#_nlecsaison">TOUT</a></dt>
-	<dd>a keyword from the routine nlecsaison</dd>
-	
-	<dt><a href="./Obsolete/nlecmois.html?format=raw#_nlecmois">TOUT</a></dt>
-	<dd>a keyword from the routine nlecmois</dd>
-	
-	<dt><a href="./Obsolete/nlecan.html?format=raw#_nlecan">TOUT</a></dt>
-	<dd>a keyword from the routine nlecan</dd>
-	
-	<dt><a href="./Obsolete/nlec5j.html?format=raw#_nlec5j">TOUT</a></dt>
-	<dd>a keyword from the routine nlec5j</dd>
-	
-	<dt><a href="./ToBeReviewed/GRILLE/grille.html?format=raw#_grille">TOUT</a></dt>
-	<dd>a keyword from the routine grille</dd>
-	
-	<dt><a href="./ToBeReviewed/LECTURE/read_ncdf.html?format=raw#_read_ncdf">TOUT</a></dt>
-	<dd>a keyword from the routine read_ncdf</dd>
-	
 	<dt><a href="./Obsolete/imprime.html?format=raw#_imprime">TRANS</a></dt>
 	<dd>a keyword from the routine imprime</dd>
@@ -880,10 +880,10 @@
 	<dd>a keyword from the routine StrSci</dd>
 	
+	<dt><a href="./Textoidl/str_token.html?format=raw#_Str_token">TRIM</a></dt>
+	<dd>a keyword from the routine Str_token</dd>
+	
 	<dt><a href="./ToBeReviewed/STRING/strtok.html?format=raw#_Strtok">TRIM</a></dt>
 	<dd>a keyword from the routine Strtok</dd>
 	
-	<dt><a href="./Textoidl/str_token.html?format=raw#_Str_token">TRIM</a></dt>
-	<dd>a keyword from the routine Str_token</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltbase.html?format=raw#_pltbase">TRIMSK</a></dt>
 	<dd>a keyword from the routine pltbase</dd>
@@ -895,10 +895,10 @@
 	<dd>a keyword from the routine GETCOLOR</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">TT</a></dt>
+	<dd>a keyword from the routine pltt</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">TT</a></dt>
 	<dd>a keyword from the routine plt1d</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">TT</a></dt>
-	<dd>a keyword from the routine pltt</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checktypeminmax.html?format=raw#_checktypeminmax">TT</a></dt>
 	<dd>a keyword from the routine checktypeminmax</dd>
@@ -913,4 +913,7 @@
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/getwrd</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checktypeminmax.html?format=raw#_checktypeminmax">TYPE</a></dt>
+	<dd>a keyword from the routine checktypeminmax</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_checkfield">TYPE</a></dt>
 	<dd>a keyword from the routine checkfield</dd>
@@ -919,16 +922,13 @@
 	<dd>a keyword from the routine domdef</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/placedessin.html?format=raw#_placedessin">TYPE</a></dt>
+	<dd>a keyword from the routine placedessin</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/section.html?format=raw#_section">TYPE</a></dt>
+	<dd>a keyword from the routine section</dd>
+	
 	<dt><a href="./ToBeReviewed/GRILLE/decoupeterre.html?format=raw#_decoupeterre">TYPE</a></dt>
 	<dd>a keyword from the routine decoupeterre</dd>
 	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/section.html?format=raw#_section">TYPE</a></dt>
-	<dd>a keyword from the routine section</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checktypeminmax.html?format=raw#_checktypeminmax">TYPE</a></dt>
-	<dd>a keyword from the routine checktypeminmax</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/placedessin.html?format=raw#_placedessin">TYPE</a></dt>
-	<dd>a keyword from the routine placedessin</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">TYPEIN</a></dt>
 	<dd>a keyword from the routine plt1d</dd>
@@ -961,4 +961,19 @@
 	<dd>a file from the directory ./ToBeReviewed/GRILLE</dd>
 	
+	<dt><a href="./ToBeReviewed/CALCULS/depth2mask.html?format=raw#_depth2mask">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/depth2mask</dd>
+	
+	<dt><a href="./ToBeReviewed/MATRICE/extrait.html?format=raw#_extrait">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/MATRICE/extrait</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/pltt</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/determineminmax.html?format=raw#_determineminmax">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/determineminmax</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/floatlevel2depth.html?format=raw#_floatlevel2depth">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/floatlevel2depth</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">tab</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/plt1d</dd>
@@ -970,40 +985,25 @@
 	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/depth2level</dd>
 	
-	<dt><a href="./ToBeReviewed/CALCULS/depth2mask.html?format=raw#_depth2mask">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/depth2mask</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/floatlevel2depth.html?format=raw#_floatlevel2depth">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/floatlevel2depth</dd>
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltz.html?format=raw#_pltz">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/pltz</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/moyenne.html?format=raw#_moyenne">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/moyenne</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/level2mask.html?format=raw#_level2mask">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/level2mask</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/level2depth.html?format=raw#_level2depth">tab</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/level2depth</dd>
 	
 	<dt><a href="./ToBeReviewed/CALCULS/grossemoyenne.html?format=raw#_grossemoyenne">tab</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/grossemoyenne</dd>
 	
-	<dt><a href="./ToBeReviewed/CALCULS/level2depth.html?format=raw#_level2depth">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/level2depth</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/level2mask.html?format=raw#_level2mask">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/level2mask</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/moyenne.html?format=raw#_moyenne">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/moyenne</dd>
-	
-	<dt><a href="./ToBeReviewed/MATRICE/extrait.html?format=raw#_extrait">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/MATRICE/extrait</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/pltt</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltz.html?format=raw#_pltz">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/pltz</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/determineminmax.html?format=raw#_determineminmax">tab</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/determineminmax</dd>
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt.html?format=raw#_plt">tab1</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/plt</dd>
 	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltsc.html?format=raw#_pltsc">tab1</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/pltsc</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt.html?format=raw#_plt">tab1</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/plt</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltsc.html?format=raw#_pltsc">tab2</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DESSINE/pltsc</dd>
@@ -1039,13 +1039,13 @@
 	<dd>a parameter from the routine ./ToBeReviewed/GRILLE/v2t</dd>
 	
+	<dt><a href="./ToBeReviewed/GRILLE/u2t.html?format=raw#_u2t">temp</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/GRILLE/u2t</dd>
+	
+	<dt><a href="./ToBeReviewed/GRILLE/f2v.html?format=raw#_f2v">temp</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/GRILLE/f2v</dd>
+	
 	<dt><a href="./ToBeReviewed/GRILLE/t2v.html?format=raw#_t2v">temp</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/GRILLE/t2v</dd>
 	
-	<dt><a href="./ToBeReviewed/GRILLE/f2v.html?format=raw#_f2v">temp</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/GRILLE/f2v</dd>
-	
-	<dt><a href="./ToBeReviewed/GRILLE/u2t.html?format=raw#_u2t">temp</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/GRILLE/u2t</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/axe.html?format=raw#_axe">tempsmax</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/axe</dd>
@@ -1066,10 +1066,4 @@
 	<dd>a file from the directory ./ToBeReviewed/UTILITAIRE</dd>
 	
-	<dt><a href="./Interpolation/testinterp.html?format=raw#_testinterp">testinterp</a></dt>
-	<dd>a procedure from the file testinterp.pro</dd>
-	
-	<dt><a href="Interpolation/testinterp.html?format=raw">testinterp.pro</a></dt>
-	<dd>a file from the directory ./Interpolation</dd>
-	
 	<dt><a href="./ToBeReviewed/UTILITAIRE/testvar.html?format=raw#_testvar">testvar</a></dt>
 	<dd>a function from the file testvar.pro</dd>
@@ -1078,25 +1072,19 @@
 	<dd>a file from the directory ./ToBeReviewed/UTILITAIRE</dd>
 	
-	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_testwid">testwid</a></dt>
-	<dd>a procedure from the file cw_selectinterval.pro</dd>
-	
-	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_testwid_event">testwid_event</a></dt>
-	<dd>a procedure from the file cw_selectinterval.pro</dd>
+	<dt><a href="./ToBeReviewed/UTILITAIRE/report.html?format=raw#_report">text</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/UTILITAIRE/report</dd>
+	
+	<dt><a href="./ToBeReviewed/UTILITAIRE/text_box.html?format=raw#_text_box">text</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/UTILITAIRE/text_box</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory.html?format=raw#_inserthistory">text</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory</dd>
 	
 	<dt><a href="./ToBeReviewed/WIDGET/xnotice.html?format=raw#_xnotice">text</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/xnotice</dd>
 	
-	<dt><a href="./ToBeReviewed/UTILITAIRE/report.html?format=raw#_report">text</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/UTILITAIRE/report</dd>
-	
 	<dt><a href="./ToBeReviewed/LECTURE/read_ftp.html?format=raw#_ftp_parse_pasv">text</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/LECTURE/read_ftp</dd>
 	
-	<dt><a href="./ToBeReviewed/UTILITAIRE/text_box.html?format=raw#_text_box">text</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/UTILITAIRE/text_box</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory.html?format=raw#_inserthistory">text</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory</dd>
-	
 	<dt><a href="./ToBeReviewed/UTILITAIRE/text_box.html?format=raw#_text_box">text_box</a></dt>
 	<dd>a procedure from the file text_box.pro</dd>
@@ -1129,4 +1117,7 @@
 	<dd>a parameter from the routine ./ReadWrite/ncdf_timeget</dd>
 	
+	<dt><a href="./buildinit.html?format=raw#_getdir">title</a></dt>
+	<dd>a keyword from the routine getdir</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/bar_plot.html?format=raw#_bar_plot">title</a></dt>
 	<dd>a keyword from the routine bar_plot</dd>
@@ -1135,7 +1126,4 @@
 	<dd>a keyword from the routine cw_slider_pm</dd>
 	
-	<dt><a href="./buildinit.html?format=raw#_getdir">title</a></dt>
-	<dd>a keyword from the routine getdir</dd>
-	
 	<dt><a href="./ReadWrite/readoldoparestart.html?format=raw#_readoldoparestart">tn</a></dt>
 	<dd>a keyword from the routine readoldoparestart</dd>
@@ -1144,16 +1132,16 @@
 	<dd>a parameter from the routine ./ToBeReviewed/CALCULS/rhon</dd>
 	
+	<dt><a href="./ToBeReviewed/STRING/strtrans.html?format=raw#_strtrans">to</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/STRING/strtrans</dd>
+	
 	<dt><a href="./Textoidl/strtrans.html?format=raw#_strtrans">to</a></dt>
 	<dd>a parameter from the routine ./Textoidl/strtrans</dd>
 	
-	<dt><a href="./ToBeReviewed/STRING/strtrans.html?format=raw#_strtrans">to</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/STRING/strtrans</dd>
+	<dt><a href="./Textoidl/translate_sub_super.html?format=raw#_Sub_sup_idl">token</a></dt>
+	<dd>a parameter from the routine ./Textoidl/translate_sub_super</dd>
 	
 	<dt><a href="./ToBeReviewed/STRING/strtok.html?format=raw#_Strtok">token</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/strtok</dd>
 	
-	<dt><a href="./Textoidl/translate_sub_super.html?format=raw#_Sub_sup_idl">token</a></dt>
-	<dd>a parameter from the routine ./Textoidl/translate_sub_super</dd>
-	
 	<dt><a href="./Textoidl/str_token.html?format=raw#_Str_token">token</a></dt>
 	<dd>a parameter from the routine ./Textoidl/str_token</dd>
@@ -1360,15 +1348,12 @@
 	<dd>a procedure from the file tst_plt.pro</dd>
 	
-	<dt><a href="./Tests/TestsOld/tst_plt_old.html?format=raw#_tst_plt">tst_plt</a></dt>
+	<dt><a href="Tests/tst_plt.html?format=raw">tst_plt.pro</a></dt>
+	<dd>a file from the directory ./Tests</dd>
+	
+	<dt><a href="./Tests/TestsOld/tst_plt_old.html?format=raw#_tst_plt_old">tst_plt_old</a></dt>
 	<dd>a procedure from the file tst_plt_old.pro</dd>
 	
-	<dt><a href="Tests/tst_plt.html?format=raw">tst_plt.pro</a></dt>
-	<dd>a file from the directory ./Tests</dd>
-	
 	<dt><a href="Tests/TestsOld/tst_plt_old.html?format=raw">tst_plt_old.pro</a></dt>
 	<dd>a file from the directory ./Tests/TestsOld</dd>
-	
-	<dt><a href="./Tests/TestsOld/tst_pltt_old.html?format=raw#_tst_pltt">tst_pltt</a></dt>
-	<dd>a procedure from the file tst_pltt_old.pro</dd>
 	
 	<dt><a href="./Tests/tst_pltt.html?format=raw#_tst_pltt">tst_pltt</a></dt>
@@ -1378,4 +1363,7 @@
 	<dd>a file from the directory ./Tests</dd>
 	
+	<dt><a href="./Tests/TestsOld/tst_pltt_old.html?format=raw#_tst_pltt_old">tst_pltt_old</a></dt>
+	<dd>a procedure from the file tst_pltt_old.pro</dd>
+	
 	<dt><a href="Tests/TestsOld/tst_pltt_old.html?format=raw">tst_pltt_old.pro</a></dt>
 	<dd>a file from the directory ./Tests/TestsOld</dd>
@@ -1384,9 +1372,9 @@
 	<dd>a procedure from the file tst_pltz.pro</dd>
 	
-	<dt><a href="./Tests/TestsOld/tst_pltz_old.html?format=raw#_tst_pltz">tst_pltz</a></dt>
+	<dt><a href="Tests/tst_pltz.html?format=raw">tst_pltz.pro</a></dt>
+	<dd>a file from the directory ./Tests</dd>
+	
+	<dt><a href="./Tests/TestsOld/tst_pltz_old.html?format=raw#_tst_pltz_old">tst_pltz_old</a></dt>
 	<dd>a procedure from the file tst_pltz_old.pro</dd>
-	
-	<dt><a href="Tests/tst_pltz.html?format=raw">tst_pltz.pro</a></dt>
-	<dd>a file from the directory ./Tests</dd>
 	
 	<dt><a href="Tests/TestsOld/tst_pltz_old.html?format=raw">tst_pltz_old.pro</a></dt>
@@ -1402,28 +1390,28 @@
 	<dd>a parameter from the routine ./ToBeReviewed/STRING/nwrds</dd>
 	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd.html?format=raw#_buildreadcmd">type</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_err_2d">type</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/checkfield</dd>
+	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_err_1d">type</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/checkfield</dd>
 	
+	<dt><a href="./ToBeReviewed/COULEURS/xpal.html?format=raw#_XP_REPLOT">type</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/COULEURS/xpal</dd>
+	
+	<dt><a href="./ToBeReviewed/COULEURS/xpal.html?format=raw#_XP_CHANGE_COLOR">type</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/COULEURS/xpal</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/axis4pltz.html?format=raw#_axis4pltz">type</a></dt>
+	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/axis4pltz</dd>
+	
 	<dt><a href="./ToBeReviewed/MATRICE/cmapply.html?format=raw#_cmapply">type</a></dt>
 	<dd>a keyword from the routine cmapply</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_err_2d">type</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/checkfield</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd.html?format=raw#_buildreadcmd">type</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd</dd>
-	
-	<dt><a href="./ToBeReviewed/COULEURS/xpal.html?format=raw#_XP_CHANGE_COLOR">type</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/COULEURS/xpal</dd>
-	
-	<dt><a href="./ToBeReviewed/COULEURS/xpal.html?format=raw#_XP_REPLOT">type</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/COULEURS/xpal</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/addaxe.html?format=raw#_addaxe">type</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/addaxe</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/axis4pltz.html?format=raw#_axis4pltz">type</a></dt>
-	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/axis4pltz</dd>
-	
 	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_err_3d">type</a></dt>
 	<dd>a parameter from the routine ./ToBeReviewed/PLOTS/DIVERS/checkfield</dd>
Index: /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-_.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-_.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/idldoc-index-_.html	(revision 114)
@@ -781,73 +781,76 @@
       <dl>
 	
+	<dt><a href="./ReadWrite/read_grads.html?format=raw#_read_grads">_EXTRA</a></dt>
+	<dd>a keyword from the routine read_grads</dd>
+	
+	<dt><a href="./ToBeReviewed/IMAGE/imdisp.html?format=raw#_IMDISP">_EXTRA</a></dt>
+	<dd>a keyword from the routine IMDISP</dd>
+	
+	<dt><a href="./ToBeReviewed/INIT/initncdf.html?format=raw#_initncdf">_EXTRA</a></dt>
+	<dd>a keyword from the routine initncdf</dd>
+	
 	<dt><a href="./ReadWrite/scanctl.html?format=raw#_scanctl">_EXTRA</a></dt>
 	<dd>a keyword from the routine scanctl</dd>
 	
-	<dt><a href="./ToBeReviewed/IMAGE/imdisp.html?format=raw#_IMDISP">_EXTRA</a></dt>
-	<dd>a keyword from the routine IMDISP</dd>
-	
-	<dt><a href="./ToBeReviewed/INIT/initncdf.html?format=raw#_initncdf">_EXTRA</a></dt>
-	<dd>a keyword from the routine initncdf</dd>
+	<dt><a href="./ToBeReviewed/LECTURE/read_ncdf.html?format=raw#_read_ncdf">_EXTRA</a></dt>
+	<dd>a keyword from the routine read_ncdf</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/bar_plot.html?format=raw#_bar_plot">_EXTRA</a></dt>
+	<dd>a keyword from the routine bar_plot</dd>
 	
 	<dt><a href="./Obsolete/juldate.html?format=raw#_juldate">_EXTRA</a></dt>
 	<dd>a keyword from the routine juldate</dd>
 	
-	<dt><a href="./ToBeReviewed/LECTURE/read_ncdf.html?format=raw#_read_ncdf">_EXTRA</a></dt>
-	<dd>a keyword from the routine read_ncdf</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/bar_plot.html?format=raw#_bar_plot">_EXTRA</a></dt>
-	<dd>a keyword from the routine bar_plot</dd>
-	
 	<dt><a href="./Obsolete/ncdf_meshlec.html?format=raw#_ncdf_meshlec">_EXTRA</a></dt>
 	<dd>a keyword from the routine ncdf_meshlec</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltbase.html?format=raw#_pltbase">_EXTRA</a></dt>
+	<dd>a keyword from the routine pltbase</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/tracecote.html?format=raw#_tracecote">_EXTRA</a></dt>
+	<dd>a keyword from the routine tracecote</dd>
+	
 	<dt><a href="./Obsolete/nlec.html?format=raw#_nlec">_EXTRA</a></dt>
 	<dd>a keyword from the routine nlec</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltbase.html?format=raw#_pltbase">_EXTRA</a></dt>
-	<dd>a keyword from the routine pltbase</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/tracecote.html?format=raw#_tracecote">_EXTRA</a></dt>
-	<dd>a keyword from the routine tracecote</dd>
-	
 	<dt><a href="./Obsolete/nlec5j.html?format=raw#_nlec5j">_EXTRA</a></dt>
 	<dd>a keyword from the routine nlec5j</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltz.html?format=raw#_pltz">_EXTRA</a></dt>
+	<dd>a keyword from the routine pltz</dd>
+	
 	<dt><a href="./Obsolete/nlecan.html?format=raw#_nlecan">_EXTRA</a></dt>
 	<dd>a keyword from the routine nlecan</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltz.html?format=raw#_pltz">_EXTRA</a></dt>
-	<dd>a keyword from the routine pltz</dd>
+	<dt><a href="./ToBeReviewed/UTILITAIRE/text_box.html?format=raw#_text_box">_EXTRA</a></dt>
+	<dd>a keyword from the routine text_box</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/scontour.html?format=raw#_scontour">_EXTRA</a></dt>
+	<dd>a keyword from the routine scontour</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/splot.html?format=raw#_splot">_EXTRA</a></dt>
+	<dd>a keyword from the routine splot</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/tvplus.html?format=raw#_tvplus">_EXTRA</a></dt>
+	<dd>a keyword from the routine tvplus</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/addaxe.html?format=raw#_addaxe">_EXTRA</a></dt>
+	<dd>a keyword from the routine addaxe</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/read_vermair.html?format=raw#_read_vermair">_EXTRA</a></dt>
+	<dd>a keyword from the routine read_vermair</dd>
 	
 	<dt><a href="./Obsolete/nlecmois.html?format=raw#_nlecmois">_EXTRA</a></dt>
 	<dd>a keyword from the routine nlecmois</dd>
 	
-	<dt><a href="./ToBeReviewed/UTILITAIRE/text_box.html?format=raw#_text_box">_EXTRA</a></dt>
-	<dd>a keyword from the routine text_box</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/scontour.html?format=raw#_scontour">_EXTRA</a></dt>
-	<dd>a keyword from the routine scontour</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/splot.html?format=raw#_splot">_EXTRA</a></dt>
-	<dd>a keyword from the routine splot</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/tvplus.html?format=raw#_tvplus">_EXTRA</a></dt>
-	<dd>a keyword from the routine tvplus</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/addaxe.html?format=raw#_addaxe">_EXTRA</a></dt>
-	<dd>a keyword from the routine addaxe</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/read_vermair.html?format=raw#_read_vermair">_EXTRA</a></dt>
-	<dd>a keyword from the routine read_vermair</dd>
-	
 	<dt><a href="./Obsolete/nlecsaison.html?format=raw#_nlecsaison">_EXTRA</a></dt>
 	<dd>a keyword from the routine nlecsaison</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_checkfield">_EXTRA</a></dt>
+	<dd>a keyword from the routine checkfield</dd>
+	
 	<dt><a href="./ToBeReviewed/COULEURS/lct.html?format=raw#_lct">_EXTRA</a></dt>
 	<dd>a keyword from the routine lct</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checkfield.html?format=raw#_checkfield">_EXTRA</a></dt>
-	<dd>a keyword from the routine checkfield</dd>
-	
 	<dt><a href="./Obsolete/nlecserie.html?format=raw#_nlecserie">_EXTRA</a></dt>
 	<dd>a keyword from the routine nlecserie</dd>
@@ -862,253 +865,247 @@
 	<dd>a keyword from the routine grille</dd>
 	
+	<dt><a href="./ToBeReviewed/PLOTS/LABEL/label_date.html?format=raw#_LABEL_DATE">_EXTRA</a></dt>
+	<dd>a keyword from the routine LABEL_DATE</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/VECTEUR/ajoutvect.html?format=raw#_ajoutvect">_EXTRA</a></dt>
+	<dd>a keyword from the routine ajoutvect</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/slec.html?format=raw#_slec">_EXTRA</a></dt>
+	<dd>a keyword from the routine slec</dd>
+	
 	<dt><a href="./Interpolation/clickincell.html?format=raw#_clickincell">_EXTRA</a></dt>
 	<dd>a keyword from the routine clickincell</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/LABEL/label_date.html?format=raw#_LABEL_DATE">_EXTRA</a></dt>
-	<dd>a keyword from the routine LABEL_DATE</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/VECTEUR/ajoutvect.html?format=raw#_ajoutvect">_EXTRA</a></dt>
-	<dd>a keyword from the routine ajoutvect</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/slec.html?format=raw#_slec">_EXTRA</a></dt>
-	<dd>a keyword from the routine slec</dd>
+	<dt><a href="./ToBeReviewed/PLOTS/VECTEUR/velovect.html?format=raw#_VELOVECT">_EXTRA</a></dt>
+	<dd>a keyword from the routine VELOVECT</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/xxx.html?format=raw#_xxx">_EXTRA</a></dt>
+	<dd>a keyword from the routine xxx</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/axe.html?format=raw#_axe">_EXTRA</a></dt>
+	<dd>a keyword from the routine axe</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/legende.html?format=raw#_legende">_EXTRA</a></dt>
+	<dd>a keyword from the routine legende</dd>
 	
 	<dt><a href="./Calendar/date2string.html?format=raw#_date2string">_EXTRA</a></dt>
 	<dd>a keyword from the routine date2string</dd>
 	
-	<dt><a href="./ToBeReviewed/PLOTS/VECTEUR/velovect.html?format=raw#_VELOVECT">_EXTRA</a></dt>
-	<dd>a keyword from the routine VELOVECT</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/xxx.html?format=raw#_xxx">_EXTRA</a></dt>
-	<dd>a keyword from the routine xxx</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/axe.html?format=raw#_axe">_EXTRA</a></dt>
-	<dd>a keyword from the routine axe</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/legende.html?format=raw#_legende">_EXTRA</a></dt>
-	<dd>a keyword from the routine legende</dd>
-	
 	<dt><a href="./Grid/ncdf_meshread.html?format=raw#_ncdf_meshread">_EXTRA</a></dt>
 	<dd>a keyword from the routine ncdf_meshread</dd>
 	
-	<dt><a href="./ReadWrite/read_grads.html?format=raw#_read_grads">_EXTRA</a></dt>
-	<dd>a keyword from the routine read_grads</dd>
-	
 	<dt><a href="./ToBeReviewed/TRIANGULATION/ciseauxtri.html?format=raw#_ciseauxtri">_EXTRA</a></dt>
 	<dd>a keyword from the routine ciseauxtri</dd>
 	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/dessinetri.html?format=raw#_dessinetri">_extra</a></dt>
+	<dd>a keyword from the routine dessinetri</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/drawcoast_c.html?format=raw#_drawcoast_c">_extra</a></dt>
+	<dd>a keyword from the routine drawcoast_c</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/drawcoast_e.html?format=raw#_drawcoast_e">_extra</a></dt>
+	<dd>a keyword from the routine drawcoast_e</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/drawsectionbottom.html?format=raw#_drawsectionbottom">_extra</a></dt>
+	<dd>a keyword from the routine drawsectionbottom</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/fillcornermask.html?format=raw#_fillcornermask">_extra</a></dt>
+	<dd>a keyword from the routine fillcornermask</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/section.html?format=raw#_section">_extra</a></dt>
+	<dd>a keyword from the routine section</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/tracemask.html?format=raw#_tracemask">_extra</a></dt>
+	<dd>a keyword from the routine tracemask</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/triangule.html?format=raw#_triangule">_extra</a></dt>
+	<dd>a keyword from the routine triangule</dd>
+	
+	<dt><a href="./ToBeReviewed/UTILITAIRE/get_extra.html?format=raw#_get_extra">_extra</a></dt>
+	<dd>a keyword from the routine get_extra</dd>
+	
+	<dt><a href="./ToBeReviewed/UTILITAIRE/report.html?format=raw#_report">_extra</a></dt>
+	<dd>a keyword from the routine report</dd>
+	
+	<dt><a href="./ToBeReviewed/UTILITAIRE/xfile.html?format=raw#_xfile">_extra</a></dt>
+	<dd>a keyword from the routine xfile</dd>
+	
+	<dt><a href="./ToBeReviewed/UTILITAIRE/xhelp.html?format=raw#_xhelp">_extra</a></dt>
+	<dd>a keyword from the routine xhelp</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/letsdraw.html?format=raw#_letsdraw">_extra</a></dt>
+	<dd>a keyword from the routine letsdraw</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/loadgrid.html?format=raw#_loadgrid">_extra</a></dt>
+	<dd>a keyword from the routine loadgrid</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/scanfile.html?format=raw#_scanfile">_extra</a></dt>
+	<dd>a keyword from the routine scanfile</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/selectfile.html?format=raw#_selectfile">_extra</a></dt>
+	<dd>a keyword from the routine selectfile</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_calendar.html?format=raw#_cw_calendar">_extra</a></dt>
+	<dd>a keyword from the routine cw_calendar</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_combobox_pm.html?format=raw#_cw_combobox_pm">_extra</a></dt>
+	<dd>a keyword from the routine cw_combobox_pm</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.html?format=raw#_cw_domain">_extra</a></dt>
+	<dd>a keyword from the routine cw_domain</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_droplist_pm.html?format=raw#_cw_droplist_pm">_extra</a></dt>
+	<dd>a keyword from the routine cw_droplist_pm</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html?format=raw#_cw_pagelayout">_extra</a></dt>
+	<dd>a keyword from the routine cw_pagelayout</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.html?format=raw#_cw_slide_slice">_extra</a></dt>
+	<dd>a keyword from the routine cw_slide_slice</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.html?format=raw#_cw_slider_pm">_extra</a></dt>
+	<dd>a keyword from the routine cw_slider_pm</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.html?format=raw#_cw_specifie">_extra</a></dt>
+	<dd>a keyword from the routine cw_specifie</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/xquestion.html?format=raw#_xquestion">_extra</a></dt>
+	<dd>a keyword from the routine xquestion</dd>
+	
+	<dt><a href="./ToBeReviewed/WIDGET/xx.html?format=raw#_xx">_extra</a></dt>
+	<dd>a keyword from the routine xx</dd>
+	
+	<dt><a href="./Utilities/createfunc.html?format=raw#_createfunc">_extra</a></dt>
+	<dd>a keyword from the routine createfunc</dd>
+	
+	<dt><a href="./Utilities/createpro.html?format=raw#_createpro">_extra</a></dt>
+	<dd>a keyword from the routine createpro</dd>
+	
+	<dt><a href="./Utilities/find.html?format=raw#_find">_extra</a></dt>
+	<dd>a keyword from the routine find</dd>
+	
+	<dt><a href="./Utilities/isadirectory.html?format=raw#_isadirectory">_extra</a></dt>
+	<dd>a keyword from the routine isadirectory</dd>
+	
+	<dt><a href="./Utilities/isafile.html?format=raw#_isafile">_extra</a></dt>
+	<dd>a keyword from the routine isafile</dd>
+	
+	<dt><a href="./buildinit.html?format=raw#_xask">_extra</a></dt>
+	<dd>a keyword from the routine xask</dd>
+	
+	<dt><a href="./Calendar/monthname.html?format=raw#_monthname">_extra</a></dt>
+	<dd>a keyword from the routine monthname</dd>
+	
+	<dt><a href="./Grid/computegrid.html?format=raw#_computegrid">_extra</a></dt>
+	<dd>a keyword from the routine computegrid</dd>
+	
+	<dt><a href="./Obsolete/cp.html?format=raw#_cp">_extra</a></dt>
+	<dd>a keyword from the routine cp</dd>
+	
+	<dt><a href="./Postscript/openps.html?format=raw#_openps">_extra</a></dt>
+	<dd>a keyword from the routine openps</dd>
+	
+	<dt><a href="./ReadWrite/ncdf_timeget.html?format=raw#_ncdf_timeget">_extra</a></dt>
+	<dd>a keyword from the routine ncdf_timeget</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/depth2level.html?format=raw#_depth2level">_extra</a></dt>
+	<dd>a keyword from the routine depth2level</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/depth2mask.html?format=raw#_depth2mask">_extra</a></dt>
+	<dd>a keyword from the routine depth2mask</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/grossemoyenne.html?format=raw#_grossemoyenne">_extra</a></dt>
+	<dd>a keyword from the routine grossemoyenne</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/moyenne.html?format=raw#_moyenne">_extra</a></dt>
+	<dd>a keyword from the routine moyenne</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/norme.html?format=raw#_norme">_extra</a></dt>
+	<dd>a keyword from the routine norme</dd>
+	
+	<dt><a href="./ToBeReviewed/CALCULS/remplit.html?format=raw#_remplit">_extra</a></dt>
+	<dd>a keyword from the routine remplit</dd>
+	
+	<dt><a href="./ToBeReviewed/COULEURS/colorbar.html?format=raw#_COLORBAR">_extra</a></dt>
+	<dd>a keyword from the routine COLORBAR</dd>
+	
+	<dt><a href="./ToBeReviewed/COULEURS/newpalette.html?format=raw#_newpalette">_extra</a></dt>
+	<dd>a keyword from the routine newpalette</dd>
+	
+	<dt><a href="./ToBeReviewed/GRILLE/decoupeterre.html?format=raw#_decoupeterre">_extra</a></dt>
+	<dd>a keyword from the routine decoupeterre</dd>
+	
+	<dt><a href="./ToBeReviewed/GRILLE/domdef.html?format=raw#_domdef">_extra</a></dt>
+	<dd>a keyword from the routine domdef</dd>
+	
+	<dt><a href="./ToBeReviewed/GRILLE/tracegrille.html?format=raw#_tracegrille">_extra</a></dt>
+	<dd>a keyword from the routine tracegrille</dd>
+	
+	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_cw_selectinterval">_extra</a></dt>
+	<dd>a keyword from the routine cw_selectinterval</dd>
+	
+	<dt><a href="./ToBeReviewed/HOPE/read_hope.html?format=raw#_read_hope">_extra</a></dt>
+	<dd>a keyword from the routine read_hope</dd>
+	
+	<dt><a href="./ToBeReviewed/HOPE/xrh.html?format=raw#_xrh">_extra</a></dt>
+	<dd>a keyword from the routine xrh</dd>
+	
+	<dt><a href="./ToBeReviewed/LECTURE/ncdf_lec.html?format=raw#_ncdf_lec">_extra</a></dt>
+	<dd>a keyword from the routine ncdf_lec</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt.html?format=raw#_plt">_extra</a></dt>
+	<dd>a keyword from the routine plt</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">_extra</a></dt>
+	<dd>a keyword from the routine plt1d</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltsc.html?format=raw#_pltsc">_extra</a></dt>
+	<dd>a keyword from the routine pltsc</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">_extra</a></dt>
+	<dd>a keyword from the routine pltt</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/sbar_plot.html?format=raw#_sbar_plot">_extra</a></dt>
+	<dd>a keyword from the routine sbar_plot</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/axis4pltz.html?format=raw#_axis4pltz">_extra</a></dt>
+	<dd>a keyword from the routine axis4pltz</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/barrecouleur.html?format=raw#_barrecouleur">_extra</a></dt>
+	<dd>a keyword from the routine barrecouleur</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checktypeminmax.html?format=raw#_checktypeminmax">_extra</a></dt>
+	<dd>a keyword from the routine checktypeminmax</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/determineminmax.html?format=raw#_determineminmax">_extra</a></dt>
+	<dd>a keyword from the routine determineminmax</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/placecolor.html?format=raw#_placecolor">_extra</a></dt>
+	<dd>a keyword from the routine placecolor</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/placedessin.html?format=raw#_placedessin">_extra</a></dt>
+	<dd>a keyword from the routine placedessin</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/terminedessin.html?format=raw#_terminedessin">_extra</a></dt>
+	<dd>a keyword from the routine terminedessin</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/VECTEUR/vecteur.html?format=raw#_vecteur">_extra</a></dt>
+	<dd>a keyword from the routine vecteur</dd>
+	
+	<dt><a href="./ToBeReviewed/PLOTS/plotsym.html?format=raw#_plotsym">_extra</a></dt>
+	<dd>a keyword from the routine plotsym</dd>
+	
+	<dt><a href="./ToBeReviewed/POSTSCRIPT/calibre.html?format=raw#_calibre">_extra</a></dt>
+	<dd>a keyword from the routine calibre</dd>
+	
+	<dt><a href="./ToBeReviewed/STRING/string2struct.html?format=raw#_too_cool">_extra</a></dt>
+	<dd>a keyword from the routine too_cool</dd>
+	
+	<dt><a href="./ToBeReviewed/TRIANGULATION/completecointerre.html?format=raw#_draw_corner_triangle">_extra</a></dt>
+	<dd>a keyword from the routine draw_corner_triangle</dd>
+	
 	<dt><a href="./ToBeReviewed/TRIANGULATION/completecointerre.html?format=raw#_completecointerre">_extra</a></dt>
 	<dd>a keyword from the routine completecointerre</dd>
 	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/dessinetri.html?format=raw#_dessinetri">_extra</a></dt>
-	<dd>a keyword from the routine dessinetri</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/drawcoast_c.html?format=raw#_drawcoast_c">_extra</a></dt>
-	<dd>a keyword from the routine drawcoast_c</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/drawcoast_e.html?format=raw#_drawcoast_e">_extra</a></dt>
-	<dd>a keyword from the routine drawcoast_e</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/drawsectionbottom.html?format=raw#_drawsectionbottom">_extra</a></dt>
-	<dd>a keyword from the routine drawsectionbottom</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/fillcornermask.html?format=raw#_fillcornermask">_extra</a></dt>
-	<dd>a keyword from the routine fillcornermask</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/section.html?format=raw#_section">_extra</a></dt>
-	<dd>a keyword from the routine section</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/tracemask.html?format=raw#_tracemask">_extra</a></dt>
-	<dd>a keyword from the routine tracemask</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/triangule.html?format=raw#_triangule">_extra</a></dt>
-	<dd>a keyword from the routine triangule</dd>
-	
-	<dt><a href="./ToBeReviewed/UTILITAIRE/get_extra.html?format=raw#_get_extra">_extra</a></dt>
-	<dd>a keyword from the routine get_extra</dd>
-	
-	<dt><a href="./ToBeReviewed/UTILITAIRE/report.html?format=raw#_report">_extra</a></dt>
-	<dd>a keyword from the routine report</dd>
-	
-	<dt><a href="./ToBeReviewed/UTILITAIRE/xfile.html?format=raw#_xfile">_extra</a></dt>
-	<dd>a keyword from the routine xfile</dd>
-	
-	<dt><a href="./ToBeReviewed/UTILITAIRE/xhelp.html?format=raw#_xhelp">_extra</a></dt>
-	<dd>a keyword from the routine xhelp</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/letsdraw.html?format=raw#_letsdraw">_extra</a></dt>
-	<dd>a keyword from the routine letsdraw</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/loadgrid.html?format=raw#_loadgrid">_extra</a></dt>
-	<dd>a keyword from the routine loadgrid</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/scanfile.html?format=raw#_scanfile">_extra</a></dt>
-	<dd>a keyword from the routine scanfile</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/AUTOUR_de_XXX/selectfile.html?format=raw#_selectfile">_extra</a></dt>
-	<dd>a keyword from the routine selectfile</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_calendar.html?format=raw#_cw_calendar">_extra</a></dt>
-	<dd>a keyword from the routine cw_calendar</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_combobox_pm.html?format=raw#_cw_combobox_pm">_extra</a></dt>
-	<dd>a keyword from the routine cw_combobox_pm</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.html?format=raw#_cw_domain">_extra</a></dt>
-	<dd>a keyword from the routine cw_domain</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_droplist_pm.html?format=raw#_cw_droplist_pm">_extra</a></dt>
-	<dd>a keyword from the routine cw_droplist_pm</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html?format=raw#_cw_pagelayout">_extra</a></dt>
-	<dd>a keyword from the routine cw_pagelayout</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.html?format=raw#_cw_slide_slice">_extra</a></dt>
-	<dd>a keyword from the routine cw_slide_slice</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.html?format=raw#_cw_slider_pm">_extra</a></dt>
-	<dd>a keyword from the routine cw_slider_pm</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.html?format=raw#_cw_specifie">_extra</a></dt>
-	<dd>a keyword from the routine cw_specifie</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/xquestion.html?format=raw#_xquestion">_extra</a></dt>
-	<dd>a keyword from the routine xquestion</dd>
-	
-	<dt><a href="./ToBeReviewed/WIDGET/xx.html?format=raw#_xx">_extra</a></dt>
-	<dd>a keyword from the routine xx</dd>
-	
-	<dt><a href="./Utilities/createfunc.html?format=raw#_createfunc">_extra</a></dt>
-	<dd>a keyword from the routine createfunc</dd>
-	
-	<dt><a href="./Utilities/createpro.html?format=raw#_createpro">_extra</a></dt>
-	<dd>a keyword from the routine createpro</dd>
-	
-	<dt><a href="./Utilities/find.html?format=raw#_find">_extra</a></dt>
-	<dd>a keyword from the routine find</dd>
-	
-	<dt><a href="./Utilities/isadirectory.html?format=raw#_isadirectory">_extra</a></dt>
-	<dd>a keyword from the routine isadirectory</dd>
-	
-	<dt><a href="./Utilities/isafile.html?format=raw#_isafile">_extra</a></dt>
-	<dd>a keyword from the routine isafile</dd>
-	
-	<dt><a href="./buildinit.html?format=raw#_xask">_extra</a></dt>
-	<dd>a keyword from the routine xask</dd>
-	
-	<dt><a href="./Calendar/monthname.html?format=raw#_monthname">_extra</a></dt>
-	<dd>a keyword from the routine monthname</dd>
-	
-	<dt><a href="./Grid/computegrid.html?format=raw#_computegrid">_extra</a></dt>
-	<dd>a keyword from the routine computegrid</dd>
-	
-	<dt><a href="./Obsolete/cp.html?format=raw#_cp">_extra</a></dt>
-	<dd>a keyword from the routine cp</dd>
-	
-	<dt><a href="./Postscript/openps.html?format=raw#_openps">_extra</a></dt>
-	<dd>a keyword from the routine openps</dd>
-	
-	<dt><a href="./ReadWrite/ncdf_timeget.html?format=raw#_ncdf_timeget">_extra</a></dt>
-	<dd>a keyword from the routine ncdf_timeget</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/depth2level.html?format=raw#_depth2level">_extra</a></dt>
-	<dd>a keyword from the routine depth2level</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/depth2mask.html?format=raw#_depth2mask">_extra</a></dt>
-	<dd>a keyword from the routine depth2mask</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/grossemoyenne.html?format=raw#_grossemoyenne">_extra</a></dt>
-	<dd>a keyword from the routine grossemoyenne</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/moyenne.html?format=raw#_moyenne">_extra</a></dt>
-	<dd>a keyword from the routine moyenne</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/norme.html?format=raw#_norme">_extra</a></dt>
-	<dd>a keyword from the routine norme</dd>
-	
-	<dt><a href="./ToBeReviewed/CALCULS/remplit.html?format=raw#_remplit">_extra</a></dt>
-	<dd>a keyword from the routine remplit</dd>
-	
-	<dt><a href="./ToBeReviewed/COULEURS/colorbar.html?format=raw#_COLORBAR">_extra</a></dt>
-	<dd>a keyword from the routine COLORBAR</dd>
-	
-	<dt><a href="./ToBeReviewed/COULEURS/newpalette.html?format=raw#_newpalette">_extra</a></dt>
-	<dd>a keyword from the routine newpalette</dd>
-	
-	<dt><a href="./ToBeReviewed/GRILLE/decoupeterre.html?format=raw#_decoupeterre">_extra</a></dt>
-	<dd>a keyword from the routine decoupeterre</dd>
-	
-	<dt><a href="./ToBeReviewed/GRILLE/domdef.html?format=raw#_domdef">_extra</a></dt>
-	<dd>a keyword from the routine domdef</dd>
-	
-	<dt><a href="./ToBeReviewed/GRILLE/tracegrille.html?format=raw#_tracegrille">_extra</a></dt>
-	<dd>a keyword from the routine tracegrille</dd>
-	
-	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_testwid">_extra</a></dt>
-	<dd>a keyword from the routine testwid</dd>
-	
-	<dt><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_cw_selectinterval">_extra</a></dt>
-	<dd>a keyword from the routine cw_selectinterval</dd>
-	
-	<dt><a href="./ToBeReviewed/HOPE/read_hope.html?format=raw#_read_hope">_extra</a></dt>
-	<dd>a keyword from the routine read_hope</dd>
-	
-	<dt><a href="./ToBeReviewed/HOPE/xrh.html?format=raw#_xrh">_extra</a></dt>
-	<dd>a keyword from the routine xrh</dd>
-	
-	<dt><a href="./ToBeReviewed/LECTURE/ncdf_lec.html?format=raw#_ncdf_lec">_extra</a></dt>
-	<dd>a keyword from the routine ncdf_lec</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt.html?format=raw#_plt">_extra</a></dt>
-	<dd>a keyword from the routine plt</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/plt1d.html?format=raw#_plt1d">_extra</a></dt>
-	<dd>a keyword from the routine plt1d</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltsc.html?format=raw#_pltsc">_extra</a></dt>
-	<dd>a keyword from the routine pltsc</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/pltt.html?format=raw#_pltt">_extra</a></dt>
-	<dd>a keyword from the routine pltt</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DESSINE/sbar_plot.html?format=raw#_sbar_plot">_extra</a></dt>
-	<dd>a keyword from the routine sbar_plot</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/axis4pltz.html?format=raw#_axis4pltz">_extra</a></dt>
-	<dd>a keyword from the routine axis4pltz</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/barrecouleur.html?format=raw#_barrecouleur">_extra</a></dt>
-	<dd>a keyword from the routine barrecouleur</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/checktypeminmax.html?format=raw#_checktypeminmax">_extra</a></dt>
-	<dd>a keyword from the routine checktypeminmax</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/determineminmax.html?format=raw#_determineminmax">_extra</a></dt>
-	<dd>a keyword from the routine determineminmax</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/placecolor.html?format=raw#_placecolor">_extra</a></dt>
-	<dd>a keyword from the routine placecolor</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/placedessin.html?format=raw#_placedessin">_extra</a></dt>
-	<dd>a keyword from the routine placedessin</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/DIVERS/terminedessin.html?format=raw#_terminedessin">_extra</a></dt>
-	<dd>a keyword from the routine terminedessin</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/VECTEUR/vecteur.html?format=raw#_vecteur">_extra</a></dt>
-	<dd>a keyword from the routine vecteur</dd>
-	
-	<dt><a href="./ToBeReviewed/PLOTS/plotsym.html?format=raw#_plotsym">_extra</a></dt>
-	<dd>a keyword from the routine plotsym</dd>
-	
-	<dt><a href="./ToBeReviewed/POSTSCRIPT/calibre.html?format=raw#_calibre">_extra</a></dt>
-	<dd>a keyword from the routine calibre</dd>
-	
-	<dt><a href="./ToBeReviewed/STRING/string2struct.html?format=raw#_too_cool">_extra</a></dt>
-	<dd>a keyword from the routine too_cool</dd>
-	
-	<dt><a href="./ToBeReviewed/TRIANGULATION/completecointerre.html?format=raw#_draw_corner_triangle">_extra</a></dt>
-	<dd>a keyword from the routine draw_corner_triangle</dd>
-	
 	<dt><a href="./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2.html?format=raw#__str">_str</a></dt>
 	<dd>a function from the file ncdf_quickwrite_helper2.pro</dd>
Index: /trunk/SRC/Documentation/idldoc_html_output/idldoc-warnings.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/idldoc-warnings.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/idldoc-warnings.html	(revision 114)
@@ -1244,5 +1244,5 @@
 
 <tr>
-<td class="docroutine"><a href="./Tests/TestsOld/tst_plt_old.html?format=raw#_tst_plt">tst_plt</a></td>
+<td class="docroutine"><a href="./Tests/TestsOld/tst_plt_old.html?format=raw#_tst_plt_old">tst_plt_old</a></td>
 <td class="docstat notdoc">not documented</td>
 </tr>
@@ -1252,5 +1252,5 @@
 
 <tr>
-<td class="docroutine"><a href="./Tests/TestsOld/tst_pltt_old.html?format=raw#_tst_pltt">tst_pltt</a></td>
+<td class="docroutine"><a href="./Tests/TestsOld/tst_pltt_old.html?format=raw#_tst_pltt_old">tst_pltt_old</a></td>
 <td class="docstat notdoc">not documented</td>
 </tr>
@@ -1260,5 +1260,5 @@
 
 <tr>
-<td class="docroutine"><a href="./Tests/TestsOld/tst_pltz_old.html?format=raw#_tst_pltz">tst_pltz</a></td>
+<td class="docroutine"><a href="./Tests/TestsOld/tst_pltz_old.html?format=raw#_tst_pltz_old">tst_pltz_old</a></td>
 <td class="docstat notdoc">not documented</td>
 </tr>
@@ -1841,14 +1841,4 @@
 
 <tr>
-<td class="docroutine"><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_testwid_event">testwid_event</a></td>
-<td class="docstat notdoc">not documented</td>
-</tr>
-
-<tr>
-<td class="docroutine"><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_testwid">testwid</a></td>
-<td class="docstat notdoc">not documented</td>
-</tr>
-
-<tr>
 <td class="docroutine"><a href="./ToBeReviewed/HOPE/cw_selectinterval.html?format=raw#_cw_selectinterval_get_value">cw_selectinterval_get_value</a></td>
 <td class="docstat notdoc">not documented</td>
@@ -2818,5 +2808,5 @@
 
 <tr>
-<td class="docroutine"><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_Strcnt">Strcnt</a></td>
+<td class="docroutine"><a href="./ToBeReviewed/STRING/strcnt.html?format=raw#_strcnt">strcnt</a></td>
 <td class="docstat partialdoc">partially documented</td>
 </tr>
Index: /trunk/SRC/Documentation/idldoc_html_output/overview.html
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/overview.html	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/overview.html	(revision 114)
@@ -953,5 +953,5 @@
 	<tr>
 	  <td>PRO files</td>
-	  <td class="value">         392</td>
+	  <td class="value">         391</td>
 	</tr>
 	<tr>
@@ -965,9 +965,9 @@
 	<tr>
 	  <td>Routines/methods</td>
-	  <td class="value">         757</td>
+	  <td class="value">         754</td>
 	</tr>
 	<tr>
 	  <td>Lines of code</td>
-	  <td class="value">       55797</td>
+	  <td class="value">       56885</td>
 	</tr>
       </table>
Index: /trunk/SRC/Documentation/idldoc_html_output/search.js
===================================================================
--- /trunk/SRC/Documentation/idldoc_html_output/search.js	(revision 113)
+++ /trunk/SRC/Documentation/idldoc_html_output/search.js	(revision 114)
@@ -1,10 +1,10 @@
 a = new Array();
 
-a[1] = new Array("./Calendar/date2jul.html", "date2jul.pro", "", "             file_comments gives julian day equivalent of a date in yyyymmdd format       categories calendar      param date  in required  date in yyyymmdd format      keyword  GRADS  in optional                   if  1  year   2000   year                 if 50  year   1900   year      returns date in julian day      examples         IDL  jday   juldate 19930124       IDL  print  date2jul 19931205  EQ julday 12 5 1993           1      IDL  print  date2jul 931205 grads  EQ julday 12 5 1993           1      history Sebastien Masson  smasson lodyc jussieu fr                          June 2005         function date2jul  date  GRADS   grads      year   long date    10000    month   long abs date 100  MOD 100    day   long abs date  MOD 100      if keyword_set grads  then year   year          1900    year GE 50 AND year LE 99           2000    year GE  1 AND year LE 49       return  julday month  day  year  end ");
-a[2] = new Array("./Calendar/date2string.html", "date2string.pro", "", "             file_comments create a nice and readable format to print a date      categories calendar  string      param yyyymmdd  in required  the date in the format yyyymmdd      file_comments keyword parameters of string function to specify the format of the month  the C format  can be used      returns a string containing the date in a easy readable format      examples         IDL  print  date2string 19900123       Jan 23  1990      IDL  print  date2string 19900123  format    C CMOA       JAN 23  1990      history Sebastien Masson  smasson lodyc jussieu fr    Creation     update review June 2005 Sebastien Masson          FUNCTION date2string  yyyymmdd  _EXTRA   ex      sday   strtrim long yyyymmdd  MOD 100  1     smonth   strtrim long yyyymmdd 100  MOD 100  2     syear   strtrim long yyyymmdd 10000  2     res   string format    C CMoa  31 fix smonth 1  _EXTRA   ex                     sday         syear    return  res end");
-a[3] = new Array("./Calendar/daysinmonth.html", "daysinmonth.pro", "", "             file_comments give the number of days in a specific month      categories calendar      param month  in optional      param year  in optional     Year is used only if the  common variable key_caltype    greg     In that case  month and year must have the same number of elements     If not provided  we take month and year from  time  common variable       returns number of days in a month or  1 in case of error      uses cm_4cal              examples    IDL  ndays   daysinmonth 2  2000       history Sebastien Masson  smasson lodyc jussieu fr   2 7 98   update review english new commons: June 2005 Sebastien Masson          function daysinmonth  month  year     include commons  cm_4cal IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew ENDIF     IF n_elements key_caltype  EQ 0 THEN key_caltype    greg    CASE key_caltype OF      360d : if n_elements month  GT 1 THEN           return  replicate 30  n_elements month  ELSE return  30      noleap :BEGIN       days_in_mth    31  28  31  30  31  30  31  31  30  31  30  31        IF n_elements month  EQ 0 THEN caldat  time  month       return  days_in_mth month 1      END      greg :BEGIN       CASE n_params  OF         0:caldat  time  month  day  year         2:IF n_elements month  NE n_elements year  THEN             return  report month and year must have the same number of elements          ELSE:return  report daysinmonth accept 0 or 2 input parameters        ENDCASE       days_in_mth    31  28  31  30  31  30  31  31  30  31  30  31        return  days_in_mth month 1    leapyr year month EQ 2      END      ELSE:return  report only 3 types of calendar are accepted: greg  360d and noleap    ENDCASE  END ");
-a[4] = new Array("./Calendar/jul2date.html", "jul2date.pro", "", "             file_comments gives yyyymmdd date equivalent of a julian day      categories calendar      param jday  in required  julian day      returns date in yyyymmdd format      examples         IDL  print  jul2date julday 12 23 1999           19991223      history Sebastien Masson  smasson lodyc jussieu fr                          June 2005         function jul2date  jday    caldat  jday  month  day  year    res    10000L year   100L month   day year GE 0              10000L year   100L month   day year LT 0     return  long res  end");
-a[5] = new Array("./Calendar/leapyr.html", "leapyr.pro", "", "         file_comments determine whether the input year is a leap year or not   Very useful for finding number of days in a year    eg  NUM_DAYS_IN_YR   365   leapyr year       categories calendar      param year  in required  year to be tested as a leap year      returns 0 then not a leap year             1 then year is a leap year      uses cm_4cal      examples   IDL  result   leapyr 2000       history     Originally Written by: Trevor Harris  Physics Dept  University of Adelaide   20 09 88           November 2004: correction for century years  S  Masson            Every year divisible by 4 is a leap year           But every year divisible by 100 is NOT a leap year          Unless the year is also divisible by 400  then it is still a         leap year          This means that year 1800  1900  2100  2200  2300 and 2500 are         NOT leap years  while year 2000 and 2400 are leap years             supress the automatic change 89   1989           June 2005 update for new commons  Sebastien Masson        function leapyr  year   include commons  cm_4cal   yr   long year    IF n_elements key_caltype  EQ 0 THEN key_caltype    greg      IF key_caltype NE  greg  THEN BEGIN      sd   size yr   dimensions      IF sd 0  EQ 0 THEN return  0b ELSE return  bytarr size yr   dimensions    ENDIF ELSE return   yr MOD 4 EQ 0 yr MOD 100 NE 0     yr MOD 400 EQ 0   end");
-a[6] = new Array("./Calendar/monthname.html", "monthname.pro", "", "             file_comments gives the name of a month      categories calendar       param mm1  in required   the month number  from 1 to 12       file_comments keyword parameters of string function to specify the format of the month  the C format  can be used       returns the month s name      examples    IDL  name monthname 2       history Sebastien Masson  smasson lodyc jussieu fr                         1 October 2001         FUNCTION monthname   mm1  _extra   ex    return  string format C CMoA0 31 mm1 1  _extra   ex  end");
+a[1] = new Array("./Calendar/date2jul.html", "date2jul.pro", "", "             file_comments gives julian day equivalent of a date in yyyymmdd format       categories calendar      param date  in required  date in yyyymmdd format      keyword  GRADS  in optional                   if  1  year   2000   year                 if 50  year   1900   year      returns date in julian day      examples         IDL  jday   juldate 19930124       IDL  print  date2jul 19931205  EQ julday 12 5 1993           1      IDL  print  date2jul 931205 grads  EQ julday 12 5 1993           1      history Sebastien Masson  smasson lodyc jussieu fr                          June 2005         function date2jul  date  GRADS   grads       compile_opt idl2  strictarrsubs      year   long date    10000    month   long abs date 100  MOD 100    day   long abs date  MOD 100      if keyword_set grads  then year   year          1900    year GE 50 AND year LE 99           2000    year GE  1 AND year LE 49       return  julday month  day  year  end ");
+a[2] = new Array("./Calendar/date2string.html", "date2string.pro", "", "             file_comments create a nice and readable format to print a date      categories calendar  string      param yyyymmdd  in required  the date in the format yyyymmdd      file_comments keyword parameters of string function to specify the format of the month  the C format  can be used      returns a string containing the date in a easy readable format      examples         IDL  print  date2string 19900123       Jan 23  1990      IDL  print  date2string 19900123  format    C CMOA       JAN 23  1990      history Sebastien Masson  smasson lodyc jussieu fr    Creation     update review June 2005 Sebastien Masson          FUNCTION date2string  yyyymmdd  _EXTRA   ex       compile_opt idl2  strictarrsubs      sday   strtrim long yyyymmdd  MOD 100  1     smonth   strtrim long yyyymmdd 100  MOD 100  2     syear   strtrim long yyyymmdd 10000  2     res   string format    C CMoa  31 fix smonth 1  _EXTRA   ex                     sday         syear    return  res end");
+a[3] = new Array("./Calendar/daysinmonth.html", "daysinmonth.pro", "", "             file_comments give the number of days in a specific month      categories calendar      param month  in optional      param year  in optional     Year is used only if the  common variable key_caltype    greg     In that case  month and year must have the same number of elements     If not provided  we take month and year from  time  common variable       returns number of days in a month or  1 in case of error      uses cm_4cal              examples    IDL  ndays   daysinmonth 2  2000       history Sebastien Masson  smasson lodyc jussieu fr   2 7 98   update review english new commons: June 2005 Sebastien Masson          function daysinmonth  month  year     include commons     compile_opt idl2  strictarrsubs    cm_4cal IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew ENDIF     IF n_elements key_caltype  EQ 0 THEN key_caltype    greg    CASE key_caltype OF      360d : if n_elements month  GT 1 THEN           return  replicate 30  n_elements month  ELSE return  30      noleap :BEGIN       days_in_mth    31  28  31  30  31  30  31  31  30  31  30  31        IF n_elements month  EQ 0 THEN caldat  time  month       return  days_in_mth month 1      END      greg :BEGIN       CASE n_params  OF         0:caldat  time  month  day  year         2:IF n_elements month  NE n_elements year  THEN             return  report month and year must have the same number of elements          ELSE:return  report daysinmonth accept 0 or 2 input parameters        ENDCASE       days_in_mth    31  28  31  30  31  30  31  31  30  31  30  31        return  days_in_mth month 1    leapyr year month EQ 2      END      ELSE:return  report only 3 types of calendar are accepted: greg  360d and noleap    ENDCASE  END ");
+a[4] = new Array("./Calendar/jul2date.html", "jul2date.pro", "", "             file_comments gives yyyymmdd date equivalent of a julian day      categories calendar      param jday  in required  julian day      returns date in yyyymmdd format      examples         IDL  print  jul2date julday 12 23 1999           19991223      history Sebastien Masson  smasson lodyc jussieu fr                          June 2005         function jul2date  jday     compile_opt idl2  strictarrsubs      caldat  jday  month  day  year    res    10000L year   100L month   day year GE 0              10000L year   100L month   day year LT 0     return  long res  end");
+a[5] = new Array("./Calendar/leapyr.html", "leapyr.pro", "", "         file_comments determine whether the input year is a leap year or not   Very useful for finding number of days in a year    eg  NUM_DAYS_IN_YR   365   leapyr year       categories calendar      param year  in required  year to be tested as a leap year      returns 0 then not a leap year             1 then year is a leap year      uses cm_4cal      examples   IDL  result   leapyr 2000       history     Originally Written by: Trevor Harris  Physics Dept  University of Adelaide   20 09 88           November 2004: correction for century years  S  Masson            Every year divisible by 4 is a leap year           But every year divisible by 100 is NOT a leap year          Unless the year is also divisible by 400  then it is still a         leap year          This means that year 1800  1900  2100  2200  2300 and 2500 are         NOT leap years  while year 2000 and 2400 are leap years             supress the automatic change 89   1989           June 2005 update for new commons  Sebastien Masson        function leapyr  year   include commons     compile_opt idl2  strictarrsubs    cm_4cal   yr   long year    IF n_elements key_caltype  EQ 0 THEN key_caltype    greg      IF key_caltype NE  greg  THEN BEGIN      sd   size yr   dimensions      IF sd 0  EQ 0 THEN return  0b ELSE return  bytarr size yr   dimensions    ENDIF ELSE return   yr MOD 4 EQ 0 yr MOD 100 NE 0     yr MOD 400 EQ 0   end");
+a[6] = new Array("./Calendar/monthname.html", "monthname.pro", "", "             file_comments gives the name of a month      categories calendar       param mm1  in required   the month number  from 1 to 12       file_comments keyword parameters of string function to specify the format of the month  the C format  can be used       returns the month s name      examples    IDL  name monthname 2       history Sebastien Masson  smasson lodyc jussieu fr                         1 October 2001         FUNCTION monthname   mm1  _extra   ex     compile_opt idl2  strictarrsubs      return  string format C CMoA0 31 mm1 1  _extra   ex  end");
 a[7] = new Array("./Commons/all_cm.html", "all_cm.pro", "", "");
 a[8] = new Array("./Commons/cm_4cal.html", "cm_4cal.pro", "", "");
@@ -15,5 +15,5 @@
 a[13] = new Array("./Commons/cm_general.html", "cm_general.pro", "", "");
 a[14] = new Array("./Documentation/xmldoc/idlfiles/init_example.html", "init_example.pro", "", "");
-a[15] = new Array("./ForOldVersion/keep_compatibility.html", "keep_compatibility.pro", "", "     file_comments      1  define key_forgetold   1b   keyword_set flag      2  remove all oldcm_used pro found in  path     3  define and create myuniquetmpdir and add it to  path     4  copy oldcm_full _empty  to myuniquetmpdir oldcm_used pro       categories compatibility with old version      examples   IDL  keep_compatibility   flag       param flag  in optional  1 or 0 to keep or forget the compatibility     uses cm_general      restrictions copy oldcm_full or oldcm_empty must be found in the    path  dir must also be in the  path      history Sebastien Masson  smasson lodyc jussieu fr                         June 2005     PRO keep_compatibility  flag    cm_general     version should be at least 6 0     IF fix strmid version release  0  1  LT 6 THEN BEGIN      print                                print                        ERROR       print                                print   This version of SAXO needs at least IDL version 6 0      print                                print                        ERROR       print                                return   ENDIF     IF n_elements myuniquetmpdir  NE 0 THEN BEGIN      path    path   :    expand_path myuniquetmpdir      return   ENDIF      if n_elements flag  eq 0 then flag   1b   keyword_set key_forgetold     1  automatic definition of key_forgetold   key_forgetold   1b   keyword_set flag       2  remove all oldcm_used pro found in  path   to_rm   find oldcm_used    IF to_rm 0  NE  NOT FOUND  THEN file_delete  to_rm     3  define and create myuniquetmpdir and add it to  path   def_myuniquetmpdir     4  copy oldcm_full _empty  to myuniquetmpdir oldcm_used pro    select which file should be copied to oldcm_used pro   IF key_forgetold THEN BEGIN      oldcm   find oldcm_empty      print   We forget the compatibility with the old version    ENDIF ELSE BEGIN      oldcm   find oldcm_full       print   We keep the compatibility with the old version    ENDELSE      oldcm   oldcm 0    IF oldcm EQ  NOT FOUND  THEN BEGIN     print   Error: oldcm_full or oldcm_empty must be found in the  path      stop   ENDIF   copy   file_copy  oldcm  myuniquetmpdir    oldcm_used pro   overwrite     make sure we can make the plots enev if we are using the demo mode     demomode_compatibility      make sure that the common variables are correctly initialized      IF size ccmeshparameters   type  NE 8 THEN BEGIN      computegrid  1  1  1  1  1  1   fullcgrid  cm_4data         varname         vargrid    T      vardate    0      varexp         varunit         valmask   1 e20   ENDIF       return END");
+a[15] = new Array("./ForOldVersion/keep_compatibility.html", "keep_compatibility.pro", "", "     file_comments      1  define key_forgetold   1b   keyword_set flag      2  remove all oldcm_used pro found in  path     3  define and create myuniquetmpdir and add it to  path     4  copy oldcm_full _empty  to myuniquetmpdir oldcm_used pro       categories compatibility with old version      examples   IDL  keep_compatibility   flag       param flag  in optional  1 or 0 to keep or forget the compatibility     uses cm_general      restrictions copy oldcm_full or oldcm_empty must be found in the    path  dir must also be in the  path      history Sebastien Masson  smasson lodyc jussieu fr                         June 2005     PRO keep_compatibility  flag       compile_opt idl2  strictarrsubs    cm_general     version should be at least 6 0     IF fix strmid version release  0  1  LT 6 THEN BEGIN      print                                print                        ERROR       print                                print   This version of SAXO needs at least IDL version 6 0      print                                print                        ERROR       print                                return   ENDIF     IF n_elements myuniquetmpdir  NE 0 THEN BEGIN      path    path   :    expand_path myuniquetmpdir      return   ENDIF      if n_elements flag  eq 0 then flag   1b   keyword_set key_forgetold     1  automatic definition of key_forgetold   key_forgetold   1b   keyword_set flag       2  remove all oldcm_used pro found in  path   to_rm   find oldcm_used    IF to_rm 0  NE  NOT FOUND  THEN file_delete  to_rm     3  define and create myuniquetmpdir and add it to  path   def_myuniquetmpdir     4  copy oldcm_full _empty  to myuniquetmpdir oldcm_used pro    select which file should be copied to oldcm_used pro   IF key_forgetold THEN BEGIN      oldcm   find oldcm_empty      print   We forget the compatibility with the old version    ENDIF ELSE BEGIN      oldcm   find oldcm_full       print   We keep the compatibility with the old version    ENDELSE      oldcm   oldcm 0    IF oldcm EQ  NOT FOUND  THEN BEGIN     print   Error: oldcm_full or oldcm_empty must be found in the  path      stop   ENDIF   copy   file_copy  oldcm  myuniquetmpdir    oldcm_used pro   overwrite     make sure we can make the plots enev if we are using the demo mode     demomode_compatibility      make sure that the common variables are correctly initialized      IF size ccmeshparameters   type  NE 8 THEN BEGIN      computegrid  1  1  1  1  1  1   fullcgrid  cm_4data         varname         vargrid    T      vardate    0      varexp         varunit         valmask   1 e20   ENDIF       return END");
 a[16] = new Array("./ForOldVersion/oldcm_empty.html", "oldcm_empty.pro", "", "");
 a[17] = new Array("./ForOldVersion/oldcm_full.html", "oldcm_full.pro", "", "");
@@ -21,376 +21,375 @@
 a[19] = new Array("./ForOldVersion/updatenew.html", "updatenew.pro", "", "");
 a[20] = new Array("./ForOldVersion/updateold.html", "updateold.pro", "", "");
-a[21] = new Array("./Grid/computegrid.html", "computegrid.pro", "", "             file_comments compute the grid parameters from cm_4mesh common:           computegrid  startx  starty  stepx  stepy  nx  ny         computegrid  startx  starty  stepx  stepy         computegrid  xaxis   xaxis  yaxis   yaxis         or a suitable mix      horizontal parameters:         glam tf  gphi tf  e1t and e2t      and if FULLCGRID keyword is defined:         glam uv  gphi uv  e1 uvf  and e2 uvf            verticals parameters:         gdep tw  e3 tw      masks: tmask          and if FULLCGRID keyword is defined: uv maskred fmaskred xy      triangulation: triangles_list     key_ parameters:         key_shift  key_periodic  key_zreverse  key_yreverse          key_stride  key_onearth  key_partialstep      categories grid            param startx  in required  scalar  x starting point          param starty  in required  scalar  y starting point          param stepxin  in required  scalar or vector: x direction step  must be   0               if vector nx is not used          param stepyin  in required  scalar or vector: y direction step                 could be   0  south to north  or  lon1 and lon2   lon1 le 360         key_shift will be defined automaticaly computed according to         glamboundary by using the FIRST LINE of glamt but          key_shift will   0 only if key_periodic   1             keyword MASK to specify the mask with a 2 or 3 dimension array            keyword ONEARTH   0 or 1 to force the manual definition of         key_onearth  to specify if the data are on earth   use longitude          latitude etc  By default  key_onearth   1          note that ONEARTH   0 forces PERIODIC   0  SHIFT   0           and is cancelling GLAMBOUNDARY            keyword PERIODIC   0 or 1 to force the manual definition of         key_periodic  By default  key_periodic is automaticaly         computed by using the first line of glamt              keyword  PLAIN force PERIODIC   0  SHIFT   0  STRIDE    1  1  1  and         suppress the automatic redefinition of the domain in case of          x periodicity overlap  y periodicity overlap  ORCA type only          and mask border to 0             keyword SHIFT   scalar to force the manual definition of key_shift  By         debault  key_shift is automaticaly computed according to         glamboundary  when defined  by using the FIRST LINE of glamt  if         key_periodic 0 then in any case key_shift   0              keyword STRCALLING a string containing the calling command used to         call computegrid  this is used by xxx pro             keyword STRIDE  a 3 elements vector to specify the stride in x  y  z         direction  Default definition is  1  1  1  The resulting value         will be stored in the common  cm_4mesh  variable key_stride            keyword XAXIS to specify longitude1 with a 1 or 2 dimension array  in          this case startx  stepx and nx are not used but could be         necessary if the y axis is not defined with yaxis  It must be         possible to sort the first line of xaxis in the increasing         order by shifting its elements             keyword YAXIS to specify latitudes with a 1 or 2 dimension array  in          this case starty  stepy and ny are not used but starty and         stepy could be necessary if the x axis is not defined with xaxis          It must be sorted in the increasing or deceasing order          along each column if 2d array             keyword  XYINDEX activate to specify that the horizontal grid should          be simply defined by using the index of the points             xaxis   findgen nx  and yaxis   findgen ny          using this keyword forces key_onearth 0            keyword XMINMESH           keyword YMINMESH           keyword ZMINMESH          to define the common variables i xyz minmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are 0L  max value is  XYZ MAXMESH            keyword XMAXMESH           keyword YMAXMESH           keyword ZMAXMESH          to define the common variables i xyz maxmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are jp ijk glo 1  max value is         jp ijk glo 1  if  XYZ MAXMESH is negative  then we define         i xyz maxmesh as jp ijk glo   1    XYZ MAXMESH instead of          XYZ MAXMESH              keyword ZAXIS to specify the vertical axis with a 1 dimension         array  Must be sorted in the increasing or deceasing order      uses cm_4mesh cm_4data cm_4cal      restrictions if the grid has x y periodicity orverlap and or if      the mask has 0 everywhere at the border  like a close sea  and      if  we did not activate  plain and xminmesh  xmaxmesh  yminmesh       ymaxmesh keywords are defined to their default values  we redefine      xminmesh  xmaxmesh  yminmesh  ymaxmesh in order to reove the      overlapping part and or to open the domain  avoid ti be forced      to use cell_fill   1       restrictions FUV points definition       history Sebastien Masson  smasson lodyc jussieu fr                         2000 04 20    Sept 2004  several bug fixs to suit C grid type     Aug 2005  rewritte almost everything          PRO computegrid  startx  starty  stepxin  stepyin  nxin  nyin                      XAXIS   xaxis  YAXIS   yaxis  ZAXIS   zaxis                      MASK   mask  GLAMBOUNDARY   glamboundary                      XMINMESH   xminmesh  XMAXMESH   xmaxmesh                      YMINMESH   yminmesh  YMAXMESH   ymaxmesh                      ZMINMESH   zminmesh  ZMAXMESH   zmaxmesh                      ONEARTH   onearth  PERIODIC   periodic                      PLAIN   plain  SHIFT   shift  STRIDE   stride                      FULLCGRID   fullcgrid  XYINDEX   xyindex                      FBASE2TBASE   fbase2tbase  STRCALLING   strcalling                      _extra   ex     cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       time1   systime 1               for key_performance         Check input parameters       xaxis related parameters     if n_elements xaxis  NE 0 then BEGIN      CASE  size xaxis 0  OF       0:nx   1L       1:nx    size xaxis 1        2:nx    size xaxis 1      ENDCASE   ENDIF ELSE BEGIN      IF n_elements startx  EQ 0 THEN BEGIN        dummy   report If xaxis is not given  startx must be defined        return     ENDIF     CASE n_elements stepxin  OF       0:BEGIN          dummy   report If xaxis is not given  stepxin must be defined          return       END       1:BEGIN          IF n_elements nxin  EQ 0 THEN BEGIN            dummy   report If xaxis is not given and stepxin has only one element  nx must be defined            return         ENDIF ELSE nx   nxin       END       ELSE:nx   n_elements stepxin          ENDCASE   ENDELSE      yaxis related parameters     if n_elements yaxis  NE 0 then BEGIN      CASE  size yaxis 0  OF       0:ny   1L       1:ny    size yaxis 1        2:ny    size yaxis 2      ENDCASE   ENDIF ELSE BEGIN      IF n_elements starty  EQ 0 THEN BEGIN        dummy   report If yaxis is not given  starty must be defined        return     ENDIF     CASE n_elements stepyin  OF       0:BEGIN          dummy   report If yaxis is not given  stepyin must be defined          return       END       1:BEGIN          IF n_elements nyin  EQ 0 THEN BEGIN            dummy   report If yaxis is not given and stepyin has only one element  ny must be defined            return         ENDIF ELSE ny   nyin       END       ELSE:ny   n_elements stepyin          ENDCASE   ENDELSE     zaxis related parameters     if n_elements zaxis  NE 0 then BEGIN      CASE  size zaxis 0  OF       0:nz   1L       1:nz    size zaxis 1        ELSE:BEGIN         print   not coded          stop       END     ENDCASE   ENDIF ELSE nz   1L       Others automatic definitions        jpiglo   long nx    jpjglo   long ny    jpkglo   long nz      impact of plain keyword:     IF keyword_set plain  THEN BEGIN     periodic   0     shift   0     stride    1  1  1    ENDIF     IF n_elements xminmesh  NE 0 THEN ixminmesh   long xminmesh 0  ELSE ixminmesh    0l   IF n_elements xmaxmesh  NE 0 THEN ixmaxmesh   long xmaxmesh 0  ELSE ixmaxmesh    jpiglo 1   IF n_elements yminmesh  NE 0 THEN iyminmesh   long yminmesh 0  ELSE iyminmesh    0l   IF n_elements ymaxmesh  NE 0 THEN iymaxmesh   long ymaxmesh 0  ELSE iymaxmesh    jpjglo 1   IF n_elements zminmesh  NE 0 THEN izminmesh   long zminmesh 0  ELSE izminmesh    0l   IF n_elements zmaxmesh  NE 0 THEN izmaxmesh   long zmaxmesh 0  ELSE izmaxmesh    jpkglo 1     iymaxmesh   iymaxmesh keyword_set fbase2tbase       IF ixmaxmesh LT 0 THEN ixmaxmesh   jpiglo  1   ixmaxmesh   IF iymaxmesh LT 0 THEN iymaxmesh   jpjglo  1   iymaxmesh   IF izmaxmesh LT 0 THEN izmaxmesh   jpkglo  1   izmaxmesh   avoid basics errors    ixmaxmesh   0   ixmaxmesh  ixminmesh  iymaxmesh  iyminmesh  izmaxmesh  izminmesh  temporary glamf   gphif  temporary glamu   gphiu  temporary glamv   gphiv   gdept stepz 2      ENDIF ELSE BEGIN       stepz   1        gdepw   gdept     ENDELSE       e3 tw :         e3t   stepz     IF n_elements stepz  GT 1 THEN BEGIN       e3w   0 5 stepz shift stepz  1        e3w 0    0 5 e3t 0      ENDIF ELSE e3w   e3t       Mask       defaut mask eq 1   if NOT keyword_set mask  then mask    1     if mask 0  NE  1 then BEGIN     tmask   byte mask ixminmesh:ixmaxmesh  iyminmesh:iymaxmesh  izminmesh:izmaxmesh      tmask   reform tmask  jpi  jpj  jpk   over      if key_shift NE 0 then tmask   shift tmask  key_shift  0  0    because tmask   reverse tmask  2  is not working if the 3rd   dimension of tmask   1  we call reform      IF jpk EQ 1 THEN tmask   reform tmask   over      IF key_yreverse EQ 1 THEN tmask   reverse tmask  2      IF jpk EQ 1 THEN tmask   reform tmask  jpi  jpj  jpk   over      IF key_zreverse EQ 1 THEN tmask   reverse tmask  3      IF jpk EQ 1 THEN tmask   reform tmask  jpi  jpj  jpk   over      IF keyword_set fullcgrid  THEN BEGIN       IF keyword_set key_periodic  THEN BEGIN         msk   tmask shift tmask   1  0  0          umaskred   msk jpi 1            ENDIF ELSE umaskred   tmask jpi 1            vmaskred   tmask  jpj 1          fmaskredy   tmask jpi 1            fmaskredx   tmask  jpj 1        ENDIF    ENDIF ELSE BEGIN      tmask   replicate 1b  jpi  jpj  jpk      IF keyword_set fullcgrid  THEN BEGIN       umaskred    replicate 1b  jpj  jpk        vmaskred    replicate 1b  jpi  jpk        fmaskredy   replicate 1b  jpj  jpk        fmaskredx   replicate 1b  jpi  jpk      ENDIF    ENDELSE     IF jpi GT 2 AND jpj GT 2 AND NOT keyword_set plain         AND ixminmesh EQ 0l AND ixmaxmesh eq jpiglo 1        AND iyminmesh EQ 0l AND iymaxmesh eq jpjglo 1        AND total tmask  0    EQ 0 AND total tmask  jpj 1    EQ 0        AND total tmask 0      EQ 0 AND total tmask jpi 1      EQ 0 THEN BEGIN         xminmesh   1         xmaxmesh    1         yminmesh   1         ymaxmesh    1         computegrid  XAXIS   glamt  YAXIS   gphit  ZAXIS   zaxis                          MASK   mask  GLAMBOUNDARY   glamboundary                          XMINMESH   xminmesh  XMAXMESH   xmaxmesh                          YMINMESH   yminmesh  YMAXMESH   ymaxmesh                          ZMINMESH   zminmesh  ZMAXMESH   zmaxmesh                          ONEARTH   onearth  PERIODIC   periodic                          PLAIN   plain  SHIFT   shift  STRIDE   stride                          FULLCGRID   fullcgrid  XYINDEX   xyindex                          FBASE2TBASE   fbase2tbase  STRCALLING   strcalling                          _extra   ex          return   ENDIF      IF NOT keyword_set fullcgrid  THEN BEGIN     umaskred    values f_nan     vmaskred    values f_nan     fmaskredy    values f_nan     fmaskredx    values f_nan   ENDIF       stride        IF total key_stride  GT 3 THEN BEGIN     IF key_shift NE 0 THEN BEGIN   for explanation  see header of read_ncdf_varget pro       jpiright   key_shift       jpileft   jpi   key_shift      key_stride 0 1 key_shift 1  MOD key_stride 0          jpi    jpiright 1 key_stride 0 1     jpileft 1 key_stride 0 1      ENDIF ELSE jpi    jpi 1 key_stride 0 1     jpj    jpj 1 key_stride 1 1     jpk    jpk 1 key_stride 2 1       glamt    temporary glamt 0: :stride 0  0: :stride 1      gphit    temporary gphit 0: :stride 0  0: :stride 1      e1t    temporary e1t 0: :stride 0  0: :stride 1      e2t    temporary e2t 0: :stride 0  0: :stride 1      tmask    temporary tmask 0: :stride 0  0: :stride 1  0: :stride 2      gdept   gdept 0: :stride 2      gdepw   gdepw 0: :stride 2      e3t   e3t 0: :stride 2      e3w   e3w 0: :stride 2    we must recompute glamf and gphif      IF jpi GT 1 THEN BEGIN        if  keyword_set key_onearth  AND keyword_set xnotsorted            OR  keyword_set key_periodic  AND key_irregular  then BEGIN         stepxf    glamt   720  MOD 360         stepxf   shift stepxf   1   1    stepxf         stepxf      stepxf   stepxf   360   stepxf   360            stepxf   min abs stepxf  dimension   3          IF NOT keyword_set key_periodic  THEN             stepxf jpi 1      stepxf jpi 2          ENDIF ELSE BEGIN         stepxf   shift glamt   1   1    glamt         IF keyword_set key_periodic  THEN             stepxf jpi 1      360   stepxf jpi 1                ELSE stepxf jpi 1      stepxf jpi 2          ENDELSE       IF jpj GT 1 THEN BEGIN          stepxf  jpj 1    stepxf  jpj 2          stepxf jpi 1  jpj 1    stepxf jpi 2  jpj 2        ENDIF       glamf   glamt   0 5   stepxf     ENDIF ELSE glamf   glamt   0 5     IF jpj GT 1 THEN BEGIN    we must compute stepyf: y distance between T i j  T i 1 j 1        stepyf   shift gphit   1   1    gphit       stepyf  jpj 1    stepyf  jpj 2        IF jpi GT 1 THEN BEGIN         if NOT keyword_set key_periodic  THEN             stepyf jpi 1      stepyf jpi 2            stepyf jpi 1  jpj 1    stepyf jpi 2  jpj 2        ENDIF        gphif   gphit   0 5   stepyf     ENDIF ELSE gphif   gphit   0 5       IF jpj EQ 1 THEN BEGIN        glamt   reform glamt  jpi  jpj   over        gphit   reform gphit  jpi  jpj   over        glamf   reform glamf  jpi  jpj   over        gphif   reform gphif  jpi  jpj   over        e1t   reform e1t  jpi  jpj   over        e2t   reform e2t  jpi  jpj   over      ENDIF       IF keyword_set fullcgrid  THEN BEGIN       glamu    temporary glamu 0: :stride 0  0: :stride 1        gphiu    temporary gphiu 0: :stride 0  0: :stride 1        e1u    temporary e1u 0: :stride 0  0: :stride 1        e2u    temporary e2u 0: :stride 0  0: :stride 1        glamv    temporary glamv 0: :stride 0  0: :stride 1        gphiv    temporary gphiv 0: :stride 0  0: :stride 1        e1v    temporary e1v 0: :stride 0  0: :stride 1        e2v    temporary e2v 0: :stride 0  0: :stride 1        e1f    temporary e1f 0: :stride 0  0: :stride 1        e2f    temporary e2f 0: :stride 0  0: :stride 1        umaskred    temporary umaskred 0  0: :stride 1  0: :stride 2        vmaskred    temporary vmaskred 0: :stride 0  0  0: :stride 2        fmaskredy    temporary fmaskredy 0  0: :stride 1  0: :stride 2        fmaskredx    temporary fmaskredx 0: :stride 0  0  0: :stride 2        IF jpj EQ 1 THEN BEGIN          glamu   reform glamu  jpi  jpj   over          gphiu   reform gphiu  jpi  jpj   over          e1u   reform e1u  jpi  jpj   over          e2u   reform e2u  jpi  jpj   over          glamv   reform glamv  jpi  jpj   over          gphiv   reform gphiv  jpi  jpj   over          e1v   reform e1v  jpi  jpj   over          e2v   reform e2v  jpi  jpj   over          e1f   reform e1f  jpi  jpj   over          e2f   reform e2f  jpi  jpj   over        ENDIF     ENDIF   ENDIF       apply all the grid parameters        updateold   domdef       Triangulation       IF total tmask  EQ jpi jpj jpk       AND NOT keyword_set key_irregular  THEN triangles_list    1     ELSE BEGIN   are we using ORCA2       IF jpiglo EQ 182 AND jpi EQ 181 AND jpjglo EQ 149 AND jpj EQ 148 THEN          triangles_list   triangule  ELSE triangles_list   triangule keep_cont    ENDELSE        time axis  default definition        IF n_elements time  EQ 0 OR n_elements jpt  EQ 0 THEN BEGIN      jpt   1     time   0   ENDIF     IF NOT keyword_set key_forgetold  THEN BEGIN  updateold   ENDIF     grid parameters used by xxx       IF NOT keyword_set strcalling  THEN BEGIN      IF n_elements ccmeshparameters  EQ 0 THEN strcalling    computegrid        ELSE strcalling   ccmeshparameters filename   ENDIF   IF n_elements glamt  GE 2 THEN BEGIN     glaminfo   moment glamt      IF finite glaminfo 2  EQ 0 THEN glaminfo   glaminfo 0:1      gphiinfo   moment gphit      IF finite gphiinfo 2  EQ 0 THEN gphiinfo   gphiinfo 0:1    ENDIF ELSE BEGIN      glaminfo   glamt     gphiinfo   gphit   ENDELSE    ccmeshparameters    filename:strcalling                glaminfo:float string glaminfo  format    E11 4                gphiinfo:float string gphiinfo  format    E11 4                jpiglo:jpiglo  jpjglo:jpjglo  jpkglo:jpkglo               jpi:jpi  jpj:jpj  jpk:jpk               ixminmesh:ixminmesh  ixmaxmesh:ixmaxmesh               iyminmesh:iyminmesh  iymaxmesh:iymaxmesh               izminmesh:izminmesh  izmaxmesh:izmaxmesh               key_shift:key_shift  key_periodic:key_periodic               key_stride:key_stride  key_gridtype:key_gridtype               key_yreverse:key_yreverse  key_zreverse:key_zreverse               key_partialstep:key_partialstep  key_onearth:key_onearth     ccreadparameters    funclec_name: read_ncdf                jpidta:jpidta  jpjdta:jpjdta  jpkdta:jpkdta               ixmindta:ixmindta  ixmaxdta:ixmaxdta               iymindta:iymindta  iymaxdta:iymaxdta               izmindta:izmindta  izmaxdta:izmaxdta      IF keyword_set key_performance  EQ 1 THEN       print   time computegrid  systime 1 time1     return end ");
-a[22] = new Array("./Grid/micromeshmask.html", "micromeshmask.pro", "", "       file_comments reduce the size of the NetCDF meshmask created by OPA by   using bit  and not byte  format for the masks and the foat format   for the other fields        categories for OPA meshmask files      examples    IDL  reducencmeshmask  ncfilein  ncfileout       examples       IDL  meshdir d1fes2 raid2 smasson DATA ORCA05       IDL  micromeshmask   meshmask_ORCA_R05 nc iodir meshdir      history        July 2004 Sebastien Masson  smasson lodyc jussieu fr        PRO ncdf_transfer  inid  outid  inname  outname   IF n_elements outname  EQ 0 THEN outname   inname   ncdf_varget  inid  inname  zzz   ncdf_varput  outid  outname  float reform zzz   over    RETURN END           keyword IODIR to define the files path          param ncfilein  in required         1  the name of the meshmask file to be reduced  In that case         there is only one meshmask file          OR          2  the xxx part in the names: xxx mesh_hgr nc xxx mesh_zgr nc        xxx mask nc  In that case  the meshmask is split into 3 files            param ncfileout  in required  the name of the uniq reduced meshmask file  default        definition is micromeshmask nc     PRO micromeshmask  ncfilein  ncfileout  IODIR   iodir     filein   isafile FILE   ncfilein  IODIR   iodir   NEW    test    findfile filein 0    IF test EQ   THEN BEGIN     filein_hgr    findfile filein mesh_hgr nc 0      filein_zgr    findfile filein mesh_zgr nc 0      filein_msk    findfile filein mask nc 0      IF filein_hgr EQ   OR filein_zgr EQ   OR filein_msk EQ    THEN BEGIN       print   meshmask file s  not found        print  filein  does not exist        print  filein mesh_hgr nc does not exist        print  filein mesh_zgr nc does not exist        print  filein mask nc does not exist        return     ENDIF   ENDIF ELSE filein   test       get the horizontal dimensions   IF n_elements filein_hgr  NE 0  THEN cdfid   ncdf_open filein_hgr      ELSE cdfid   ncdf_open filein     ncdf_diminq  cdfid   x  name  jpi   ncdf_diminq  cdfid   y  name  jpj   for the mask  we use  its byte  representation   its y dimension   will be extended to be a multiple of 8  then it will be divided by   8    if  jpj mod 8  eq 0 the jpj_m jpi 8 else jpj_m jpi 8   1   jpj_m    jpj 7 8   get the vertical dimensions   IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF   listdims   strlowcase ncdf_listdims cdfid    IF  where listdims EQ  z 0  NE  1 THEN ncdf_diminq  cdfid   z  name  jpk ELSE BEGIN      dimid    where strmid listdims  0  5  EQ  depth 0      IF dimid NE  1 THEN ncdf_diminq  cdfid  dimid  name  jpk ELSE BEGIN        report   We could not find the vertical dimension  its name must be z or start with depth        return     ENDELSE    ENDELSE    get the variables list related to the partial steps   varlist_ps   ncdf_listvars cdfid    varlist_ps   strtrim strlowcase varlist_ps  2            define the output file     IF n_elements ncfileout  EQ 0  THEN ncfileout    micromeshmask nc    cdfidout   ncdf_create isafile FILE   ncfileout  IODIR   iodir   NEW   clobber    ncdf_control  cdfidout   nofill   dimension   dimidx   ncdf_dimdef cdfidout   x  jpi    dimidy   ncdf_dimdef cdfidout   y  jpj    dimidy_m   ncdf_dimdef cdfidout   y_m  jpj_m    dimidz   ncdf_dimdef cdfidout   z  jpk    global attributs   ncdf_attput  cdfidout   IDL_Program_Name   micromeshmask pro   GLOBAL   ncdf_attput  cdfidout   Creation_Date  systime   GLOBAL   declaration des variables   varid   lonarr 20    horizontal variables   hgrlist    glamt   glamu   glamv   glamf                    gphit   gphiu   gphiv   gphif                    e1t   e1u   e1v   e1f                    e2t   e2u   e2v   e2f    FOR h   0  n_elements hgrlist 1 DO       varid h    ncdf_vardef cdfidout  hgrlist h   dimidx  dimidy   float    vertical variables   zgrlist    e3t   e3w   gdept   gdepw    FOR z   0  n_elements zgrlist 1 DO       varid 16 z    ncdf_vardef cdfidout  zgrlist z   dimidz   float    variables related to the partial steps   IF  where varlist_ps EQ  hdept 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdept   dimidx  dimidy   float    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdepw   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3tp to e3t_ps   IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3wp to e3w_ps   IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3u_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3v_ps   dimidx  dimidy   float    mask variable   msklist    tmask   umask   vmask   fmask    FOR m   0  n_elements msklist 1 DO BEGIN     varid    varid  ncdf_vardef cdfidout  msklist m                                       dimidx  dimidy_m  dimidz   byte        ncdf_attput  cdfidout  varid n_elements varid 1               Comment   the mask is stored as bit  You must use              the binary representation of the byte to get back the data    ENDFOR       ncdf_control  cdfidout   endef       get the horizontal variables     IF n_elements filein_hgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_hgr    ENDIF     FOR h   0  n_elements hgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  hgrlist h      get the vertical variables     IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF     FOR z   0  n_elements zgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  zgrlist z    partial step variables    IF  where varlist_ps EQ  hdept 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdept    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdepw    IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3tp   e3t_ps    IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3wp   e3w_ps    IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3t_ps    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3w_ps      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3u_ps      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3v_ps      mask     IF n_elements filein_msk  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_msk    ENDIF   loop on the vertical levels to limit the memory use   FOR k   0  jpk 1 DO BEGIN     FOR m   0  3 DO BEGIN       CASE  ncdf_varinq cdfid  msklist m ndims OF         3:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k              count    jpi  jpj  1          4:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k  0              count    jpi  jpj  1  1        ENDCASE       zzz   byte temporary zzz    zzz must contain only 0 or 1       zzz   temporary zzz  MOD 2   we transpose zzz because we need to work with the y dimension as the   first dimension       zzz   transpose temporary zzz    extend jpj to be a multiple of 8       jpjadd   jpj_m 8 jpj       IF jpjadd NE 0 THEN zzz    temporary zzz  bytarr jpjadd  jpi    reform zzz  to look like output of binary pro       zzz   reform zzz  8  1  jpj_m  jpi   over    convert into  its byte form        zzz   inverse_binary temporary zzz        ncdf_varput  cdfidout  msklist m  transpose temporary zzz              offset    0  0  k  count    jpi  jpj_m  1      ENDFOR   ENDFOR       ncdf_close  cdfid   ncdf_close  cdfidout    RETURN END");
-a[23] = new Array("./Grid/n128gaussian.html", "n128gaussian.pro", "", "     file_comments compute the latitudes of the n128 gaussian grid  See:   http: www ecmwf int products data technical gaussian n128FIS html      categories grid      examples    IDL  lat n128gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n128gaussian              latitude   reduced     regular  latitude             number     points      points                              n128        1          18         512   89 46282                  2          25         512   88 76695                  3          36         512   88 06697                  4          40         512   87 36606                  5          45         512   86 66480                  6          50         512   85 96337                  7          60         512   85 26184                  8          64         512   84 56026                  9          72         512   83 85863                  10          72         512   83 15698                  11          80         512   82 45531                  12          90         512   81 75363                  13          90         512   81 05194                  14         100         512   80 35023                  15         108         512   79 64852                  16         120         512   78 94681                  17         120         512   78 24509                  18         125         512   77 54336                  19         128         512   76 84163                  20         144         512   76 13990                  21         144         512   75 43817                  22         150         512   74 73644                  23         160         512   74 03470                  24         160         512   73 33296                  25         180         512   72 63123                  26         180         512   71 92949                  27         180         512   71 22774                  28         192         512   70 52600                  29         192         512   69 82426                  30         200         512   69 12252                  31         216         512   68 42077                  32         216         512   67 71903                  33         216         512   67 01728                  34         225         512   66 31554                  35         240         512   65 61379                  36         240         512   64 91204                  37         240         512   64 21030                  38         250         512   63 50855                  39         250         512   62 80680                  40         256         512   62 10505                  41         270         512   61 40330                  42         270         512   60 70156                  43         288         512   59 99981                  44         288         512   59 29806                  45         288         512   58 59631                  46         300         512   57 89456                  47         300         512   57 19281                  48         320         512   56 49106                  49         320         512   55 78931                  50         320         512   55 08756                  51         320         512   54 38581                  52         324         512   53 68406                  53         360         512   52 98231                  54         360         512   52 28056                  55         360         512   51 57881                  56         360         512   50 87705                  57         360         512   50 17530                  58         360         512   49 47355                  59         360         512   48 77180                  60         375         512   48 07005                  61         375         512   47 36830                  62         375         512   46 66655                  63         375         512   45 96479                  64         384         512   45 26304                  65         384         512   44 56129                  66         400         512   43 85954                  67         400         512   43 15779                  68         400         512   42 45604                  69         400         512   41 75428                  70         405         512   41 05253                  71         432         512   40 35078                  72         432         512   39 64903                  73         432         512   38 94728                  74         432         512   38 24552                  75         432         512   37 54377                  76         432         512   36 84202                  77         432         512   36 14027                  78         450         512   35 43851                  79         450         512   34 73676                  80         450         512   34 03501    n128    n128              81         450         512   33 33326              82         450         512   32 63150              83         480         512   31 92975              84         480         512   31 22800              85         480         512   30 52625              86         480         512   29 82449              87         480         512   29 12274              88         480         512   28 42099              89         480         512   27 71924              90         480         512   27 01748              91         480         512   26 31573              92         480         512   25 61398              93         486         512   24 91223              94         486         512   24 21047              95         486         512   23 50872              96         500         512   22 80697              97         500         512   22 10521              98         500         512   21 40346              99         500         512   20 70171              100         500         512   19 99996              101         500         512   19 29820              102         500         512   18 59645              103         512         512   17 89470              104         512         512   17 19294              105         512         512   16 49119              106         512         512   15 78944              107         512         512   15 08768              108         512         512   14 38593              109         512         512   13 68418              110         512         512   12 98243              111         512         512   12 28067              112         512         512   11 57892              113         512         512   10 87717              114         512         512   10 17541              115         512         512    9 47366              116         512         512    8 77191              117         512         512    8 07016              118         512         512    7 36840              119         512         512    6 66665              120         512         512    5 96490              121         512         512    5 26314              122         512         512    4 56139              123         512         512    3 85964              124         512         512    3 15788              125         512         512    2 45613              126         512         512    1 75438              127         512         512    1 05262              128         512         512    0 35087      n128   reform n128  4  128   over    n128   reform n128 3     over    n128    n128   reverse n128     return  n128 end");
-a[24] = new Array("./Grid/n160gaussian.html", "n160gaussian.pro", "", "       file_comments compute the latitudes of the n160 gaussian grid  See:   http: www ecmwf int products data technical gaussian n160FIS html      categories grid      examples    IDL lat n160gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n160gaussian              latitude   reduced     regular  latitude             number     points      points                              n160        1          18         640   89 57009                  2          25         640   89 01318                  3          36         640   88 45297                  4          40         640   87 89203                  5          45         640   87 33080                  6          50         640   86 76944                  7          60         640   86 20800                  8          64         640   85 64651                  9          72         640   85 08499                  10          72         640   84 52345                  11          80         640   83 96190                  12          90         640   83 40033                  13          90         640   82 83876                  14          96         640   82 27718                  15         108         640   81 71559                  16         120         640   81 15400                  17         120         640   80 59240                  18         125         640   80 03080                  19         128         640   79 46920                  20         135         640   78 90760                  21         144         640   78 34600                  22         150         640   77 78439                  23         160         640   77 22278                  24         160         640   76 66117                  25         180         640   76 09956                  26         180         640   75 53795                  27         180         640   74 97634                  28         192         640   74 41473                  29         192         640   73 85311                  30         200         640   73 29150                  31         216         640   72 72988                  32         216         640   72 16827                  33         225         640   71 60665                  34         225         640   71 04504                  35         240         640   70 48342                  36         240         640   69 92181                  37         243         640   69 36019                  38         250         640   68 79857                  39         256         640   68 23695                  40         270         640   67 67534                  41         270         640   67 11372                  42         288         640   66 55210                  43         288         640   65 99048                  44         288         640   65 42886                  45         300         640   64 86725                  46         300         640   64 30563                  47         320         640   63 74401                  48         320         640   63 18239                  49         320         640   62 62077                  50         320         640   62 05915                  51         324         640   61 49753                  52         360         640   60 93591                  53         360         640   60 37429                  54         360         640   59 81267                  55         360         640   59 25105                  56         360         640   58 68943                  57         360         640   58 12781                  58         375         640   57 56619                  59         375         640   57 00457                  60         375         640   56 44295                  61         384         640   55 88133                  62         384         640   55 31971                  63         400         640   54 75809                  64         400         640   54 19647                  65         400         640   53 63485                  66         405         640   53 07323                  67         432         640   52 51161                  68         432         640   51 94999                  69         432         640   51 38837                  70         432         640   50 82675                  71         432         640   50 26513                  72         450         640   49 70351                  73         450         640   49 14189                  74         450         640   48 58026                  75         450         640   48 01864                  76         480         640   47 45702                  77         480         640   46 89540                  78         480         640   46 33378                  79         480         640   45 77216                  80         480         640   45 21054    n160    n160              81         480         640   44 64892              82         480         640   44 08730              83         500         640   43 52567              84         500         640   42 96405              85         500         640   42 40243              86         500         640   41 84081              87         500         640   41 27919              88         512         640   40 71757              89         512         640   40 15595              90         540         640   39 59433              91         540         640   39 03270              92         540         640   38 47108              93         540         640   37 90946              94         540         640   37 34784              95         540         640   36 78622              96         540         640   36 22460              97         540         640   35 66298              98         576         640   35 10136              99         576         640   34 53973              100         576         640   33 97811              101         576         640   33 41649              102         576         640   32 85487              103         576         640   32 29325              104         576         640   31 73163              105         576         640   31 17000              106         576         640   30 60838              107         576         640   30 04676              108         600         640   29 48514              109         600         640   28 92352              110         600         640   28 36190              111         600         640   27 80028              112         600         640   27 23865              113         600         640   26 67703              114         600         640   26 11541              115         600         640   25 55379              116         600         640   24 99217              117         640         640   24 43055              118         640         640   23 86892              119         640         640   23 30730              120         640         640   22 74568              121         640         640   22 18406              122         640         640   21 62244              123         640         640   21 06082              124         640         640   20 49919              125         640         640   19 93757              126         640         640   19 37595              127         640         640   18 81433              128         640         640   18 25271              129         640         640   17 69109              130         640         640   17 12946              131         640         640   16 56784              132         640         640   16 00622              133         640         640   15 44460              134         640         640   14 88298              135         640         640   14 32136              136         640         640   13 75973              137         640         640   13 19811              138         640         640   12 63649              139         640         640   12 07487              140         640         640   11 51325              141         640         640   10 95162              142         640         640   10 39000              143         640         640    9 82838              144         640         640    9 26676              145         640         640    8 70514              146         640         640    8 14352              147         640         640    7 58189              148         640         640    7 02027              149         640         640    6 45865              150         640         640    5 89703              151         640         640    5 33541              152         640         640    4 77379              153         640         640    4 21216              154         640         640    3 65054              155         640         640    3 08892              156         640         640    2 52730              157         640         640    1 96568              158         640         640    1 40405              159         640         640    0 84243              160         640         640    0 28081      n160   reform n160  4  160   over    n160   reform n160 3     over    n160    n160   reverse n160     return  n160 end");
-a[25] = new Array("./Grid/n256gaussian.html", "n256gaussian.pro", "", "       file_comments compute the latitudes of the n256 gaussian grid  See:   http: www ecmwf int products data technical gaussian n256FIS html      categories grid      examples   IDL  lat n256gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n256gaussian             latitude   reduced     regular  latitude            number     points      points                             n256        1          18        1024   89 73115                  2          25        1024   89 38287                  3          32        1024   89 03254                  4          40        1024   88 68175                  5          45        1024   88 33077                  6          50        1024   87 97972                  7          60        1024   87 62861                  8          64        1024   87 27748                  9          72        1024   86 92632                  10          72        1024   86 57515                  11          75        1024   86 22398                  12          81        1024   85 87279                  13          90        1024   85 52160                  14          96        1024   85 17041                  15         100        1024   84 81921                  16         108        1024   84 46801                  17         120        1024   84 11681                  18         120        1024   83 76560                  19         125        1024   83 41440                  20         135        1024   83 06319                  21         144        1024   82 71198                  22         150        1024   82 36077                  23         160        1024   82 00956                  24         160        1024   81 65835                  25         180        1024   81 30714                  26         180        1024   80 95593                  27         180        1024   80 60471                  28         192        1024   80 25350                  29         192        1024   79 90229                  30         200        1024   79 55107                  31         216        1024   79 19986                  32         216        1024   78 84864                  33         216        1024   78 49743                  34         225        1024   78 14621                  35         240        1024   77 79500                  36         240        1024   77 44378                  37         243        1024   77 09256                  38         250        1024   76 74135                  39         256        1024   76 39013                  40         270        1024   76 03891                  41         270        1024   75 68770                  42         288        1024   75 33648                  43         288        1024   74 98526                  44         288        1024   74 63405                  45         300        1024   74 28283                  46         300        1024   73 93161                  47         320        1024   73 58040                  48         320        1024   73 22918                  49         320        1024   72 87796                  50         324        1024   72 52674                  51         360        1024   72 17552                  52         360        1024   71 82431                  53         360        1024   71 47309                  54         360        1024   71 12187                  55         360        1024   70 77065                  56         360        1024   70 41944                  57         375        1024   70 06822                  58         375        1024   69 71700                  59         384        1024   69 36578                  60         384        1024   69 01456                  61         400        1024   68 66334                  62         400        1024   68 31213                  63         400        1024   67 96091                  64         432        1024   67 60969                  65         432        1024   67 25847                  66         432        1024   66 90725                  67         432        1024   66 55603                  68         432        1024   66 20482                  69         450        1024   65 85360                  70         450        1024   65 50238                  71         450        1024   65 15116                  72         480        1024   64 79994                  73         480        1024   64 44872                  74         480        1024   64 09750                  75         480        1024   63 74629                  76         480        1024   63 39507                  77         486        1024   63 04385                  78         500        1024   62 69263                  79         500        1024   62 34141                  80         500        1024   61 99019    n256    n256              81         512        1024   61 63897              82         512        1024   61 28776              83         540        1024   60 93654              84         540        1024   60 58532              85         540        1024   60 23410              86         540        1024   59 88288              87         540        1024   59 53166              88         576        1024   59 18044              89         576        1024   58 82922              90         576        1024   58 47800              91         576        1024   58 12679              92         576        1024   57 77557              93         576        1024   57 42435              94         600        1024   57 07313              95         600        1024   56 72191              96         600        1024   56 37069              97         600        1024   56 01947              98         600        1024   55 66825              99         640        1024   55 31703              100         640        1024   54 96581              101         640        1024   54 61460              102         640        1024   54 26338              103         640        1024   53 91216              104         640        1024   53 56094              105         640        1024   53 20972              106         640        1024   52 85850              107         648        1024   52 50728              108         675        1024   52 15606              109         675        1024   51 80484              110         675        1024   51 45362              111         675        1024   51 10241              112         675        1024   50 75119              113         675        1024   50 39997              114         720        1024   50 04875              115         720        1024   49 69753              116         720        1024   49 34631              117         720        1024   48 99509              118         720        1024   48 64387              119         720        1024   48 29265              120         720        1024   47 94143              121         720        1024   47 59021              122         720        1024   47 23899              123         729        1024   46 88778              124         729        1024   46 53656              125         750        1024   46 18534              126         750        1024   45 83412              127         750        1024   45 48290              128         750        1024   45 13168              129         750        1024   44 78046              130         768        1024   44 42924              131         768        1024   44 07802              132         768        1024   43 72680              133         768        1024   43 37558              134         800        1024   43 02436              135         800        1024   42 67315              136         800        1024   42 32193              137         800        1024   41 97071              138         800        1024   41 61949              139         800        1024   41 26827              140         800        1024   40 91705              141         800        1024   40 56583              142         810        1024   40 21461              143         810        1024   39 86339              144         864        1024   39 51217              145         864        1024   39 16095              146         864        1024   38 80973              147         864        1024   38 45851              148         864        1024   38 10730              149         864        1024   37 75608              150         864        1024   37 40486              151         864        1024   37 05364              152         864        1024   36 70242              153         864        1024   36 35120              154         864        1024   35 99998              155         864        1024   35 64876              156         864        1024   35 29754              157         864        1024   34 94632              158         900        1024   34 59510              159         900        1024   34 24388              160         900        1024   33 89266    n256    n256              161         900        1024   33 54145              162         900        1024   33 19023              163         900        1024   32 83901              164         900        1024   32 48779              165         900        1024   32 13657              166         900        1024   31 78535              167         900        1024   31 43413              168         900        1024   31 08291              169         960        1024   30 73169              170         960        1024   30 38047              171         960        1024   30 02925              172         960        1024   29 67803              173         960        1024   29 32681              174         960        1024   28 97559              175         960        1024   28 62438              176         960        1024   28 27316              177         960        1024   27 92194              178         960        1024   27 57072              179         960        1024   27 21950              180         960        1024   26 86828              181         960        1024   26 51706              182         960        1024   26 16584              183         960        1024   25 81462              184         960        1024   25 46340              185         960        1024   25 11218              186         960        1024   24 76096              187         960        1024   24 40974              188         960        1024   24 05852              189         960        1024   23 70731              190         960        1024   23 35609              191         972        1024   23 00487              192         972        1024   22 65365              193         972        1024   22 30243              194         972        1024   21 95121              195         972        1024   21 59999              196        1000        1024   21 24877              197        1000        1024   20 89755              198        1000        1024   20 54633              199        1000        1024   20 19511              200        1000        1024   19 84389              201        1000        1024   19 49267              202        1000        1024   19 14145              203        1000        1024   18 79023              204        1000        1024   18 43902              205        1000        1024   18 08780              206        1000        1024   17 73658              207        1000        1024   17 38536              208        1000        1024   17 03414              209        1000        1024   16 68292              210        1000        1024   16 33170              211        1000        1024   15 98048              212        1024        1024   15 62926              213        1024        1024   15 27804              214        1024        1024   14 92682              215        1024        1024   14 57560              216        1024        1024   14 22438              217        1024        1024   13 87316              218        1024        1024   13 52194              219        1024        1024   13 17073              220        1024        1024   12 81951              221        1024        1024   12 46829              222        1024        1024   12 11707              223        1024        1024   11 76585              224        1024        1024   11 41463              225        1024        1024   11 06341              226        1024        1024   10 71219              227        1024        1024   10 36097              228        1024        1024   10 00975              229        1024        1024    9 65853              230        1024        1024    9 30731              231        1024        1024    8 95609              232        1024        1024    8 60487              233        1024        1024    8 25365              234        1024        1024    7 90244              235        1024        1024    7 55122              236        1024        1024    7 20000              237        1024        1024    6 84878              238        1024        1024    6 49756              239        1024        1024    6 14634              240        1024        1024    5 79512    n256    n256              241        1024        1024    5 44390              242        1024        1024    5 09268              243        1024        1024    4 74146              244        1024        1024    4 39024              245        1024        1024    4 03902              246        1024        1024    3 68780              247        1024        1024    3 33658              248        1024        1024    2 98536              249        1024        1024    2 63415              250        1024        1024    2 28293              251        1024        1024    1 93171              252        1024        1024    1 58049              253        1024        1024    1 22927              254        1024        1024    0 87805              255        1024        1024    0 52683              256        1024        1024    0 17561      n256   reform n256  4  256   over    n256   reform n256 3     over    n256    n256   reverse n256     return  n256 end");
-a[26] = new Array("./Grid/n48gaussian.html", "n48gaussian.pro", "", "       file_comments compute the latitudes of the n48 gaussian grid  See:   http: www ecmwf int products data technical gaussian n48FIS html      categories grid      examples   IDL  lat n48gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n48gaussian              latitude   reduced     regular  latitude             number     points      points                              n48         1          20         192   88 57216                  2          25         192   86 72253                  3          36         192   84 86197                  4          40         192   82 99894                  5          45         192   81 13497                  6          50         192   79 27055                  7          60         192   77 40588                  8          60         192   75 54106                  9          72         192   73 67613                  10          75         192   71 81113                  11          80         192   69 94608                  12          90         192   68 08099                  13          96         192   66 21587                  14         100         192   64 35073                  15         108         192   62 48557                  16         120         192   60 62039                  17         120         192   58 75520                  18         120         192   56 89001                  19         128         192   55 02480                  20         135         192   53 15959                  21         144         192   51 29437                  22         144         192   49 42915                  23         160         192   47 56392                  24         160         192   45 69869                  25         160         192   43 83345                  26         160         192   41 96822                  27         160         192   40 10297                  28         180         192   38 23773                  29         180         192   36 37249                  30         180         192   34 50724                  31         180         192   32 64199                  32         180         192   30 77674                  33         192         192   28 91149                  34         192         192   27 04623                  35         192         192   25 18098                  36         192         192   23 31573                  37         192         192   21 45047                  38         192         192   19 58521                  39         192         192   17 71996                  40         192         192   15 85470                  41         192         192   13 98944                  42         192         192   12 12418                  43         192         192   10 25892                  44         192         192    8 39366                  45         192         192    6 52840                  46         192         192    4 66314                  47         192         192    2 79788                  48         192         192    0 93262      n48   reform n48  4  48   over    n48   reform n48 3     over    n48    n48   reverse n48     return  n48 end");
-a[27] = new Array("./Grid/n80gaussian.html", "n80gaussian.pro", "", "       file_comments compute the latitudes of the n80 gaussian grid  See:   http: www ecmwf int products data technical gaussian n80FIS html      categories grid      examples   IDL  lat n80gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n80gaussian              latitude   reduced     regular  latitude             number     points      points                              n80         1          18         320   89 14152                  2          25         320   88 02943                  3          36         320   86 91077                  4          40         320   85 79063                  5          45         320   84 66992                  6          54         320   83 54895                  7          60         320   82 42782                  8          64         320   81 30659                  9          72         320   80 18531                  10          72         320   79 06398                  11          80         320   77 94262                  12          90         320   76 82124                  13          96         320   75 69984                  14         100         320   74 57843                  15         108         320   73 45701                  16         120         320   72 33558                  17         120         320   71 21414                  18         128         320   70 09269                  19         135         320   68 97124                  20         144         320   67 84978                  21         144         320   66 72833                  22         150         320   65 60686                  23         160         320   64 48540                  24         160         320   63 36393                  25         180         320   62 24246                  26         180         320   61 12099                  27         180         320   59 99952                  28         192         320   58 87804                  29         192         320   57 75657                  30         200         320   56 63509                  31         200         320   55 51361                  32         216         320   54 39214                  33         216         320   53 27066                  34         216         320   52 14917                  35         225         320   51 02769                  36         225         320   49 90621                  37         240         320   48 78473                  38         240         320   47 66325                  39         240         320   46 54176                  40         256         320   45 42028                  41         256         320   44 29879                  42         256         320   43 17731                  43         256         320   42 05582                  44         288         320   40 93434                  45         288         320   39 81285                  46         288         320   38 69137                  47         288         320   37 56988                  48         288         320   36 44839                  49         288         320   35 32691                  50         288         320   34 20542                  51         288         320   33 08393                  52         288         320   31 96244                  53         300         320   30 84096                  54         300         320   29 71947                  55         300         320   28 59798                  56         300         320   27 47649                  57         320         320   26 35500                  58         320         320   25 23351                  59         320         320   24 11203                  60         320         320   22 99054                  61         320         320   21 86905                  62         320         320   20 74756                  63         320         320   19 62607                  64         320         320   18 50458                  65         320         320   17 38309                  66         320         320   16 26160                  67         320         320   15 14011                  68         320         320   14 01862                  69         320         320   12 89713                  70         320         320   11 77564                  71         320         320   10 65415                  72         320         320    9 53266                  73         320         320    8 41117                  74         320         320    7 28968                  75         320         320    6 16819                  76         320         320    5 04670                  77         320         320    3 92521                  78         320         320    2 80372                  79         320         320    1 68223                  80         320         320    0 56074      n80   reform n80  4  80   over    n80   reform n80 3     over    n80    n80   reverse n80     return  n80 end");
-a[28] = new Array("./Grid/ncdf_meshread.html", "ncdf_meshread.pro", "", "             file_comments read NetCDF meshmask file created by OPA      categories grid reading      examples   IDL  ncdf_meshread   filename           param filename  in optional  the name of the meshmask file to read  Default is      meshmask nc  if this name does not contain any   and if      iodirectory keyword is not specify  then the common variable      iodir will be use to define the mesh file path          keyword GLAMBOUNDARY a 2 elements vector   lon1 lon2  the longitute      boundaries that should be used to visualize the data         lon2   lon1        lon2   lon1 le 360      key_shift will be automaticaly defined according to GLAMBOUNDARY          keyword  CHECKDAT Suppressed  Use micromeshmask pro to create an      appropriate meshmask          keyword ONEARTH   0 or 1 to force the manual definition of      key_onearth  to specify if the data are on earth   use longitude       latitude etc  By default  key_onearth   1       note that ONEARTH   0 forces PERIODIC   0  SHIFT   0 and is      cancelling GLAMBOUNDARY         keyword PERIODIC   0 or 1 to force the manual definition of      key_periodic  By default  key_periodic is automaticaly      computed by using the first line of glamt          keyword SHIFT  to force the manual definition of key_shift  By      debault  key_shift is automaticaly computed according to the      glamboundary  when defined  by using the first line of glamt  if      key_periodic 0 then in any case key_shift   0           keyword STRCALLING a string containing the calling command used to call      computegrid  this is used by xxx pro          keyword STRIDE a 3 elements vector to specify the stride in x  y  z      direction  Default definition is key_stride  The resulting value      will be stored in the common  cm_4mesh  variable key_stride      uses cm_4mesh cm_4data cm_4cal      restrictions define and or use common variables from                  cm_4mesh  cm_4data  cm_4cal      restrictions      ixminmesh ixmaxmesh iyminmesh iymaxmesh izminmesh izmaxmesh must    be defined febore calling ncdf_meshread  if some of those value    are equal to  1 they will be automatically defined       history Sebastien Masson  smasson lodyc jussieu fr                         12 1999   July 2004  Sebastien Masson: Several modifications  micromeshmask    clean partial steps  clean use of key_stride  automatic definition   of key_shift      Oct  2004  Sebastien Masson: add PERIODIC and SHIFT   Aug  2005  Sebastien Masson: some cleaning   english          PRO ncdf_meshread  filename  GLAMBOUNDARY   glamboundary  CHECKDAT   checkdat                       ONEARTH   onearth  GETDIMENSIONS   getdimensions                       PERIODIC   periodic  SHIFT   shift  STRIDE   stride                       STRCALLING   strcalling  _EXTRA   ex      cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       tempsun   systime 1             for key_performance   IF keyword_set CHECKDAT  THEN BEGIN     print    The keyword CHECKDAT has been suppressed  it could create bugs      print    Remove it from the call of ncdf_meshread      print    Please use smallmeshmask pro or micromeshmask pro to create a       print    meshmask that has manageable size      return   ENDIF     find meshfile name and open it      def de filename par defaut   IF n_params  EQ 0 then filename    meshmask nc    meshname   isafile file   filename  iodirectory   iodir  _EXTRA   ex    meshname   meshname 0      noticebase   xnotice Reading file  C  meshname C     if the meshmask is on tape archive   get it back   IF  version OS_FAMILY EQ  unix  THEN spawn   file  meshname     dev null    cdfid   ncdf_open meshname    contient   ncdf_inquire cdfid      dimensions     ncdf_diminq  cdfid   x  name  jpiglo   ncdf_diminq  cdfid   y  name  jpjglo   listdims   strlowcase ncdf_listdims cdfid    IF  where listdims EQ  z 0  NE  1 THEN ncdf_diminq  cdfid   z  name  jpkglo ELSE BEGIN      dimid    where strmid listdims  0  5  EQ  depth 0      IF dimid NE  1 THEN ncdf_diminq  cdfid  dimid  name  jpkglo ELSE BEGIN        report   We could not find the vertical dimension  its name must be z or start with depth        stop     ENDELSE    ENDELSE      if keyword_set getdimensions  then begin     widget_control  noticebase  bad_id   nothing   destroy     ncdf_close   cdfid     return   endif     check that all i xyz min ax mesh are well defined     if n_elements ixminmesh  EQ 0 THEN ixminmesh   0   if n_elements ixmaxmesh  EQ 0 then ixmaxmesh   jpiglo 1   if ixminmesh EQ  1 THEN ixminmesh   0   IF ixmaxmesh EQ  1 then ixmaxmesh   jpiglo 1   if n_elements iyminmesh  EQ 0 THEN iyminmesh   0   IF n_elements iymaxmesh  EQ 0 then iymaxmesh   jpjglo 1   if iyminmesh EQ  1 THEN iyminmesh   0   IF iymaxmesh EQ  1 then iymaxmesh   jpjglo 1   if n_elements izminmesh  EQ 0 THEN izminmesh   0   IF n_elements izmaxmesh  EQ 0 then izmaxmesh   jpkglo 1   if izminmesh EQ  1 THEN izminmesh   0   IF izmaxmesh EQ  1 then izmaxmesh   jpkglo 1   definition of jpi jpj jpj   jpi      long ixmaxmesh ixminmesh 1    jpj      long iymaxmesh iyminmesh 1    jpk      long izmaxmesh izminmesh 1      check onearth and its consequences     IF n_elements onearth  EQ 0 THEN key_onearth   1     ELSE key_onearth   keyword_set onearth     IF NOT key_onearth THEN BEGIN     periodic   0     shift   0   ENDIF     automatic definition of key_periodic     IF n_elements periodic  EQ 0 THEN BEGIN     IF jpi GT 1 THEN BEGIN       varinq   ncdf_varinq cdfid   glamt        CASE varinq ndims OF         2:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  count    jpi  1          3:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  count    jpi  1  1          4:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  0  count    jpi  1  1  1        ENDCASE       xaxis    xaxis 720  MOD 360       xaxis   xaxis sort xaxis        key_periodic    xaxis jpi 1 2 xaxis jpi 1 xaxis jpi 2                         GE  xaxis 0 360      ENDIF ELSE key_periodic   0   ENDIF ELSE key_periodic   keyword_set periodic      automatic definition of key_shift     IF n_elements shift  EQ 0 THEN BEGIN     key_shift   long testvar var   key_shift     key_shift will be defined according to the first line of glamt      if keyword_set glamboundary  AND jpi GT 1 AND key_periodic EQ 1       THEN BEGIN       varinq   ncdf_varinq cdfid   glamt        CASE varinq ndims OF         2:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  count    jpi  1          3:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  count    jpi  1  1          4:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  0  count    jpi  1  1  1        ENDCASE   xaxis between glamboundary 0  and glamboundary 1        xaxis   xaxis MOD 360       smaller   where xaxis LT glamboundary 0        if smaller 0  NE  1 then xaxis smaller    xaxis smaller 360       bigger   where xaxis GE glamboundary 1        if bigger 0  NE  1 then xaxis bigger    xaxis bigger 360          key_shift    where xaxis EQ min xaxis 0        IF key_shift NE 0 THEN BEGIN          key_shift   jpi key_shift         xaxis   shift xaxis  key_shift        ENDIF         IF array_equal sort xaxis  lindgen jpi  NE 1 THEN BEGIN         print   the x axis  1st line of glamt  is not sorted in the inceasing order after the automatic definition of key_shift          print   please use the keyword shift  and periodic  to suppress the automatic definition of key_shift  and key_periodic  and define by hand a more suitable value          widget_control  noticebase  bad_id   nothing   destroy         return       ENDIF        ENDIF ELSE key_shift   0   ENDIF ELSE key_shift   long shift key_periodic EQ 1      check key_stride and related things     if n_elements stride  eq 3 then key_stride   stride   if n_elements key_stride  LE 2 then key_stride    1  1  1    key_stride   1l   long key_stride    IF total key_stride  NE 3  THEN BEGIN     IF key_shift NE 0 THEN BEGIN   for explanation  see header of read_ncdf_varget pro       jpiright   key_shift       jpileft   jpi   key_shift      key_stride 0 1 key_shift 1  MOD key_stride 0          jpi    jpiright 1 key_stride 0 1     jpileft 1 key_stride 0 1      ENDIF ELSE jpi    jpi 1 key_stride 0 1     jpj    jpj 1 key_stride 1 1     jpk    jpk 1 key_stride 2 1   ENDIF     default definitions to be able to use read_ncdf_varget     default definitions to be able to use read_ncdf_varget   ixmindtasauve   testvar var   ixmindta    iymindtasauve   testvar var   iymindta    izmindtasauve   testvar var   izmindta      ixmindta   0l   iymindta   0l   izmindta   0l     jpt   1   time   1   firsttps   0     firstx   0   lastx   jpi 1   firsty   0   lasty   jpj 1   firstz   0   lastz   jpk 1   nx   jpi   ny   jpj   nz   1   izminmeshsauve   izminmesh   izminmesh   0     2d arrays:     list the 2d variables that must be read   namevar    glamt   glamu   glamv   glamf                    gphit   gphiu   gphiv   gphif                    e1t   e1u   e1v   e1f                    e2t   e2u   e2v   e2f    for the variables related to the partial steps   allvarname    ncdf_listvars cdfid    IF  where allvarname EQ  hdept 0  NE  1 THEN BEGIN     key_partialstep   1     namevar    namevar   hdept   hdepw    ENDIF ELSE BEGIN     key_partialstep   0     hdept    1     hdepw    1   ENDELSE   for compatibility with old versions of meshmask partial steps   IF  where allvarname EQ  e3tp 0  NE  1 THEN       namevar    namevar   e3tp   e3wp  ELSE BEGIN      e3t_ps    1     e3w_ps    1   ENDELSE   IF  where allvarname EQ  e3t_ps 0  NE  1     THEN namevar    namevar   e3t_ps   e3w_ps   ELSE BEGIN      e3t_ps    1     e3w_ps    1   ENDELSE   IF  where allvarname EQ  e3u_ps 0  NE  1     THEN namevar    namevar   e3u_ps   e3v_ps  ELSE BEGIN      e3u_ps    1     e3v_ps    1   ENDELSE     read all the 2d variables     for i   0  n_elements namevar 1 do begin     varcontient   ncdf_varinq cdfid  namevar i      name   varcontient name  read_ncdf_varget     commande   namevar i float res      rien   execute commande    ENDFOR   for compatibility with old versions of meshmask partial steps   change e3 tw p to e3 tw _ps   IF n_elements e3tp  NE 0 THEN e3t_ps   temporary e3tp    IF n_elements e3wp  NE 0 THEN e3w_ps   temporary e3wp    in the kase of key_stride ne  1  1  1  redefine f points   coordinates: they must be in the middle of 3 T points   if key_stride 0  NE 1 OR key_stride 1  NE 1 then BEGIN   we must recompute glamf and gphif      IF jpi GT 1 THEN BEGIN        if  keyword_set key_onearth  AND keyword_set xnotsorted            OR  keyword_set key_periodic  AND key_irregular  then BEGIN         stepxf    glamt   720  MOD 360         stepxf   shift stepxf   1   1    stepxf         stepxf      stepxf   stepxf   360   stepxf   360            stepxf   min abs stepxf  dimension   3          IF NOT keyword_set key_periodic  THEN             stepxf jpi 1      stepxf jpi 2          ENDIF ELSE BEGIN         stepxf   shift glamt   1   1    glamt         IF keyword_set key_periodic  THEN             stepxf jpi 1      360   stepxf jpi 1              ELSE stepxf jpi 1      stepxf jpi 2          ENDELSE       IF jpj GT 1 THEN BEGIN          stepxf  jpj 1    stepxf  jpj 2          stepxf jpi 1  jpj 1    stepxf jpi 2  jpj 2        ENDIF       glamf   glamt   0 5   stepxf     ENDIF ELSE glamf   glamt   0 5     IF jpj GT 1 THEN BEGIN    we must compute stepyf: y distance between T i j  T i 1 j 1        stepyf   shift gphit   1   1    gphit       stepyf  jpj 1    stepyf  jpj 2        IF jpi GT 1 THEN BEGIN         if NOT keyword_set key_periodic  THEN             stepyf jpi 1      stepyf jpi 2            stepyf jpi 1  jpj 1    stepyf jpi 2  jpj 2        ENDIF        gphif   gphit   0 5   stepyf     ENDIF ELSE gphif   gphit   0 5   ENDIF     3d arrays:     nz   jpk   izminmesh   izminmeshsauve     listdims   ncdf_listdims cdfid    micromask    where listdims EQ  y_m 0      varcontient   ncdf_varinq cdfid   tmask    name   varcontient name   IF micromask NE  1 THEN BEGIN   keep original values     iyminmeshtrue   iyminmesh     key_stridetrue   key_stride     yyy1   firsty key_stridetrue 1 iyminmeshtrue     yyy2   lasty key_stridetrue 1 iyminmeshtrue   the mask is stored as the bit values of the byte array  along the y   dimension  see micromeshmask pro    we must modify several parameters       iyminmesh   0L     firsty   yyy1 8     lasty   yyy2 8     ny   lasty firsty 1     key_stride    key_stride 0  1  key_stride 2   read_ncdf_varget     tmask   bytarr jpi  jpj  jpk    now we must get back the mask   loop on the level to save memory  the loop is short and  thus    should be fast enough      FOR k   0  jpk 1 DO BEGIN       zzz   transpose res    k        zzz   reform binary zzz  8 ny  nx   over        zzz   transpose temporary zzz        zzz   zzz  yyy1 MOD 8: 8 ny   8   yyy2 MOD 8        IF key_stridetrue 1  NE 1 THEN BEGIN           IF float strmid version release 0 3  LT 5 6 THEN BEGIN         nnny    size zzz 2          yind   key_stridetrue 1 lindgen nnny 1 key_stridetrue 1 1          tmask    k    temporary zzz  yind           ENDIF ELSE tmask    k    temporary zzz  0: :key_stridetrue 1        ENDIF ELSE tmask    k    temporary zzz      ENDFOR   ENDIF ELSE BEGIN  read_ncdf_varget     tmask   byte res    ENDELSE   boudary conditions used to compute umask    varcontient   ncdf_varinq cdfid   umask    name   varcontient name   nx   1L   firstx   jpi 1   lastx   jpi 1   IF micromask NE  1 THEN BEGIN  read_ncdf_varget     umaskred   reform binary res  8 ny  jpk   over      umaskred   umaskred yyy1 MOD 8: 8 ny   8   yyy2 MOD 8        IF key_stridetrue 1  NE 1 THEN umaskred   temporary umaskred yind      ENDIF ELSE BEGIN  read_ncdf_varget     umaskred   reform byte res   over    ENDELSE   boudary conditions used to compute fmask  1    varcontient   ncdf_varinq cdfid   fmask    name   varcontient name   IF micromask NE  1 THEN BEGIN  read_ncdf_varget     fmaskredy   reform binary res  8 ny  jpk   over      fmaskredy   fmaskredy yyy1 MOD 8: 8 ny   8   yyy2 MOD 8        IF key_stridetrue 1  NE 1 THEN fmaskredy   temporary fmaskredy yind      ENDIF ELSE BEGIN  read_ncdf_varget     fmaskredy   reform byte res   over      fmaskredy   temporary fmaskredy  MOD 2   ENDELSE   boudary conditions used to compute vmask   varcontient   ncdf_varinq cdfid   vmask    name   varcontient name   nx   jpi   firstx   0L   lastx   jpi 1L   ny   1L   firsty   jpj 1   lasty   jpj 1   IF micromask NE  1 THEN BEGIN     yyy1   firsty key_stridetrue 1 iyminmeshtrue     yyy2   lasty key_stridetrue 1 iyminmeshtrue     iyminmesh   0L     firsty   yyy1 8     lasty   yyy2 8     ny   lasty firsty 1  read_ncdf_varget     IF jpk EQ 1 THEN res   reform res  jpi  1  jpk   over      vmaskred   transpose temporary res   1  0  2      vmaskred   reform binary vmaskred  8 ny  nx  nz   over      vmaskred   transpose temporary vmaskred   1  0  2      vmaskred   reform vmaskred  yyy1 MOD 8: 8 ny   8   yyy2 MOD 8      ENDIF ELSE BEGIN  read_ncdf_varget     vmaskred   reform byte res   over    ENDELSE   boudary conditions used to compute fmask  2    varcontient   ncdf_varinq cdfid   fmask    name   varcontient name   IF micromask NE  1 THEN BEGIN  read_ncdf_varget     IF jpk EQ 1 THEN res   reform res  jpi  1  jpk   over      fmaskredx   transpose temporary res   1  0  2      fmaskredx   reform binary fmaskredx  8 ny  nx  nz   over      fmaskredx   transpose temporary fmaskredx   1  0  2      fmaskredx   reform fmaskredx  yyy1 MOD 8: 8 ny   8   yyy2 MOD 8          iyminmesh   iyminmeshtrue     key_stride   key_stridetrue   ENDIF ELSE BEGIN  read_ncdf_varget     fmaskredx   reform byte res   over      fmaskredx   fmaskredx MOD 2   ENDELSE     1d arrays     namevar    e3t   e3w   gdept   gdepw    for i   0  n_elements namevar 1 do begin     varcontient   ncdf_varinq cdfid  namevar i      CASE n_elements varcontient dim  OF       4:BEGIN         commande    ncdf_varget cdfid namevar i namevar i                        offset    0 0 izminmesh 0  count    1 1 jpk 1          if key_stride 2  NE 1 then commande   commande  stride 1 1 key_stride 2 1        END        2:BEGIN         commande    ncdf_varget cdfid namevar i namevar i                        offset    izminmesh 0  count    jpk 1          if key_stride 2  NE 1 then commande   commande  stride key_stride 2        END        1:BEGIN         commande    ncdf_varget cdfid namevar i namevar i                        offset    izminmesh  count    jpk          if key_stride 2  NE 1 then commande   commande  stride key_stride 2        END     ENDCASE     rien   execute commande      commande   namevar i float namevar i      rien   execute commande      commande    if size namevar i   n_dimension  gt 0 then  namevar i    reform namevar i   over      rien   execute commande    ENDFOR     ncdf_close   cdfid     Apply Glamboudary     if keyword_set glamboundary  AND key_onearth then BEGIN     if glamboundary 0  NE glamboundary 1  then BEGIN       glamt   glamt MOD 360       smaller   where glamt LT glamboundary 0        if smaller 0  NE  1 then glamt smaller    glamt smaller 360       bigger   where glamt GE glamboundary 1        if bigger 0  NE  1 then glamt bigger    glamt bigger 360       glamu   glamu MOD 360       smaller   where glamu LT glamboundary 0        if smaller 0  NE  1 then glamu smaller    glamu smaller 360       bigger   where glamu GE glamboundary 1        if bigger 0  NE  1 then glamu bigger    glamu bigger 360       glamv   glamv MOD 360       smaller   where glamv LT glamboundary 0        if smaller 0  NE  1 then glamv smaller    glamv smaller 360       bigger   where glamv GE glamboundary 1        if bigger 0  NE  1 then glamv bigger    glamv bigger 360       glamf   glamf MOD 360       smaller   where glamf LT glamboundary 0        if smaller 0  NE  1 then glamf smaller    glamf smaller 360       bigger   where glamf GE glamboundary 1        if bigger 0  NE  1 then glamf bigger    glamf bigger 360       toosmall   where glamu EQ glamboundary 0        IF toosmall 0  NE  1 THEN glamu toosmall    glamu toosmall    360       toosmall   where glamf EQ glamboundary 0        IF toosmall 0  NE  1 THEN glamf toosmall    glamf toosmall    360     endif   endif     make sure we do have 2d arrays when jpj eq 1     IF jpj EQ 1 THEN BEGIN      glamt   reform glamt  jpi  jpj   over      gphit   reform gphit  jpi  jpj   over      e1t   reform e1t  jpi  jpj   over      e2t   reform e2t  jpi  jpj   over      glamu   reform glamu  jpi  jpj   over      gphiu   reform gphiu  jpi  jpj   over      e1u   reform e1u  jpi  jpj   over      e2u   reform e2u  jpi  jpj   over      glamv   reform glamv  jpi  jpj   over      gphiv   reform gphiv  jpi  jpj   over      e1v   reform e1v  jpi  jpj   over      e2v   reform e2v  jpi  jpj   over      glamf   reform glamf  jpi  jpj   over      gphif   reform gphif  jpi  jpj   over      e1f   reform e1f  jpi  jpj   over      e2f   reform e2f  jpi  jpj   over      IF keyword_set key_partialstep  THEN BEGIN       hdept   reform hdept  jpi  jpj   over        hdepw   reform hdepw  jpi  jpj   over        e3t_ps   reform e3t_ps  jpi  jpj   over        e3w_ps   reform e3w_ps  jpi  jpj   over      ENDIF    ENDIF     ixmindta   ixmindtasauve   iymindta   iymindtasauve   izmindta   izmindtasauve     widget_control  noticebase  bad_id   nothing   destroy     key_yreverse   0   key_zreverse   0   key_gridtype    c        grid parameters used by xxx       IF NOT keyword_set strcalling  THEN BEGIN      IF n_elements ccmeshparameters  EQ 0 THEN strcalling    ncdf_meshread        ELSE strcalling   ccmeshparameters filename   ENDIF    IF n_elements glamt  GE 2 THEN BEGIN     glaminfo   moment glamt      IF finite glaminfo 2  EQ 0 THEN glaminfo   glaminfo 0:1      gphiinfo   moment gphit      IF finite gphiinfo 2  EQ 0 THEN gphiinfo   gphiinfo 0:1    ENDIF ELSE BEGIN      glaminfo   glamt     gphiinfo   gphit   ENDELSE    ccmeshparameters    filename:strcalling                glaminfo:float string glaminfo  format    E11 4                gphiinfo:float string gphiinfo  format    E11 4                jpiglo:jpiglo  jpjglo:jpjglo  jpkglo:jpkglo               jpi:jpi  jpj:jpj  jpk:jpk               ixminmesh:ixminmesh  ixmaxmesh:ixmaxmesh               iyminmesh:iyminmesh  iymaxmesh:iymaxmesh               izminmesh:izminmesh  izmaxmesh:izmaxmesh               key_shift:key_shift  key_periodic:key_periodic               key_stride:key_stride  key_gridtype:key_gridtype               key_yreverse:key_yreverse  key_zreverse:key_zreverse               key_partialstep:key_partialstep  key_onearth:key_onearth      if keyword_set key_performance  THEN       print   time ncdf_meshread  systime 1 tempsun         updateold      return  end");
-a[29] = new Array("./Grid/restoreboxparam.html", "restoreboxparam.pro", "", "             file_comments restore all the zoom parameters  defined by calling domdef             perviously defined by saveboxparam      examples   IDL  restoreboxparam  filename       param filename  in required  a scalar string defining the file name       uses cm_4mesh and cm_demomode_used if we are in demo mode      restrictions all def_myuniquetmpdir  if myuniquetmpdir is undefined:                    define  create and add it to  path      history Sebastien Masson  smasson lodyc jussieu fr                         July 2005         PRO restoreboxparam  filename  cm_4mesh     IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used        lon1   boxzoomparam bound 0       lon2   boxzoomparam bound 1       lat1   boxzoomparam bound 2       lat2   boxzoomparam bound 3       vert1   boxzoomparam bound 4       vert2   boxzoomparam bound 5       firstxt   boxzoomparam indexes 0       lastxt   boxzoomparam indexes 1       firstyt   boxzoomparam indexes 2       lastyt   boxzoomparam indexes 3       firstxu   boxzoomparam indexes 4       lastxu   boxzoomparam indexes 5       firstyu   boxzoomparam indexes 6       lastyu   boxzoomparam indexes 7       firstxv   boxzoomparam indexes 8       lastxv   boxzoomparam indexes 9       firstyv   boxzoomparam indexes 10       lastyv   boxzoomparam indexes 11       firstxf   boxzoomparam indexes 12       lastxf   boxzoomparam indexes 13       firstyf   boxzoomparam indexes 14       lastyf   boxzoomparam indexes 15       firstzt   boxzoomparam indexes 16       lastzt   boxzoomparam indexes 17       firstzw   boxzoomparam indexes 18       lastzw   boxzoomparam indexes 19       nxt   boxzoomparam indexes 20       nyt   boxzoomparam indexes 21       nxu   boxzoomparam indexes 22       nyu   boxzoomparam indexes 23       nxv   boxzoomparam indexes 24       nyv   boxzoomparam indexes 25       nxf   boxzoomparam indexes 26       nyf   boxzoomparam indexes 27       nzt   boxzoomparam indexes 28       nzw   boxzoomparam indexes 29       key_irregular   boxzoomparam key         boxzoomparam    1      ENDIF ELSE BEGIN         restore  myuniquetmpdir   filename       file_delete  myuniquetmpdir   filename      ENDELSE       updateold     return end     ");
-a[30] = new Array("./Grid/saveboxparam.html", "saveboxparam.pro", "", "             file_comments save all the zoom parameters  defined by calling domdef             in a file  using save command  located in myuniquetmpdir             common variable defined by def_myuniquetmpdir       examples   IDL  saveboxparam  filename       param filename  in required  a scalar string defining the file name       uses cm_4mesh and cm_demomode_used if we are in demo mode      restrictions call def_myuniquetmpdir  if myuniquetmpdir is undefined:                    define  create and add it to  path      history Sebastien Masson  smasson lodyc jussieu fr                         June 2005         PRO saveboxparam  filename  cm_4mesh     def_myuniquetmpdir     IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used         boxzoomparam    bound: lon1  lon2  lat1  lat2  vert1  vert2             indexes: firstxt  lastxt  firstyt  lastyt            firstxu  lastxu  firstyu  lastyu            firstxv  lastxv  firstyv  lastyv            firstxf  lastxf  firstyf  lastyf            firstzt  lastzt  firstzw  lastzw            nxt  nyt  nxu  nyu  nxv  nyv  nxf  nyf  nzt  nzw             key:key_irregular       ENDIF ELSE BEGIN         save  lon1  lon2  lat1  lat2  vert1  vert2            firstxt  lastxt  firstyt  lastyt            firstxu  lastxu  firstyu  lastyu            firstxv  lastxv  firstyv  lastyv            firstxf  lastxf  firstyf  lastyf            firstzt  lastzt  firstzw  lastzw            nxt  nyt  nxu  nyu  nxv  nyv  nxf  nyf  nzt  nzw            key_irregular  filename   myuniquetmpdir   filename      ENDELSE     return end");
-a[31] = new Array("./Grid/smallmeshmask.html", "smallmeshmask.pro", "", "         categories for OPA meshmask files      history        July 2004 Sebastien Masson  smasson lodyc jussieu fr        PRO ncdf_transfer  inid  outid  inname  outname   IF n_elements outname  EQ 0 THEN outname   inname   ncdf_varget  inid  inname  zzz   ncdf_varput  outid  outname  float reform zzz   over    RETURN END        file_comments reduce the size of the NetCDF meshmask created by OPA by   using byte format for the masks and the foat format for the other   fields          keyword IODIR to define the files path          param ncfilein  in required         1  the name of the meshmask file to be reduced  In that case         there is only one meshmask file          OR          2  the xxx part in the names: xxx mesh_hgr nc xxx mesh_zgr nc        xxx mask nc  In that case  the meshmask is split into 3 files            param ncfileout  in optional  the name of the reduced meshmask file  default        definition is smallmeshmask nc      examples      IDL  meshdir d1fes2 raid2 smasson DATA ORCA05       IDL  smallmeshmask   meshmask_ORCA_R05 nc iodir meshdir      categories for OPA meshmask files      history        July 2004 Sebastien Masson  smasson lodyc jussieu fr    PRO smallmeshmask  ncfilein  ncfileout  IODIR   iodir     filein   isafile FILE   ncfilein  IODIR   iodir   NEW    test    findfile filein 0    IF test EQ   THEN BEGIN     filein_hgr    findfile filein mesh_hgr nc 0      filein_zgr    findfile filein mesh_zgr nc 0      filein_msk    findfile filein mask nc 0      IF filein_hgr EQ   OR filein_zgr EQ   OR filein_msk EQ    THEN BEGIN       print   meshmask file s  not found        print  filein  does not exist        print  filein mesh_hgr nc does not exist        print  filein mesh_zgr nc does not exist        print  filein mask nc does not exist        return     ENDIF   ENDIF ELSE filein   test       get the horizontal dimensions   IF n_elements filein_hgr  NE 0  THEN cdfid   ncdf_open filein_hgr      ELSE cdfid   ncdf_open filein     ncdf_diminq  cdfid   x  name  jpi   ncdf_diminq  cdfid   y  name  jpj   get the vertical dimensions   IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF   listdims   strlowcase ncdf_listdims cdfid    IF  where listdims EQ  z 0  NE  1 THEN ncdf_diminq  cdfid   z  name  jpk ELSE BEGIN      dimid    where strmid listdims  0  5  EQ  depth 0      IF dimid NE  1 THEN ncdf_diminq  cdfid  dimid  name  jpk ELSE BEGIN        report   We could not find the vertical dimension  its name must be z or start with depth        return     ENDELSE    ENDELSE    get the variables list related to the partial steps   varlist_ps   ncdf_listvars cdfid    varlist_ps   strtrim strlowcase varlist_ps  2            define the output file     IF n_elements ncfileout  EQ 0  THEN ncfileout    smallmeshmask nc       cdfidout   ncdf_create isafile FILE   ncfileout  IODIR   iodir   NEW   clobber    ncdf_control  cdfidout   nofill   dimension   dimidx   ncdf_dimdef cdfidout   x  jpi    dimidy   ncdf_dimdef cdfidout   y  jpj    dimidz   ncdf_dimdef cdfidout   z  jpk    global attributs   ncdf_attput  cdfidout   IDL_Program_Name   smallmeshmask pro   GLOBAL   ncdf_attput  cdfidout   Creation_Date  systime   GLOBAL   declaration des variables   varid   lonarr 20    horizontal variables   hgrlist    glamt   glamu   glamv   glamf                    gphit   gphiu   gphiv   gphif                    e1t   e1u   e1v   e1f                    e2t   e2u   e2v   e2f    FOR h   0  n_elements hgrlist 1 DO       varid h    ncdf_vardef cdfidout  hgrlist h   dimidx  dimidy   float    vertical variables   zgrlist    e3t   e3w   gdept   gdepw    FOR z   0  n_elements zgrlist 1 DO       varid 16 z    ncdf_vardef cdfidout  zgrlist z   dimidz   float    variables related to the partial steps   IF  where varlist_ps EQ  hdept 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdept   dimidx  dimidy   float    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdepw   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3tp to e3t_ps   IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3wp to e3w_ps   IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3u_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3v_ps   dimidx  dimidy   float    mask variable   msklist    tmask   umask   vmask   fmask    FOR m   0  n_elements msklist 1 DO       varid    varid  ncdf_vardef cdfidout  msklist m                                       dimidx  dimidy  dimidz   byte        ncdf_control  cdfidout   endef       get the horizontal variables     IF n_elements filein_hgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_hgr    ENDIF     FOR h   0  n_elements hgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  hgrlist h      get the vertical variables     IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF     FOR z   0  n_elements zgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  zgrlist z    partial step variables    IF  where varlist_ps EQ  hdept 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdept    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdepw    IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3tp   e3t_ps    IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3wp   e3w_ps    IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3t_ps    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3w_ps      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3u_ps      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3v_ps      mask     IF n_elements filein_msk  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_msk    ENDIF   loop on the vertical levels to limit the memory use   FOR k   0  jpk 1 DO BEGIN     FOR m   0  3 DO BEGIN       CASE  ncdf_varinq cdfid  msklist m ndims OF         3:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k              count    jpi  jpj  1          4:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k  0              count    jpi  jpj  1  1        ENDCASE       ncdf_varput  cdfidout  msklist m  byte temporary zzz              offset    0  0  k  count    jpi  jpj  1      ENDFOR   ENDFOR       ncdf_close  cdfid   ncdf_close  cdfidout    RETURN END");
-a[32] = new Array("./Interpolation/angle.html", "angle.pro", "", "       file_comments north stereographic polar projection      keyword     DOUBLE use double precision  default is float       returns         gsinu gcosu : sinus and cosinus of the angle          gsinv gcosv   between north south direction          gsint gcost   and the j direction of the mesh      restrictions to compute the lateral boundary conditions  we assume   that:         1  the first line is similar to the second line              gcosu  0    gcosu  1                gsinu  0    gsinu  1          2  the grid follows OPA x periodicity rule  first column is       equal to the next to last column              gcosv 0      gcosv jpj 2                 gsinv 0      gsinv jpj 2           history               Original :  96 07  O  Marti                      98 06  G  Madec          Feb 2005: IDL adaptation S  Masson        FUNCTION fsnspp  plam  pphi  DOUBLE   double   IF keyword_set double  THEN BEGIN     a   2 d   tan   dpi 4 d    dpi 180 d pphi 2 d       x   cos   dpi 180 d plam     a     y   sin   dpi 180 d plam     a   ENDIF ELSE BEGIN     a   2    tan   pi 4     pi 180 float pphi 2        x   cos   pi 180 float plam      a     y   sin   pi 180 float plam      a       ENDELSE   RETURN   x:x  y:y  END        file_comments Compute angles between grid lines and direction of the North  fom angle F v 2 2 in OPA8 2       param fileocemesh  in required  a netcdf file that contains  at least :          glamu  gphiu: longitudes and latitudes at U points          glamv  gphiv: longitudes and latitudes at V points          glamf  gphif: longitudes and latitudes at F points      keyword IODIRECTORY the directory path where is located fileocemesh    keyword     DOUBLE use double precision  default is float        PRO angle  fileocemesh  gcosu  gsinu  gcosv  gsinv  gcost  gsint                IODIRECTORY   iodirectory  DOUBLE   double     0  read oceanic grid parameters         IF keyword_set IODIRECTORY  THEN BEGIN     IF  strpos iodirectory reverse_search  NE  strlen iodirectory 1  THEN         iodirectory   iodirectory    ENDIF ELSE iodirectory       fileoce   iodirectory fileocemesh     fileoce   findfile fileoce  count   okfile    IF okfile NE 1 THEN BEGIN     print   the file  fileoce  is not found  we stop      stop   ENDIF     cdfido   ncdf_open fileoce 0    ncdf_varget  cdfido   glamt  glamt   ncdf_varget  cdfido   glamu  glamu   ncdf_varget  cdfido   glamv  glamv   ncdf_varget  cdfido   glamf  glamf   ncdf_varget  cdfido   gphit  gphit   ncdf_varget  cdfido   gphiu  gphiu   ncdf_varget  cdfido   gphiv  gphiv   ncdf_varget  cdfido   gphif  gphif   ncdf_close  cdfido     glamt   reform glamt   over    glamu   reform glamu   over    glamv   reform glamv   over    glamf   reform glamf   over    gphit   reform gphit   over    gphiu   reform gphiu   over    gphiv   reform gphiv   over    gphif   reform gphif   over    jpj    size glamf   dimension 1      I  Compute the cosinus and sinus        computation done on the north stereographic polar plan         north pole direction   modulous  at t point    znpt   fsnspp  glamt  gphit  DOUBLE   double     glamt    1   gphit    1  free memory   znpt x     znpt x   znpt y     znpt y   znnpt   znpt x znpt x   znpt y znpt y       north pole direction   modulous  at u point    znpu   fsnspp  glamu  gphiu  DOUBLE   double     glamu    1   gphiu    1  free memory   znpu x     znpu x   znpu y     znpu y   znnpu   znpu x znpu x   znpu y znpu y       north pole direction   modulous  at v point    znpv   fsnspp  glamv  gphiv  DOUBLE   double     znpv00   znpv   znpv01   fsnspp  shift glamv  0  1  shift gphiv  0  1  DOUBLE   double     glamv    1   gphiv    1  free memory   znpv x     znpv x   znpv y     znpv y   znnpv   znpv x znpv x   znpv y znpv y       f point   znpf00   fsnspp  glamf  gphif  DOUBLE   double     znpf01   fsnspp  shift glamf  0  1  shift gphif  0  1  DOUBLE   double     znpf10   fsnspp  shift glamf  1  0  shift gphif  1  0  DOUBLE   double     glamf    1   gphif    1  free memory       j direction: v point segment direction  t point    zxvvt   znpv00 x   znpv01 x   zyvvt   znpv00 y   znpv01 y   zmnpvt   sqrt   temporary znnpt      zxvvt zxvvt   zyvvt zyvvt        znpv00    1  free memory   znpv01    1  free memory   IF keyword_set double  THEN zmnpvt   1 e 14   zmnpvt     ELSE zmnpvt   1 e 6   zmnpvt        j direction: f point segment direction  u point    zxffu   znpf00 x   znpf01 x   zyffu   znpf00 y   znpf01 y   zmnpfu   sqrt   temporary znnpu      zxffu zxffu   zyffu zyffu        znpf01    1  free memory   IF keyword_set double  THEN zmnpfu   1 e 14   zmnpfu     ELSE zmnpfu   1 e 6   zmnpfu        i direction: f point segment direction  v point    zxffv   znpf00 x   znpf10 x   zyffv   znpf00 y   znpf10 y    znpf00    1    znpf10    1  free memory   zmnpfv   sqrt   temporary znnpv      zxffv zxffv   zyffv zyffv        IF keyword_set double  THEN zmnpfv   1 e 14   zmnpfv     ELSE zmnpfv   1 e 6   zmnpfv        cosinus and sinus using scalar and vectorial products   gsint     znpt x zyvvt   znpt y zxvvt     zmnpvt   gcost     znpt x zxvvt   znpt y zyvvt     zmnpvt       cosinus and sinus using scalar and vectorial products   gsinu     znpu x zyffu   znpu y zxffu     zmnpfu   gcosu     znpu x zxffu   znpu y zyffu     zmnpfu       cosinus and sinus using scalar and vectorial products          caution  rotation of 90 degres    gsinv      znpv x zxffv   znpv y zyffv     zmnpfv   gcosv     znpv x zyffv   znpv y zxffv     zmnpfv     II  Geographic mesh               bad   where abs glamf shift glamf  0  1  LT 1 e 8          IF bad 0  NE  1 THEN BEGIN           gcosu bad    1            gsinu bad    0          ENDIF         bad   where abs gphif shift gphif  1  0  LT 1 e 8          IF bad 0  NE  1 THEN BEGIN           gcosv bad    1            gsinv bad    0          ENDIF     III  Lateral boundary conditions         gcost  0    gcost  1     gsint  0    gsint  1     gcosu  0    gcosu  1     gsinu  0    gsinu  1     gcosv 0      gcosv jpj 2      gsinv 0      gsinv jpj 2        RETURN END");
-a[33] = new Array("./Interpolation/clickincell.html", "clickincell.pro", "", "     file_comments click on a map and find in which cell the click was      categories finding where is a point on a grid      examples          res   clickincell        Click with the left button to select a cell  Clicking one more       time in the same cell remove the cell from the selection        Click on the right button to quit         keyword     CELLTYPE    T   W   U   V  or  F  This this the type of point       that is located in the center of the cell which the click is       located  default is T type of cell  with corner defined by F       points       keyword      DRAWCELL to draw the cell in which we clicked      keyword     COLOR  the color used to draw the cells  Clicking one more       time in the same cell will draw the cell with the white color       keyword      ORIGINAL to get the position of the cell regarding the original       grid  with no key_shift  ixminmesh  iyminmesh       keyword      IJ see outpus      keyword     _EXTRA to pass extra keywords to inquad and plot  when  drawcell       returns       the index of the selected cells regarding to the grid which       is in memory in the variable of the common  If  ij keyword is       activated give 2D array  2  n  which are the i j position of the       n selected cells        uses common pro      examples        IDL  plt  findgen jpi jpj nodata map 90 0 0 ortho     IDL  print  clickincell draw color 150 xy       history        Sebastien Masson  smasson lodyc jussieu fr         August 2003     FUNCTION clickincell  CELLTYPE   celltype  DRAWCELL   drawcell  COLOR   color  ORIGINAL   original  IJ   ij  _EXTRA   extra  common     initialization   cellnum    1L   selected   0     Cell list   get the grid parameter according to celltype   oldgrid   vargrid   IF NOT keyword_set celltype  THEN celltype    T    CASE strupcase celltype  OF      T :vargrid    F       W :vargrid    F       U :vargrid    V       V :vargrid    U       F :vargrid    T    ENDCASE   grille   1  glam  gphi   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz   vargrid   oldgrid   define the corner of the cells in the clockwise direction   IF keyword_set key_periodic  AND nx EQ jpi THEN BEGIN     x1   glam  0:ny 2      y1   gphi  0:ny 2      x2   glam  1:ny 1      y2   gphi  1:ny 1      x3   shift glam  1:ny 1   1  0      y3   shift gphi  1:ny 1   1  0      x4   shift glam  0:ny 2   1  0      y4   shift gphi  0:ny 2   1  0    ENDIF ELSE BEGIN     x1   glam 0:nx 2  0:ny 2      y1   gphi 0:nx 2  0:ny 2      x2   glam 0:nx 2  1:ny 1      y2   gphi 0:nx 2  1:ny 1      x3   glam 1:nx 1  1:ny 1      y3   gphi 1:nx 1  1:ny 1      x4   glam 1:nx 1  0:ny 2      y4   gphi 1:nx 1  0:ny 2    ENDELSE   glam    1   free memory   gphi    1   free memory     get mousse position on the reference map   cursor  x  y   data   up     while  mouse button ne 4  do BEGIN     IF finite x finite x  EQ 0 THEN GOTO  outwhile       case  mouse button of       1:BEGIN   What is the longitude          WHILE x GT  x range 1  DO x   x 360         WHILE x LT  x range 0  DO x   x 360         IF x GT  x range 1  THEN GOTO  outwhile         IF y GT  y range 1  THEN GOTO  outwhile         IF y LT  y range 0  THEN GOTO  outwhile           cell   inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4                            onsphere  _extra   extra            IF cell 0  EQ  1 OR n_elements cell  GT 1 THEN GOTO  outwhile         cell   cell 0          already    where cellnum EQ cell 0          IF already EQ  1 THEN BEGIN           cellnum    cellnum  cell            selected    selected  1            already   n_elements selected 1          ENDIF ELSE selected already    1 selected already          IF keyword_set drawcell  THEN BEGIN           oplot   x1 cell  x2 cell  x3 cell  x4 cell  x1 cell                   y1 cell  y2 cell  y3 cell  y4 cell  y1 cell                  color   color selected already                   d n_colors   255 1 selected already                  _extra   extra         ENDIF       END       2:                          middle button       ELSE:     ENDCASE       get mousse position on the reference map outwhile:     cursor  x  y   data   up   ENDWHILE     good   where selected NE 0    IF good 0  EQ  1 THEN RETURN   1      cellnum   cellnum good      yy   cellnum nx 1 key_periodic nx EQ jpi    xx   cellnum MOD  nx 1 key_periodic nx EQ jpi      CASE strupcase celltype  OF      T :BEGIN       xx   xx firstx 1       yy   yy firsty 1     END      W :BEGIN       xx   xx firstx 1       yy   yy firsty 1     END      U :BEGIN       xx   xx firstx       yy   yy firsty 1     END      V :BEGIN       xx   xx firstx 1       yy   yy firsty     END      F :BEGIN       xx   xx firstx       yy   yy firsty     END   ENDCASE     bad   where xx GE jpi    IF bad 0  NE  1 THEN BEGIN     xx bad    xx bad jpi     yy bad    yy bad 1   ENDIF   bad   where yy GE jpj    IF bad 0  NE  1 THEN stop     IF keyword_set original  THEN BEGIN     xx   xx key_shift     bad   where xx LT 0      IF bad 0  NE  1 THEN xx bad    xx bad jpi     xx   xx MOD jpi     xx   xx  ixminmesh     yy   yy iyminmesh   ENDIF     ncell   n_elements xx     IF keyword_set ij  THEN       RETURN   reform xx  1  ncell   over                   reform yy  1  ncell   over       IF keyword_set original  THEN RETURN  xx jpiglo yy     ELSE RETURN  xx jpi yy  END ");
+a[21] = new Array("./Grid/computegrid.html", "computegrid.pro", "", "             file_comments compute the grid parameters from cm_4mesh common:           computegrid  startx  starty  stepx  stepy  nx  ny         computegrid  startx  starty  stepx  stepy         computegrid  xaxis   xaxis  yaxis   yaxis         or a suitable mix      horizontal parameters:         glam tf  gphi tf  e1t and e2t      and if FULLCGRID keyword is defined:         glam uv  gphi uv  e1 uvf  and e2 uvf            verticals parameters:         gdep tw  e3 tw      masks: tmask          and if FULLCGRID keyword is defined: uv maskred fmaskred xy      triangulation: triangles_list     key_ parameters:         key_shift  key_periodic  key_zreverse  key_yreverse          key_stride  key_onearth  key_partialstep      categories grid            param startx  in required  scalar  x starting point          param starty  in required  scalar  y starting point          param stepxin  in required  scalar or vector: x direction step  must be   0               if vector nx is not used          param stepyin  in required  scalar or vector: y direction step                 could be   0  south to north  or  lon1 and lon2   lon1 le 360         key_shift will be defined automaticaly computed according to         glamboundary by using the FIRST LINE of glamt but          key_shift will   0 only if key_periodic   1             keyword MASK to specify the mask with a 2 or 3 dimension array            keyword ONEARTH   0 or 1 to force the manual definition of         key_onearth  to specify if the data are on earth   use longitude          latitude etc  By default  key_onearth   1          note that ONEARTH   0 forces PERIODIC   0  SHIFT   0           and is cancelling GLAMBOUNDARY            keyword PERIODIC   0 or 1 to force the manual definition of         key_periodic  By default  key_periodic is automaticaly         computed by using the first line of glamt              keyword  PLAIN force PERIODIC   0  SHIFT   0  STRIDE    1  1  1  and         suppress the automatic redefinition of the domain in case of          x periodicity overlap  y periodicity overlap  ORCA type only          and mask border to 0             keyword SHIFT   scalar to force the manual definition of key_shift  By         debault  key_shift is automaticaly computed according to         glamboundary  when defined  by using the FIRST LINE of glamt  if         key_periodic 0 then in any case key_shift   0              keyword STRCALLING a string containing the calling command used to         call computegrid  this is used by xxx pro             keyword STRIDE  a 3 elements vector to specify the stride in x  y  z         direction  Default definition is  1  1  1  The resulting value         will be stored in the common  cm_4mesh  variable key_stride            keyword XAXIS to specify longitude1 with a 1 or 2 dimension array  in          this case startx  stepx and nx are not used but could be         necessary if the y axis is not defined with yaxis  It must be         possible to sort the first line of xaxis in the increasing         order by shifting its elements             keyword YAXIS to specify latitudes with a 1 or 2 dimension array  in          this case starty  stepy and ny are not used but starty and         stepy could be necessary if the x axis is not defined with xaxis          It must be sorted in the increasing or deceasing order          along each column if 2d array             keyword  XYINDEX activate to specify that the horizontal grid should          be simply defined by using the index of the points             xaxis   findgen nx  and yaxis   findgen ny          using this keyword forces key_onearth 0            keyword XMINMESH           keyword YMINMESH           keyword ZMINMESH          to define the common variables i xyz minmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are 0L  max value is  XYZ MAXMESH            keyword XMAXMESH           keyword YMAXMESH           keyword ZMAXMESH          to define the common variables i xyz maxmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are jp ijk glo 1  max value is         jp ijk glo 1  if  XYZ MAXMESH is negative  then we define         i xyz maxmesh as jp ijk glo   1    XYZ MAXMESH instead of          XYZ MAXMESH              keyword ZAXIS to specify the vertical axis with a 1 dimension         array  Must be sorted in the increasing or deceasing order      uses cm_4mesh cm_4data cm_4cal      restrictions if the grid has x y periodicity orverlap and or if      the mask has 0 everywhere at the border  like a close sea  and      if  we did not activate  plain and xminmesh  xmaxmesh  yminmesh       ymaxmesh keywords are defined to their default values  we redefine      xminmesh  xmaxmesh  yminmesh  ymaxmesh in order to reove the      overlapping part and or to open the domain  avoid ti be forced      to use cell_fill   1       restrictions FUV points definition       history Sebastien Masson  smasson lodyc jussieu fr                         2000 04 20    Sept 2004  several bug fixs to suit C grid type     Aug 2005  rewritte almost everything          PRO computegrid  startx  starty  stepxin  stepyin  nxin  nyin                      XAXIS   xaxis  YAXIS   yaxis  ZAXIS   zaxis                      MASK   mask  GLAMBOUNDARY   glamboundary                      XMINMESH   xminmesh  XMAXMESH   xmaxmesh                      YMINMESH   yminmesh  YMAXMESH   ymaxmesh                      ZMINMESH   zminmesh  ZMAXMESH   zmaxmesh                      ONEARTH   onearth  PERIODIC   periodic                      PLAIN   plain  SHIFT   shift  STRIDE   stride                      FULLCGRID   fullcgrid  XYINDEX   xyindex                      FBASE2TBASE   fbase2tbase  STRCALLING   strcalling                      _extra   ex        compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       time1   systime 1               for key_performance         Check input parameters       xaxis related parameters     if n_elements xaxis  NE 0 then BEGIN      CASE  size xaxis 0  OF       0:nx   1L       1:nx    size xaxis 1        2:nx    size xaxis 1      ENDCASE   ENDIF ELSE BEGIN      IF n_elements startx  EQ 0 THEN BEGIN        dummy   report If xaxis is not given  startx must be defined        return     ENDIF     CASE n_elements stepxin  OF       0:BEGIN          dummy   report If xaxis is not given  stepxin must be defined          return       END       1:BEGIN          IF n_elements nxin  EQ 0 THEN BEGIN            dummy   report If xaxis is not given and stepxin has only one element  nx must be defined            return         ENDIF ELSE nx   nxin       END       ELSE:nx   n_elements stepxin          ENDCASE   ENDELSE      yaxis related parameters     if n_elements yaxis  NE 0 then BEGIN      CASE  size yaxis 0  OF       0:ny   1L       1:ny    size yaxis 1        2:ny    size yaxis 2      ENDCASE   ENDIF ELSE BEGIN      IF n_elements starty  EQ 0 THEN BEGIN        dummy   report If yaxis is not given  starty must be defined        return     ENDIF     CASE n_elements stepyin  OF       0:BEGIN          dummy   report If yaxis is not given  stepyin must be defined          return       END       1:BEGIN          IF n_elements nyin  EQ 0 THEN BEGIN            dummy   report If yaxis is not given and stepyin has only one element  ny must be defined            return         ENDIF ELSE ny   nyin       END       ELSE:ny   n_elements stepyin          ENDCASE   ENDELSE     zaxis related parameters     if n_elements zaxis  NE 0 then BEGIN      CASE  size zaxis 0  OF       0:nz   1L       1:nz    size zaxis 1        ELSE:BEGIN         print   not coded          stop       END     ENDCASE   ENDIF ELSE nz   1L       Others automatic definitions        jpiglo   long nx    jpjglo   long ny    jpkglo   long nz      impact of plain keyword:     IF keyword_set plain  THEN BEGIN     periodic   0     shift   0     stride    1  1  1    ENDIF     IF n_elements xminmesh  NE 0 THEN ixminmesh   long xminmesh 0  ELSE ixminmesh    0l   IF n_elements xmaxmesh  NE 0 THEN ixmaxmesh   long xmaxmesh 0  ELSE ixmaxmesh    jpiglo 1   IF n_elements yminmesh  NE 0 THEN iyminmesh   long yminmesh 0  ELSE iyminmesh    0l   IF n_elements ymaxmesh  NE 0 THEN iymaxmesh   long ymaxmesh 0  ELSE iymaxmesh    jpjglo 1   IF n_elements zminmesh  NE 0 THEN izminmesh   long zminmesh 0  ELSE izminmesh    0l   IF n_elements zmaxmesh  NE 0 THEN izmaxmesh   long zmaxmesh 0  ELSE izmaxmesh    jpkglo 1     iymaxmesh   iymaxmesh keyword_set fbase2tbase       IF ixmaxmesh LT 0 THEN ixmaxmesh   jpiglo  1   ixmaxmesh   IF iymaxmesh LT 0 THEN iymaxmesh   jpjglo  1   iymaxmesh   IF izmaxmesh LT 0 THEN izmaxmesh   jpkglo  1   izmaxmesh   avoid basics errors    ixmaxmesh   0   ixmaxmesh  ixminmesh  iymaxmesh  iyminmesh  izmaxmesh  izminmesh  temporary glamf   gphif  temporary glamu   gphiu  temporary glamv   gphiv   gdept stepz 2      ENDIF ELSE BEGIN       stepz   1        gdepw   gdept     ENDELSE       e3 tw :         e3t   stepz     IF n_elements stepz  GT 1 THEN BEGIN       e3w   0 5 stepz shift stepz  1        e3w 0    0 5 e3t 0      ENDIF ELSE e3w   e3t       Mask       defaut mask eq 1   if NOT keyword_set mask  then mask    1     if mask 0  NE  1 then BEGIN     tmask   byte mask ixminmesh:ixmaxmesh  iyminmesh:iymaxmesh  izminmesh:izmaxmesh      tmask   reform tmask  jpi  jpj  jpk   over      if key_shift NE 0 then tmask   shift tmask  key_shift  0  0    because tmask   reverse tmask  2  is not working if the 3rd   dimension of tmask   1  we call reform      IF jpk EQ 1 THEN tmask   reform tmask   over      IF key_yreverse EQ 1 THEN tmask   reverse tmask  2      IF jpk EQ 1 THEN tmask   reform tmask  jpi  jpj  jpk   over      IF key_zreverse EQ 1 THEN tmask   reverse tmask  3      IF jpk EQ 1 THEN tmask   reform tmask  jpi  jpj  jpk   over      IF keyword_set fullcgrid  THEN BEGIN       IF keyword_set key_periodic  THEN BEGIN         msk   tmask shift tmask   1  0  0          umaskred   msk jpi 1            ENDIF ELSE umaskred   tmask jpi 1            vmaskred   tmask  jpj 1          fmaskredy   tmask jpi 1            fmaskredx   tmask  jpj 1        ENDIF    ENDIF ELSE BEGIN      tmask   replicate 1b  jpi  jpj  jpk      IF keyword_set fullcgrid  THEN BEGIN       umaskred    replicate 1b  jpj  jpk        vmaskred    replicate 1b  jpi  jpk        fmaskredy   replicate 1b  jpj  jpk        fmaskredx   replicate 1b  jpi  jpk      ENDIF    ENDELSE     IF jpi GT 2 AND jpj GT 2 AND NOT keyword_set plain         AND ixminmesh EQ 0l AND ixmaxmesh eq jpiglo 1        AND iyminmesh EQ 0l AND iymaxmesh eq jpjglo 1        AND total tmask  0    EQ 0 AND total tmask  jpj 1    EQ 0        AND total tmask 0      EQ 0 AND total tmask jpi 1      EQ 0 THEN BEGIN         xminmesh   1         xmaxmesh    1         yminmesh   1         ymaxmesh    1         computegrid  XAXIS   glamt  YAXIS   gphit  ZAXIS   zaxis                          MASK   mask  GLAMBOUNDARY   glamboundary                          XMINMESH   xminmesh  XMAXMESH   xmaxmesh                          YMINMESH   yminmesh  YMAXMESH   ymaxmesh                          ZMINMESH   zminmesh  ZMAXMESH   zmaxmesh                          ONEARTH   onearth  PERIODIC   periodic                          PLAIN   plain  SHIFT   shift  STRIDE   stride                          FULLCGRID   fullcgrid  XYINDEX   xyindex                          FBASE2TBASE   fbase2tbase  STRCALLING   strcalling                          _extra   ex          return   ENDIF      IF NOT keyword_set fullcgrid  THEN BEGIN     umaskred    values f_nan     vmaskred    values f_nan     fmaskredy    values f_nan     fmaskredx    values f_nan   ENDIF       stride        IF total key_stride  GT 3 THEN BEGIN     IF key_shift NE 0 THEN BEGIN   for explanation  see header of read_ncdf_varget pro       jpiright   key_shift       jpileft   jpi   key_shift      key_stride 0 1 key_shift 1  MOD key_stride 0          jpi    jpiright 1 key_stride 0 1     jpileft 1 key_stride 0 1      ENDIF ELSE jpi    jpi 1 key_stride 0 1     jpj    jpj 1 key_stride 1 1     jpk    jpk 1 key_stride 2 1       glamt    temporary glamt 0: :stride 0  0: :stride 1      gphit    temporary gphit 0: :stride 0  0: :stride 1      e1t    temporary e1t 0: :stride 0  0: :stride 1      e2t    temporary e2t 0: :stride 0  0: :stride 1      tmask    temporary tmask 0: :stride 0  0: :stride 1  0: :stride 2      gdept   gdept 0: :stride 2      gdepw   gdepw 0: :stride 2      e3t   e3t 0: :stride 2      e3w   e3w 0: :stride 2    we must recompute glamf and gphif      IF jpi GT 1 THEN BEGIN        if  keyword_set key_onearth  AND keyword_set xnotsorted            OR  keyword_set key_periodic  AND key_irregular  then BEGIN         stepxf    glamt   720  MOD 360         stepxf   shift stepxf   1   1    stepxf         stepxf      stepxf   stepxf   360   stepxf   360            stepxf   min abs stepxf  dimension   3          IF NOT keyword_set key_periodic  THEN             stepxf jpi 1      stepxf jpi 2          ENDIF ELSE BEGIN         stepxf   shift glamt   1   1    glamt         IF keyword_set key_periodic  THEN             stepxf jpi 1      360   stepxf jpi 1                ELSE stepxf jpi 1      stepxf jpi 2          ENDELSE       IF jpj GT 1 THEN BEGIN          stepxf  jpj 1    stepxf  jpj 2          stepxf jpi 1  jpj 1    stepxf jpi 2  jpj 2        ENDIF       glamf   glamt   0 5   stepxf     ENDIF ELSE glamf   glamt   0 5     IF jpj GT 1 THEN BEGIN    we must compute stepyf: y distance between T i j  T i 1 j 1        stepyf   shift gphit   1   1    gphit       stepyf  jpj 1    stepyf  jpj 2        IF jpi GT 1 THEN BEGIN         if NOT keyword_set key_periodic  THEN             stepyf jpi 1      stepyf jpi 2            stepyf jpi 1  jpj 1    stepyf jpi 2  jpj 2        ENDIF        gphif   gphit   0 5   stepyf     ENDIF ELSE gphif   gphit   0 5       IF jpj EQ 1 THEN BEGIN        glamt   reform glamt  jpi  jpj   over        gphit   reform gphit  jpi  jpj   over        glamf   reform glamf  jpi  jpj   over        gphif   reform gphif  jpi  jpj   over        e1t   reform e1t  jpi  jpj   over        e2t   reform e2t  jpi  jpj   over      ENDIF       IF keyword_set fullcgrid  THEN BEGIN       glamu    temporary glamu 0: :stride 0  0: :stride 1        gphiu    temporary gphiu 0: :stride 0  0: :stride 1        e1u    temporary e1u 0: :stride 0  0: :stride 1        e2u    temporary e2u 0: :stride 0  0: :stride 1        glamv    temporary glamv 0: :stride 0  0: :stride 1        gphiv    temporary gphiv 0: :stride 0  0: :stride 1        e1v    temporary e1v 0: :stride 0  0: :stride 1        e2v    temporary e2v 0: :stride 0  0: :stride 1        e1f    temporary e1f 0: :stride 0  0: :stride 1        e2f    temporary e2f 0: :stride 0  0: :stride 1        umaskred    temporary umaskred 0  0: :stride 1  0: :stride 2        vmaskred    temporary vmaskred 0: :stride 0  0  0: :stride 2        fmaskredy    temporary fmaskredy 0  0: :stride 1  0: :stride 2        fmaskredx    temporary fmaskredx 0: :stride 0  0  0: :stride 2        IF jpj EQ 1 THEN BEGIN          glamu   reform glamu  jpi  jpj   over          gphiu   reform gphiu  jpi  jpj   over          e1u   reform e1u  jpi  jpj   over          e2u   reform e2u  jpi  jpj   over          glamv   reform glamv  jpi  jpj   over          gphiv   reform gphiv  jpi  jpj   over          e1v   reform e1v  jpi  jpj   over          e2v   reform e2v  jpi  jpj   over          e1f   reform e1f  jpi  jpj   over          e2f   reform e2f  jpi  jpj   over        ENDIF     ENDIF   ENDIF       apply all the grid parameters        updateold   domdef       Triangulation       IF total tmask  EQ jpi jpj jpk       AND NOT keyword_set key_irregular  THEN triangles_list    1     ELSE BEGIN   are we using ORCA2       IF jpiglo EQ 182 AND jpi EQ 181 AND jpjglo EQ 149 AND jpj EQ 148 THEN          triangles_list   triangule  ELSE triangles_list   triangule keep_cont    ENDELSE        time axis  default definition        IF n_elements time  EQ 0 OR n_elements jpt  EQ 0 THEN BEGIN      jpt   1     time   0   ENDIF     IF NOT keyword_set key_forgetold  THEN BEGIN  updateold   ENDIF     grid parameters used by xxx       IF NOT keyword_set strcalling  THEN BEGIN      IF n_elements ccmeshparameters  EQ 0 THEN strcalling    computegrid        ELSE strcalling   ccmeshparameters filename   ENDIF   IF n_elements glamt  GE 2 THEN BEGIN     glaminfo   moment glamt      IF finite glaminfo 2  EQ 0 THEN glaminfo   glaminfo 0:1      gphiinfo   moment gphit      IF finite gphiinfo 2  EQ 0 THEN gphiinfo   gphiinfo 0:1    ENDIF ELSE BEGIN      glaminfo   glamt     gphiinfo   gphit   ENDELSE    ccmeshparameters    filename:strcalling                glaminfo:float string glaminfo  format    E11 4                gphiinfo:float string gphiinfo  format    E11 4                jpiglo:jpiglo  jpjglo:jpjglo  jpkglo:jpkglo               jpi:jpi  jpj:jpj  jpk:jpk               ixminmesh:ixminmesh  ixmaxmesh:ixmaxmesh               iyminmesh:iyminmesh  iymaxmesh:iymaxmesh               izminmesh:izminmesh  izmaxmesh:izmaxmesh               key_shift:key_shift  key_periodic:key_periodic               key_stride:key_stride  key_gridtype:key_gridtype               key_yreverse:key_yreverse  key_zreverse:key_zreverse               key_partialstep:key_partialstep  key_onearth:key_onearth     ccreadparameters    funclec_name: read_ncdf                jpidta:jpidta  jpjdta:jpjdta  jpkdta:jpkdta               ixmindta:ixmindta  ixmaxdta:ixmaxdta               iymindta:iymindta  iymaxdta:iymaxdta               izmindta:izmindta  izmaxdta:izmaxdta      IF keyword_set key_performance  EQ 1 THEN       print   time computegrid  systime 1 time1     return end ");
+a[22] = new Array("./Grid/micromeshmask.html", "micromeshmask.pro", "", "       file_comments reduce the size of the NetCDF meshmask created by OPA by   using bit  and not byte  format for the masks and the foat format   for the other fields        categories for OPA meshmask files      examples    IDL  reducencmeshmask  ncfilein  ncfileout       examples       IDL  meshdir d1fes2 raid2 smasson DATA ORCA05       IDL  micromeshmask   meshmask_ORCA_R05 nc iodir meshdir      history        July 2004 Sebastien Masson  smasson lodyc jussieu fr        PRO ncdf_transfer  inid  outid  inname  outname     compile_opt idl2  strictarrsubs     IF n_elements outname  EQ 0 THEN outname   inname   ncdf_varget  inid  inname  zzz   ncdf_varput  outid  outname  float reform zzz   over    RETURN END           keyword IODIR to define the files path          param ncfilein  in required         1  the name of the meshmask file to be reduced  In that case         there is only one meshmask file          OR          2  the xxx part in the names: xxx mesh_hgr nc xxx mesh_zgr nc        xxx mask nc  In that case  the meshmask is split into 3 files            param ncfileout  in required  the name of the uniq reduced meshmask file  default        definition is micromeshmask nc     PRO micromeshmask  ncfilein  ncfileout  IODIR   iodir       compile_opt idl2  strictarrsubs     filein   isafile FILE   ncfilein  IODIR   iodir   NEW    test    findfile filein 0    IF test EQ   THEN BEGIN     filein_hgr    findfile filein mesh_hgr nc 0      filein_zgr    findfile filein mesh_zgr nc 0      filein_msk    findfile filein mask nc 0      IF filein_hgr EQ   OR filein_zgr EQ   OR filein_msk EQ    THEN BEGIN       print   meshmask file s  not found        print  filein  does not exist        print  filein mesh_hgr nc does not exist        print  filein mesh_zgr nc does not exist        print  filein mask nc does not exist        return     ENDIF   ENDIF ELSE filein   test       get the horizontal dimensions   IF n_elements filein_hgr  NE 0  THEN cdfid   ncdf_open filein_hgr      ELSE cdfid   ncdf_open filein     ncdf_diminq  cdfid   x  name  jpi   ncdf_diminq  cdfid   y  name  jpj   for the mask  we use  its byte  representation   its y dimension   will be extended to be a multiple of 8  then it will be divided by   8    if  jpj mod 8  eq 0 the jpj_m jpi 8 else jpj_m jpi 8   1   jpj_m    jpj 7 8   get the vertical dimensions   IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF   listdims   strlowcase ncdf_listdims cdfid    IF  where listdims EQ  z 0  NE  1 THEN ncdf_diminq  cdfid   z  name  jpk ELSE BEGIN      dimid    where strmid listdims  0  5  EQ  depth 0      IF dimid NE  1 THEN ncdf_diminq  cdfid  dimid  name  jpk ELSE BEGIN        dummy   report We could not find the vertical dimension  its name must be z or start with depth        return     ENDELSE    ENDELSE    get the variables list related to the partial steps   varlist_ps   ncdf_listvars cdfid    varlist_ps   strtrim strlowcase varlist_ps  2            define the output file     IF n_elements ncfileout  EQ 0  THEN ncfileout    micromeshmask nc    cdfidout   ncdf_create isafile FILE   ncfileout  IODIR   iodir   NEW   clobber    ncdf_control  cdfidout   nofill   dimension   dimidx   ncdf_dimdef cdfidout   x  jpi    dimidy   ncdf_dimdef cdfidout   y  jpj    dimidy_m   ncdf_dimdef cdfidout   y_m  jpj_m    dimidz   ncdf_dimdef cdfidout   z  jpk    global attributs   ncdf_attput  cdfidout   IDL_Program_Name   micromeshmask pro   GLOBAL   ncdf_attput  cdfidout   Creation_Date  systime   GLOBAL   declaration des variables   varid   lonarr 20    horizontal variables   hgrlist    glamt   glamu   glamv   glamf                    gphit   gphiu   gphiv   gphif                    e1t   e1u   e1v   e1f                    e2t   e2u   e2v   e2f    FOR h   0  n_elements hgrlist 1 DO       varid h    ncdf_vardef cdfidout  hgrlist h   dimidx  dimidy   float    vertical variables   zgrlist    e3t   e3w   gdept   gdepw    FOR z   0  n_elements zgrlist 1 DO       varid 16 z    ncdf_vardef cdfidout  zgrlist z   dimidz   float    variables related to the partial steps   IF  where varlist_ps EQ  hdept 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdept   dimidx  dimidy   float    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdepw   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3tp to e3t_ps   IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3wp to e3w_ps   IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3u_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3v_ps   dimidx  dimidy   float    mask variable   msklist    tmask   umask   vmask   fmask    FOR m   0  n_elements msklist 1 DO BEGIN     varid    varid  ncdf_vardef cdfidout  msklist m                                       dimidx  dimidy_m  dimidz   byte        ncdf_attput  cdfidout  varid n_elements varid 1               Comment   the mask is stored as bit  You must use              the binary representation of the byte to get back the data    ENDFOR       ncdf_control  cdfidout   endef       get the horizontal variables     IF n_elements filein_hgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_hgr    ENDIF     FOR h   0  n_elements hgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  hgrlist h      get the vertical variables     IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF     FOR z   0  n_elements zgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  zgrlist z    partial step variables    IF  where varlist_ps EQ  hdept 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdept    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdepw    IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3tp   e3t_ps    IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3wp   e3w_ps    IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3t_ps    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3w_ps      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3u_ps      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3v_ps      mask     IF n_elements filein_msk  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_msk    ENDIF   loop on the vertical levels to limit the memory use   FOR k   0  jpk 1 DO BEGIN     FOR m   0  3 DO BEGIN       CASE  ncdf_varinq cdfid  msklist m ndims OF         3:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k              count    jpi  jpj  1          4:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k  0              count    jpi  jpj  1  1        ENDCASE       zzz   byte temporary zzz    zzz must contain only 0 or 1       zzz   temporary zzz  MOD 2   we transpose zzz because we need to work with the y dimension as the   first dimension       zzz   transpose temporary zzz    extend jpj to be a multiple of 8       jpjadd   jpj_m 8 jpj       IF jpjadd NE 0 THEN zzz    temporary zzz  bytarr jpjadd  jpi    reform zzz  to look like output of binary pro       zzz   reform zzz  8  1  jpj_m  jpi   over    convert into  its byte form        zzz   inverse_binary temporary zzz        ncdf_varput  cdfidout  msklist m  transpose temporary zzz              offset    0  0  k  count    jpi  jpj_m  1      ENDFOR   ENDFOR       ncdf_close  cdfid   ncdf_close  cdfidout    RETURN END");
+a[23] = new Array("./Grid/n128gaussian.html", "n128gaussian.pro", "", "     file_comments compute the latitudes of the n128 gaussian grid  See:   http: www ecmwf int products data technical gaussian n128FIS html      categories grid      examples    IDL  lat n128gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n128gaussian       compile_opt idl2  strictarrsubs              latitude   reduced     regular  latitude             number     points      points                              n128        1          18         512   89 46282                  2          25         512   88 76695                  3          36         512   88 06697                  4          40         512   87 36606                  5          45         512   86 66480                  6          50         512   85 96337                  7          60         512   85 26184                  8          64         512   84 56026                  9          72         512   83 85863                  10          72         512   83 15698                  11          80         512   82 45531                  12          90         512   81 75363                  13          90         512   81 05194                  14         100         512   80 35023                  15         108         512   79 64852                  16         120         512   78 94681                  17         120         512   78 24509                  18         125         512   77 54336                  19         128         512   76 84163                  20         144         512   76 13990                  21         144         512   75 43817                  22         150         512   74 73644                  23         160         512   74 03470                  24         160         512   73 33296                  25         180         512   72 63123                  26         180         512   71 92949                  27         180         512   71 22774                  28         192         512   70 52600                  29         192         512   69 82426                  30         200         512   69 12252                  31         216         512   68 42077                  32         216         512   67 71903                  33         216         512   67 01728                  34         225         512   66 31554                  35         240         512   65 61379                  36         240         512   64 91204                  37         240         512   64 21030                  38         250         512   63 50855                  39         250         512   62 80680                  40         256         512   62 10505                  41         270         512   61 40330                  42         270         512   60 70156                  43         288         512   59 99981                  44         288         512   59 29806                  45         288         512   58 59631                  46         300         512   57 89456                  47         300         512   57 19281                  48         320         512   56 49106                  49         320         512   55 78931                  50         320         512   55 08756                  51         320         512   54 38581                  52         324         512   53 68406                  53         360         512   52 98231                  54         360         512   52 28056                  55         360         512   51 57881                  56         360         512   50 87705                  57         360         512   50 17530                  58         360         512   49 47355                  59         360         512   48 77180                  60         375         512   48 07005                  61         375         512   47 36830                  62         375         512   46 66655                  63         375         512   45 96479                  64         384         512   45 26304                  65         384         512   44 56129                  66         400         512   43 85954                  67         400         512   43 15779                  68         400         512   42 45604                  69         400         512   41 75428                  70         405         512   41 05253                  71         432         512   40 35078                  72         432         512   39 64903                  73         432         512   38 94728                  74         432         512   38 24552                  75         432         512   37 54377                  76         432         512   36 84202                  77         432         512   36 14027                  78         450         512   35 43851                  79         450         512   34 73676                  80         450         512   34 03501    n128    n128              81         450         512   33 33326              82         450         512   32 63150              83         480         512   31 92975              84         480         512   31 22800              85         480         512   30 52625              86         480         512   29 82449              87         480         512   29 12274              88         480         512   28 42099              89         480         512   27 71924              90         480         512   27 01748              91         480         512   26 31573              92         480         512   25 61398              93         486         512   24 91223              94         486         512   24 21047              95         486         512   23 50872              96         500         512   22 80697              97         500         512   22 10521              98         500         512   21 40346              99         500         512   20 70171              100         500         512   19 99996              101         500         512   19 29820              102         500         512   18 59645              103         512         512   17 89470              104         512         512   17 19294              105         512         512   16 49119              106         512         512   15 78944              107         512         512   15 08768              108         512         512   14 38593              109         512         512   13 68418              110         512         512   12 98243              111         512         512   12 28067              112         512         512   11 57892              113         512         512   10 87717              114         512         512   10 17541              115         512         512    9 47366              116         512         512    8 77191              117         512         512    8 07016              118         512         512    7 36840              119         512         512    6 66665              120         512         512    5 96490              121         512         512    5 26314              122         512         512    4 56139              123         512         512    3 85964              124         512         512    3 15788              125         512         512    2 45613              126         512         512    1 75438              127         512         512    1 05262              128         512         512    0 35087      n128   reform n128  4  128   over    n128   reform n128 3     over    n128    n128   reverse n128     return  n128 end");
+a[24] = new Array("./Grid/n160gaussian.html", "n160gaussian.pro", "", "       file_comments compute the latitudes of the n160 gaussian grid  See:   http: www ecmwf int products data technical gaussian n160FIS html      categories grid      examples    IDL lat n160gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n160gaussian       compile_opt idl2  strictarrsubs              latitude   reduced     regular  latitude             number     points      points                              n160        1          18         640   89 57009                  2          25         640   89 01318                  3          36         640   88 45297                  4          40         640   87 89203                  5          45         640   87 33080                  6          50         640   86 76944                  7          60         640   86 20800                  8          64         640   85 64651                  9          72         640   85 08499                  10          72         640   84 52345                  11          80         640   83 96190                  12          90         640   83 40033                  13          90         640   82 83876                  14          96         640   82 27718                  15         108         640   81 71559                  16         120         640   81 15400                  17         120         640   80 59240                  18         125         640   80 03080                  19         128         640   79 46920                  20         135         640   78 90760                  21         144         640   78 34600                  22         150         640   77 78439                  23         160         640   77 22278                  24         160         640   76 66117                  25         180         640   76 09956                  26         180         640   75 53795                  27         180         640   74 97634                  28         192         640   74 41473                  29         192         640   73 85311                  30         200         640   73 29150                  31         216         640   72 72988                  32         216         640   72 16827                  33         225         640   71 60665                  34         225         640   71 04504                  35         240         640   70 48342                  36         240         640   69 92181                  37         243         640   69 36019                  38         250         640   68 79857                  39         256         640   68 23695                  40         270         640   67 67534                  41         270         640   67 11372                  42         288         640   66 55210                  43         288         640   65 99048                  44         288         640   65 42886                  45         300         640   64 86725                  46         300         640   64 30563                  47         320         640   63 74401                  48         320         640   63 18239                  49         320         640   62 62077                  50         320         640   62 05915                  51         324         640   61 49753                  52         360         640   60 93591                  53         360         640   60 37429                  54         360         640   59 81267                  55         360         640   59 25105                  56         360         640   58 68943                  57         360         640   58 12781                  58         375         640   57 56619                  59         375         640   57 00457                  60         375         640   56 44295                  61         384         640   55 88133                  62         384         640   55 31971                  63         400         640   54 75809                  64         400         640   54 19647                  65         400         640   53 63485                  66         405         640   53 07323                  67         432         640   52 51161                  68         432         640   51 94999                  69         432         640   51 38837                  70         432         640   50 82675                  71         432         640   50 26513                  72         450         640   49 70351                  73         450         640   49 14189                  74         450         640   48 58026                  75         450         640   48 01864                  76         480         640   47 45702                  77         480         640   46 89540                  78         480         640   46 33378                  79         480         640   45 77216                  80         480         640   45 21054    n160    n160              81         480         640   44 64892              82         480         640   44 08730              83         500         640   43 52567              84         500         640   42 96405              85         500         640   42 40243              86         500         640   41 84081              87         500         640   41 27919              88         512         640   40 71757              89         512         640   40 15595              90         540         640   39 59433              91         540         640   39 03270              92         540         640   38 47108              93         540         640   37 90946              94         540         640   37 34784              95         540         640   36 78622              96         540         640   36 22460              97         540         640   35 66298              98         576         640   35 10136              99         576         640   34 53973              100         576         640   33 97811              101         576         640   33 41649              102         576         640   32 85487              103         576         640   32 29325              104         576         640   31 73163              105         576         640   31 17000              106         576         640   30 60838              107         576         640   30 04676              108         600         640   29 48514              109         600         640   28 92352              110         600         640   28 36190              111         600         640   27 80028              112         600         640   27 23865              113         600         640   26 67703              114         600         640   26 11541              115         600         640   25 55379              116         600         640   24 99217              117         640         640   24 43055              118         640         640   23 86892              119         640         640   23 30730              120         640         640   22 74568              121         640         640   22 18406              122         640         640   21 62244              123         640         640   21 06082              124         640         640   20 49919              125         640         640   19 93757              126         640         640   19 37595              127         640         640   18 81433              128         640         640   18 25271              129         640         640   17 69109              130         640         640   17 12946              131         640         640   16 56784              132         640         640   16 00622              133         640         640   15 44460              134         640         640   14 88298              135         640         640   14 32136              136         640         640   13 75973              137         640         640   13 19811              138         640         640   12 63649              139         640         640   12 07487              140         640         640   11 51325              141         640         640   10 95162              142         640         640   10 39000              143         640         640    9 82838              144         640         640    9 26676              145         640         640    8 70514              146         640         640    8 14352              147         640         640    7 58189              148         640         640    7 02027              149         640         640    6 45865              150         640         640    5 89703              151         640         640    5 33541              152         640         640    4 77379              153         640         640    4 21216              154         640         640    3 65054              155         640         640    3 08892              156         640         640    2 52730              157         640         640    1 96568              158         640         640    1 40405              159         640         640    0 84243              160         640         640    0 28081      n160   reform n160  4  160   over    n160   reform n160 3     over    n160    n160   reverse n160     return  n160 end");
+a[25] = new Array("./Grid/n256gaussian.html", "n256gaussian.pro", "", "       file_comments compute the latitudes of the n256 gaussian grid  See:   http: www ecmwf int products data technical gaussian n256FIS html      categories grid      examples   IDL  lat n256gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n256gaussian       compile_opt idl2  strictarrsubs             latitude   reduced     regular  latitude            number     points      points                             n256        1          18        1024   89 73115                  2          25        1024   89 38287                  3          32        1024   89 03254                  4          40        1024   88 68175                  5          45        1024   88 33077                  6          50        1024   87 97972                  7          60        1024   87 62861                  8          64        1024   87 27748                  9          72        1024   86 92632                  10          72        1024   86 57515                  11          75        1024   86 22398                  12          81        1024   85 87279                  13          90        1024   85 52160                  14          96        1024   85 17041                  15         100        1024   84 81921                  16         108        1024   84 46801                  17         120        1024   84 11681                  18         120        1024   83 76560                  19         125        1024   83 41440                  20         135        1024   83 06319                  21         144        1024   82 71198                  22         150        1024   82 36077                  23         160        1024   82 00956                  24         160        1024   81 65835                  25         180        1024   81 30714                  26         180        1024   80 95593                  27         180        1024   80 60471                  28         192        1024   80 25350                  29         192        1024   79 90229                  30         200        1024   79 55107                  31         216        1024   79 19986                  32         216        1024   78 84864                  33         216        1024   78 49743                  34         225        1024   78 14621                  35         240        1024   77 79500                  36         240        1024   77 44378                  37         243        1024   77 09256                  38         250        1024   76 74135                  39         256        1024   76 39013                  40         270        1024   76 03891                  41         270        1024   75 68770                  42         288        1024   75 33648                  43         288        1024   74 98526                  44         288        1024   74 63405                  45         300        1024   74 28283                  46         300        1024   73 93161                  47         320        1024   73 58040                  48         320        1024   73 22918                  49         320        1024   72 87796                  50         324        1024   72 52674                  51         360        1024   72 17552                  52         360        1024   71 82431                  53         360        1024   71 47309                  54         360        1024   71 12187                  55         360        1024   70 77065                  56         360        1024   70 41944                  57         375        1024   70 06822                  58         375        1024   69 71700                  59         384        1024   69 36578                  60         384        1024   69 01456                  61         400        1024   68 66334                  62         400        1024   68 31213                  63         400        1024   67 96091                  64         432        1024   67 60969                  65         432        1024   67 25847                  66         432        1024   66 90725                  67         432        1024   66 55603                  68         432        1024   66 20482                  69         450        1024   65 85360                  70         450        1024   65 50238                  71         450        1024   65 15116                  72         480        1024   64 79994                  73         480        1024   64 44872                  74         480        1024   64 09750                  75         480        1024   63 74629                  76         480        1024   63 39507                  77         486        1024   63 04385                  78         500        1024   62 69263                  79         500        1024   62 34141                  80         500        1024   61 99019    n256    n256              81         512        1024   61 63897              82         512        1024   61 28776              83         540        1024   60 93654              84         540        1024   60 58532              85         540        1024   60 23410              86         540        1024   59 88288              87         540        1024   59 53166              88         576        1024   59 18044              89         576        1024   58 82922              90         576        1024   58 47800              91         576        1024   58 12679              92         576        1024   57 77557              93         576        1024   57 42435              94         600        1024   57 07313              95         600        1024   56 72191              96         600        1024   56 37069              97         600        1024   56 01947              98         600        1024   55 66825              99         640        1024   55 31703              100         640        1024   54 96581              101         640        1024   54 61460              102         640        1024   54 26338              103         640        1024   53 91216              104         640        1024   53 56094              105         640        1024   53 20972              106         640        1024   52 85850              107         648        1024   52 50728              108         675        1024   52 15606              109         675        1024   51 80484              110         675        1024   51 45362              111         675        1024   51 10241              112         675        1024   50 75119              113         675        1024   50 39997              114         720        1024   50 04875              115         720        1024   49 69753              116         720        1024   49 34631              117         720        1024   48 99509              118         720        1024   48 64387              119         720        1024   48 29265              120         720        1024   47 94143              121         720        1024   47 59021              122         720        1024   47 23899              123         729        1024   46 88778              124         729        1024   46 53656              125         750        1024   46 18534              126         750        1024   45 83412              127         750        1024   45 48290              128         750        1024   45 13168              129         750        1024   44 78046              130         768        1024   44 42924              131         768        1024   44 07802              132         768        1024   43 72680              133         768        1024   43 37558              134         800        1024   43 02436              135         800        1024   42 67315              136         800        1024   42 32193              137         800        1024   41 97071              138         800        1024   41 61949              139         800        1024   41 26827              140         800        1024   40 91705              141         800        1024   40 56583              142         810        1024   40 21461              143         810        1024   39 86339              144         864        1024   39 51217              145         864        1024   39 16095              146         864        1024   38 80973              147         864        1024   38 45851              148         864        1024   38 10730              149         864        1024   37 75608              150         864        1024   37 40486              151         864        1024   37 05364              152         864        1024   36 70242              153         864        1024   36 35120              154         864        1024   35 99998              155         864        1024   35 64876              156         864        1024   35 29754              157         864        1024   34 94632              158         900        1024   34 59510              159         900        1024   34 24388              160         900        1024   33 89266    n256    n256              161         900        1024   33 54145              162         900        1024   33 19023              163         900        1024   32 83901              164         900        1024   32 48779              165         900        1024   32 13657              166         900        1024   31 78535              167         900        1024   31 43413              168         900        1024   31 08291              169         960        1024   30 73169              170         960        1024   30 38047              171         960        1024   30 02925              172         960        1024   29 67803              173         960        1024   29 32681              174         960        1024   28 97559              175         960        1024   28 62438              176         960        1024   28 27316              177         960        1024   27 92194              178         960        1024   27 57072              179         960        1024   27 21950              180         960        1024   26 86828              181         960        1024   26 51706              182         960        1024   26 16584              183         960        1024   25 81462              184         960        1024   25 46340              185         960        1024   25 11218              186         960        1024   24 76096              187         960        1024   24 40974              188         960        1024   24 05852              189         960        1024   23 70731              190         960        1024   23 35609              191         972        1024   23 00487              192         972        1024   22 65365              193         972        1024   22 30243              194         972        1024   21 95121              195         972        1024   21 59999              196        1000        1024   21 24877              197        1000        1024   20 89755              198        1000        1024   20 54633              199        1000        1024   20 19511              200        1000        1024   19 84389              201        1000        1024   19 49267              202        1000        1024   19 14145              203        1000        1024   18 79023              204        1000        1024   18 43902              205        1000        1024   18 08780              206        1000        1024   17 73658              207        1000        1024   17 38536              208        1000        1024   17 03414              209        1000        1024   16 68292              210        1000        1024   16 33170              211        1000        1024   15 98048              212        1024        1024   15 62926              213        1024        1024   15 27804              214        1024        1024   14 92682              215        1024        1024   14 57560              216        1024        1024   14 22438              217        1024        1024   13 87316              218        1024        1024   13 52194              219        1024        1024   13 17073              220        1024        1024   12 81951              221        1024        1024   12 46829              222        1024        1024   12 11707              223        1024        1024   11 76585              224        1024        1024   11 41463              225        1024        1024   11 06341              226        1024        1024   10 71219              227        1024        1024   10 36097              228        1024        1024   10 00975              229        1024        1024    9 65853              230        1024        1024    9 30731              231        1024        1024    8 95609              232        1024        1024    8 60487              233        1024        1024    8 25365              234        1024        1024    7 90244              235        1024        1024    7 55122              236        1024        1024    7 20000              237        1024        1024    6 84878              238        1024        1024    6 49756              239        1024        1024    6 14634              240        1024        1024    5 79512    n256    n256              241        1024        1024    5 44390              242        1024        1024    5 09268              243        1024        1024    4 74146              244        1024        1024    4 39024              245        1024        1024    4 03902              246        1024        1024    3 68780              247        1024        1024    3 33658              248        1024        1024    2 98536              249        1024        1024    2 63415              250        1024        1024    2 28293              251        1024        1024    1 93171              252        1024        1024    1 58049              253        1024        1024    1 22927              254        1024        1024    0 87805              255        1024        1024    0 52683              256        1024        1024    0 17561      n256   reform n256  4  256   over    n256   reform n256 3     over    n256    n256   reverse n256     return  n256 end");
+a[26] = new Array("./Grid/n48gaussian.html", "n48gaussian.pro", "", "       file_comments compute the latitudes of the n48 gaussian grid  See:   http: www ecmwf int products data technical gaussian n48FIS html      categories grid      examples   IDL  lat n48gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n48gaussian       compile_opt idl2  strictarrsubs              latitude   reduced     regular  latitude             number     points      points                              n48         1          20         192   88 57216                  2          25         192   86 72253                  3          36         192   84 86197                  4          40         192   82 99894                  5          45         192   81 13497                  6          50         192   79 27055                  7          60         192   77 40588                  8          60         192   75 54106                  9          72         192   73 67613                  10          75         192   71 81113                  11          80         192   69 94608                  12          90         192   68 08099                  13          96         192   66 21587                  14         100         192   64 35073                  15         108         192   62 48557                  16         120         192   60 62039                  17         120         192   58 75520                  18         120         192   56 89001                  19         128         192   55 02480                  20         135         192   53 15959                  21         144         192   51 29437                  22         144         192   49 42915                  23         160         192   47 56392                  24         160         192   45 69869                  25         160         192   43 83345                  26         160         192   41 96822                  27         160         192   40 10297                  28         180         192   38 23773                  29         180         192   36 37249                  30         180         192   34 50724                  31         180         192   32 64199                  32         180         192   30 77674                  33         192         192   28 91149                  34         192         192   27 04623                  35         192         192   25 18098                  36         192         192   23 31573                  37         192         192   21 45047                  38         192         192   19 58521                  39         192         192   17 71996                  40         192         192   15 85470                  41         192         192   13 98944                  42         192         192   12 12418                  43         192         192   10 25892                  44         192         192    8 39366                  45         192         192    6 52840                  46         192         192    4 66314                  47         192         192    2 79788                  48         192         192    0 93262      n48   reform n48  4  48   over    n48   reform n48 3     over    n48    n48   reverse n48     return  n48 end");
+a[27] = new Array("./Grid/n80gaussian.html", "n80gaussian.pro", "", "       file_comments compute the latitudes of the n80 gaussian grid  See:   http: www ecmwf int products data technical gaussian n80FIS html      categories grid      examples   IDL  lat n80gaussian       returns a 1d array      history        Sebastien Masson  smasson lodyc jussieu fr         June 2004     FUNCTION n80gaussian       compile_opt idl2  strictarrsubs              latitude   reduced     regular  latitude             number     points      points                              n80         1          18         320   89 14152                  2          25         320   88 02943                  3          36         320   86 91077                  4          40         320   85 79063                  5          45         320   84 66992                  6          54         320   83 54895                  7          60         320   82 42782                  8          64         320   81 30659                  9          72         320   80 18531                  10          72         320   79 06398                  11          80         320   77 94262                  12          90         320   76 82124                  13          96         320   75 69984                  14         100         320   74 57843                  15         108         320   73 45701                  16         120         320   72 33558                  17         120         320   71 21414                  18         128         320   70 09269                  19         135         320   68 97124                  20         144         320   67 84978                  21         144         320   66 72833                  22         150         320   65 60686                  23         160         320   64 48540                  24         160         320   63 36393                  25         180         320   62 24246                  26         180         320   61 12099                  27         180         320   59 99952                  28         192         320   58 87804                  29         192         320   57 75657                  30         200         320   56 63509                  31         200         320   55 51361                  32         216         320   54 39214                  33         216         320   53 27066                  34         216         320   52 14917                  35         225         320   51 02769                  36         225         320   49 90621                  37         240         320   48 78473                  38         240         320   47 66325                  39         240         320   46 54176                  40         256         320   45 42028                  41         256         320   44 29879                  42         256         320   43 17731                  43         256         320   42 05582                  44         288         320   40 93434                  45         288         320   39 81285                  46         288         320   38 69137                  47         288         320   37 56988                  48         288         320   36 44839                  49         288         320   35 32691                  50         288         320   34 20542                  51         288         320   33 08393                  52         288         320   31 96244                  53         300         320   30 84096                  54         300         320   29 71947                  55         300         320   28 59798                  56         300         320   27 47649                  57         320         320   26 35500                  58         320         320   25 23351                  59         320         320   24 11203                  60         320         320   22 99054                  61         320         320   21 86905                  62         320         320   20 74756                  63         320         320   19 62607                  64         320         320   18 50458                  65         320         320   17 38309                  66         320         320   16 26160                  67         320         320   15 14011                  68         320         320   14 01862                  69         320         320   12 89713                  70         320         320   11 77564                  71         320         320   10 65415                  72         320         320    9 53266                  73         320         320    8 41117                  74         320         320    7 28968                  75         320         320    6 16819                  76         320         320    5 04670                  77         320         320    3 92521                  78         320         320    2 80372                  79         320         320    1 68223                  80         320         320    0 56074      n80   reform n80  4  80   over    n80   reform n80 3     over    n80    n80   reverse n80     return  n80 end");
+a[28] = new Array("./Grid/ncdf_meshread.html", "ncdf_meshread.pro", "", "             file_comments read NetCDF meshmask file created by OPA      categories grid reading      examples   IDL  ncdf_meshread   filename           param filename  in optional  the name of the meshmask file to read  Default is      meshmask nc  if this name does not contain any   and if      iodirectory keyword is not specify  then the common variable      iodir will be use to define the mesh file path          keyword GLAMBOUNDARY a 2 elements vector   lon1 lon2  the longitute      boundaries that should be used to visualize the data         lon2   lon1        lon2   lon1 le 360      key_shift will be automaticaly defined according to GLAMBOUNDARY          keyword  CHECKDAT Suppressed  Use micromeshmask pro to create an      appropriate meshmask          keyword ONEARTH   0 or 1 to force the manual definition of      key_onearth  to specify if the data are on earth   use longitude       latitude etc  By default  key_onearth   1       note that ONEARTH   0 forces PERIODIC   0  SHIFT   0 and is      cancelling GLAMBOUNDARY         keyword PERIODIC   0 or 1 to force the manual definition of      key_periodic  By default  key_periodic is automaticaly      computed by using the first line of glamt          keyword SHIFT  to force the manual definition of key_shift  By      debault  key_shift is automaticaly computed according to the      glamboundary  when defined  by using the first line of glamt  if      key_periodic 0 then in any case key_shift   0           keyword STRCALLING a string containing the calling command used to call      computegrid  this is used by xxx pro          keyword STRIDE a 3 elements vector to specify the stride in x  y  z      direction  Default definition is key_stride  The resulting value      will be stored in the common  cm_4mesh  variable key_stride      uses cm_4mesh cm_4data cm_4cal      restrictions define and or use common variables from                  cm_4mesh  cm_4data  cm_4cal      restrictions      ixminmesh ixmaxmesh iyminmesh iymaxmesh izminmesh izmaxmesh must    be defined febore calling ncdf_meshread  if some of those value    are equal to  1 they will be automatically defined       history Sebastien Masson  smasson lodyc jussieu fr                         12 1999   July 2004  Sebastien Masson: Several modifications  micromeshmask    clean partial steps  clean use of key_stride  automatic definition   of key_shift      Oct  2004  Sebastien Masson: add PERIODIC and SHIFT   Aug  2005  Sebastien Masson: some cleaning   english          PRO ncdf_meshread  filename  GLAMBOUNDARY   glamboundary  CHECKDAT   checkdat                       ONEARTH   onearth  GETDIMENSIONS   getdimensions                       PERIODIC   periodic  SHIFT   shift  STRIDE   stride                       STRCALLING   strcalling  _EXTRA   ex         compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       tempsun   systime 1             for key_performance   IF keyword_set CHECKDAT  THEN BEGIN     print    The keyword CHECKDAT has been suppressed  it could create bugs      print    Remove it from the call of ncdf_meshread      print    Please use smallmeshmask pro or micromeshmask pro to create a       print    meshmask that has manageable size      return   ENDIF     find meshfile name and open it      def de filename par defaut   IF n_params  EQ 0 then filename    meshmask nc    meshname   isafile file   filename  iodirectory   iodir  _EXTRA   ex    meshname   meshname 0      noticebase   xnotice Reading file  C  meshname C     if the meshmask is on tape archive   get it back   IF  version OS_FAMILY EQ  unix  THEN spawn   file  meshname     dev null    cdfid   ncdf_open meshname    contient   ncdf_inquire cdfid      dimensions     ncdf_diminq  cdfid   x  name  jpiglo   ncdf_diminq  cdfid   y  name  jpjglo   listdims   strlowcase ncdf_listdims cdfid    IF  where listdims EQ  z 0  NE  1 THEN ncdf_diminq  cdfid   z  name  jpkglo ELSE BEGIN      dimid    where strmid listdims  0  5  EQ  depth 0      IF dimid NE  1 THEN ncdf_diminq  cdfid  dimid  name  jpkglo ELSE BEGIN        dummy   report We could not find the vertical dimension  its name must be z or start with depth        stop     ENDELSE    ENDELSE      if keyword_set getdimensions  then begin     widget_control  noticebase  bad_id   nothing   destroy     ncdf_close   cdfid     return   endif     check that all i xyz min ax mesh are well defined     if n_elements ixminmesh  EQ 0 THEN ixminmesh   0   if n_elements ixmaxmesh  EQ 0 then ixmaxmesh   jpiglo 1   if ixminmesh EQ  1 THEN ixminmesh   0   IF ixmaxmesh EQ  1 then ixmaxmesh   jpiglo 1   if n_elements iyminmesh  EQ 0 THEN iyminmesh   0   IF n_elements iymaxmesh  EQ 0 then iymaxmesh   jpjglo 1   if iyminmesh EQ  1 THEN iyminmesh   0   IF iymaxmesh EQ  1 then iymaxmesh   jpjglo 1   if n_elements izminmesh  EQ 0 THEN izminmesh   0   IF n_elements izmaxmesh  EQ 0 then izmaxmesh   jpkglo 1   if izminmesh EQ  1 THEN izminmesh   0   IF izmaxmesh EQ  1 then izmaxmesh   jpkglo 1   definition of jpi jpj jpj   jpi      long ixmaxmesh ixminmesh 1    jpj      long iymaxmesh iyminmesh 1    jpk      long izmaxmesh izminmesh 1      check onearth and its consequences     IF n_elements onearth  EQ 0 THEN key_onearth   1     ELSE key_onearth   keyword_set onearth     IF NOT key_onearth THEN BEGIN     periodic   0     shift   0   ENDIF     automatic definition of key_periodic     IF n_elements periodic  EQ 0 THEN BEGIN     IF jpi GT 1 THEN BEGIN       varinq   ncdf_varinq cdfid   glamt        CASE varinq ndims OF         2:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  count    jpi  1          3:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  count    jpi  1  1          4:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  0  count    jpi  1  1  1        ENDCASE       xaxis    xaxis 720  MOD 360       xaxis   xaxis sort xaxis        key_periodic    xaxis jpi 1 2 xaxis jpi 1 xaxis jpi 2                         GE  xaxis 0 360      ENDIF ELSE key_periodic   0   ENDIF ELSE key_periodic   keyword_set periodic      automatic definition of key_shift     IF n_elements shift  EQ 0 THEN BEGIN     key_shift   long testvar var   key_shift     key_shift will be defined according to the first line of glamt      if keyword_set glamboundary  AND jpi GT 1 AND key_periodic EQ 1       THEN BEGIN       varinq   ncdf_varinq cdfid   glamt        CASE varinq ndims OF         2:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  count    jpi  1          3:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  count    jpi  1  1          4:ncdf_varget  cdfid   glamt  xaxis                            offset    ixminmesh  iyminmesh  0  0  count    jpi  1  1  1        ENDCASE   xaxis between glamboundary 0  and glamboundary 1        xaxis   xaxis MOD 360       smaller   where xaxis LT glamboundary 0        if smaller 0  NE  1 then xaxis smaller    xaxis smaller 360       bigger   where xaxis GE glamboundary 1        if bigger 0  NE  1 then xaxis bigger    xaxis bigger 360          key_shift    where xaxis EQ min xaxis 0        IF key_shift NE 0 THEN BEGIN          key_shift   jpi key_shift         xaxis   shift xaxis  key_shift        ENDIF         IF array_equal sort xaxis  lindgen jpi  NE 1 THEN BEGIN         print   the x axis  1st line of glamt  is not sorted in the inceasing order after the automatic definition of key_shift          print   please use the keyword shift  and periodic  to suppress the automatic definition of key_shift  and key_periodic  and define by hand a more suitable value          widget_control  noticebase  bad_id   nothing   destroy         return       ENDIF        ENDIF ELSE key_shift   0   ENDIF ELSE key_shift   long shift key_periodic EQ 1      check key_stride and related things     if n_elements stride  eq 3 then key_stride   stride   if n_elements key_stride  LE 2 then key_stride    1  1  1    key_stride   1l   long key_stride    IF total key_stride  NE 3  THEN BEGIN     IF key_shift NE 0 THEN BEGIN   for explanation  see header of read_ncdf_varget pro       jpiright   key_shift       jpileft   jpi   key_shift      key_stride 0 1 key_shift 1  MOD key_stride 0          jpi    jpiright 1 key_stride 0 1     jpileft 1 key_stride 0 1      ENDIF ELSE jpi    jpi 1 key_stride 0 1     jpj    jpj 1 key_stride 1 1     jpk    jpk 1 key_stride 2 1   ENDIF     default definitions to be able to use read_ncdf_varget     default definitions to be able to use read_ncdf_varget   ixmindtasauve   testvar var   ixmindta    iymindtasauve   testvar var   iymindta    izmindtasauve   testvar var   izmindta      ixmindta   0l   iymindta   0l   izmindta   0l     jpt   1   time   1   firsttps   0     firstx   0   lastx   jpi 1   firsty   0   lasty   jpj 1   firstz   0   lastz   jpk 1   nx   jpi   ny   jpj   nz   1   izminmeshsauve   izminmesh   izminmesh   0     2d arrays:     list the 2d variables that must be read   namevar    glamt   glamu   glamv   glamf                    gphit   gphiu   gphiv   gphif                    e1t   e1u   e1v   e1f                    e2t   e2u   e2v   e2f    for the variables related to the partial steps   allvarname    ncdf_listvars cdfid    IF  where allvarname EQ  hdept 0  NE  1 THEN BEGIN     key_partialstep   1     namevar    namevar   hdept   hdepw    ENDIF ELSE BEGIN     key_partialstep   0     hdept    1     hdepw    1   ENDELSE   for compatibility with old versions of meshmask partial steps   IF  where allvarname EQ  e3tp 0  NE  1 THEN       namevar    namevar   e3tp   e3wp  ELSE BEGIN      e3t_ps    1     e3w_ps    1   ENDELSE   IF  where allvarname EQ  e3t_ps 0  NE  1     THEN namevar    namevar   e3t_ps   e3w_ps   ELSE BEGIN      e3t_ps    1     e3w_ps    1   ENDELSE   IF  where allvarname EQ  e3u_ps 0  NE  1     THEN namevar    namevar   e3u_ps   e3v_ps  ELSE BEGIN      e3u_ps    1     e3v_ps    1   ENDELSE     read all the 2d variables     for i   0  n_elements namevar 1 do begin     varcontient   ncdf_varinq cdfid  namevar i      name   varcontient name  read_ncdf_varget     commande   namevar i float res      rien   execute commande    ENDFOR   for compatibility with old versions of meshmask partial steps   change e3 tw p to e3 tw _ps   IF n_elements e3tp  NE 0 THEN e3t_ps   temporary e3tp    IF n_elements e3wp  NE 0 THEN e3w_ps   temporary e3wp    in the kase of key_stride ne  1  1  1  redefine f points   coordinates: they must be in the middle of 3 T points   if key_stride 0  NE 1 OR key_stride 1  NE 1 then BEGIN   we must recompute glamf and gphif      IF jpi GT 1 THEN BEGIN        if  keyword_set key_onearth  AND keyword_set xnotsorted            OR  keyword_set key_periodic  AND key_irregular  then BEGIN         stepxf    glamt   720  MOD 360         stepxf   shift stepxf   1   1    stepxf         stepxf      stepxf   stepxf   360   stepxf   360            stepxf   min abs stepxf  dimension   3          IF NOT keyword_set key_periodic  THEN             stepxf jpi 1      stepxf jpi 2          ENDIF ELSE BEGIN         stepxf   shift glamt   1   1    glamt         IF keyword_set key_periodic  THEN             stepxf jpi 1      360   stepxf jpi 1              ELSE stepxf jpi 1      stepxf jpi 2          ENDELSE       IF jpj GT 1 THEN BEGIN          stepxf  jpj 1    stepxf  jpj 2          stepxf jpi 1  jpj 1    stepxf jpi 2  jpj 2        ENDIF       glamf   glamt   0 5   stepxf     ENDIF ELSE glamf   glamt   0 5     IF jpj GT 1 THEN BEGIN    we must compute stepyf: y distance between T i j  T i 1 j 1        stepyf   shift gphit   1   1    gphit       stepyf  jpj 1    stepyf  jpj 2        IF jpi GT 1 THEN BEGIN         if NOT keyword_set key_periodic  THEN             stepyf jpi 1      stepyf jpi 2            stepyf jpi 1  jpj 1    stepyf jpi 2  jpj 2        ENDIF        gphif   gphit   0 5   stepyf     ENDIF ELSE gphif   gphit   0 5   ENDIF     3d arrays:     nz   jpk   izminmesh   izminmeshsauve     listdims   ncdf_listdims cdfid    micromask    where listdims EQ  y_m 0      varcontient   ncdf_varinq cdfid   tmask    name   varcontient name   IF micromask NE  1 THEN BEGIN   keep original values     iyminmeshtrue   iyminmesh     key_stridetrue   key_stride     yyy1   firsty key_stridetrue 1 iyminmeshtrue     yyy2   lasty key_stridetrue 1 iyminmeshtrue   the mask is stored as the bit values of the byte array  along the y   dimension  see micromeshmask pro    we must modify several parameters       iyminmesh   0L     firsty   yyy1 8     lasty   yyy2 8     ny   lasty firsty 1     key_stride    key_stride 0  1  key_stride 2   read_ncdf_varget     tmask   bytarr jpi  jpj  jpk    now we must get back the mask   loop on the level to save memory  the loop is short and  thus    should be fast enough      FOR k   0  jpk 1 DO BEGIN       zzz   transpose res    k        zzz   reform binary zzz  8 ny  nx   over        zzz   transpose temporary zzz        zzz   zzz  yyy1 MOD 8: 8 ny   8   yyy2 MOD 8        IF key_stridetrue 1  NE 1 THEN BEGIN           IF float strmid version release 0 3  LT 5 6 THEN BEGIN         nnny    size zzz 2          yind   key_stridetrue 1 lindgen nnny 1 key_stridetrue 1 1          tmask    k    temporary zzz  yind           ENDIF ELSE tmask    k    temporary zzz  0: :key_stridetrue 1        ENDIF ELSE tmask    k    temporary zzz      ENDFOR   ENDIF ELSE BEGIN  read_ncdf_varget     tmask   byte res    ENDELSE   boudary conditions used to compute umask    varcontient   ncdf_varinq cdfid   umask    name   varcontient name   nx   1L   firstx   jpi 1   lastx   jpi 1   IF micromask NE  1 THEN BEGIN  read_ncdf_varget     umaskred   reform binary res  8 ny  jpk   over      umaskred   umaskred yyy1 MOD 8: 8 ny   8   yyy2 MOD 8        IF key_stridetrue 1  NE 1 THEN umaskred   temporary umaskred yind      ENDIF ELSE BEGIN  read_ncdf_varget     umaskred   reform byte res   over    ENDELSE   boudary conditions used to compute fmask  1    varcontient   ncdf_varinq cdfid   fmask    name   varcontient name   IF micromask NE  1 THEN BEGIN  read_ncdf_varget     fmaskredy   reform binary res  8 ny  jpk   over      fmaskredy   fmaskredy yyy1 MOD 8: 8 ny   8   yyy2 MOD 8        IF key_stridetrue 1  NE 1 THEN fmaskredy   temporary fmaskredy yind      ENDIF ELSE BEGIN  read_ncdf_varget     fmaskredy   reform byte res   over      fmaskredy   temporary fmaskredy  MOD 2   ENDELSE   boudary conditions used to compute vmask   varcontient   ncdf_varinq cdfid   vmask    name   varcontient name   nx   jpi   firstx   0L   lastx   jpi 1L   ny   1L   firsty   jpj 1   lasty   jpj 1   IF micromask NE  1 THEN BEGIN     yyy1   firsty key_stridetrue 1 iyminmeshtrue     yyy2   lasty key_stridetrue 1 iyminmeshtrue     iyminmesh   0L     firsty   yyy1 8     lasty   yyy2 8     ny   lasty firsty 1  read_ncdf_varget     IF jpk EQ 1 THEN res   reform res  jpi  1  jpk   over      vmaskred   transpose temporary res   1  0  2      vmaskred   reform binary vmaskred  8 ny  nx  nz   over      vmaskred   transpose temporary vmaskred   1  0  2      vmaskred   reform vmaskred  yyy1 MOD 8: 8 ny   8   yyy2 MOD 8      ENDIF ELSE BEGIN  read_ncdf_varget     vmaskred   reform byte res   over    ENDELSE   boudary conditions used to compute fmask  2    varcontient   ncdf_varinq cdfid   fmask    name   varcontient name   IF micromask NE  1 THEN BEGIN  read_ncdf_varget     IF jpk EQ 1 THEN res   reform res  jpi  1  jpk   over      fmaskredx   transpose temporary res   1  0  2      fmaskredx   reform binary fmaskredx  8 ny  nx  nz   over      fmaskredx   transpose temporary fmaskredx   1  0  2      fmaskredx   reform fmaskredx  yyy1 MOD 8: 8 ny   8   yyy2 MOD 8          iyminmesh   iyminmeshtrue     key_stride   key_stridetrue   ENDIF ELSE BEGIN  read_ncdf_varget     fmaskredx   reform byte res   over      fmaskredx   fmaskredx MOD 2   ENDELSE     1d arrays     namevar    e3t   e3w   gdept   gdepw    for i   0  n_elements namevar 1 do begin     varcontient   ncdf_varinq cdfid  namevar i      CASE n_elements varcontient dim  OF       4:BEGIN         commande    ncdf_varget cdfid namevar i namevar i                        offset    0 0 izminmesh 0  count    1 1 jpk 1          if key_stride 2  NE 1 then commande   commande  stride 1 1 key_stride 2 1        END        2:BEGIN         commande    ncdf_varget cdfid namevar i namevar i                        offset    izminmesh 0  count    jpk 1          if key_stride 2  NE 1 then commande   commande  stride key_stride 2        END        1:BEGIN         commande    ncdf_varget cdfid namevar i namevar i                        offset    izminmesh  count    jpk          if key_stride 2  NE 1 then commande   commande  stride key_stride 2        END     ENDCASE     rien   execute commande      commande   namevar i float namevar i      rien   execute commande      commande    if size namevar i   n_dimension  gt 0 then  namevar i    reform namevar i   over      rien   execute commande    ENDFOR     ncdf_close   cdfid     Apply Glamboudary     if keyword_set glamboundary  AND key_onearth then BEGIN     if glamboundary 0  NE glamboundary 1  then BEGIN       glamt   glamt MOD 360       smaller   where glamt LT glamboundary 0        if smaller 0  NE  1 then glamt smaller    glamt smaller 360       bigger   where glamt GE glamboundary 1        if bigger 0  NE  1 then glamt bigger    glamt bigger 360       glamu   glamu MOD 360       smaller   where glamu LT glamboundary 0        if smaller 0  NE  1 then glamu smaller    glamu smaller 360       bigger   where glamu GE glamboundary 1        if bigger 0  NE  1 then glamu bigger    glamu bigger 360       glamv   glamv MOD 360       smaller   where glamv LT glamboundary 0        if smaller 0  NE  1 then glamv smaller    glamv smaller 360       bigger   where glamv GE glamboundary 1        if bigger 0  NE  1 then glamv bigger    glamv bigger 360       glamf   glamf MOD 360       smaller   where glamf LT glamboundary 0        if smaller 0  NE  1 then glamf smaller    glamf smaller 360       bigger   where glamf GE glamboundary 1        if bigger 0  NE  1 then glamf bigger    glamf bigger 360       toosmall   where glamu EQ glamboundary 0        IF toosmall 0  NE  1 THEN glamu toosmall    glamu toosmall    360       toosmall   where glamf EQ glamboundary 0        IF toosmall 0  NE  1 THEN glamf toosmall    glamf toosmall    360     endif   endif     make sure we do have 2d arrays when jpj eq 1     IF jpj EQ 1 THEN BEGIN      glamt   reform glamt  jpi  jpj   over      gphit   reform gphit  jpi  jpj   over      e1t   reform e1t  jpi  jpj   over      e2t   reform e2t  jpi  jpj   over      glamu   reform glamu  jpi  jpj   over      gphiu   reform gphiu  jpi  jpj   over      e1u   reform e1u  jpi  jpj   over      e2u   reform e2u  jpi  jpj   over      glamv   reform glamv  jpi  jpj   over      gphiv   reform gphiv  jpi  jpj   over      e1v   reform e1v  jpi  jpj   over      e2v   reform e2v  jpi  jpj   over      glamf   reform glamf  jpi  jpj   over      gphif   reform gphif  jpi  jpj   over      e1f   reform e1f  jpi  jpj   over      e2f   reform e2f  jpi  jpj   over      IF keyword_set key_partialstep  THEN BEGIN       hdept   reform hdept  jpi  jpj   over        hdepw   reform hdepw  jpi  jpj   over        e3t_ps   reform e3t_ps  jpi  jpj   over        e3w_ps   reform e3w_ps  jpi  jpj   over      ENDIF    ENDIF     ixmindta   ixmindtasauve   iymindta   iymindtasauve   izmindta   izmindtasauve     widget_control  noticebase  bad_id   nothing   destroy     key_yreverse   0   key_zreverse   0   key_gridtype    c        grid parameters used by xxx       IF NOT keyword_set strcalling  THEN BEGIN      IF n_elements ccmeshparameters  EQ 0 THEN strcalling    ncdf_meshread        ELSE strcalling   ccmeshparameters filename   ENDIF    IF n_elements glamt  GE 2 THEN BEGIN     glaminfo   moment glamt      IF finite glaminfo 2  EQ 0 THEN glaminfo   glaminfo 0:1      gphiinfo   moment gphit      IF finite gphiinfo 2  EQ 0 THEN gphiinfo   gphiinfo 0:1    ENDIF ELSE BEGIN      glaminfo   glamt     gphiinfo   gphit   ENDELSE    ccmeshparameters    filename:strcalling                glaminfo:float string glaminfo  format    E11 4                gphiinfo:float string gphiinfo  format    E11 4                jpiglo:jpiglo  jpjglo:jpjglo  jpkglo:jpkglo               jpi:jpi  jpj:jpj  jpk:jpk               ixminmesh:ixminmesh  ixmaxmesh:ixmaxmesh               iyminmesh:iyminmesh  iymaxmesh:iymaxmesh               izminmesh:izminmesh  izmaxmesh:izmaxmesh               key_shift:key_shift  key_periodic:key_periodic               key_stride:key_stride  key_gridtype:key_gridtype               key_yreverse:key_yreverse  key_zreverse:key_zreverse               key_partialstep:key_partialstep  key_onearth:key_onearth      if keyword_set key_performance  THEN       print   time ncdf_meshread  systime 1 tempsun         updateold      return  end");
+a[29] = new Array("./Grid/restoreboxparam.html", "restoreboxparam.pro", "", "             file_comments restore all the zoom parameters  defined by calling domdef             perviously defined by saveboxparam      examples   IDL  restoreboxparam  filename       param filename  in required  a scalar string defining the file name       uses cm_4mesh and cm_demomode_used if we are in demo mode      restrictions all def_myuniquetmpdir  if myuniquetmpdir is undefined:                    define  create and add it to  path      history Sebastien Masson  smasson lodyc jussieu fr                         July 2005         PRO restoreboxparam  filename     compile_opt idl2  strictarrsubs    cm_4mesh     IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used        lon1   boxzoomparam bound 0       lon2   boxzoomparam bound 1       lat1   boxzoomparam bound 2       lat2   boxzoomparam bound 3       vert1   boxzoomparam bound 4       vert2   boxzoomparam bound 5       firstxt   boxzoomparam indexes 0       lastxt   boxzoomparam indexes 1       firstyt   boxzoomparam indexes 2       lastyt   boxzoomparam indexes 3       firstxu   boxzoomparam indexes 4       lastxu   boxzoomparam indexes 5       firstyu   boxzoomparam indexes 6       lastyu   boxzoomparam indexes 7       firstxv   boxzoomparam indexes 8       lastxv   boxzoomparam indexes 9       firstyv   boxzoomparam indexes 10       lastyv   boxzoomparam indexes 11       firstxf   boxzoomparam indexes 12       lastxf   boxzoomparam indexes 13       firstyf   boxzoomparam indexes 14       lastyf   boxzoomparam indexes 15       firstzt   boxzoomparam indexes 16       lastzt   boxzoomparam indexes 17       firstzw   boxzoomparam indexes 18       lastzw   boxzoomparam indexes 19       nxt   boxzoomparam indexes 20       nyt   boxzoomparam indexes 21       nxu   boxzoomparam indexes 22       nyu   boxzoomparam indexes 23       nxv   boxzoomparam indexes 24       nyv   boxzoomparam indexes 25       nxf   boxzoomparam indexes 26       nyf   boxzoomparam indexes 27       nzt   boxzoomparam indexes 28       nzw   boxzoomparam indexes 29       key_irregular   boxzoomparam key         boxzoomparam    1      ENDIF ELSE BEGIN         restore  myuniquetmpdir   filename       file_delete  myuniquetmpdir   filename      ENDELSE       updateold     return end     ");
+a[30] = new Array("./Grid/saveboxparam.html", "saveboxparam.pro", "", "             file_comments save all the zoom parameters  defined by calling domdef             in a file  using save command  located in myuniquetmpdir             common variable defined by def_myuniquetmpdir       examples   IDL  saveboxparam  filename       param filename  in required  a scalar string defining the file name       uses cm_4mesh and cm_demomode_used if we are in demo mode      restrictions call def_myuniquetmpdir  if myuniquetmpdir is undefined:                    define  create and add it to  path      history Sebastien Masson  smasson lodyc jussieu fr                         June 2005         PRO saveboxparam  filename     compile_opt idl2  strictarrsubs    cm_4mesh     def_myuniquetmpdir     IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used         boxzoomparam    bound: lon1  lon2  lat1  lat2  vert1  vert2             indexes: firstxt  lastxt  firstyt  lastyt            firstxu  lastxu  firstyu  lastyu            firstxv  lastxv  firstyv  lastyv            firstxf  lastxf  firstyf  lastyf            firstzt  lastzt  firstzw  lastzw            nxt  nyt  nxu  nyu  nxv  nyv  nxf  nyf  nzt  nzw             key:key_irregular       ENDIF ELSE BEGIN         save  lon1  lon2  lat1  lat2  vert1  vert2            firstxt  lastxt  firstyt  lastyt            firstxu  lastxu  firstyu  lastyu            firstxv  lastxv  firstyv  lastyv            firstxf  lastxf  firstyf  lastyf            firstzt  lastzt  firstzw  lastzw            nxt  nyt  nxu  nyu  nxv  nyv  nxf  nyf  nzt  nzw            key_irregular  filename   myuniquetmpdir   filename      ENDELSE     return end");
+a[31] = new Array("./Grid/smallmeshmask.html", "smallmeshmask.pro", "", "         categories for OPA meshmask files      history        July 2004 Sebastien Masson  smasson lodyc jussieu fr        PRO ncdf_transfer  inid  outid  inname  outname     compile_opt idl2  strictarrsubs     IF n_elements outname  EQ 0 THEN outname   inname   ncdf_varget  inid  inname  zzz   ncdf_varput  outid  outname  float reform zzz   over    RETURN END        file_comments reduce the size of the NetCDF meshmask created by OPA by   using byte format for the masks and the foat format for the other   fields          keyword IODIR to define the files path          param ncfilein  in required         1  the name of the meshmask file to be reduced  In that case         there is only one meshmask file          OR          2  the xxx part in the names: xxx mesh_hgr nc xxx mesh_zgr nc        xxx mask nc  In that case  the meshmask is split into 3 files            param ncfileout  in optional  the name of the reduced meshmask file  default        definition is smallmeshmask nc      examples      IDL  meshdir d1fes2 raid2 smasson DATA ORCA05       IDL  smallmeshmask   meshmask_ORCA_R05 nc iodir meshdir      categories for OPA meshmask files      history        July 2004 Sebastien Masson  smasson lodyc jussieu fr    PRO smallmeshmask  ncfilein  ncfileout  IODIR   iodir       compile_opt idl2  strictarrsubs     filein   isafile FILE   ncfilein  IODIR   iodir   NEW    test    findfile filein 0    IF test EQ   THEN BEGIN     filein_hgr    findfile filein mesh_hgr nc 0      filein_zgr    findfile filein mesh_zgr nc 0      filein_msk    findfile filein mask nc 0      IF filein_hgr EQ   OR filein_zgr EQ   OR filein_msk EQ    THEN BEGIN       print   meshmask file s  not found        print  filein  does not exist        print  filein mesh_hgr nc does not exist        print  filein mesh_zgr nc does not exist        print  filein mask nc does not exist        return     ENDIF   ENDIF ELSE filein   test       get the horizontal dimensions   IF n_elements filein_hgr  NE 0  THEN cdfid   ncdf_open filein_hgr      ELSE cdfid   ncdf_open filein     ncdf_diminq  cdfid   x  name  jpi   ncdf_diminq  cdfid   y  name  jpj   get the vertical dimensions   IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF   listdims   strlowcase ncdf_listdims cdfid    IF  where listdims EQ  z 0  NE  1 THEN ncdf_diminq  cdfid   z  name  jpk ELSE BEGIN      dimid    where strmid listdims  0  5  EQ  depth 0      IF dimid NE  1 THEN ncdf_diminq  cdfid  dimid  name  jpk ELSE BEGIN        dummy   report We could not find the vertical dimension  its name must be z or start with depth        return     ENDELSE    ENDELSE    get the variables list related to the partial steps   varlist_ps   ncdf_listvars cdfid    varlist_ps   strtrim strlowcase varlist_ps  2            define the output file     IF n_elements ncfileout  EQ 0  THEN ncfileout    smallmeshmask nc       cdfidout   ncdf_create isafile FILE   ncfileout  IODIR   iodir   NEW   clobber    ncdf_control  cdfidout   nofill   dimension   dimidx   ncdf_dimdef cdfidout   x  jpi    dimidy   ncdf_dimdef cdfidout   y  jpj    dimidz   ncdf_dimdef cdfidout   z  jpk    global attributs   ncdf_attput  cdfidout   IDL_Program_Name   smallmeshmask pro   GLOBAL   ncdf_attput  cdfidout   Creation_Date  systime   GLOBAL   declaration des variables   varid   lonarr 20    horizontal variables   hgrlist    glamt   glamu   glamv   glamf                    gphit   gphiu   gphiv   gphif                    e1t   e1u   e1v   e1f                    e2t   e2u   e2v   e2f    FOR h   0  n_elements hgrlist 1 DO       varid h    ncdf_vardef cdfidout  hgrlist h   dimidx  dimidy   float    vertical variables   zgrlist    e3t   e3w   gdept   gdepw    FOR z   0  n_elements zgrlist 1 DO       varid 16 z    ncdf_vardef cdfidout  zgrlist z   dimidz   float    variables related to the partial steps   IF  where varlist_ps EQ  hdept 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdept   dimidx  dimidy   float    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   hdepw   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3tp to e3t_ps   IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    old variable name  keep for compatibility with old run  Change e3wp to e3w_ps   IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3t_ps   dimidx  dimidy   float    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       varid    varid  ncdf_vardef cdfidout   e3w_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3u_ps   dimidx  dimidy   float      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         varid    varid  ncdf_vardef cdfidout   e3v_ps   dimidx  dimidy   float    mask variable   msklist    tmask   umask   vmask   fmask    FOR m   0  n_elements msklist 1 DO       varid    varid  ncdf_vardef cdfidout  msklist m                                       dimidx  dimidy  dimidz   byte        ncdf_control  cdfidout   endef       get the horizontal variables     IF n_elements filein_hgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_hgr    ENDIF     FOR h   0  n_elements hgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  hgrlist h      get the vertical variables     IF n_elements filein_zgr  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_zgr    ENDIF     FOR z   0  n_elements zgrlist 1 DO       ncdf_transfer  cdfid  cdfidout  zgrlist z    partial step variables    IF  where varlist_ps EQ  hdept 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdept    IF  where varlist_ps EQ  hdepw 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   hdepw    IF  where varlist_ps EQ  e3tp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3tp   e3t_ps    IF  where varlist_ps EQ  e3wp 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3wp   e3w_ps    IF  where varlist_ps EQ  e3t_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3t_ps    IF  where varlist_ps EQ  e3w_ps 0  NE  1 THEN       ncdf_transfer  cdfid  cdfidout   e3w_ps      IF  where varlist_ps EQ  e3u_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3u_ps      IF  where varlist_ps EQ  e3v_ps 0  NE  1 THEN         ncdf_transfer  cdfid  cdfidout   e3v_ps      mask     IF n_elements filein_msk  NE 0  THEN BEGIN     ncdf_close  cdfid     cdfid   ncdf_open filein_msk    ENDIF   loop on the vertical levels to limit the memory use   FOR k   0  jpk 1 DO BEGIN     FOR m   0  3 DO BEGIN       CASE  ncdf_varinq cdfid  msklist m ndims OF         3:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k              count    jpi  jpj  1          4:ncdf_varget  cdfid  msklist m  zzz  offset    0  0  k  0              count    jpi  jpj  1  1        ENDCASE       ncdf_varput  cdfidout  msklist m  byte temporary zzz              offset    0  0  k  count    jpi  jpj  1      ENDFOR   ENDFOR       ncdf_close  cdfid   ncdf_close  cdfidout    RETURN END");
+a[32] = new Array("./Interpolation/angle.html", "angle.pro", "", "       file_comments north stereographic polar projection      keyword     DOUBLE use double precision  default is float       returns         gsinu gcosu : sinus and cosinus of the angle          gsinv gcosv   between north south direction          gsint gcost   and the j direction of the mesh      restrictions to compute the lateral boundary conditions  we assume   that:         1  the first line is similar to the second line              gcosu  0    gcosu  1                gsinu  0    gsinu  1          2  the grid follows OPA x periodicity rule  first column is       equal to the next to last column              gcosv 0      gcosv jpj 2                 gsinv 0      gsinv jpj 2           history               Original :  96 07  O  Marti                      98 06  G  Madec          Feb 2005: IDL adaptation S  Masson        FUNCTION fsnspp  plam  pphi  DOUBLE   double     compile_opt idl2  strictarrsubs     IF keyword_set double  THEN BEGIN     a   2 d   tan   dpi 4 d    dpi 180 d pphi 2 d       x   cos   dpi 180 d plam     a     y   sin   dpi 180 d plam     a   ENDIF ELSE BEGIN     a   2    tan   pi 4     pi 180 float pphi 2        x   cos   pi 180 float plam      a     y   sin   pi 180 float plam      a       ENDELSE   RETURN   x:x  y:y  END        file_comments Compute angles between grid lines and direction of the North  fom angle F v 2 2 in OPA8 2       param fileocemesh  in required  a netcdf file that contains  at least :          glamu  gphiu: longitudes and latitudes at U points          glamv  gphiv: longitudes and latitudes at V points          glamf  gphif: longitudes and latitudes at F points      keyword IODIRECTORY the directory path where is located fileocemesh    keyword     DOUBLE use double precision  default is float        PRO angle  fileocemesh  gcosu  gsinu  gcosv  gsinv  gcost  gsint                IODIRECTORY   iodirectory  DOUBLE   double     0  read oceanic grid parameters           compile_opt idl2  strictarrsubs     IF keyword_set IODIRECTORY  THEN BEGIN     IF  strpos iodirectory reverse_search  NE  strlen iodirectory 1  THEN         iodirectory   iodirectory    ENDIF ELSE iodirectory       fileoce   iodirectory fileocemesh     fileoce   findfile fileoce  count   okfile    IF okfile NE 1 THEN BEGIN     print   the file  fileoce  is not found  we stop      stop   ENDIF     cdfido   ncdf_open fileoce 0    ncdf_varget  cdfido   glamt  glamt   ncdf_varget  cdfido   glamu  glamu   ncdf_varget  cdfido   glamv  glamv   ncdf_varget  cdfido   glamf  glamf   ncdf_varget  cdfido   gphit  gphit   ncdf_varget  cdfido   gphiu  gphiu   ncdf_varget  cdfido   gphiv  gphiv   ncdf_varget  cdfido   gphif  gphif   ncdf_close  cdfido     glamt   reform glamt   over    glamu   reform glamu   over    glamv   reform glamv   over    glamf   reform glamf   over    gphit   reform gphit   over    gphiu   reform gphiu   over    gphiv   reform gphiv   over    gphif   reform gphif   over    jpj    size glamf   dimension 1      I  Compute the cosinus and sinus        computation done on the north stereographic polar plan         north pole direction   modulous  at t point    znpt   fsnspp  glamt  gphit  DOUBLE   double     glamt    1   gphit    1  free memory   znpt x     znpt x   znpt y     znpt y   znnpt   znpt x znpt x   znpt y znpt y       north pole direction   modulous  at u point    znpu   fsnspp  glamu  gphiu  DOUBLE   double     glamu    1   gphiu    1  free memory   znpu x     znpu x   znpu y     znpu y   znnpu   znpu x znpu x   znpu y znpu y       north pole direction   modulous  at v point    znpv   fsnspp  glamv  gphiv  DOUBLE   double     znpv00   znpv   znpv01   fsnspp  shift glamv  0  1  shift gphiv  0  1  DOUBLE   double     glamv    1   gphiv    1  free memory   znpv x     znpv x   znpv y     znpv y   znnpv   znpv x znpv x   znpv y znpv y       f point   znpf00   fsnspp  glamf  gphif  DOUBLE   double     znpf01   fsnspp  shift glamf  0  1  shift gphif  0  1  DOUBLE   double     znpf10   fsnspp  shift glamf  1  0  shift gphif  1  0  DOUBLE   double     glamf    1   gphif    1  free memory       j direction: v point segment direction  t point    zxvvt   znpv00 x   znpv01 x   zyvvt   znpv00 y   znpv01 y   zmnpvt   sqrt   temporary znnpt      zxvvt zxvvt   zyvvt zyvvt        znpv00    1  free memory   znpv01    1  free memory   IF keyword_set double  THEN zmnpvt   1 e 14   zmnpvt     ELSE zmnpvt   1 e 6   zmnpvt        j direction: f point segment direction  u point    zxffu   znpf00 x   znpf01 x   zyffu   znpf00 y   znpf01 y   zmnpfu   sqrt   temporary znnpu      zxffu zxffu   zyffu zyffu        znpf01    1  free memory   IF keyword_set double  THEN zmnpfu   1 e 14   zmnpfu     ELSE zmnpfu   1 e 6   zmnpfu        i direction: f point segment direction  v point    zxffv   znpf00 x   znpf10 x   zyffv   znpf00 y   znpf10 y    znpf00    1    znpf10    1  free memory   zmnpfv   sqrt   temporary znnpv      zxffv zxffv   zyffv zyffv        IF keyword_set double  THEN zmnpfv   1 e 14   zmnpfv     ELSE zmnpfv   1 e 6   zmnpfv        cosinus and sinus using scalar and vectorial products   gsint     znpt x zyvvt   znpt y zxvvt     zmnpvt   gcost     znpt x zxvvt   znpt y zyvvt     zmnpvt       cosinus and sinus using scalar and vectorial products   gsinu     znpu x zyffu   znpu y zxffu     zmnpfu   gcosu     znpu x zxffu   znpu y zyffu     zmnpfu       cosinus and sinus using scalar and vectorial products          caution  rotation of 90 degres    gsinv      znpv x zxffv   znpv y zyffv     zmnpfv   gcosv     znpv x zyffv   znpv y zxffv     zmnpfv     II  Geographic mesh               bad   where abs glamf shift glamf  0  1  LT 1 e 8          IF bad 0  NE  1 THEN BEGIN           gcosu bad    1            gsinu bad    0          ENDIF         bad   where abs gphif shift gphif  1  0  LT 1 e 8          IF bad 0  NE  1 THEN BEGIN           gcosv bad    1            gsinv bad    0          ENDIF     III  Lateral boundary conditions         gcost  0    gcost  1     gsint  0    gsint  1     gcosu  0    gcosu  1     gsinu  0    gsinu  1     gcosv 0      gcosv jpj 2      gsinv 0      gsinv jpj 2        RETURN END");
+a[33] = new Array("./Interpolation/clickincell.html", "clickincell.pro", "", "     file_comments click on a map and find in which cell the click was      categories finding where is a point on a grid      examples          res   clickincell        Click with the left button to select a cell  Clicking one more       time in the same cell remove the cell from the selection        Click on the right button to quit         keyword     CELLTYPE    T   W   U   V  or  F  This this the type of point       that is located in the center of the cell which the click is       located  default is T type of cell  with corner defined by F       points       keyword      DRAWCELL to draw the cell in which we clicked      keyword     COLOR  the color used to draw the cells  Clicking one more       time in the same cell will draw the cell with the white color       keyword      ORIGINAL to get the position of the cell regarding the original       grid  with no key_shift  ixminmesh  iyminmesh       keyword      IJ see outpus      keyword     _EXTRA to pass extra keywords to inquad and plot  when  drawcell       returns       the index of the selected cells regarding to the grid which       is in memory in the variable of the common  If  ij keyword is       activated give 2D array  2  n  which are the i j position of the       n selected cells        uses common pro      examples        IDL  plt  findgen jpi jpj nodata map 90 0 0 ortho     IDL  print  clickincell draw color 150 xy       history        Sebastien Masson  smasson lodyc jussieu fr         August 2003     FUNCTION clickincell  CELLTYPE   celltype  DRAWCELL   drawcell  COLOR   color  ORIGINAL   original  IJ   ij  _EXTRA   extra     compile_opt idl2  strictarrsubs    common     initialization   cellnum    1L   selected   0     Cell list   get the grid parameter according to celltype   oldgrid   vargrid   IF NOT keyword_set celltype  THEN celltype    T    CASE strupcase celltype  OF      T :vargrid    F       W :vargrid    F       U :vargrid    V       V :vargrid    U       F :vargrid    T    ENDCASE   grille   1  glam  gphi   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz   vargrid   oldgrid   define the corner of the cells in the clockwise direction   IF keyword_set key_periodic  AND nx EQ jpi THEN BEGIN     x1   glam  0:ny 2      y1   gphi  0:ny 2      x2   glam  1:ny 1      y2   gphi  1:ny 1      x3   shift glam  1:ny 1   1  0      y3   shift gphi  1:ny 1   1  0      x4   shift glam  0:ny 2   1  0      y4   shift gphi  0:ny 2   1  0    ENDIF ELSE BEGIN     x1   glam 0:nx 2  0:ny 2      y1   gphi 0:nx 2  0:ny 2      x2   glam 0:nx 2  1:ny 1      y2   gphi 0:nx 2  1:ny 1      x3   glam 1:nx 1  1:ny 1      y3   gphi 1:nx 1  1:ny 1      x4   glam 1:nx 1  0:ny 2      y4   gphi 1:nx 1  0:ny 2    ENDELSE   glam    1   free memory   gphi    1   free memory     get mousse position on the reference map   cursor  x  y   data   up     while  mouse button ne 4  do BEGIN     IF finite x finite x  EQ 0 THEN GOTO  outwhile       case  mouse button of       1:BEGIN   What is the longitude          WHILE x GT  x range 1  DO x   x 360         WHILE x LT  x range 0  DO x   x 360         IF x GT  x range 1  THEN GOTO  outwhile         IF y GT  y range 1  THEN GOTO  outwhile         IF y LT  y range 0  THEN GOTO  outwhile           cell   inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4                            onsphere  _extra   extra            IF cell 0  EQ  1 OR n_elements cell  GT 1 THEN GOTO  outwhile         cell   cell 0          already    where cellnum EQ cell 0          IF already EQ  1 THEN BEGIN           cellnum    cellnum  cell            selected    selected  1            already   n_elements selected 1          ENDIF ELSE selected already    1 selected already          IF keyword_set drawcell  THEN BEGIN           oplot   x1 cell  x2 cell  x3 cell  x4 cell  x1 cell                   y1 cell  y2 cell  y3 cell  y4 cell  y1 cell                  color   color selected already                   d n_colors   255 1 selected already                  _extra   extra         ENDIF       END       2:                          middle button       ELSE:     ENDCASE       get mousse position on the reference map outwhile:     cursor  x  y   data   up   ENDWHILE     good   where selected NE 0    IF good 0  EQ  1 THEN RETURN   1      cellnum   cellnum good      yy   cellnum nx 1 key_periodic nx EQ jpi    xx   cellnum MOD  nx 1 key_periodic nx EQ jpi      CASE strupcase celltype  OF      T :BEGIN       xx   xx firstx 1       yy   yy firsty 1     END      W :BEGIN       xx   xx firstx 1       yy   yy firsty 1     END      U :BEGIN       xx   xx firstx       yy   yy firsty 1     END      V :BEGIN       xx   xx firstx 1       yy   yy firsty     END      F :BEGIN       xx   xx firstx       yy   yy firsty     END   ENDCASE     bad   where xx GE jpi    IF bad 0  NE  1 THEN BEGIN     xx bad    xx bad jpi     yy bad    yy bad 1   ENDIF   bad   where yy GE jpj    IF bad 0  NE  1 THEN stop     IF keyword_set original  THEN BEGIN     xx   xx key_shift     bad   where xx LT 0      IF bad 0  NE  1 THEN xx bad    xx bad jpi     xx   xx MOD jpi     xx   xx  ixminmesh     yy   yy iyminmesh   ENDIF     ncell   n_elements xx     IF keyword_set ij  THEN       RETURN   reform xx  1  ncell   over                   reform yy  1  ncell   over       IF keyword_set original  THEN RETURN  xx jpiglo yy     ELSE RETURN  xx jpi yy  END ");
 a[34] = new Array("./Interpolation/compute_fromirr_bilinear_weigaddr.html", "compute_fromirr_bilinear_weigaddr.pro", "", "     file_comments compute the weight and address needed to interpolate data from            an  irregular 2D grid   defined as a grid made of quadrilateral cells             to any grid using the bilinear method         categories interpolation          param olonin  in required  longitudeof the input data         param olat    in required  latitude of the input data         param omsk    in required  land se mask of the input data         param alonin  in required  longitude of the output data         param alat    in required  latitude of the output data         param amsk    in required  land se mask of the output data       returns        weig  addr: 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpia  jpja   over       restrictions       the input grid must be an  irregular 2D grid  defined as a grid made        of quadrilateral cells which corners positions are defined with olonin and olat       We supposed the data are located on a sphere  with a periodicity along       the longitude       to perform the bilinear interpolation within quadrilateral cells  we       first morph the cell into a square cell and then compute the bilinear       interpolation        if some corners of the cell are land points  their weight is set to 0        and the weight is redistributed on the remaining  water  corners       points located out of the southern and northern boundaries or in cells      containing only land points are set the the same value as their closest neighbor l      history    June 2006: Sebastien Masson  smasson lodyc jussieu fr                PRO compute_fromirr_bilinear_weigaddr  olonin  olat  omsk  alonin  alat  amsk  weig  addr     compile_opt idl2  strictarrsubs      jpia    size alonin   dimensions 0    jpja    size alonin   dimensions 1      jpio    size olonin   dimensions 0    jpjo    size olonin   dimensions 1      longitude  between 0 and 360   alon   alonin MOD 360   out   where alon LT 0     IF out 0  NE  1 THEN alon out    alon out 360   olon   olonin MOD 360   out   where olon LT 0     IF out 0  NE  1 THEN olon out    olon out 360     we work only on the water points   owater   where omsk EQ 1    nowater   n_elements owater     awater   where amsk EQ 1    nawater   n_elements awater       define all cells that have corners located at olon  olat   we define the cell with the address of all corners                3        2                                                                                                                   0        1     alladdr   lindgen jpio  jpjo 1    celladdr   lonarr 4  jpio jpjo 1    celladdr 0      alladdr   celladdr 1      shift alladdr   1    celladdr 2      shift alladdr   jpio   1    celladdr 3      alladdr   jpio     list the cells that have at least 1 ocean point as corner   good   where total omsk celladdr  1  GT 0    keep only those cells    celladdr   celladdr  temporary good      xcell   olon celladdr    minxcell   min xcell  dimension   1  max   maxxcell    ycell   olat celladdr    minycell   min ycell  dimension   1  max   maxycell    foraddr: address of the ocean water cell associated to each atmosphere water point   foraddr   lonarr nawater    forweight: x y position of the atmosphere water point in the ocean water cell   forweight   dblarr nawater  2      Loop on all the water point of the atmosphere   We look for which ocean water cell contains the atmosphere water point     delta   max 360 jpio   180 jpjo  4    FOR n   0L  nawater 1 DO BEGIN   control print     IF  n MOD 5000  EQ 0 THEN print  n   longitute and latitude of the atmosphere water point     xx   alon awater n      yy   alat awater n    1  we reduce the number of ocean cells for which we will try to know if   xx yy is inside       CASE 1 OF   if we are near the norh pole       yy GE  90 delta :BEGIN         lat1   90 2 delta         good   where maxycell GE lat1          onsphere   1       END   if we are near the longitude periodicity area       xx LE delta OR xx GE  360 delta :BEGIN          lat1   yy delta         lat2   yy delta         good   where minxcell LE 2 delta OR maxxcell GE  360 2 delta  AND maxycell GE lat1 AND minycell LE lat2          onsphere   1       END   other cases       ELSE:BEGIN         lon1   xx delta         lon2   xx delta         lat1   yy delta         lat2   yy delta         good   where maxxcell GE lon1 AND minxcell LE lon2 AND maxycell GE lat1 AND minycell le lat2    ORCA cases : orca grid is irregular only northward of 40N         CASE 1 OF           jpio EQ 92   AND  jpjo EQ 76   OR jpjo EQ 75   OR jpjo EQ 74   :onsphere   yy GT 40           jpio EQ 180  AND  jpjo EQ 149  OR jpjo EQ 148  OR jpjo EQ 147  :onsphere   yy GT 40           jpio EQ 720  AND  jpjo EQ 522  OR jpjo EQ 521  OR jpjo EQ 520  :onsphere   yy GT 40           jpio EQ 1440 AND  jpjo EQ 1021 OR jpjo EQ 1020 OR jpjo EQ 1019 :onsphere   yy GT 40           ELSE:onsphere   1         ENDCASE       END     ENDCASE   we found a short list of possible ocean water cells containing the atmosphere water point     IF good 0  NE  1 THEN BEGIN   in which cell is located the atmosphere water point    Warning  inquad use clockwise quadrilateral definition       ind   inquad xx  yy                        xcell 0  good  ycell 0  good                         xcell 3  good  ycell 3  good                         xcell 2  good  ycell 2  good                         xcell 1  good  ycell 1  good                         onsphere   onsphere  newcoord   newcoord   noprint    keep only the first cell  if the atmospheric point was located in several ocean cells        ind   ind 0    we found one ocean water cell containing the atmosphere water point       IF ind NE  1 THEN BEGIN         ind   good ind    we keep its address          foraddr n    ind   now  we morph the quadrilateral ocean cell into the reference square  0   1    in addition we get the corrdinates of the atmospheric point in this new morphed square         IF onsphere THEN BEGIN   Warning  quadrilateral2square use anticlockwise quadrilateral definition           xy   quadrilateral2square newcoord 0  0  newcoord 1  0                                          newcoord 0  3  newcoord 1  3                                          newcoord 0  2  newcoord 1  2                                          newcoord 0  1  newcoord 1  1                                          newcoord 0  4  newcoord 1  4          ENDIF ELSE BEGIN           xy   quadrilateral2square xcell 0  ind  ycell 0  ind                                          xcell 1  ind  ycell 1  ind                                          xcell 2  ind  ycell 2  ind                                          xcell 3  ind  ycell 3  ind  xx  yy          ENDELSE    take care of rounding errors          zero   where abs xy  LT 1e 4          IF zero 0  NE  1 THEN xy zero    0         one   where abs 1 xy  LT 1e 4          IF one 0  NE  1 THEN xy one    1   some  useless  checks          IF  xy 0  LT 0 OR xy 0  GT 1 THEN stop         IF  xy 0  LT 0 OR xy 0  GT 1 THEN stop   keep the new coordinates         forweight n  0    xy 0          forweight n  1    xy 1        ENDIF ELSE foraddr n     1     ENDIF ELSE foraddr n     1   ENDFOR   do we have some water atmospheric points that are not located in an water oceanic cell    bad   where foraddr EQ  1    IF bad 0  NE  1 THEN BEGIN   yes    we look for neighbor water atmospheric point located in water oceanic cell     badaddr   awater bad      good   where foraddr NE  1    list the atmospheric points located in water oceanic cell     goodaddr   awater good    there longitude and latitude     goodlon   alon goodaddr      goodlat   alat goodaddr    for all the bad points  look for a neighbor     neig   lonarr n_elements bad      FOR i   0  n_elements bad 1 DO BEGIN       neig i     neighbor alon badaddr i  alat badaddr i  goodlon  goodlat   sphere 0      ENDFOR   get the address regarding foraddr     neig   good neig    associate each bad point with its neighbor  get its address and weight      foraddr bad    foraddr neig      forweight bad      forweight neig      endif   transform the address of the ocean cell into the address of its 4 corners   newaaddr   celladdr  temporary foraddr    now we compute the weight to give at each corner   newaweig   dblarr 4  nawater    a   reform forweight  0  1  nawater    b   reform forweight  1  1  nawater    forweight     1   free memory   newaweig    1 a 1 b   1 b a  a b   1 a b    a    1    b    1   free memory   mask the weight to suppress the corner located on land   newaweig   newaweig omsk newaaddr    totalweig   total newaweig  1    for cell with some land corner    we have to redistribute the weight on the reaining water corners   weights normalization   totalweig   total newaweig  1    newaweig   newaweig replicate 1  4 totalweig    totalweig   total newaweig  1     weights   weig   dblarr 4  jpia jpja    weig  awater    temporary newaweig    address   addr   dblarr 4  jpia jpja    addr  awater    temporary newaaddr      RETURN END");
-a[35] = new Array("./Interpolation/compute_fromreg_bilinear_weigaddr.html", "compute_fromreg_bilinear_weigaddr.pro", "", "     file_comments compute the weight and address needed to interpolate data from a             regular grid  to any grid using the bilinear method         categories interpolation          param alonin  in required  longitudeof the input data         param alatin   in required  latitude of the input data         param olonin  in required  longitude of the output data         param olat   in required  latitude of the output data       keyword      NONORTHERNLINE activate if you don t whant to take into            account the northen line of the input data when perfoming the    keyword      NOSOUTHERNLINE activate if you don t whant to take into            account the southern line of the input data when perfoming the            interpolation       returns        weig  addr: 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpio  jpjo   over       restrictions       the input grid must be a  regular grid  defined as a grid for which each       lontitudes lines have the same latitude and each latitudes columns have the       same longitude        We supposed the data are located on a sphere  with a periodicity along       the longitude        points located out of the southern and northern boundaries are interpolated       using a linear interpolation only along the longitudinal direction        history    November 2005: Sebastien Masson  smasson lodyc jussieu fr                PRO compute_fromreg_bilinear_weigaddr  alonin  alatin  olonin  olat  weig  addr       NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline     compile_opt strictarr  strictarrsubs      alon   alonin   alat   alatin   olon   olonin     jpia   n_elements alon    jpja   n_elements alat      jpio    size olon   dimensions 0    jpjo    size olon   dimensions 1      alon   minalon   min alon   max   maxalon    IF maxalon minalon GE 360  THEN stop   alon must be monotonically increasing   IF array_equal sort alon  lindgen jpia  NE 1 THEN BEGIN      shiftx    where alon EQ min alon 0      alon   shift alon  shiftx      IF array_equal sort alon  lindgen jpia  NE 1 THEN stop   ENDIF ELSE shiftx   0   for longitude periodic bondary condition we add the fist   column on the right side of the array and    alon    alon  alon 0 360    jpia   jpia 1L   alat   revy   alat 0  GT alat 1    IF revy THEN alat   reverse alat    alat must be monotonically increasing   IF array_equal sort alat  lindgen jpja  NE 1 THEN stop     if keyword_set nonorthernline  then BEGIN      jpja   jpja   1L     alat   alat 0: jpja 1L    ENDIF   if keyword_set nosouthernline  then BEGIN      alat   alat 1: jpja 1L      jpja   jpja   1L   ENDIF   olon between minalon et minalon 360   out   where olon LT minalon    WHILE out 0  NE  1 DO BEGIN     olon out    olon out 360      out   where olon LT minalon    ENDWHILE   out   where olon GE minalon 360    WHILE out 0  NE  1 DO BEGIN     olon out    olon out  360      out   where olon GE minalon 360    ENDWHILE   make sure that all values of olon are located within values of alon   IF min olon  max   ma  LT minalon THEN stop   IF ma GE minalon 360  THEN stop     we want to do biliear interpolation   for each ocean point  we must   find in which atm cell it is located    if the ocean point is out of the atm grid  we use closest neighbor   interpolation      for each T point of oce grid  we find in which armospheric cell it is   located    As the atmospheric grid is regular  we can use inrecgrid instead   of inquad    pos   inrecgrid olon  olat  alon 0:jpia 2L  alat 0:jpja 2L                        checkout    alon jpia 1L  alat jpja 1L   output2d    checks    for longitude  each ocean points must be located in atm cell    IF  where pos 0    EQ  1 0  NE  1 THEN stop   no ocean point should be located westward of the left bondary of the   atm cell in which it is supposed to be located    IF total olon LT alon pos 0    NE 0 THEN stop   no ocean point should be located eastward of the right bondary of the   atm cell in which it is supposed to be located    IF total olon GT alon pos 0   1  NE 0 THEN stop     we use bilinear interpolation     we change the coordinates of each ocean points to fit into a   rectangle defined by:       y2                                                                     y1         x1          x2        X    x x1 x2 x1       Y    y y1 y2 y1      indx   pos 0      indy    temporary pos 1      points located out of the atmospheric grid too much northward or southward    bad   where indy EQ  1    indy   0   indy     IF max indx  GT jpia 2 THEN stop   checks    IF max indy  GT jpja 2 THEN stop   checks    x coordinates of the atm cell    x1   alon indx    x2   alon indx 1    new x coordinates of the ocean points in each cell   divi   temporary x2 x1   glamnew    olon x1 temporary divi    x1    1   free memory    olon    1   free memory    y coordinates of the atm cell    y1   alat indy    y2   alat indy 1                  new y coordinates of the ocean points in each cell   divi   temporary y2 y1   zero   where divi EQ 0    IF zero 0  NE  1 THEN divi zero    1    gphinew    olat y1 temporary divi    y1    1   free memory    checks    IF min glamnew  LT 0 THEN stop   IF max glamnew  GT 1 THEN stop     weight and address array used for bilinear interpolation    xaddr   lonarr 4  jpio jpjo    xaddr 0      indx     xaddr 1      indx   1L   xaddr 2      indx   1L   xaddr 3      indx        yaddr   lonarr 4  jpio jpjo    yaddr 0      indy   yaddr 1      indy   yaddr 2      indy   1L   yaddr 3      indy   1L   compute the weight for the bilinear interpolation    weig   fltarr 4  jpio jpjo    weig 0       1 glamnew     1 gphinew    weig 1          glamnew     1 gphinew    weig 2          glamnew        gphinew   weig 3       1 glamnew        gphinew    free memory   gphinew    1   IF bad 0  EQ  1 THEN glamnew    1 ELSE glamnew    temporary glamnew bad    we work now on the  bad  points   linear interpolation only along the longitudinal direction   IF bad 0  NE  1 THEN BEGIN     ybad   olat bad    the ocean points that are not located into an atm cell should be   located northward of the northern boudary of the atm grid         or southward of the southern boudary of the atm grid      IF total ybad GE min alat  AND ybad LE max alat  GE 1 THEN stop       weig 0  bad     1 glamnew      weig 1  bad    temporary glamnew      weig 2  bad    0      weig 3  bad    0      south   where ybad LT alat 0      IF south 0  NE  1 THEN yaddr  bad temporary south    0L     north   where ybad GT alat jpja 1      IF north 0  NE  1 THEN yaddr  bad temporary north    0L     ybad    1   bad    1   free memory   ENDIF   check totalweight   1   totalweig   abs 1 total weig  1    IF  where temporary totalweig  GE 1 e 5 0  NE  1 THEN stop     come back to the original atm grid without longitudinal overlap      jpia   jpia 1L   xaddr   temporary xaddr  MOD jpia   take into account shiftx if needed   IF shiftx NE 0 THEN xaddr    temporary xaddr    shiftx  MOD jpia   take into account nosouthernline and nonorthernline   if keyword_set nosouthernline  then BEGIN     yaddr   temporary yaddr    1L     jpja   jpja   1L   ENDIF   if keyword_set nonorthernline  then jpja   jpja   1L   take into account revy if needed   IF revy EQ 1 THEN yaddr   jpja   1L   temporary yaddr                                addr   temporary yaddr jpia   temporary xaddr       return end ");
-a[36] = new Array("./Interpolation/compute_fromreg_imoms3_weigaddr.html", "compute_fromreg_imoms3_weigaddr.pro", "", "       file_comments compute the weight and address neede to interpolate data from a             regular grid  to any grid using the imoms3 method         categories interpolation          param alonin  in required  longitude of the input data         param alatin   in required  latitude of the input data         param olonin  in required  longitude of the output data         param olat  in required  latitude of the output data       keyword  NONORTHERNLINE and  NOSOUTHERNLINE activate if you don t whant to take into            account the northen southern line of the input data when perfoming the            interpolation       returns        weig  addr: 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpio  jpjo   over       restrictions       the input grid must be a  regular rectangular grid  defined as a grid for       which each lontitudes lines have the same latitude and each latitudes columns       have the same longitude        We supposed the data are located on a sphere  with a periodicity along       the longitude        points located between the first last 2 lines are interpolated       using a imoms3 interpolation along the longitudinal direction and linear       interpolation along the latitudinal direction       points located out of the southern and northern boundaries are interpolated       using a imoms3 interpolation only along the longitudinal direction        history    November 2005: Sebastien Masson  smasson lodyc jussieu fr      March 2006: works for rectangular grids           PRO compute_fromreg_imoms3_weigaddr  alonin  alatin  olonin  olat  weig  addr                                          NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline     compile_opt strictarr  strictarrsubs      alon   alonin   alat   alatin   olon   olonin     jpia   n_elements alon    jpja   n_elements alat      jpio    size olon   dimensions 0    jpjo    size olon   dimensions 1      alon   minalon   min alon   max   maxalon    IF maxalon minalon GE 360  THEN stop   alon must be monotonically increasing   IF array_equal sort alon  lindgen jpia  NE 1 THEN BEGIN      shiftx    where alon EQ min alon 0      alon   shift alon  shiftx      IF array_equal sort alon  lindgen jpia  NE 1 THEN stop   ENDIF ELSE shiftx   0   alon is it regularly spaced    step   alon shift alon  1    step 0    step 0    360    IF total step step 0  GE 1 e 6  NE 0 THEN noregx   1   we extend the longitude range of alon   easy interpolation even   near minalon et maxalon    toadd   10 jpia 360 1   alon    alon jpia toadd:jpia 1 360  alon  alon 0:toadd 1 360    jpia   jpia 2 toadd   alat   revy   alat 0  GT alat 1    IF revy THEN alat   reverse alat    alat must be monotonically increasing   IF array_equal sort alat  lindgen jpja  NE 1 THEN stop   alat is it regularly spaced    step   alat shift alat  1    step   step 1:jpja   1L    IF total step step 0  GE 1 e 6  NE 0 THEN noregy   1     if keyword_set nonorthernline  then BEGIN      jpja   jpja   1L     alat   alat 0: jpja 1L    ENDIF   if keyword_set nosouthernline  then BEGIN      alat   alat 1: jpja 1L      jpja   jpja   1L   ENDIF   olon between minalon et minalon 360   out   where olon LT minalon    WHILE out 0  NE  1 DO BEGIN     olon out    olon out 360      out   where olon LT minalon    ENDWHILE   out   where olon GE minalon 360    WHILE out 0  NE  1 DO BEGIN     olon out    olon out  360      out   where olon GE minalon 360    ENDWHILE   make sure that all values of olon are located within values of alon   IF min olon  max   ma  LT minalon THEN stop   IF ma GE minalon 360  THEN stop     xaddr   lonarr 16  jpio jpjo    yaddr   lonarr 16  jpio jpjo    weig   fltarr 16  jpio jpjo      indexlon   value_locate alon  olon    IF total alon indexlon  GT olon  NE 0 THEN stop   IF total alon indexlon   1L  LE olon  NE 0 THEN stop   IF  where indexlon LE 1L      0  NE  1 THEN stop   IF  where indexlon GE jpia 3L 0  NE  1 THEN stop   indexlat   value_locate alat  olat      for the ocean points located below the atm line    jpja 2 and above the line 1   for those points we can always find 16 neighbors   imoms interpolation along longitude and latitude     short   where indexlat LT jpja 2L AND indexlat GE 1L    ilon   indexlon short    ilat   indexlat short       IF NOT keyword_set noregy  THEN BEGIN      delta   alat ilat 1L alat ilat      IF max abs delta delta 0  GE 1 e 6 THEN stop     delta   delta 0        d0    alat ilat 1L olat short delta     IF min d0  max   ma  LE  2 THEN stop     IF ma GT  1 THEN stop     wy0   imoms3 temporary d0      d1    alat ilat    olat short delta     IF min d1  max   ma  LE  1 THEN stop     IF ma GT 0 THEN stop     wy1   imoms3 temporary d1      d2    alat ilat 1L olat short delta     IF min d2  max   ma  LE 0 THEN stop     IF ma GT 1 THEN stop       wy2   imoms3 temporary d2      d3    alat ilat 2L olat short delta     IF min d3  max   ma  LE 1 THEN stop     IF ma GT 2 THEN stop       wy3   imoms3 temporary d3    ENDIF ELSE BEGIN      nele   n_elements short      wy0   fltarr nele      wy1   fltarr nele      wy2   fltarr nele      wy3   fltarr nele      FOR i   0L  nele 1 DO BEGIN       IF i MOD 10000 EQ 0 THEN print  i       newlat   spl_incr alat ilat i 1L:ilat i 2L   1  0  1  2  olat short i        IF newlat LE 0 THEN stop       IF newlat GT 1 THEN stop       wy0 i    imoms3 newlat 1        wy1 i    imoms3 newlat        wy2 i    imoms3 1 newlat        wy3 i    imoms3 2 newlat      ENDFOR   ENDELSE      mi   min wy0 wy1 wy2 wy3  max   ma    IF abs mi 1  GE 1 e 6 THEN stop   IF abs ma 1  GE 1 e 6 THEN stop     IF NOT keyword_set noregx  THEN BEGIN      delta   alon ilon alon ilon 1L      IF max abs delta delta 0  GE 1 e 6 THEN stop     delta   delta 0        d0    alon ilon 1L olon short delta     IF min d0  max   ma  LE  2 THEN stop     IF ma GT  1 THEN stop     wx0   imoms3 temporary d0      d1    alon ilon    olon short delta     IF min d1  max   ma  LE  1 THEN stop     IF ma GT 0 THEN stop     wx1   imoms3 temporary d1      d2    alon ilon 1L olon short delta     IF min d2  max   ma  LE 0 THEN stop     IF ma GT 1 THEN stop     wx2   imoms3 temporary d2      d3    alon ilon 2L olon short delta     IF min d3  max   ma  LE 1 THEN stop     IF ma GT 2 THEN stop       wx3   imoms3 temporary d3    ENDIF ELSE BEGIN      nele   n_elements short      wx0   fltarr nele      wx1   fltarr nele      wx2   fltarr nele      wx3   fltarr nele      FOR i   0L  nele 1 DO BEGIN       IF i MOD 10000 EQ 0 THEN print  i       newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i        IF newlon LE 0 THEN stop       IF newlon GT 1 THEN stop       wx0 i    imoms3 newlon 1        wx1 i    imoms3 newlon        wx2 i    imoms3 1 newlon        wx3 i    imoms3 2 newlon      ENDFOR   ENDELSE      mi   min wx0 wx1 wx2 wx3  max   ma    IF abs mi 1  GE 1 e 6 THEN stop   IF abs ma 1  GE 1 e 6 THEN stop     line 0   xaddr 0  short    ilon   1L   xaddr 1  short    ilon     xaddr 2  short    ilon   1L   xaddr 3  short    ilon   2L   yaddr 0  short    ilat   1L   yaddr 1  short    yaddr 0  short    yaddr 2  short    yaddr 0  short    yaddr 3  short    yaddr 0  short    weig 0  short    wx0   wy0   weig 1  short    wx1   wy0   weig 2  short    wx2   wy0   weig 3  short    wx3   wy0   line 1   xaddr 4  short    ilon   1L   xaddr 5  short    ilon     xaddr 6  short    ilon   1L   xaddr 7  short    ilon   2L   yaddr 4  short    ilat     yaddr 5  short    ilat     yaddr 6  short    ilat     yaddr 7  short    ilat     weig 4  short    wx0   wy1   weig 5  short    wx1   wy1   weig 6  short    wx2   wy1   weig 7  short    wx3   wy1   line 2   xaddr 8  short    ilon   1L   xaddr 9  short    ilon     xaddr 10  short    ilon   1L   xaddr 11  short    ilon   2L   yaddr 8  short    ilat   1L   yaddr 9  short    yaddr 8  short    yaddr 10  short    yaddr 8  short    yaddr 11  short    yaddr 8  short    weig 8  short    wx0   wy2   weig 9  short    wx1   wy2   weig 10  short    wx2   wy2   weig 11  short    wx3   wy2   line 3   xaddr 12  short    ilon   1L   xaddr 13  short    ilon     xaddr 14  short    ilon   1L   xaddr 15  short    ilon   2L   yaddr 12  short    ilat   2L   yaddr 13  short    yaddr 12  short    yaddr 14  short    yaddr 12  short    yaddr 15  short    yaddr 12  short    weig 12  short    wx0   wy3   weig 13  short    wx1   wy3   weig 14  short    wx2   wy3   weig 15  short    wx3   wy3     mi   min total weig  short  1  max   ma    IF abs mi 1  GE 1 e 6 THEN stop   IF abs ma 1  GE 1 e 6 THEN stop     for the ocean points located between the atm lines    jpja 2 and jpja 1 or between the atm lines 0 and 1   linear interpolation between line 1 and line 2     short   where indexlat EQ jpja 2L OR indexlat EQ 0    IF short 0  NE  1 THEN BEGIN     ilon   indexlon short      ilat   indexlat short        delta   alat ilat 1L alat ilat      IF NOT keyword_set noregy  THEN BEGIN        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0       ENDIF        d1    alat ilat    olat short delta     IF min d1  max   ma  LE  1 THEN stop     IF ma GT 0 THEN stop     wy1   1  temporary d1      d2    alat ilat 1L olat short delta     IF min d2  max   ma  LE 0 THEN stop     IF ma GT 1 THEN stop       wy2   1  temporary d2        mi   min wy1 wy2  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   but imoms3 along the longitude     IF NOT keyword_set noregx  THEN BEGIN        delta   alon ilon alon ilon 1L        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0          d0    alon ilon 1L olon short delta       IF min d0  max   ma  LE  2 THEN stop       IF ma GT  1 THEN stop       wx0   imoms3 temporary d0        d1    alon ilon    olon short delta       IF min d1  max   ma  LE  1 THEN stop       IF ma GT 0 THEN stop       wx1   imoms3 temporary d1        d2    alon ilon 1L olon short delta       IF min d2  max   ma  LE 0 THEN stop       IF ma GT 1 THEN stop       wx2   imoms3 temporary d2        d3    alon ilon 2L olon short delta       IF min d3  max   ma  LE 1 THEN stop       IF ma GT 2 THEN stop         wx3   imoms3 temporary d3      ENDIF ELSE BEGIN        nele   n_elements short        wx0   fltarr nele        wx1   fltarr nele        wx2   fltarr nele        wx3   fltarr nele        FOR i   0L  nele 1 DO BEGIN         IF i MOD 10000 EQ 0 THEN print  i         newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i          IF newlon LE 0 THEN stop         IF newlon GT 1 THEN stop         wx0 i    imoms3 newlon 1          wx1 i    imoms3 newlon          wx2 i    imoms3 1 newlon          wx3 i    imoms3 2 newlon        ENDFOR     ENDELSE        mi   min wx0 wx1 wx2 wx3  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   line 1     xaddr 0  short    ilon   1L     xaddr 1  short    ilon       xaddr 2  short    ilon   1L     xaddr 3  short    ilon   2L     yaddr 0  short    ilat       yaddr 1  short    ilat       yaddr 2  short    ilat       yaddr 3  short    ilat       weig 0  short    wx0   wy1     weig 1  short    wx1   wy1     weig 2  short    wx2   wy1     weig 3  short    wx3   wy1   line 2     xaddr 4  short    ilon   1L     xaddr 5  short    ilon       xaddr 6  short    ilon   1L     xaddr 7  short    ilon   2L     yaddr 4  short    ilat   1L     yaddr 5  short    yaddr 4  short      yaddr 6  short    yaddr 4  short      yaddr 7  short    yaddr 4  short      weig 4  short    wx0   wy2     weig 5  short    wx1   wy2     weig 6  short    wx2   wy2     weig 7  short    wx3   wy2       mi   min total weig  short  1  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop     ENDIF     for the ocean points located below the line 0   Interpolation only along the longitude      short   where indexlat EQ  1    IF short 0  NE  1 THEN BEGIN     ilon   indexlon short        IF NOT keyword_set noregx  THEN BEGIN        delta   alon ilon alon ilon 1L        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0          d0    alon ilon 1L olon short delta       IF min d0  max   ma  LE  2 THEN stop       IF ma GT  1 THEN stop       wx0   imoms3 temporary d0        d1    alon ilon    olon short delta       IF min d1  max   ma  LE  1 THEN stop       IF ma GT 0 THEN stop       wx1   imoms3 temporary d1        d2    alon ilon 1L olon short delta       IF min d2  max   ma  LE 0 THEN stop       IF ma GT 1 THEN stop       wx2   imoms3 temporary d2        d3    alon ilon 2L olon short delta       IF min d3  max   ma  LE 1 THEN stop       IF ma GT 2 THEN stop         wx3   imoms3 temporary d3      ENDIF ELSE BEGIN        nele   n_elements short        wx0   fltarr nele        wx1   fltarr nele        wx2   fltarr nele        wx3   fltarr nele        FOR i   0L  nele 1 DO BEGIN         IF i MOD 10000 EQ 0 THEN print  i         newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i          IF newlon LE 0 THEN stop         IF newlon GT 1 THEN stop         wx0 i    imoms3 newlon 1          wx1 i    imoms3 newlon          wx2 i    imoms3 1 newlon          wx3 i    imoms3 2 newlon        ENDFOR     ENDELSE        mi   min wx0 wx1 wx2 wx3  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   line 1     xaddr 0  short    ilon   1L     xaddr 1  short    ilon       xaddr 2  short    ilon   1L     xaddr 3  short    ilon   2L     yaddr 0:3  short    0      weig 0  short    wx0     weig 1  short    wx1     weig 2  short    wx2     weig 3  short    wx3       mi   min total weig  short  1  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop     ENDIF     for the ocean points located above jpia 1    Interpolation only along the longitude      short   where indexlat EQ jpja 1L    IF short 0  NE  1 THEN BEGIN     ilon   indexlon short        IF NOT keyword_set noregx  THEN BEGIN        delta   alon ilon alon ilon 1L        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0          d0    alon ilon 1L olon short delta       IF min d0  max   ma  LE  2 THEN stop       IF ma GT  1 THEN stop       wx0   imoms3 temporary d0        d1    alon ilon    olon short delta       IF min d1  max   ma  LE  1 THEN stop       IF ma GT 0 THEN stop       wx1   imoms3 temporary d1        d2    alon ilon 1L olon short delta       IF min d2  max   ma  LE 0 THEN stop       IF ma GT 1 THEN stop       wx2   imoms3 temporary d2        d3    alon ilon 2L olon short delta       IF min d3  max   ma  LE 1 THEN stop       IF ma GT 2 THEN stop         wx3   imoms3 temporary d3      ENDIF ELSE BEGIN        nele   n_elements short        wx0   fltarr nele        wx1   fltarr nele        wx2   fltarr nele        wx3   fltarr nele        FOR i   0L  nele 1 DO BEGIN         IF i MOD 10000 EQ 0 THEN print  i         newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i          IF newlon LE 0 THEN stop         IF newlon GT 1 THEN stop         wx0 i    imoms3 newlon 1          wx1 i    imoms3 newlon          wx2 i    imoms3 1 newlon          wx3 i    imoms3 2 newlon        ENDFOR     ENDELSE        mi   min wx0 wx1 wx2 wx3  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   line 1     xaddr 0  short    ilon 1L     xaddr 1  short    ilon       xaddr 2  short    ilon 1L     xaddr 3  short    ilon 2L     yaddr 0:3  short    jpja 1L     weig 0  short    wx0     weig 1  short    wx1     weig 2  short    wx2     weig 3  short    wx3       mi   min total weig  short  1  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop     ENDIF     Come back to the original index of atm grid without longitudinal overlap        xaddr   temporary xaddr    toadd   jpia   jpia   2 toadd   make sure all values are ge 0   xaddr   temporary xaddr    jpia   range the values between 0 and jpia 1   xaddr   temporary xaddr  mod jpia     take into account shiftx if needed   IF shiftx NE 0 THEN xaddr    temporary xaddr    shiftx  MOD jpia   take into account nosouthernline and nonorthernline   if keyword_set nosouthernline  then BEGIN     yaddr   temporary yaddr    1L     jpja   jpja   1L   ENDIF   if keyword_set nonorthernline  then jpja   jpja   1L   take into account revy if needed   IF revy EQ 1 THEN yaddr   jpja   1L   temporary yaddr                               addr   temporary yaddr jpia temporary xaddr       RETURN END");
-a[37] = new Array("./Interpolation/cutpar.html", "cutpar.pro", "", "       file_comments cut p parallelogram s  into p n 2 parallelograms      categories basic work      examples    res   cutpar x0  y0  x1  y1  x2  y2  x3  y3  n             param x0 y0   in required  1d arrays of p elements  giving the edge positions  The         edges must be given as in plot to traw the parallelogram   see         example           param n  in required  each parallelogram will be cutted in n 2 pieces      keyword          endpoints see outputs      keyword          onsphere to specify that the points are located on a           sphere  In this case  x and y corresponds to longitude and           latitude in degrees       returns           defaut: 3d array 2 n 2 p  giving the center position of each          piece of the parallelograms           endpoints: 3d array 2 n 1 2 p  giving the edge positions          of each piece of the parallelograms      uses cutsegment pro      examples      x0    2 6 2    y0    0 2 6    x1    3 8 4    y1    4 4 6    x2    1 6 4    y2    5 6 8    x3    0 4 2    y3    1 4 8    n   4   splot   0 10   0 10  xstyle   1  ystyle   1 nodata   for i 0 2 do oplot   x0 i x1 i x2 i x3 i x0 i y0 i y1 i y2 i y3 i y0 i    res cutpar x0  y0  x1  y1  x2  y2  x3  y3  n    for i 0 2 do oplot   res 0 i   res 1 i  color   20 10 i  psym   1  thick   3      history             S  Masson  smasson lodyc jussieu fr              July 5th  2002   FUNCTION cutpar  x0  y0  x1  y1  x2  y2  x3  y3  n  endpoints   endpoints  onsphere   onsphere   is it a parallelogram    eps   1e 4   IF total abs x0 x2 2 x1 x3 2  GE eps  GT 0       OR total abs y0 y2 2 y1 y3 2  GE eps  GT 0       THEN stop  print   NOT a parallelogram    x0 npar    npar   n_elements x0     firstborder 2 n keyword_set endpoints npar    firstborder   cutsegment x0  y0  x1  y1  n                                endpoints   endpoints  onsphere   onsphere    thirdborder   cutsegment x3  y3  x2  y2  n                                endpoints   endpoints  onsphere   onsphere    res 2 n keyword_set endpoints n keyword_set endpoints npar    res   cutsegment firstborder 0      firstborder 1                             thirdborder 0      thirdborder 1                             n  endpoints   endpoints  onsphere   onsphere    free memory   firstborder    1   thirdborder    1   reform the result   res   reform res  2   n keyword_set endpoints 2  npar   overwrite     RETURN  res END");
-a[38] = new Array("./Interpolation/cutsegment.html", "cutsegment.pro", "", "       file_comments cut p segments into p n equal parts      categories basic work      examples     res   cutsegment x0  y0  x1  y1  n               param x0 y0 and x1 y1   in required   1d arrays of p elements  the coordinates of           the endpoints of the p segmements            param  n  in required   the number of pieces we want to cut each segment        keyword          endpoints see ouputs      keyword          onsphere to specify that the points are located on a           sphere  In this case  x and y corresponds to longitude and           latitude in degrees       returns          defaut: a 3d array  2 n p  that gives the coordinates of the          middle of the cutted segments           if  endpoints  a 3d array  2 n 1 p  that gives the          coordinates of the endpoints of the cutted segments       examples       IDL  x0 2 5     IDL  y0 5 1     IDL  x1 9 3     IDL  y1 1 8     IDL  res cutsegment x0  y0  x1  y1  10     IDL  splot   0 10   0 10  xstyle   1  ystyle   1 nodata    IDL  oplot   x0 0  x1 0   y0 0  y1 0     IDL  oplot   res 0 0   res 1 0  color   20  psym   1  thick   3    IDL  oplot   x0 1  x1 1   y0 1  y1 1     IDL  oplot   res 0 1   res 1 1  color   40  psym   1  thick   3      history             S  Masson  smasson lodyc jussieu fr              July 5th  2002   FUNCTION cutsegment  x0  y0  x1  y1  n  endpoints   endpoints  onsphere   onsphere   number of segment   nseg   n_elements x0     number of point to find on each segment   n2find   n keyword_set endpoints       IF keyword_set onsphere  THEN BEGIN   save the inputs arrays     x0in   temporary x0      y0in   temporary y0      x1in   temporary x1      y1in   temporary y1      sp_cood    transpose x0in transpose y0in replicate 1  1  nseg      rect_coord   CV_COORD FROM_SPHERE   temporary sp_cood   TO_RECT   DEGREES      x0   rect_coord 0        y0   rect_coord 1        z0   rect_coord 2        rect_coord    1  free memory     sp_cood    transpose x1in transpose y1in replicate 1  1  nseg      rect_coord   CV_COORD FROM_SPHERE   temporary sp_cood   TO_RECT   DEGREES      x1   rect_coord 0        y1   rect_coord 1        z1   rect_coord 2        rect_coord    1  free memory   ENDIF     resx   replicate 1  n2find x0    resx   temporary resx 1 n findgen n2find                                     5 1 keyword_set endpoints x1 x0    resx    temporary resx      resy   replicate 1  n2find y0    resy   temporary resy 1 n findgen n2find                                     5 1 keyword_set endpoints y1 y0    resy    temporary resy     IF keyword_set onsphere  THEN BEGIN     resz   replicate 1  n2find z0      resz   temporary resz 1 n findgen n2find                                       5 1 keyword_set endpoints z1 z0      resz    temporary resz       rec_cood    transpose temporary resx  transpose temporary resy                      transpose temporary resz      res   CV_COORD FROM_RECT   temporary rec_cood   TO_SPHERE   DEGREES    restore the input arrays     x0   temporary x0in      y0   temporary y0in      x1   temporary x1in      y1   temporary y1in    ENDIF ELSE res    transpose temporary resx  transpose temporary resy     res   reform res 0:1    2  n2find  nseg   overwrite     RETURN  res END");
-a[39] = new Array("./Interpolation/extrapolate.html", "extrapolate.pro", "", "     file_comments extrapolate data  zinput  where maskinput eq 0 by filling step by   step the coastline points with the mean value of the 8 neighbourgs      FUNCTION extrapolate  zinput  maskinput  nb_iteration  x_periodic   x_periodic  MINVAL   minval  MAXVAL   maxval     compile_opt strictarr  strictarrsubs      check the number of iteration used in the extrapolation    IF n_elements nb_iteration  EQ 0 THEN nb_iteration   10 E20   IF nb_iteration EQ 0 THEN return  zinput   nx    size zinput 1    ny    size zinput 2    take care of the boundary conditions       for the x direction  we put 2 additional columns at the left and   right side of the array     for the y direction  we put 2 additional lines at the bottom and   top side of the array     These changes allow us to use shift function without taking care of   the x and y periodicity      ztmp   bytarr nx 2  ny 2    ztmp 1:nx  1:ny    byte maskinput    msk   temporary ztmp      ztmp   replicate 1 e20  nx 2  ny 2    ztmp 1:nx  1:ny    zinput   if keyword_set x_periodic  then begin     ztmp 0  1:ny    zinput nx 1        ztmp nx 1  1:ny    zinput 0      ENDIF   remove NaN points if there is some    nan   where finite ztmp  EQ 0  cnt_nan    IF cnt_nan NE 0 THEN ztmp temporary nan    1 e20   z   temporary ztmp    nx2   nx 2   ny2   ny 2       extrapolation      sqrtinv   1 sqrt 2      cnt   1   When we look for the coast line  we don t whant to select the   borderlines of the array    we force the value of the mask for   those lines    msk 0      1b   msk nx 1      1b   msk  0    1b   msk  ny 1    1b   find the land points   land   where msk EQ 0  cnt_land      WHILE cnt LE nb_iteration AND cnt_land NE 0 DO BEGIN     find the coast line points      Once the land points list has been found  we change back the the   mask values for the boundary conditions      msk 0      0b     msk nx 1      0b     msk  0    0b     msk  ny 1    0b     if keyword_set x_periodic  then begin       msk 0      msk nx          msk nx 1      msk 1        endif     we compute the weighted number of sea neighbourgs    those 4 neighbours have a weight of 1:                                          those 4 neighbours have a weight of 1 sqrt 2 :                                        As we make sure that none of the land points are located on the   border of the array  we can compute the weight without shift    faster        weight   msk land 1 msk land 1 msk land nx2 msk land nx2                  sqrtinv msk land nx2 1 msk land nx2 1                            msk land nx2 1 msk land nx2 1    list all the points that have sea neighbourgs     ok   where weight GT 0    the coastline points     coast   land ok    their weighted number of sea neighbourgs      weight   weight temporary ok      fill the coastine points       z   temporary z msk       zcoast   z 1 coast z 1 coast z nx2 coast z nx2 coast                  1 sqrt 2 z nx2 1 coast z nx2 1 coast                               z nx2 1 coast z nx2 1 coast            IF n_elements minval  NE 0 THEN zcoast   minval   temporary zcoast      IF n_elements maxval  NE 0 THEN zcoast   temporary zcoast   we force the value of the mask for   those lines      msk 0      1b     msk nx 1      1b     msk  0    1b     msk  ny 1    1b   find the land points     land   where msk EQ 0  cnt_land      ENDWHILE     we return the original size of the array        return  z 1:nx  1:ny  END  ");
+a[35] = new Array("./Interpolation/compute_fromreg_bilinear_weigaddr.html", "compute_fromreg_bilinear_weigaddr.pro", "", "     file_comments compute the weight and address needed to interpolate data from a             regular grid  to any grid using the bilinear method         categories interpolation          param alonin  in required  longitudeof the input data         param alatin   in required  latitude of the input data         param olonin  in required  longitude of the output data         param olat   in required  latitude of the output data       keyword      NONORTHERNLINE activate if you don t whant to take into            account the northen line of the input data when perfoming the    keyword      NOSOUTHERNLINE activate if you don t whant to take into            account the southern line of the input data when perfoming the            interpolation       returns        weig  addr: 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpio  jpjo   over       restrictions       the input grid must be a  regular grid  defined as a grid for which each       lontitudes lines have the same latitude and each latitudes columns have the       same longitude        We supposed the data are located on a sphere  with a periodicity along       the longitude        points located out of the southern and northern boundaries are interpolated       using a linear interpolation only along the longitudinal direction        history    November 2005: Sebastien Masson  smasson lodyc jussieu fr                PRO compute_fromreg_bilinear_weigaddr  alonin  alatin  olonin  olat  weig  addr       NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline     compile_opt idl2  strictarrsubs     alon   alonin   alat   alatin   olon   olonin     jpia   n_elements alon    jpja   n_elements alat      jpio    size olon   dimensions 0    jpjo    size olon   dimensions 1      alon   minalon   min alon   max   maxalon    IF maxalon minalon GE 360  THEN stop   alon must be monotonically increasing   IF array_equal sort alon  lindgen jpia  NE 1 THEN BEGIN      shiftx    where alon EQ min alon 0      alon   shift alon  shiftx      IF array_equal sort alon  lindgen jpia  NE 1 THEN stop   ENDIF ELSE shiftx   0   for longitude periodic bondary condition we add the fist   column on the right side of the array and    alon    alon  alon 0 360    jpia   jpia 1L   alat   revy   alat 0  GT alat 1    IF revy THEN alat   reverse alat    alat must be monotonically increasing   IF array_equal sort alat  lindgen jpja  NE 1 THEN stop     if keyword_set nonorthernline  then BEGIN      jpja   jpja   1L     alat   alat 0: jpja 1L    ENDIF   if keyword_set nosouthernline  then BEGIN      alat   alat 1: jpja 1L      jpja   jpja   1L   ENDIF   olon between minalon et minalon 360   out   where olon LT minalon    WHILE out 0  NE  1 DO BEGIN     olon out    olon out 360      out   where olon LT minalon    ENDWHILE   out   where olon GE minalon 360    WHILE out 0  NE  1 DO BEGIN     olon out    olon out  360      out   where olon GE minalon 360    ENDWHILE   make sure that all values of olon are located within values of alon   IF min olon  max   ma  LT minalon THEN stop   IF ma GE minalon 360  THEN stop     we want to do biliear interpolation   for each ocean point  we must   find in which atm cell it is located    if the ocean point is out of the atm grid  we use closest neighbor   interpolation      for each T point of oce grid  we find in which armospheric cell it is   located    As the atmospheric grid is regular  we can use inrecgrid instead   of inquad    pos   inrecgrid olon  olat  alon 0:jpia 2L  alat 0:jpja 2L                        checkout    alon jpia 1L  alat jpja 1L   output2d    checks    for longitude  each ocean points must be located in atm cell    IF  where pos 0    EQ  1 0  NE  1 THEN stop   no ocean point should be located westward of the left bondary of the   atm cell in which it is supposed to be located    IF total olon LT alon pos 0    NE 0 THEN stop   no ocean point should be located eastward of the right bondary of the   atm cell in which it is supposed to be located    IF total olon GT alon pos 0   1  NE 0 THEN stop     we use bilinear interpolation     we change the coordinates of each ocean points to fit into a   rectangle defined by:       y2                                                                     y1         x1          x2        X    x x1 x2 x1       Y    y y1 y2 y1      indx   pos 0      indy    temporary pos 1      points located out of the atmospheric grid too much northward or southward    bad   where indy EQ  1    indy   0   indy     IF max indx  GT jpia 2 THEN stop   checks    IF max indy  GT jpja 2 THEN stop   checks    x coordinates of the atm cell    x1   alon indx    x2   alon indx 1    new x coordinates of the ocean points in each cell   divi   temporary x2 x1   glamnew    olon x1 temporary divi    x1    1   free memory    olon    1   free memory    y coordinates of the atm cell    y1   alat indy    y2   alat indy 1                  new y coordinates of the ocean points in each cell   divi   temporary y2 y1   zero   where divi EQ 0    IF zero 0  NE  1 THEN divi zero    1    gphinew    olat y1 temporary divi    y1    1   free memory    checks    IF min glamnew  LT 0 THEN stop   IF max glamnew  GT 1 THEN stop     weight and address array used for bilinear interpolation    xaddr   lonarr 4  jpio jpjo    xaddr 0      indx     xaddr 1      indx   1L   xaddr 2      indx   1L   xaddr 3      indx        yaddr   lonarr 4  jpio jpjo    yaddr 0      indy   yaddr 1      indy   yaddr 2      indy   1L   yaddr 3      indy   1L   compute the weight for the bilinear interpolation    weig   fltarr 4  jpio jpjo    weig 0       1 glamnew     1 gphinew    weig 1          glamnew     1 gphinew    weig 2          glamnew        gphinew   weig 3       1 glamnew        gphinew    free memory   gphinew    1   IF bad 0  EQ  1 THEN glamnew    1 ELSE glamnew    temporary glamnew bad    we work now on the  bad  points   linear interpolation only along the longitudinal direction   IF bad 0  NE  1 THEN BEGIN     ybad   olat bad    the ocean points that are not located into an atm cell should be   located northward of the northern boudary of the atm grid         or southward of the southern boudary of the atm grid      IF total ybad GE min alat  AND ybad LE max alat  GE 1 THEN stop       weig 0  bad     1 glamnew      weig 1  bad    temporary glamnew      weig 2  bad    0      weig 3  bad    0      south   where ybad LT alat 0      IF south 0  NE  1 THEN yaddr  bad temporary south    0L     north   where ybad GT alat jpja 1      IF north 0  NE  1 THEN yaddr  bad temporary north    0L     ybad    1   bad    1   free memory   ENDIF   check totalweight   1   totalweig   abs 1 total weig  1    IF  where temporary totalweig  GE 1 e 5 0  NE  1 THEN stop     come back to the original atm grid without longitudinal overlap      jpia   jpia 1L   xaddr   temporary xaddr  MOD jpia   take into account shiftx if needed   IF shiftx NE 0 THEN xaddr    temporary xaddr    shiftx  MOD jpia   take into account nosouthernline and nonorthernline   if keyword_set nosouthernline  then BEGIN     yaddr   temporary yaddr    1L     jpja   jpja   1L   ENDIF   if keyword_set nonorthernline  then jpja   jpja   1L   take into account revy if needed   IF revy EQ 1 THEN yaddr   jpja   1L   temporary yaddr                                addr   temporary yaddr jpia   temporary xaddr       return end ");
+a[36] = new Array("./Interpolation/compute_fromreg_imoms3_weigaddr.html", "compute_fromreg_imoms3_weigaddr.pro", "", "       file_comments compute the weight and address neede to interpolate data from a             regular grid  to any grid using the imoms3 method         categories interpolation          param alonin  in required  longitude of the input data         param alatin   in required  latitude of the input data         param olonin  in required  longitude of the output data         param olat  in required  latitude of the output data       keyword  NONORTHERNLINE and  NOSOUTHERNLINE activate if you don t whant to take into            account the northen southern line of the input data when perfoming the            interpolation       returns        weig  addr: 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpio  jpjo   over       restrictions       the input grid must be a  regular rectangular grid  defined as a grid for       which each lontitudes lines have the same latitude and each latitudes columns       have the same longitude        We supposed the data are located on a sphere  with a periodicity along       the longitude        points located between the first last 2 lines are interpolated       using a imoms3 interpolation along the longitudinal direction and linear       interpolation along the latitudinal direction       points located out of the southern and northern boundaries are interpolated       using a imoms3 interpolation only along the longitudinal direction        history    November 2005: Sebastien Masson  smasson lodyc jussieu fr      March 2006: works for rectangular grids           PRO compute_fromreg_imoms3_weigaddr  alonin  alatin  olonin  olat  weig  addr                                          NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline     compile_opt idl2  strictarrsubs      alon   alonin   alat   alatin   olon   olonin     jpia   n_elements alon    jpja   n_elements alat      jpio    size olon   dimensions 0    jpjo    size olon   dimensions 1      alon   minalon   min alon   max   maxalon    IF maxalon minalon GE 360  THEN stop   alon must be monotonically increasing   IF array_equal sort alon  lindgen jpia  NE 1 THEN BEGIN      shiftx    where alon EQ min alon 0      alon   shift alon  shiftx      IF array_equal sort alon  lindgen jpia  NE 1 THEN stop   ENDIF ELSE shiftx   0   alon is it regularly spaced    step   alon shift alon  1    step 0    step 0    360    IF total step step 0  GE 1 e 6  NE 0 THEN noregx   1   we extend the longitude range of alon   easy interpolation even   near minalon et maxalon    toadd   10 jpia 360 1   alon    alon jpia toadd:jpia 1 360  alon  alon 0:toadd 1 360    jpia   jpia 2 toadd   alat   revy   alat 0  GT alat 1    IF revy THEN alat   reverse alat    alat must be monotonically increasing   IF array_equal sort alat  lindgen jpja  NE 1 THEN stop   alat is it regularly spaced    step   alat shift alat  1    step   step 1:jpja   1L    IF total step step 0  GE 1 e 6  NE 0 THEN noregy   1     if keyword_set nonorthernline  then BEGIN      jpja   jpja   1L     alat   alat 0: jpja 1L    ENDIF   if keyword_set nosouthernline  then BEGIN      alat   alat 1: jpja 1L      jpja   jpja   1L   ENDIF   olon between minalon et minalon 360   out   where olon LT minalon    WHILE out 0  NE  1 DO BEGIN     olon out    olon out 360      out   where olon LT minalon    ENDWHILE   out   where olon GE minalon 360    WHILE out 0  NE  1 DO BEGIN     olon out    olon out  360      out   where olon GE minalon 360    ENDWHILE   make sure that all values of olon are located within values of alon   IF min olon  max   ma  LT minalon THEN stop   IF ma GE minalon 360  THEN stop     xaddr   lonarr 16  jpio jpjo    yaddr   lonarr 16  jpio jpjo    weig   fltarr 16  jpio jpjo      indexlon   value_locate alon  olon    IF total alon indexlon  GT olon  NE 0 THEN stop   IF total alon indexlon   1L  LE olon  NE 0 THEN stop   IF  where indexlon LE 1L      0  NE  1 THEN stop   IF  where indexlon GE jpia 3L 0  NE  1 THEN stop   indexlat   value_locate alat  olat      for the ocean points located below the atm line    jpja 2 and above the line 1   for those points we can always find 16 neighbors   imoms interpolation along longitude and latitude     short   where indexlat LT jpja 2L AND indexlat GE 1L    ilon   indexlon short    ilat   indexlat short       IF NOT keyword_set noregy  THEN BEGIN      delta   alat ilat 1L alat ilat      IF max abs delta delta 0  GE 1 e 6 THEN stop     delta   delta 0        d0    alat ilat 1L olat short delta     IF min d0  max   ma  LE  2 THEN stop     IF ma GT  1 THEN stop     wy0   imoms3 temporary d0      d1    alat ilat    olat short delta     IF min d1  max   ma  LE  1 THEN stop     IF ma GT 0 THEN stop     wy1   imoms3 temporary d1      d2    alat ilat 1L olat short delta     IF min d2  max   ma  LE 0 THEN stop     IF ma GT 1 THEN stop       wy2   imoms3 temporary d2      d3    alat ilat 2L olat short delta     IF min d3  max   ma  LE 1 THEN stop     IF ma GT 2 THEN stop       wy3   imoms3 temporary d3    ENDIF ELSE BEGIN      nele   n_elements short      wy0   fltarr nele      wy1   fltarr nele      wy2   fltarr nele      wy3   fltarr nele      FOR i   0L  nele 1 DO BEGIN       IF i MOD 10000 EQ 0 THEN print  i       newlat   spl_incr alat ilat i 1L:ilat i 2L   1  0  1  2  olat short i        IF newlat LE 0 THEN stop       IF newlat GT 1 THEN stop       wy0 i    imoms3 newlat 1        wy1 i    imoms3 newlat        wy2 i    imoms3 1 newlat        wy3 i    imoms3 2 newlat      ENDFOR   ENDELSE      mi   min wy0 wy1 wy2 wy3  max   ma    IF abs mi 1  GE 1 e 6 THEN stop   IF abs ma 1  GE 1 e 6 THEN stop     IF NOT keyword_set noregx  THEN BEGIN      delta   alon ilon alon ilon 1L      IF max abs delta delta 0  GE 1 e 6 THEN stop     delta   delta 0        d0    alon ilon 1L olon short delta     IF min d0  max   ma  LE  2 THEN stop     IF ma GT  1 THEN stop     wx0   imoms3 temporary d0      d1    alon ilon    olon short delta     IF min d1  max   ma  LE  1 THEN stop     IF ma GT 0 THEN stop     wx1   imoms3 temporary d1      d2    alon ilon 1L olon short delta     IF min d2  max   ma  LE 0 THEN stop     IF ma GT 1 THEN stop     wx2   imoms3 temporary d2      d3    alon ilon 2L olon short delta     IF min d3  max   ma  LE 1 THEN stop     IF ma GT 2 THEN stop       wx3   imoms3 temporary d3    ENDIF ELSE BEGIN      nele   n_elements short      wx0   fltarr nele      wx1   fltarr nele      wx2   fltarr nele      wx3   fltarr nele      FOR i   0L  nele 1 DO BEGIN       IF i MOD 10000 EQ 0 THEN print  i       newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i        IF newlon LE 0 THEN stop       IF newlon GT 1 THEN stop       wx0 i    imoms3 newlon 1        wx1 i    imoms3 newlon        wx2 i    imoms3 1 newlon        wx3 i    imoms3 2 newlon      ENDFOR   ENDELSE      mi   min wx0 wx1 wx2 wx3  max   ma    IF abs mi 1  GE 1 e 6 THEN stop   IF abs ma 1  GE 1 e 6 THEN stop     line 0   xaddr 0  short    ilon   1L   xaddr 1  short    ilon     xaddr 2  short    ilon   1L   xaddr 3  short    ilon   2L   yaddr 0  short    ilat   1L   yaddr 1  short    yaddr 0  short    yaddr 2  short    yaddr 0  short    yaddr 3  short    yaddr 0  short    weig 0  short    wx0   wy0   weig 1  short    wx1   wy0   weig 2  short    wx2   wy0   weig 3  short    wx3   wy0   line 1   xaddr 4  short    ilon   1L   xaddr 5  short    ilon     xaddr 6  short    ilon   1L   xaddr 7  short    ilon   2L   yaddr 4  short    ilat     yaddr 5  short    ilat     yaddr 6  short    ilat     yaddr 7  short    ilat     weig 4  short    wx0   wy1   weig 5  short    wx1   wy1   weig 6  short    wx2   wy1   weig 7  short    wx3   wy1   line 2   xaddr 8  short    ilon   1L   xaddr 9  short    ilon     xaddr 10  short    ilon   1L   xaddr 11  short    ilon   2L   yaddr 8  short    ilat   1L   yaddr 9  short    yaddr 8  short    yaddr 10  short    yaddr 8  short    yaddr 11  short    yaddr 8  short    weig 8  short    wx0   wy2   weig 9  short    wx1   wy2   weig 10  short    wx2   wy2   weig 11  short    wx3   wy2   line 3   xaddr 12  short    ilon   1L   xaddr 13  short    ilon     xaddr 14  short    ilon   1L   xaddr 15  short    ilon   2L   yaddr 12  short    ilat   2L   yaddr 13  short    yaddr 12  short    yaddr 14  short    yaddr 12  short    yaddr 15  short    yaddr 12  short    weig 12  short    wx0   wy3   weig 13  short    wx1   wy3   weig 14  short    wx2   wy3   weig 15  short    wx3   wy3     mi   min total weig  short  1  max   ma    IF abs mi 1  GE 1 e 6 THEN stop   IF abs ma 1  GE 1 e 6 THEN stop     for the ocean points located between the atm lines    jpja 2 and jpja 1 or between the atm lines 0 and 1   linear interpolation between line 1 and line 2     short   where indexlat EQ jpja 2L OR indexlat EQ 0    IF short 0  NE  1 THEN BEGIN     ilon   indexlon short      ilat   indexlat short        delta   alat ilat 1L alat ilat      IF NOT keyword_set noregy  THEN BEGIN        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0       ENDIF        d1    alat ilat    olat short delta     IF min d1  max   ma  LE  1 THEN stop     IF ma GT 0 THEN stop     wy1   1  temporary d1      d2    alat ilat 1L olat short delta     IF min d2  max   ma  LE 0 THEN stop     IF ma GT 1 THEN stop       wy2   1  temporary d2        mi   min wy1 wy2  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   but imoms3 along the longitude     IF NOT keyword_set noregx  THEN BEGIN        delta   alon ilon alon ilon 1L        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0          d0    alon ilon 1L olon short delta       IF min d0  max   ma  LE  2 THEN stop       IF ma GT  1 THEN stop       wx0   imoms3 temporary d0        d1    alon ilon    olon short delta       IF min d1  max   ma  LE  1 THEN stop       IF ma GT 0 THEN stop       wx1   imoms3 temporary d1        d2    alon ilon 1L olon short delta       IF min d2  max   ma  LE 0 THEN stop       IF ma GT 1 THEN stop       wx2   imoms3 temporary d2        d3    alon ilon 2L olon short delta       IF min d3  max   ma  LE 1 THEN stop       IF ma GT 2 THEN stop         wx3   imoms3 temporary d3      ENDIF ELSE BEGIN        nele   n_elements short        wx0   fltarr nele        wx1   fltarr nele        wx2   fltarr nele        wx3   fltarr nele        FOR i   0L  nele 1 DO BEGIN         IF i MOD 10000 EQ 0 THEN print  i         newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i          IF newlon LE 0 THEN stop         IF newlon GT 1 THEN stop         wx0 i    imoms3 newlon 1          wx1 i    imoms3 newlon          wx2 i    imoms3 1 newlon          wx3 i    imoms3 2 newlon        ENDFOR     ENDELSE        mi   min wx0 wx1 wx2 wx3  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   line 1     xaddr 0  short    ilon   1L     xaddr 1  short    ilon       xaddr 2  short    ilon   1L     xaddr 3  short    ilon   2L     yaddr 0  short    ilat       yaddr 1  short    ilat       yaddr 2  short    ilat       yaddr 3  short    ilat       weig 0  short    wx0   wy1     weig 1  short    wx1   wy1     weig 2  short    wx2   wy1     weig 3  short    wx3   wy1   line 2     xaddr 4  short    ilon   1L     xaddr 5  short    ilon       xaddr 6  short    ilon   1L     xaddr 7  short    ilon   2L     yaddr 4  short    ilat   1L     yaddr 5  short    yaddr 4  short      yaddr 6  short    yaddr 4  short      yaddr 7  short    yaddr 4  short      weig 4  short    wx0   wy2     weig 5  short    wx1   wy2     weig 6  short    wx2   wy2     weig 7  short    wx3   wy2       mi   min total weig  short  1  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop     ENDIF     for the ocean points located below the line 0   Interpolation only along the longitude      short   where indexlat EQ  1    IF short 0  NE  1 THEN BEGIN     ilon   indexlon short        IF NOT keyword_set noregx  THEN BEGIN        delta   alon ilon alon ilon 1L        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0          d0    alon ilon 1L olon short delta       IF min d0  max   ma  LE  2 THEN stop       IF ma GT  1 THEN stop       wx0   imoms3 temporary d0        d1    alon ilon    olon short delta       IF min d1  max   ma  LE  1 THEN stop       IF ma GT 0 THEN stop       wx1   imoms3 temporary d1        d2    alon ilon 1L olon short delta       IF min d2  max   ma  LE 0 THEN stop       IF ma GT 1 THEN stop       wx2   imoms3 temporary d2        d3    alon ilon 2L olon short delta       IF min d3  max   ma  LE 1 THEN stop       IF ma GT 2 THEN stop         wx3   imoms3 temporary d3      ENDIF ELSE BEGIN        nele   n_elements short        wx0   fltarr nele        wx1   fltarr nele        wx2   fltarr nele        wx3   fltarr nele        FOR i   0L  nele 1 DO BEGIN         IF i MOD 10000 EQ 0 THEN print  i         newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i          IF newlon LE 0 THEN stop         IF newlon GT 1 THEN stop         wx0 i    imoms3 newlon 1          wx1 i    imoms3 newlon          wx2 i    imoms3 1 newlon          wx3 i    imoms3 2 newlon        ENDFOR     ENDELSE        mi   min wx0 wx1 wx2 wx3  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   line 1     xaddr 0  short    ilon   1L     xaddr 1  short    ilon       xaddr 2  short    ilon   1L     xaddr 3  short    ilon   2L     yaddr 0:3  short    0      weig 0  short    wx0     weig 1  short    wx1     weig 2  short    wx2     weig 3  short    wx3       mi   min total weig  short  1  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop     ENDIF     for the ocean points located above jpia 1    Interpolation only along the longitude      short   where indexlat EQ jpja 1L    IF short 0  NE  1 THEN BEGIN     ilon   indexlon short        IF NOT keyword_set noregx  THEN BEGIN        delta   alon ilon alon ilon 1L        IF max abs delta delta 0  GE 1 e 6 THEN stop       delta   delta 0          d0    alon ilon 1L olon short delta       IF min d0  max   ma  LE  2 THEN stop       IF ma GT  1 THEN stop       wx0   imoms3 temporary d0        d1    alon ilon    olon short delta       IF min d1  max   ma  LE  1 THEN stop       IF ma GT 0 THEN stop       wx1   imoms3 temporary d1        d2    alon ilon 1L olon short delta       IF min d2  max   ma  LE 0 THEN stop       IF ma GT 1 THEN stop       wx2   imoms3 temporary d2        d3    alon ilon 2L olon short delta       IF min d3  max   ma  LE 1 THEN stop       IF ma GT 2 THEN stop         wx3   imoms3 temporary d3      ENDIF ELSE BEGIN        nele   n_elements short        wx0   fltarr nele        wx1   fltarr nele        wx2   fltarr nele        wx3   fltarr nele        FOR i   0L  nele 1 DO BEGIN         IF i MOD 10000 EQ 0 THEN print  i         newlon   spl_incr alon ilon i 1L:ilon i 2L   1  0  1  2  olon short i          IF newlon LE 0 THEN stop         IF newlon GT 1 THEN stop         wx0 i    imoms3 newlon 1          wx1 i    imoms3 newlon          wx2 i    imoms3 1 newlon          wx3 i    imoms3 2 newlon        ENDFOR     ENDELSE        mi   min wx0 wx1 wx2 wx3  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop   line 1     xaddr 0  short    ilon 1L     xaddr 1  short    ilon       xaddr 2  short    ilon 1L     xaddr 3  short    ilon 2L     yaddr 0:3  short    jpja 1L     weig 0  short    wx0     weig 1  short    wx1     weig 2  short    wx2     weig 3  short    wx3       mi   min total weig  short  1  max   ma      IF abs mi 1  GE 1 e 6 THEN stop     IF abs ma 1  GE 1 e 6 THEN stop     ENDIF     Come back to the original index of atm grid without longitudinal overlap        xaddr   temporary xaddr    toadd   jpia   jpia   2 toadd   make sure all values are ge 0   xaddr   temporary xaddr    jpia   range the values between 0 and jpia 1   xaddr   temporary xaddr  mod jpia     take into account shiftx if needed   IF shiftx NE 0 THEN xaddr    temporary xaddr    shiftx  MOD jpia   take into account nosouthernline and nonorthernline   if keyword_set nosouthernline  then BEGIN     yaddr   temporary yaddr    1L     jpja   jpja   1L   ENDIF   if keyword_set nonorthernline  then jpja   jpja   1L   take into account revy if needed   IF revy EQ 1 THEN yaddr   jpja   1L   temporary yaddr                               addr   temporary yaddr jpia temporary xaddr       RETURN END");
+a[37] = new Array("./Interpolation/cutpar.html", "cutpar.pro", "", "       file_comments cut p parallelogram s  into p n 2 parallelograms      categories basic work      examples    res   cutpar x0  y0  x1  y1  x2  y2  x3  y3  n             param x0 y0   in required  1d arrays of p elements  giving the edge positions  The         edges must be given as in plot to traw the parallelogram   see         example           param n  in required  each parallelogram will be cutted in n 2 pieces      keyword          endpoints see outputs      keyword          onsphere to specify that the points are located on a           sphere  In this case  x and y corresponds to longitude and           latitude in degrees       returns           defaut: 3d array 2 n 2 p  giving the center position of each          piece of the parallelograms           endpoints: 3d array 2 n 1 2 p  giving the edge positions          of each piece of the parallelograms      uses cutsegment pro      examples      x0    2 6 2    y0    0 2 6    x1    3 8 4    y1    4 4 6    x2    1 6 4    y2    5 6 8    x3    0 4 2    y3    1 4 8    n   4   splot   0 10   0 10  xstyle   1  ystyle   1 nodata   for i 0 2 do oplot   x0 i x1 i x2 i x3 i x0 i y0 i y1 i y2 i y3 i y0 i    res cutpar x0  y0  x1  y1  x2  y2  x3  y3  n    for i 0 2 do oplot   res 0 i   res 1 i  color   20 10 i  psym   1  thick   3      history             S  Masson  smasson lodyc jussieu fr              July 5th  2002   FUNCTION cutpar  x0  y0  x1  y1  x2  y2  x3  y3  n  endpoints   endpoints  onsphere   onsphere     compile_opt idl2  strictarrsubs     is it a parallelogram    eps   1e 4   IF total abs x0 x2 2 x1 x3 2  GE eps  GT 0       OR total abs y0 y2 2 y1 y3 2  GE eps  GT 0       THEN stop  print   NOT a parallelogram    x0 npar    npar   n_elements x0     firstborder 2 n keyword_set endpoints npar    firstborder   cutsegment x0  y0  x1  y1  n                                endpoints   endpoints  onsphere   onsphere    thirdborder   cutsegment x3  y3  x2  y2  n                                endpoints   endpoints  onsphere   onsphere    res 2 n keyword_set endpoints n keyword_set endpoints npar    res   cutsegment firstborder 0      firstborder 1                             thirdborder 0      thirdborder 1                             n  endpoints   endpoints  onsphere   onsphere    free memory   firstborder    1   thirdborder    1   reform the result   res   reform res  2   n keyword_set endpoints 2  npar   overwrite     RETURN  res END");
+a[38] = new Array("./Interpolation/cutsegment.html", "cutsegment.pro", "", "       file_comments cut p segments into p n equal parts      categories basic work      examples     res   cutsegment x0  y0  x1  y1  n               param x0 y0 and x1 y1   in required   1d arrays of p elements  the coordinates of           the endpoints of the p segmements            param  n  in required   the number of pieces we want to cut each segment        keyword          endpoints see ouputs      keyword          onsphere to specify that the points are located on a           sphere  In this case  x and y corresponds to longitude and           latitude in degrees       returns          defaut: a 3d array  2 n p  that gives the coordinates of the          middle of the cutted segments           if  endpoints  a 3d array  2 n 1 p  that gives the          coordinates of the endpoints of the cutted segments       examples       IDL  x0 2 5     IDL  y0 5 1     IDL  x1 9 3     IDL  y1 1 8     IDL  res cutsegment x0  y0  x1  y1  10     IDL  splot   0 10   0 10  xstyle   1  ystyle   1 nodata    IDL  oplot   x0 0  x1 0   y0 0  y1 0     IDL  oplot   res 0 0   res 1 0  color   20  psym   1  thick   3    IDL  oplot   x0 1  x1 1   y0 1  y1 1     IDL  oplot   res 0 1   res 1 1  color   40  psym   1  thick   3      history             S  Masson  smasson lodyc jussieu fr              July 5th  2002   FUNCTION cutsegment  x0  y0  x1  y1  n  endpoints   endpoints  onsphere   onsphere     compile_opt idl2  strictarrsubs     number of segment   nseg   n_elements x0     number of point to find on each segment   n2find   n keyword_set endpoints       IF keyword_set onsphere  THEN BEGIN   save the inputs arrays     x0in   temporary x0      y0in   temporary y0      x1in   temporary x1      y1in   temporary y1      sp_cood    transpose x0in transpose y0in replicate 1  1  nseg      rect_coord   CV_COORD FROM_SPHERE   temporary sp_cood   TO_RECT   DEGREES      x0   rect_coord 0        y0   rect_coord 1        z0   rect_coord 2        rect_coord    1  free memory     sp_cood    transpose x1in transpose y1in replicate 1  1  nseg      rect_coord   CV_COORD FROM_SPHERE   temporary sp_cood   TO_RECT   DEGREES      x1   rect_coord 0        y1   rect_coord 1        z1   rect_coord 2        rect_coord    1  free memory   ENDIF     resx   replicate 1  n2find x0    resx   temporary resx 1 n findgen n2find                                     5 1 keyword_set endpoints x1 x0    resx    temporary resx      resy   replicate 1  n2find y0    resy   temporary resy 1 n findgen n2find                                     5 1 keyword_set endpoints y1 y0    resy    temporary resy     IF keyword_set onsphere  THEN BEGIN     resz   replicate 1  n2find z0      resz   temporary resz 1 n findgen n2find                                       5 1 keyword_set endpoints z1 z0      resz    temporary resz       rec_cood    transpose temporary resx  transpose temporary resy                      transpose temporary resz      res   CV_COORD FROM_RECT   temporary rec_cood   TO_SPHERE   DEGREES    restore the input arrays     x0   temporary x0in      y0   temporary y0in      x1   temporary x1in      y1   temporary y1in    ENDIF ELSE res    transpose temporary resx  transpose temporary resy     res   reform res 0:1    2  n2find  nseg   overwrite     RETURN  res END");
+a[39] = new Array("./Interpolation/extrapolate.html", "extrapolate.pro", "", "     file_comments extrapolate data  zinput  where maskinput eq 0 by filling step by   step the coastline points with the mean value of the 8 neighbourgs      FUNCTION extrapolate  zinput  maskinput  nb_iteration  x_periodic   x_periodic  MINVAL   minval  MAXVAL   maxval     compile_opt idl2  strictarrsubs      check the number of iteration used in the extrapolation    IF n_elements nb_iteration  EQ 0 THEN nb_iteration   10 E20   IF nb_iteration EQ 0 THEN return  zinput   nx    size zinput 1    ny    size zinput 2    take care of the boundary conditions       for the x direction  we put 2 additional columns at the left and   right side of the array     for the y direction  we put 2 additional lines at the bottom and   top side of the array     These changes allow us to use shift function without taking care of   the x and y periodicity      ztmp   bytarr nx 2  ny 2    ztmp 1:nx  1:ny    byte maskinput    msk   temporary ztmp      ztmp   replicate 1 e20  nx 2  ny 2    ztmp 1:nx  1:ny    zinput   if keyword_set x_periodic  then begin     ztmp 0  1:ny    zinput nx 1        ztmp nx 1  1:ny    zinput 0      ENDIF   remove NaN points if there is some    nan   where finite ztmp  EQ 0  cnt_nan    IF cnt_nan NE 0 THEN ztmp temporary nan    1 e20   z   temporary ztmp    nx2   nx 2   ny2   ny 2       extrapolation      sqrtinv   1 sqrt 2      cnt   1   When we look for the coast line  we don t whant to select the   borderlines of the array    we force the value of the mask for   those lines    msk 0      1b   msk nx 1      1b   msk  0    1b   msk  ny 1    1b   find the land points   land   where msk EQ 0  cnt_land      WHILE cnt LE nb_iteration AND cnt_land NE 0 DO BEGIN     find the coast line points      Once the land points list has been found  we change back the the   mask values for the boundary conditions      msk 0      0b     msk nx 1      0b     msk  0    0b     msk  ny 1    0b     if keyword_set x_periodic  then begin       msk 0      msk nx          msk nx 1      msk 1        endif     we compute the weighted number of sea neighbourgs    those 4 neighbours have a weight of 1:                                          those 4 neighbours have a weight of 1 sqrt 2 :                                        As we make sure that none of the land points are located on the   border of the array  we can compute the weight without shift    faster        weight   msk land 1 msk land 1 msk land nx2 msk land nx2                  sqrtinv msk land nx2 1 msk land nx2 1                            msk land nx2 1 msk land nx2 1    list all the points that have sea neighbourgs     ok   where weight GT 0    the coastline points     coast   land ok    their weighted number of sea neighbourgs      weight   weight temporary ok      fill the coastine points       z   temporary z msk       zcoast   z 1 coast z 1 coast z nx2 coast z nx2 coast                  1 sqrt 2 z nx2 1 coast z nx2 1 coast                               z nx2 1 coast z nx2 1 coast            IF n_elements minval  NE 0 THEN zcoast   minval   temporary zcoast      IF n_elements maxval  NE 0 THEN zcoast   temporary zcoast   we force the value of the mask for   those lines      msk 0      1b     msk nx 1      1b     msk  0    1b     msk  ny 1    1b   find the land points     land   where msk EQ 0  cnt_land      ENDWHILE     we return the original size of the array        return  z 1:nx  1:ny  END  ");
 a[40] = new Array("./Interpolation/fromirr.html", "fromirr.pro", "", "       file_comments interpolate data from an irregular 2D grid to any 2D grid      Only 1 metod available: bilinear         categories interpolation      examples     dataout   fromirr method  datain   lonin  latin  mskin  lonout  latout  mskout          param method:  in required  a string defining the interpolation method  must be  bilinear        param datain:  in required  a 2D array the input data to interpolate       param lonin:  in required  a 2D array defining the longitude of the input data       param latin:  in required  a 2D array defining the latitude of the input data        param mskin:  in required  a 2D array  the land sea mask of the input data  1 on ocean  0 on land        param lonout:  in required  1D or 2D array defining the longitude of the output data        param latout:  in required  1D or 2D array defining the latitude of the output data        param mskout:  in required  a 2D array  the land sea mask of the ouput data  1 on ocean  0 on land       keyword WEIG  see ADDR     keyword ADDR 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpio  jpjo   over        Those keywords can be set to named variables  that are undefined or equal to 0  into which the       values will be copied when the current routine exits  Next  they can be used to perform       the interpolation whithout computing again those 2 parameters  This greatly       speed up the interpolation  In that case  lonin  latin  lonout and latout are not necessary       returns 2D array: the interpolated data      restrictions We supposed the data are located on a sphere  with a periodicity along                the longitude                 Note that the input data can contain the same cells several times                like ORCA grid near the north pole boundary       examples        tncep   fromirr bilinear  topa  glamt  gphit  tmask 0  lonout  latout  mskout       or       t1ncep   fromirr bilinear  topa  glamt  gphit  tmask 0  lonout  latout  mskout                                  WEIG   a  ADDR   b     help  a  b    t2ncep   fromirr bilinear  topa  WEIG   a  ADDR   b       history    June 2006: Sebastien Masson  smasson lodyc jussieu fr              FUNCTION fromirr  method  datain  lonin  latin  mskin  lonout  latout  mskout                       WEIG   weig  ADDR   addr     compile_opt strictarr  strictarrsubs        atmospheric grid parameters       alon   lonin     alat   latin     get_gridparams  alon  alat  jpia  jpja  2   double     Oceanic grid parameters       olon   lonout     olat   latout     get_gridparams  olon  olat  jpio  jpjo  2   double     Compute weight and address     IF NOT  keyword_set weig  AND keyword_set addr  THEN BEGIN     CASE method OF        bilinear :compute_fromirr_bilinear_weigaddr  alon  alat  mskin  olon  olat  mskout  weig  addr       ELSE:BEGIN          print    unknown interpolation method  we stop          stop       ENDELSE     ENDCASE   ENDIF     to the interpolation     dataout   total weig datain addr  1    dataout   reform dataout  jpio  jpjo   over      RETURN  dataout END");
-a[41] = new Array("./Interpolation/fromreg.html", "fromreg.pro", "", "       file_comments interpolate data from a  regular rectangular grid  to any grid      2 metods availables: bilinear and imoms3      A  regular rectangular grid  is defined as a grid for which each lontitudes lines have      the same latitude and each latitudes columns have the same longitude          categories interpolation      examples     dataout   fromreg method  datain   lonin  latin  lonout  latout          param method  in required   a string defining the interpolation method                must be  bilinear  or  imoms3        param datain  in required   a 2D array the input data to interpolate       param lonin  in required   1D or 2D array defining the longitude of the input data       param latin  in required   1D or 2D array defining the latitude of the input data       param lonout  in required   1D or 2D array defining the longitude of the output data       param lonout  in required   1D or 2D array defining the latitude of the output data      keyword     WEIG  see ADDR     keyword     ADDR 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpio  jpjo   over        Those keywords can be set to named variables  that are undefined or equal to 0  into which the       values will be copied when the current routine exits  Next  they can be used to perform       the interpolation whithout computing again those 2 parameters  In that       case  lonin  latin  lonout and latout are not necessary       keyword      NONORTHERNLINE and  NOSOUTHERNLINE activate if you don t whant to take into            account the northen southern line of the input data when perfoming the            interpolation       returns 2D array: the interpolated data      restrictions We supposed the data are located on a sphere  with a    periodicity along the longitude       examples          topa   fromreg bilinear  tncep  xncep  yncep  glamt  gphit       or       t1opa   fromreg bilinear  t1ncep  xncep  yncep  glamt  gphit  WEIG   a  ADDR   b     help  a  b    t2opa   fromreg bilinear  t2ncep  xncep  WEIG   a  ADDR   b       history    November 2005: Sebastien Masson  smasson lodyc jussieu fr              FUNCTION fromreg  method  datain  lonin  latin  lonout  latout                       WEIG   weig  ADDR   addr                       NONORTHERNLINE   nonorthernline                       NOSOUTHERNLINE   nosouthernline     compile_opt strictarr  strictarrsubs        atmospheric grid parameters       alon   lonin     alat   latin     get_gridparams  alon  alat  jpia  jpja  1   double     Oceanic grid parameters       olon   lonout     olat   latout     get_gridparams  olon  olat  jpio  jpjo  2   double     Compute weight and address     IF NOT  keyword_set weig  AND keyword_set addr  THEN BEGIN     CASE method OF        bilinear :compute_fromreg_bilinear_weigaddr  alon  alat  olon  olat  weig  addr  NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline        imoms3 :  compute_fromreg_imoms3_weigaddr    alon  alat  olon  olat  weig  addr  NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline       ELSE:BEGIN          print    unknown interpolation method  we stop          stop       ENDELSE     ENDCASE   ENDIF     dataout   total weig datain addr  1    dataout   reform dataout  jpio  jpjo   over      RETURN  dataout END");
-a[42] = new Array("./Interpolation/get_gridparams.html", "get_gridparams.pro", "", "       file_comments      1  extract from a NetCDF file the longitude  latidude  and their dimensions        and make sure it is 1D or 2D arrays           or 2  given longitude and latitude arrays get their dimensions and make sure         they are 1D or 2D arrays       categories interpolation      examples       1  get_gridparams  file  lonname  latname  lon  lat  jpi  jpj  n_dimensions     or      2  get_gridparams  lon  lat  jpi  jpj  n_dimensions     1      param in1  in required   the name of the netcdf file     param in2  in required   the name of the variable that contains the longitude in the NetCDF file     param in3  in required   the name of the variable that contains the latitude in the NetCDF file     param in4   out  the number of points in the longitudinal direction     param in5   out  the number of points in the latitudinal direction    param in6  out  the variable that will contain the longitudes     param in7   out  the variable that will contain the latitudes     param in8  out  1 or 2 to specify if lon and lat should be 1D  jpi or jpj      or      2      param in1  in required   1d or 2D arrays defining longitudes and latitudes      param in2  in required   1d or 2D arrays defining longitudes and latitudes        Note that these arrays are also outputs and can therefore be modified       param in1  out  the variable that will contain the longitudes     param in2   out  the variable that will contain the latitudes     param in3   in  the number of points in the longitudinal direction     param in4   in  the number of points in the latitudinal direction     param in5  in  1 or 2 to specify if lon and lat should be 1D  jpi or jpj       arrays or 2D arrays  jpi jpj  Note that of  n_dimensions   1  then the      grid must be regular  each longitudes must be the same for all latitudes      and each latitudes should be the sae for all longitudes        examples        1  ncdf_get_gridparams   coordinates_ORCA_R05 nc   glamt   gphit                   olon  olat  jpio  jpjo  2     2  ncdf_get_gridparams  olon  olat  jpio  jpjo  2      history    November 2005: Sebastien Masson  smasson lodyc jussieu fr                 PRO get_gridparams  in1    in2    in3      in4  in5  in6  in7  in8  DOUBLE   double                    file  lonname  latname  lon  lat  jpi  jpj  n_dimensions                     lon    lat    jpi      jpj  n_dimensions     CASE n_params  OF     8:BEGIN   get longitude and latitude       IF file_test in1  EQ 0 THEN BEGIN          print   file     in1     does not exist          stop       ENDIF       cdfido   ncdf_open in1        ncdf_varget  cdfido  in2  lon       ncdf_varget  cdfido  in3  lat       ncdf_close  cdfido        n_dimensions   in8     END     5:BEGIN        lon   temporary in1        lat   temporary in2        n_dimensions   in5     END     ELSE:BEGIN        print   Bad nimber of input parameters        stop     end   ENDCASE     sizelon   size lon    sizelat   size lat    CASE 1 OF      lon and lat are 1D arrays       sizelon 0  EQ 1 AND sizelat 0  EQ 1:BEGIN    get jpi and jpj       jpi   sizelon 1        jpj   sizelat 1    make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:         2:BEGIN   make lon and lat 2D arrays           lon   temporary lon    replicate 1  jpj            lat   replicate 1  jpi    temporary lat          END         ELSE:stop       ENDCASE     END     lon is 2D array and lat is 1D array       sizelon 0  EQ 2 AND sizelat 0  EQ 1:BEGIN    get jpi and jpj       jpi   sizelon 1        jpj   sizelon 2        IF jpj NE n_elements lat  THEN stop   make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:BEGIN            IF array_equal lon  lon  0    replicate 1  jpj  NE 1 THEN BEGIN              print   Longitudes are not the same for all latitudes  imposible to extract a 1D array of the longitudes              stop           ENDIF           lon   lon  0          END         2:lat   replicate 1  jpi    temporary lat          ELSE:stop       ENDCASE     END     lon is 1D array and lat is 2D array       sizelon 0  EQ 1 AND sizelat 0  EQ 2:BEGIN    get jpi and jpj       jpi   sizelat 1        jpj   sizelat 2        IF jpi NE n_elements lon  THEN stop   make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:BEGIN            IF array_equal lat  replicate 1  jpi    lat 0    NE 1 THEN BEGIN              print   Latitudes are not the same for all longitudes  imposible to extract a 1D array of the latitudes              stop           ENDIF           lat   reform lat 0            END         2:lon   temporary lon    replicate 1  jpj          ELSE:stop       ENDCASE     END     lon and lat are 2D arrays       sizelon 0  EQ 2 AND sizelat 0  EQ 2:BEGIN    get jpi and jpj       IF array_equal sizelon 1:2  sizelat 1:2  NE 1 THEN stop       jpi   sizelon 1        jpj   sizelon 2          make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:BEGIN            IF array_equal lon  lon  0    replicate 1  jpj  NE 1 THEN BEGIN              print   Longitudes are not the same for all latitudes  imposible to extract a 1D array of the longitudes              stop           ENDIF           lon   lon  0            IF array_equal lat  replicate 1  jpi    reform lat 0    NE 1 THEN BEGIN              print   Latitudes are not the same for all longitudes  imposible to extract a 1D array of the latitudes              stop           ENDIF         lat   reform lat 0            END         2:         ELSE:stop       ENDCASE     END     lon and lat are not 1D and or 2D arrays       ELSE:stop   ENDCASE       double keyword     if keyword_set double  then BEGIN      lon   double temporary lon      lat   double temporary lat    ENDIF     give back the right outparameters       CASE n_params  OF     8:BEGIN       in4   temporary lon        in5   temporary lat        in6   temporary jpi        in7   temporary jpj      END     5:BEGIN       in1   temporary lon        in2   temporary lat        in3   temporary jpi        in4   temporary jpj      END   ENDCASE    return END");
-a[43] = new Array("./Interpolation/imoms3.html", "imoms3.pro", "", "       FUNCTION imoms3  xin    x   abs xin    y   fltarr n_elements x      test1   where x LT 1    IF test1 0  NE  1 THEN BEGIN     xtmp   x test1      y test1    0 5 xtmp xtmp xtmp  xtmp xtmp  0 5 xtmp   1   ENDIF   test1   where x LT 2 AND x GE 1    IF test1 0  NE  1 THEN BEGIN     xtmp   x test1      y test1     1 6 xtmp xtmp xtmp   xtmp xtmp    11 6 xtmp   1   ENDIF    RETURN  y END");
-a[44] = new Array("./Interpolation/inquad.html", "inquad.pro", "", "     file_comments to find if an  x y  point is in a quadrilateral  x1 x2 x3 x4       categories grid manipulation      examples          res   inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4           param x y  in required   the coordinates of the point we want to know where it       is  Must be a scalar if  onsphere activated else can be scalar       or array            param x1 y1 x2 y2 x3 y3 x4 y4  in required   the coordinates of the       quadrilateral given in the CLOCKWISE order  Scalar or array         keyword     DOUBLE use double precision to perform the computation       keyword     ONSPHERE to specify that the quadilateral are on a sphere and      that teir coordinates are longitude latitude coordinates  In this      case  est west periodicity  poles singularity and other pbs      related to longitude latitude coordinates are managed      automatically        keyword    ZOOMRADIUS :the zoom  circle centred on the  x y  with a radius of      zoomradius degree where we look for the the quadrilateral which     contains the  x y  point  used for the satellite projection      when  onsphere is activated  Default is 4 and seems to be the      minimum which can be used  Can be increase if the cell size is      larger than 5 degrees          keyword     NOPRINT to suppress the print messages       returns      a n element vector  Where n is the number of elements of      x  res i j means that the point number i is located in the      quadrilateral number j with  0   j   n_elements x0 1       restrictions I think degenerated quadrilateral  e g  flat of   twisted  is not work  This has to be tested       examples            x   1 1  2  6  7  3          y   1 1  3  3  4  7          x1   1 0 4 2          y1   1 1 4 8          x2   1 1 6 4          y2   1 5 6 8          x3   1 3 8 4          y3   1 4 4 6          x4   1 2 6 2          y4   1 0 2 6          splot   0 10   0 10  xstyle   1  ystyle   1 nodata         for i 0 2 do oplot   x4 i x1 i x2 i x3 i x4 i y4 i y1 i y2 i y3 i y4 i          oplot  x  y  color   20  psym   1  thick   2         print  inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4           On a sphere see clickincell pro       history        Sebastien Masson  smasson lodyc jussieu fr         August 2003        Based on Convert_clic_ij pro written by Gurvan Madec      FUNCTION inquad  x  y  x1  y1  x2  y2  x3  y3  x4  y4  ONSPHERE   onsphere   DOUBLE   double  ZOOMRADIUS   zoomradius  NOPRINT   noprint  NEWCOORD   newcoord       ntofind   n_elements x    nquad   n_elements x2      IF keyword_set onsphere  THEN BEGIN   save the inputs parameters     xin   x     yin   y     x1in   x1     y1in   y1     x2in   x2     y2in   y2     x3in   x3     y3in   y3     x4in   x4     y4in   y4   for map_set     x   x MOD 360     x1   x1 MOD 360     x2   x2 MOD 360     x3   x3 MOD 360     x4   x4 MOD 360   save  map      save    map: map  x: x  y: y  z: z  p: p    do a satellite projection      IF NOT keyword_set zoomradius  THEN zoomradius   4     map_set  y 0  x 0  0   satellite  sat_p    1 zoomradius 20 6371 229  0  0   noerase   iso   noborder   use normal coordinates to reject cells which are out of the projection      tmp    convert_coord x  y   DATA   TO_NORMAL  DOUBLE   double       tmp1   convert_coord x1  y1   DATA   TO_NORMAL  DOUBLE   double       tmp2   convert_coord x2  y2   DATA   TO_NORMAL  DOUBLE   double       tmp3   convert_coord x3  y3   DATA   TO_NORMAL  DOUBLE   double       tmp4   convert_coord x4  y4   DATA   TO_NORMAL  DOUBLE   double     remove cell which have one corner with coordinates equal to NaN     test   finite tmp1 0   tmp1 1   tmp2 0   tmp2 1                         tmp3 0   tmp3 1   tmp4 0   tmp4 1        good   where temporary test  EQ 1        IF good 0  EQ  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   The point is out of the cells    restore the input parameters       x   temporary xin        y   temporary yin        x1   temporary x1in        y1   temporary y1in        x2   temporary x2in        y2   temporary y2in        x3   temporary x3in        y3   temporary y3in        x4   temporary x4in        y4   temporary y4in    restore old  map         map   save map        x   save x        y   save y        z   save z        p   save p       RETURN    1     ENDIF       x    tmp 0      y    tmp 1      x1   tmp1 0  good      y1   tmp1 1  good      x2   tmp2 0  good      y2   tmp2 1  good      x3   tmp3 0  good      y3   tmp3 1  good      x4   tmp4 0  good      y4   tmp4 1  good        tmp1    1   tmp2    1   tmp3    1   tmp4    1   remove cells which are obviously bad      test    x1 GT x AND x2 GT x AND x3 GT x AND x4 GT x          OR  x1 LT x AND x2 LT x AND x3 LT x AND x4 LT x          OR  y1 GT y AND y2 GT y AND y3 GT y AND y4 GT y          OR  y1 LT y AND y2 LT y AND y3 LT y AND y4 LT y      good2   where temporary test  EQ 0        IF good2 0  EQ  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   The point is out of the cells    restore the input parameters       x   temporary xin        y   temporary yin        x1   temporary x1in        y1   temporary y1in        x2   temporary x2in        y2   temporary y2in        x3   temporary x3in        y3   temporary y3in        x4   temporary x4in        y4   temporary y4in    restore old  map         map   save map        x   save x        y   save y        z   save z        p   save p       RETURN    1     ENDIF       nquad   n_elements good2       x1   x1 good2      y1   y1 good2      x2   x2 good2      y2   y2 good2      x3   x3 good2      y3   y3 good2      x4   x4 good2      y4   y4 good2    ENDIF       the point is inside the quadilateral if test eq 1   with test equal to:       test    x x1 y2 y1  GE  x2 x1 y y1             x x2 y3 y2  GT  x3 x2 y y2             x x3 y4 y3  GT  x4 x3 y y3             x x4 y1 y4  GE  x1 x4 y y4       computation of test without any do loop for ntofind points  x y  and   nquad quadilateral x1 x2 x3 x4 y1 y2 y3 y4    test dimensions are  ntofind  nquad    column i of test corresponds to the intersection of point i with all   quadirlateral     row j of test corresponds to all the points localized in cell j    test        x x1     x replicate 1  nquad replicate 1  ntofind x1       y2 y1     replicate 1  ntofind y2 y1      GE  x2 x1    GE  replicate 1  ntofind x2 x1       y y1     y replicate 1  nquad replicate 1  ntofind y1      test   temporary test       x x2     x replicate 1  nquad replicate 1  ntofind x2       y3 y2     replicate 1  ntofind y3 y2      GE  x3 x2    GE  replicate 1  ntofind x3 x2       y y2     y replicate 1  nquad replicate 1  ntofind y2      test   temporary test       x x3     x replicate 1  nquad replicate 1  ntofind x3       y4 y3     replicate 1  ntofind y4 y3      GE  x4 x3    GE  replicate 1  ntofind x4 x3       y y3     y replicate 1  nquad replicate 1  ntofind y3      test   temporary test       x x4     x replicate 1  nquad replicate 1  ntofind x4       y1 y4     replicate 1  ntofind y1 y4      GE  x1 x4    GE  replicate 1  ntofind x1 x4       y y4     y replicate 1  nquad replicate 1  ntofind y4      check test if ntofind gt 1   if ntofind gt 1  each point must be localised in one uniq cell    IF ntofind GT 1 THEN BEGIN   each column of test must have only 1 position equal to one     chtest   total test  2    points out of the cells     IF  where chtest EQ 0 0  NE  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   Points number  strjoin strtrim where chtest EQ 0  1      are out of the grid        stop     ENDIF   points in more than one cell     IF  where chtest GT 1 0  NE  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   Points number  strjoin strtrim where chtest GT 1  1      are in more than one cell        stop     ENDIF   ENDIF   find the points for which test eq 1   found   where temporary test  EQ 1    if ntofind eq 1  the point may be localised in more than one grid   cell ou may also be out of the cells   IF ntofind EQ 1 THEN BEGIN     CASE 1 OF       found 0  EQ  1:BEGIN         IF NOT keyword_set noprint  THEN print   The point is out of the cells          IF keyword_set onsphere  THEN BEGIN   restore old  map             map   save map            x   save x            y   save y            z   save z            p   save p         ENDIF         return    1       END        n_elements found  GT ntofind:BEGIN         IF NOT keyword_set noprint  THEN print   The point is in more than one cell        END        ELSE:     ENDCASE   ENDIF ELSE BEGIN   if ntofind GT 1  found must be sorted    i position of found  this corresponds to one x y point     forsort   found MOD ntofind   j position of found  this corresponds to cell in which is one x y   point     found   temporary found ntofind   found must be sorted accordind to forsort     found   found sort forsort    ENDELSE     IF keyword_set onsphere  THEN BEGIN     IF arg_present newcoord  THEN BEGIN       found   found 0        newcoord    x1 found  y1 found                         x2 found  y2 found                         x3 found  y3 found                         x4 found  y4 found                         x  y      ENDIF       found   good good2 found    restore the input parameters     x   temporary xin      y   temporary yin      x1   temporary x1in      y1   temporary y1in      x2   temporary x2in      y2   temporary y2in      x3   temporary x3in      y3   temporary y3in      x4   temporary x4in      y4   temporary y4in    restore old  map       map   save map      x   save x      y   save y      z   save z      p   save p   ENDIF     RETURN  found END");
-a[45] = new Array("./Interpolation/inrecgrid.html", "inrecgrid.pro", "", "       file_comments given   a list of points   x y  position                      the x and y limits of a rectangular grid            find in which cell is located each given point       categories no DO loop  use the wonderfull value_locate function       examples    res   inrecgrid xin  yin  left  bottom          param x1d  in required   a 1d array  the x position on the points       param y1d  in required   a 1d array  the y position on the points      left  in required   a 1d  monotonically increasing array  the position of the       left  border of each cell        param bottom  in required   a 1d  monotonically increasing array  the position of the       bottom  border of each cell         keyword     output2d to get the output as a 2d array  2 n_elements x1d       with res 0  the x index accoring to the 1d array defined by      left and res 1  the y index accoring to the 1d array defined by      bottom       keyword    checkout rbgrid ubgrid  specify the right and upper bondaries of      the grid and check if some points are out       returns the index on the cell accoring to the 2d array defined by   left and bottom       examples       IDL  a indgen 5     IDL  b indgen 7     IDL  r inrecgrid 0 25 3 25 2 4 25 2 8 1 4 a b     IDL  print  r              20          13           7    IDL  r inrecgrid 0 25 3 25 2 4 25 2 8 1 4 a a 1 b b 1 output2d     IDL  print  r          0 00000      4 00000          3 00000      2 00000          2 00000      1 00000        history              S  Masson  smasson lodyc jussieu fr                         July 3rd  2002                        October 3rd  2003: use value_locate    FUNCTION inrecgrid  x1d  y1d  left  bottom  output2d   output2d  checkout   checkout     ncellx   n_elements left    ncelly   n_elements bottom      xpos   value_locate left  x1d    ypos   value_locate bottom  y1d      IF n_elements checkout  EQ 2 THEN BEGIN     out   where x1d GT checkout 0      IF out 0  NE  1 THEN xpos out     1     out   where y1d GT checkout 1      IF out 0  NE  1 THEN ypos out     1   ENDIF     IF keyword_set output2d  THEN return   transpose xpos  transpose ypos      IF NOT keyword_set checkout  THEN RETURN  xpos ncellx ypos     res   xpos ncellx ypos   out   where xpos EQ  1 OR ypos EQ  1    IF out 0  NE  1 THEN res out     1       RETURN  res  END");
-a[46] = new Array("./Interpolation/ll_narcs_distances.html", "ll_narcs_distances.pro", "", "       file_comments   This function returns the longitude and latitude  lon  lat  of  a point a given arc distance  pi  lon0    10  20  100   IDL  lat0    0   10  45   IDL  lon1    10  60  280   IDL  lat1    0  10  45   IDL  dist   map_npoints lon0  lat0  lon1  lat1  azimuth   azi   two_by_two   IDL  earthradius   6378206 4d0  IDL  res   ll_narcs_distances lon0  lat0  dist earthradius  azi   degrees   IDL  print  reform res 0            10 000000       60 000000       280 00000  IDL  print  reform res 1               1 1999280e 15       10 000000       45 000000      history         Based on the IDL function ll_arc_distance pro v 1 11 2003 02 03   Sebastien Masson  smasson lodyc jussieu fr                     August 2005         file_comments Return the  lon  lat  of the point a given arc distance   pi   arc_dist   pi    and azimuth  az  from lon_lat0      FUNCTION LL_NARCS_DISTANCES  lon0  lat0  arc_dist  az  DEGREES   degs     IF n_elements lon0  NE n_elements lat0        OR n_elements lon0  NE n_elements arc_dist        OR n_elements lon0  NE n_elements az  THEN return   1    cdist   cos arc_dist        Arc_Dist is always in radians    sdist   sin arc_dist     if keyword_set degs  then s    dpi 180 0 else s   1 0d0    ll   lat0    s               To radians   sinll1   sin ll    cosll1   cos ll    azs   az    s   phi   asin sinll1   cdist   cosll1   sdist   cos azs    ll   lon0    s               To radians   lam   ll   atan sdist   sin azs                      cosll1   cdist   sinll1   sdist   cos azs     zero   where arc_dist eq 0  count    IF count NE 0 THEN BEGIN      lam zero    lon0 zero      phi zero    lat0 zero    ENDIF     if keyword_set degs  then return  transpose lam   phi    s     ELSE return  transpose lam   phi   end  ");
-a[47] = new Array("./Interpolation/map_npoints.html", "map_npoints.pro", "", "       file_comments  Return the distance in meter between all np0 points P0 and all         np1 points P1 on a sphere  If keyword  TWO_BY_TWO is given then         returns the distances between number n of P0 points and number         n of P1 points  in that case  np0 and np1 must be equal          Same as map_2points with the meter parameter but for n points         without do loop       categories Maps      examples   Result   Map_nPoints lon0  lat0  lon1  lat1     param Lon0 Lat0   in required  np0 elements vector  longitudes and latitudes of np0 points P0   param Lon1 Lat1   in required   np1 elements vector  longitude and latitude of np1 points P1       keyword   AZIMUTH A named variable that will receive the azimuth of the great         circle  connecting the two points  P0 to P1    keyword    MIDDLE to get the longitude latitude of the middle point betwen P0 and P1     keyword   RADIANS   if set  inputs and angular outputs are in radians  otherwise  degrees     keyword   RADIUS If given  return the distance between the two points  calculated using the given radius          Default value is the earth radius : 6378206 4d0    keyword   TWO_BY_TWO:If given then Map_nPoints returns the distances between         number n of P0 points and number n of P1 points  in that case          np0 and np1 must be equal       returns         An  np0 np1  array giving the distance in meter between np0         points P0 and np1 points P1  Element  i j  of the ouput is the         distance between element P0 i  and P1 j          If keyword  TWO_BY_TWO is given then Map_nPoints returns         an np element vector giving the distance in meter between P0 i          and P1 i   in that case  we have np0   np1   np          if  MIDDLE see this keyword       examples  IDL  print     map_npoints 105 15 1 40 02 1 0 07 100 50 51 30 20 0          7551369 3       5600334 8         12864354        10921254          14919237        5455558 8    IDL  lon0    10  20  100   IDL  lat0    0   10  45   IDL  lon1    10  60  280   IDL  lat1    0  10  45   IDL  dist   map_npoints lon0  lat0  lon1  lat1  azimuth   azi   IDL  help  dist  azi  DIST            DOUBLE      Array 3  3   AZI             DOUBLE      Array 3  3   IDL  print  dist 4 lindgen 3  azi 4 lindgen 3          2226414 0       4957944 5       10018863          90 000000       64 494450   4 9615627e 15  IDL  dist   map_npoints lon0  lat0  lon1  lat1  azimuth   azi   two_by_two   IDL  help  dist  azi  DIST            DOUBLE      Array 3   AZI             DOUBLE      Array 3   IDL  print  dist  azi         2226414 0       4957944 5       10018863          90 000000       64 494450   4 9615627e 15  IDL  print  map_2points lon0 0  lat0 0  lon1 0  lat1 0          20 000000       90 000000  IDL  print  map_npoints lon0 0  lat0 0  lon1 0  lat1 0  azi azi 6378206 4d0    dtor  azi         20 000000         90 000000    IDL  lon0    10  20  100   IDL  lat0    0   10  45   IDL  lon1    10  60  280   IDL  lat1    0  10  45   IDL  mid   map_npoints lon0  lat0  lon1  lat1   middle   two_by_two   IDL  print  reform mid 0  reform mid 1          0 0000000       40 000000       190 00000         0 0000000   1 5902773e 15       90 000000  IDL  print   map_2points lon0 0  lat0 0  lon1 0  lat1 0  npath   3  1          0 0000000       0 0000000  IDL  print   map_2points lon0 1  lat0 1  lon1 1  lat1 1  npath   3  1          40 000000   1 5902773e 15  IDL  print   map_2points lon0 2  lat0 2  lon1 2  lat1 2  npath   3  1          190 00000       90 000000      history         Based on the IDL function map_2points pro v 1 6 2001 01 15   Sebastien Masson  smasson lodyc jussieu fr                     October 2003   Function Map_npoints  lon0  lat0  lon1  lat1  azimuth   azimuth        RADIANS   radians  RADIUS   radius  MIDDLE   middle  TWO_BY_TWO   two_by_two    COMPILE_OPT idl2   ON_ERROR  2                     return to caller    IF  N_PARAMS  LT 4  THEN       MESSAGE   Incorrect number of arguments     np0   n_elements lon0     IF n_elements lat0  NE np0 THEN       MESSAGE   lon0 and lat0 must have the same number of elements    np1   n_elements lon1     IF n_elements lat1  NE np1 THEN       MESSAGE   lon1 and lat1 must have the same number of elements    if keyword_set two_by_two  AND np0 NE np1 then       MESSAGE   When using two_by_two keyword  P0 and P1 must have the same number of elements     mx   MAX ABS lat0  lat1    pi2    dpi 2   IF  mx GT  KEYWORD_SET radians    pi2 : 90  THEN       MESSAGE   Value of Latitude is out of allowed range     k   KEYWORD_SET radians    1 0d0 :  dpi 180 0  Earth equatorial radius  meters  Clarke 1866 ellipsoid   r_sphere    n_elements RADIUS  NE 0   RADIUS : 6378206 4d0      coslt1   cos k lat1    sinlt1   sin k lat1    coslt0   cos k lat0    sinlt0   sin k lat0      IF np0 EQ np1 AND np1 EQ 1 THEN two_by_two   1     if NOT keyword_set two_by_two  THEN BEGIN      coslt1   replicate 1 0d0  np0 temporary coslt1      sinlt1   replicate 1 0d0  np0 temporary sinlt1      coslt0   temporary coslt0 replicate 1 0d0  np1      sinlt0   temporary sinlt0 replicate 1 0d0  np1    ENDIF      if keyword_set two_by_two  THEN BEGIN      cosl0l1   cos k lon1 lon0      sinl0l1   sin k lon1 lon0    ENDIF ELSE BEGIN      cosl0l1   cos k replicate 1 0d0  np0 lon1 lon0 replicate 1 0d0  np1      sinl0l1   sin k replicate 1 0d0  np0 lon1 lon0 replicate 1 0d0  np1    ENDELSE     cosc   sinlt0   sinlt1   coslt0   coslt1   cosl0l1  Cos of angle between pnts   Avoid roundoff problems by clamping cosine range to  1 1    cosc    1 0d0   cosc   1 0d0     if arg_present azimuth  OR keyword_set middle  then begin     sinc   sqrt 1 0d0   cosc cosc      bad   where abs sinc  le 1 0e 7      IF bad 0  NE  1 THEN sinc bad    1     cosaz    coslt0   sinlt1   sinlt0 coslt1 cosl0l1    sinc      sinaz   sinl0l1 coslt1 sinc     IF bad 0  NE  1 THEN BEGIN        sinc bad    0 0d0       sinaz bad    0 0d0       cosaz bad    1 0d0     ENDIF   ENDIF     IF keyword_set middle  then BEGIN      s0   0 5d0   acos cosc         coss   cos s0      sins   sin s0            lats   asin sinlt0   coss   coslt0   sins   cosaz    k     lons   atan sins   sinaz  coslt0   coss   sinlt0   sins   cosaz    k       if keyword_set two_by_two  THEN BEGIN        return  transpose lon0    lons   lats      ENDIF ELSE BEGIN        return     lon0 replicate 1 0d0  np1    lons   lats        ENDELSE      ENDIF     if arg_present azimuth  then begin     azimuth   atan sinaz  cosaz      IF k NE 1 0d0 THEN azimuth   temporary azimuth    k    ENDIF  return  acos cosc    r_sphere   end");
-a[48] = new Array("./Interpolation/neighbor.html", "neighbor.pro", "", "       file_comments  find the closetest point of  P0  within a list of np1 points  P1 Which can be on a sphere       categories Maps      examples    IDL  Result   neighbor lon0  lat0  lon1  lat1     param p0lon  in required   scalar  longitudes of point P0    param p0lat   in required   scalar  latitudes of point P0        keyword   RADIANS if set  inputs and angular outputs are in radians  otherwise  degrees     keyword   DISTANCE dis  to get back the distances between P0 and the np1     points P1 in the variable dis     keyword    SPHERE to activate if points are located on a sphere       returns         index giving the P1 index  point that is the closetest point         of  P0       examples         IDL  print  neighbor 105 15 40 02 0 07 100 50 51 30 20 0                 distance dis                     0         IDL  print  dis               105 684      206 125      160 228      history   Sebastien Masson  smasson lodyc jussieu fr                     October 2003   FUNCTION neighbor  p0lon  p0lat  neighlon  neighlat  sphere   sphere  distance   distance  radians   radians     somme checks   IF  n_elements p0lon  NE 1 THEN MESSAGE   Sorry p0lon must be a scalar    p0lon   p0lon 0    IF  n_elements p0lat  NE 1 THEN MESSAGE   Sorry p0lat must be a scalar    p0lat   p0lat 0    nneig   n_elements neighlon     IF  n_elements neighlat  NE nneig  THEN       MESSAGE   neighlon and neighlat must have the same number of elements    distance between P0 and the others points   IF keyword_set sphere  THEN BEGIN     IF sphere NE 1 THEN radius   sphere     distance   Map_nPoints p0lon  p0lat  neighlon  neighlat                            radius   radius  radians   radians    ENDIF ELSE BEGIN      distance    neighlon p0lon 2 neighlat p0lat 2     IF arg_present distance  THEN distance   sqrt distance    ENDELSE   RETURN  where distance EQ min distance  END");
-a[49] = new Array("./Interpolation/quadrilateral2square.html", "quadrilateral2square.pro", "", "       file_comments warm  or map  an arbitrary quadrilateral onto a unit square    according to the 4 point correspondences:          x0 y0     0 0           x1 y1     1 0           x2 y2     1 1           x3 y3     0 1    This is the inverse function of square2quadrilateral pro   The mapping is done using perspective transformation which preserve   lines in all orientations and permit quadrilateral to quadrilateral   mappings  see ref  bellow       categories image  grid manipulation      examples          res   square2quadrilateral x0 y0 x1 y1 x2 y2 x3 y3 xin yin            param x0in  in required   the coordinates of the quadrilateral        param y0in  in required   the coordinates of the quadrilateral        param x1in  in required   the coordinates of the quadrilateral        param y1in  in required   the coordinates of the quadrilateral        param x2in  in required   the coordinates of the quadrilateral        param y2in  in required   the coordinates of the quadrilateral        param x3in  in required   the coordinates of the quadrilateral        param y3in   in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order           param xxin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array         param yyin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array       returns          2 n  array: the new coodinates  xout  yout  of the  xin yin        point s  after mapping         If xin is a scalar  then n is equal to the number of elements of       x0  If xin is an array   then n is equal to the number of       elements of xin       restrictions I think degenerated quadrilateral  e g  flat of   twisted  is not work  This has to be tested       examples      IDL  splot 0 5 0 3 nodata xstyle 1 ystyle 1   IDL  tracegrille  findgen 11 1  findgen 11 1 color indgen 12 20   IDL  xin    findgen 11 1 replicate 1  11    IDL  yin   replicate 1  11 findgen 11 1    IDL  out   square2quadrilateral 2 1 3 0 5 1 2 3  xin  yin    IDL  tracegrille  reform out 0 11 11  reform out 1 11 11 color indgen 12 20     IDL  inorg quadrilateral2square 2 1 3 0 5 1 2 3 out 0 out 1    IDL  tracegrille  reform inorg 0 11 11  reform inorg 1 11 11 color indgen 12 20      history        Sebastien Masson  smasson lodyc jussieu fr         August 2003        Based on  Digital Image Warping  by G  Wolberg        IEEE Computer Society Press  Los Alamitos  California        Chapter 3  see p 52 56                 FUNCTION quadrilateral2square  x0in  y0in  x1in  y1in  x2in  y2in  x3in  y3in  xxin  yyin  PERF   perf   tempsone   systime 1      Warning  wrong definition of  x2 y2  and  x3 y3  at the bottom of   page 54 of Wolberg s book  see figure 3 7 page 56 for the good   definition      IF keyword_set double  THEN BEGIN     x0   double x0in      x1   double x1in      x2   double x2in      x3   double x3in      y0   double y0in      y1   double y1in      y2   double y2in      y3   double y3in      xin   double xxin      yin   double yyin    ENDIF ELSE BEGIN     x0   float x0in      x1   float x1in      x2   float x2in      x3   float x3in      y0   float y0in      y1   float y1in      y2   float y2in      y3   float y3in      xin   float xxin      yin   float yyin    ENDELSE     get the matrix A     a   square2quadrilateral x0in  y0in  x1in  y1in  x2in  y2in  x3in  y3in      compute the adjoint matrix      IF keyword_set double  THEN adj   dblarr 9  n_elements x0      ELSE adj   fltarr 9  n_elements x0      adj 0      a 4            a 7   a 5      adj 1      a 7   a 2   a 1      adj 2      a 1   a 5   a 4   a 2      adj 3      a 6   a 5   a 3      adj 4      a 0            a 6   a 2      adj 5      a 3   a 2   a 0   a 5      adj 6      a 3   a 7   a 6   a 4      adj 7      a 6   a 1   a 0   a 7      adj 8      a 0   a 4   a 3   a 1          IF n_elements xin  EQ 1 THEN BEGIN     xin   replicate xin  n_elements x0       yin   replicate yin  n_elements x0     ENDIF     compute xprime  yprime and wprime     IF n_elements x0  EQ 1 THEN BEGIN     wpr   1 adj 6 xin   adj 7 yin   adj 8    ENDIF ELSE BEGIN     wpr   1 adj 6   xin   adj 7   yin   adj 8      ENDELSE   xpr   xin wpr   ypr   yin wpr     IF keyword_set double  THEN res   dblarr 2  n_elements xin      ELSE res   fltarr 2  n_elements xin      IF n_elements x0  EQ 1 THEN BEGIN     res 0      xpr adj 0    ypr adj 1   wpr adj 2      res 1      xpr adj 3    ypr adj 4   wpr adj 5    ENDIF ELSE BEGIN     res 0      xpr adj 0      ypr adj 1     wpr adj 2        res 1      xpr adj 3      ypr adj 4     wpr adj 5      ENDELSE     IF keyword_set perf  THEN print   time quadrilateral2square  systime 1 tempsone    RETURN  res END");
-a[50] = new Array("./Interpolation/spl_fstdrv.html", "spl_fstdrv.pro", "", "             file_comments SPL_FSTDRV returns the values of the first derivative of   the interpolating function at the points X2i  it is a double   precision array      Given the arrays X and Y  which tabulate a function  with the X i    AND Y i  in ascending order  and given an input value X2  the   SPL_INCR function returns an interpolated value for the given values   of X2  The interpolation method is based on cubic spline  corrected   in a way that interpolated value are also in ascending order      examples  y2    spl_fstdrv x  y  yscd  x2          param x  in required   An n element  at least 2  input vector that specifies the      tabulate points in ascending order          param y  in required   f x    y  An n element input vector that specifies the values      of the tabulated function F Xi  corresponding to Xi          param yscd  in required   The output from SPL_INIT for the specified X and Y          param x2  in required   The input values for which the first derivative values are      desired  X can be scalar or an array of values      returns         y2: f x2    y2          history    Sebastien Masson  smasson lodyc jussieu fr : May 2005         FUNCTION spl_fstdrv  x  y  yscd  x2     compute the first derivative of the spline function      nx   n_elements x    ny   n_elements y    x must have at least 2 elements   IF nx LT 2 THEN stop      y must have the same number of elements than x   IF nx NE ny THEN stop   define loc in a way that     if loc i  eq  1   :                 x2 i    x nx 1     else              :    x loc i   extrapolation   use x nx 2  and x nx 1  even if x2 i    x nx 1    extrapolation   loc   0   temporary loc     nx 2     distance between to consecutive x   deltax   x loc 1 x loc    distance between to consecutive y   deltay   y loc 1 y loc    relative distance between x2 i  and x loc i 1    a    x loc 1 x2 deltax   relative distance between x2 i  and x loc i    b   1 0d   a   compute the first derivative on x  see numerical recipes Chap 3 3    yfrst   temporary deltay deltax         1 0d 6 0d    3 0d a a   1 0d    deltax   yscd loc          1 0d 6 0d    3 0d b b   1 0d    deltax   yscd loc 1    beware of the computation precision     force near zero values to be exactly 0 0   zero   where abs yfrst  LT 1 e 10    IF zero 0  NE  1 THEN yfrst zero    0 0d    RETURN  yfrst END ");
-a[51] = new Array("./Interpolation/spl_incr.html", "spl_incr.pro", "", "             file_comments     Given the arrays X and Y  which tabulate a function  with the X i    AND Y i  in ascending order  and given an input value X2  the   SPL_INCR function returns an interpolated value for the given values   of X2  The interpolation method is based on cubic spline  corrected   in a way that interpolated values are also monotonically increasing       examples  y2    spl_incr x  y  x2       param x1  in required   An n element  at least 2  input vector that specifies the      tabulate points in a strict ascending order          param y1  in required   f x    y  An n element input vector that specifies the values      of the tabulated function F Xi  corresponding to Xi  As f is      supposed to be monotonically increasing  y values must be      monotonically increasing  y can have equal consecutive values          param x2  in required   The input values for which the interpolated values are      desired  Its values must be strictly monotonically increasing              returns         y2: f x2    y2  Double precision array      restrictions     It might be possible that y2 i 1 y2 i  has very small negative     values  amplitude smaller than 1 e 6       examples          n   100L       x    dindgen n 2       y   abs randomn 0  n        y n 2:n 2 1    0        y n n 3    0        y n n 6:n n 6 5    0        y   total y   cumulative   double        x2   dindgen n 1 2        n2   n_elements x2        print  min y 1:n 1 y 0:n 2  LT 0       y2   spl_incr  x  y  x2        splot  x  y  xstyle   1  ystyle   1  ysurx 25  petit    1  2  1   land       oplot  x2  y2  color   100       c   y2 1:n2 1    y2 0:n2 2        print  min c  LT 0        print  min c  max   ma  ma       splot c xstyle 1 ystyle 1  yrange 01 05  ysurx 25  petit    1  2  2   noerase       oplot 0  n_elements c   0  0  linestyle   1      history    Sebastien Masson  smasson lodyc jussieu fr : May Dec 2005         FUNCTION pure_concave  x1  x2  y1  y2  der2  x   X n type   xx    double x double x1 double x2 double x1    f    double x2 double x1 double y2 double y1    n   der2 temporary f    res   xx n      IF check_math  GT 0 THEN BEGIN         zero   where abs res  LT 1 e 10          IF zero 0  NE  1 THEN res zero    0 0d     END   res   temporary res double y2 double y1 y1      IF array_equal sort res  lindgen n_elements res    NE 1 THEN stop   RETURN  res END  FUNCTION pure_convex  x1  x2  y1  y2  der2  x   1 1 X n type   xx   1 0d    double x double x1 double x2 double x1    f    double x2 double x1 double y2 double y1    n   der2 temporary f    res   xx n      IF check_math  GT 0 THEN BEGIN         zero   where abs res  LT 1 e 10          IF zero 0  NE  1 THEN res zero    0 0d     END   res   1 0d   temporary res    res   temporary res y2 y1 y1      IF array_equal sort res  lindgen n_elements res    NE 1 THEN stop   RETURN  res END       keyword    YP0 The first derivative of the interpolating function at the      point X0  If YP0 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline     keyword    YPN_1 The first derivative of the interpolating function at the      point Xn 1  If YPN_1 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline     FUNCTION spl_incr  x  y  x2  YP0   yp0  YPN_1   ypn_1       check and initialisation       nx   n_elements x    ny   n_elements y    nx2   n_elements x2    x must have at least 2 elements   IF nx LT 2 THEN stop    y must have the same number of elements than x   IF nx NE ny THEN stop   x be monotonically increasing   IF min x 1:nx 1 x 0:nx 2  LE 0 THEN stop    x2 be monotonically increasing   IF N_ELEMENTS X2  GE 2 THEN     IF min x2 1:nx2 1 x2 0:nx2 2   LE 0 THEN stop    y be monotonically increasing   IF min y 1:ny 1 y 0:ny 2  LT 0 THEN stop      first check: check if two consecutive values are equal     bad   where y 1:ny 1 y 0:ny 2  EQ 0  cntbad    IF cntbad NE 0 THEN BEGIN   define the results: y2       y2   dblarr nx2    define xinx2: see help of value_locate    if xinx2 i  eq  1   :                 x bad i    x2 nx2 1     else                : x2 xinx2 i    x2 nx2 1     else                : x2 xinx2 i   we have middle pieces for which    we force yp0   0 0d and ypn_1   0 0d       IF cntbad GT 1 THEN BEGIN   we take care of the piece located wetween bad ib 1  and bad ib          FOR ib   1  cntbad 1 DO BEGIN   if there is x2 values smaller that x bad ib  then the x2 values   located between bad ib 1  and bad ib  are  xinx2 ib 1 1:xinx2 ib            IF xinx2 ib  NE  1 THEN begin             y2 xinx2 ib 1 1   0                y i 1    y i      2  y  reach its minimum value between  x i  and x i 1            0  y i 1    0   y i      we do a first selection by looking for those points      loc   lindgen nx 1    maybebad   where yscd loc  LE 0 0d AND yscd loc 1  GE 0 0d  cntbad      IF cntbad NE 0 THEN BEGIN      mbbloc   loc maybebad       aaa    yscd mbbloc 1 yscd mbbloc 6 0d x mbbloc 1 x mbbloc      bbb   0 5d   yscd mbbloc      ccc   yifrst mbbloc      ddd   y mbbloc      definitive selection:   y  can become negative if and only if  2b 2   4 3a c   0   y  can become negative if and only if    b 2     3a c   0       delta   bbb bbb   3 0d aaa ccc       bad   where delta GT 0  cntbad        IF cntbad NE 0 THEN BEGIN       delta   delta bad        aaa   aaa bad        bbb   bbb bad        ccc   ccc bad        ddd   ddd bad        bad   maybebad bad    define xinx2_1: see help of value_locate    if xinx2_1 i  eq  1   :                   x bad i    x2 nx2 1     else                  : x2 xinx2_1 i    x2 nx2 1     else                  : x2 xinx2_2 i   y bad ib 1  then we cannot applay the method we want to   apply   we use then convex concave case by changing by hand the   value of yinfl and xinfl                   IF yzero GT y bad ib 1  THEN BEGIN                     yinfl   0 5d y bad ib 1 y bad ib                      xinfl   0 5d x bad ib 1 x bad ib                      GOTO  convexconcave                   ENDIF   define xinx2_3: see help of value_locate    if xinx2_3 ib  eq  1   :                x bad ib xzero   x2 nx2 1     else                   : x2 xinx2_3   we use then convex concave case by changing by hand the   value of yinfl and xinfl                   IF yzero lt y bad ib  THEN BEGIN                     yinfl   0 5d y bad ib 1 y bad ib                      xinfl   0 5d x bad ib 1 x bad ib                      GOTO  convexconcave                   ENDIF   define xinx2_3: see help of value_locate    if xinx2_3 ib  eq  1   :                x bad ib xzero   x2 nx2 1     else                   : x2 xinx2_3    x2 nx2 1     else                   : x2 xinx2_3    x bad ib xzero    x2 xinx3_2 1                    xinx2_3   value_locate x2  x bad ib xinfl                     IF xinx2_3 ge xinx2_1 ib 1 THEN BEGIN                     y2 xinx2_1 ib 1:xinx2_3                            pure_convex x bad ib  x bad ib xinfl                                          y bad ib  yinfl                                          yifrst bad ib                                          x2 xinx2_1 ib 1:xinx2_3                                         ENDIF                                   IF xinx2_2 ib  GE xinx2_3 1 THEN BEGIN                     y2 xinx2_3 1:xinx2_2 ib                            pure_concave x bad ib xinfl  x bad ib 1                                           yinfl  y bad ib 1                                           yifrst bad ib 1                                           x2 xinx2_3 1:xinx2_2 ib                    ENDIF                                 END               ENDCASE              END            ENDCASE         ENDIF       ENDFOR      ENDIF   ENDIF     RETURN  y2         END");
-a[52] = new Array("./Interpolation/spl_keep_mean.html", "spl_keep_mean.pro", "", "           file_comments     Given the arrays X and Y  which tabulate a function  with the X i    AND Y i  in ascending order  and given an input value X2  the   SPL_INCR function returns an interpolated value for the given values   of X2  The interpolation method is based on cubic spline  corrected   in a way that integral of the interpolated values is the same as the   integral of the input values    for exemple to build daily data   from monthly mean and keep the monthly mean of the computed daily   data equa to the original values       examples  y2    spl_keep_mean x  y  x2          param x  in required   An n element  at least 2  input vector that specifies the      tabulate points in a strict ascending order          param yin  in required   an array with one element less than x  y i  represents the      mean value between x i  and x i 1  if  GE0 is activated  y must      have positive values          param x2  in required   The input values for which the interpolated values are      desired  Its values must be strictly monotonically increasing          keyword     GE0 to force that y2 is always GE than 0  In that case  y must      also be GE than 0       keyword    YP0 The first derivative of the interpolating function at the      point X0  If YP0 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline       keyword    YPN_1 The first derivative of the interpolating function at the      point Xn 1  If YPN_1 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline        returns         y2: the meean value between two consecutive values of x2  This      array has one element less than y2  y2 has double precision       restrictions     It might be possible that y2 has very small negative values      amplitude smaller than 1 e 6          examples         12 monthly values of precipitations into daily values:        yr1   1990      yr2   1992      nyr   yr2 yr1 1      n1   12 nyr 1      x   julday 1 findgen n1  replicate 1  n1                  replicate yr1  n1  fltarr n1       n2   365 nyr   total leapyr yr1 indgen nyr    1      x2   julday replicate 1  n2  1 findgen n2                      replicate yr1  n2  fltarr n2       y   abs randomn 0  n1 1       y2   spl_keep_mean x  y  x2   ge0        print  min x  max   ma  ma      print  min x2  max   ma  ma      print  vairdate min x  max   ma  ma       print  total y x 1:n1 1 x 0:n1 2       print  total y2 x2 1:n2 1 x2 0:n2 2       history    Sebastien Masson  smasson lodyc jussieu fr : May 2005         FUNCTION spl_keep_mean  x  yin  x2  YP0   yp0  YPN_1   ypn_1  GE0   ge0       check and initialisation         nx   n_elements x    ny   n_elements yin    nx2   n_elements x2    x must have at least 2 elements   IF nx LT 2 THEN stop    x2 must have at least 2 elements   IF nx2 LT 2 THEN stop    x be monotonically increasing   IF min x 1:nx 1 x 0:nx 2  LE 0 THEN stop    x2 be monotonically increasing   IF min x2 1:nx2 1 x2 0:nx2 2   LE 0 THEN stop        compute the integral of y     if spl_keep_mean is called by the user  and not by itself  we must compute   the integral of y  yin must have one element less than x   IF nx NE ny 1 THEN stop   y   double yin double x 1:nx 1 x 0:nx 2    y    0 0d  temporary y    y   total temporary y   cumulative   double        compute the  spline  interpolation       IF keyword_set ge0  THEN BEGIN   if the want that the interpolated values are always   0  we must   have yin   0 0d     IF min yin  LT 0 THEN stop   call spl_incr     y2   spl_incr x  temporary y  x2  yp0   yp0  ypn_1   ypn_1    ENDIF ELSE BEGIN     yscd   spl_init x  y  yp0   yp0  ypn_1   ypn_1   double      y2   spl_interp x  y  temporary yscd  x2   double    ENDELSE                        Compute the derivative of y       yfrst    y2 1:nx2 1 y2 0:nx2 2 x2 1:nx2 1 x2 0:nx2 2    it can happen that we have very small negative values  1 e 6 for ex     yfrst   0 0d   temporary yfrst    RETURN  yfrst           END");
-a[53] = new Array("./Interpolation/square2quadrilateral.html", "square2quadrilateral.pro", "", "       file_comments warm  or map  a unit square onto an arbitrary quadrilateral   according to the 4 point correspondences:          0 0     x0 y0           1 0     x1 y1           1 1     x2 y2           0 1     x3 y3    The mapping is done using perspective transformation which preserve   lines in all orientations and permit quadrilateral to quadrilateral   mappings  see ref  bellow       categories image  grid manipulation      examples    IDL   res   square2quadrilateral x0 y0 x1 y1 x2 y2 x3 y3 xin yin            param x0in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y0in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param x1in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y1in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param x2in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y2in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param x3in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y3in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order           param xxin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array         param yyin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array       returns          2 n  array: the new coodinates  xout  yout  of the  xin yin        point s  after mapping         If xin is a scalar  then n is equal to the number of elements of       x0  If xin is an array   then n is equal to the number of       elements of xin        If xin and yin are omited  square2quadrilateral returns the       matrix A which is used for the inverse transformation          restrictions I think degenerated quadrilateral  e g  flat of   twisted  is not work  This has to be tested       examples      IDL  splot 0 5 0 3 nodata xstyle 1 ystyle 1   IDL  tracegrille  findgen 11 1  findgen 11 1 color indgen 12 20   IDL  xin    findgen 11 1 replicate 1  11    IDL  yin   replicate 1  11 findgen 11 1    IDL  out   square2quadrilateral 2 1 3 0 5 1 2 3  xin  yin    IDL  tracegrille  reform out 0 11 11  reform out 1 11 11 color indgen 12 20      history        Sebastien Masson  smasson lodyc jussieu fr         August 2003        Based on  Digital Image Warping  by G  Wolberg        IEEE Computer Society Press  Los Alamitos  California        Chapter 3  see p 52 56                 FUNCTION square2quadrilateral  x0in  y0in  x1in  y1in  x2in  y2in  x3in  y3in  xxin  yyin     Warning  wrong definition of  x2 y2  and  x3 y3  at the bottom of   page 54 of Wolberg s book  see figure 3 7 page 56 for the good   definition      IF keyword_set double  THEN BEGIN     x0   double x0in      x1   double x1in      x2   double x2in      x3   double x3in      y0   double y0in      y1   double y1in      y2   double y2in      y3   double y3in      IF arg_present xxin  THEN BEGIN       xin   double xxin        yin   double yyin      ENDIF   ENDIF ELSE BEGIN     x0   float x0in      x1   float x1in      x2   float x2in      x3   float x3in      y0   float y0in      y1   float y1in      y2   float y2in      y3   float y3in      IF arg_present xxin  THEN BEGIN       xin   float xxin        yin   float yyin      ENDIF   ENDELSE     IF keyword_set double  THEN a   dlbarr 8  n_elements x0      ELSE a   fltarr 8  n_elements x0       delx3   x0 x1 x2 x3   dely3   y0 y1 y2 y3     affinemap   where delx3 EQ 0 AND dely3 EQ 0    IF affinemap 0  NE  1 THEN BEGIN     xx0   x0 affinemap      xx1   x1 affinemap      xx2   x2 affinemap      yy0   y0 affinemap      yy1   y1 affinemap      yy2   y2 affinemap        a 0  affinemap    xx1 xx0     a 1  affinemap    xx2 xx1     a 2  affinemap    xx0     a 3  affinemap    yy1 yy0     a 4  affinemap    yy2 yy1     a 5  affinemap    yy0     a 6  affinemap    0     a 7  affinemap    0   ENDIF     projectivemap   where delx3 NE 0 OR dely3 NE 0    IF projectivemap 0  NE  1 THEN BEGIN     xx0   x0 projectivemap      xx1   x1 projectivemap      xx2   x2 projectivemap      xx3   x3 projectivemap      yy0   y0 projectivemap      yy1   y1 projectivemap      yy2   y2 projectivemap      yy3   y3 projectivemap            delx1   xx1 xx2     dely1   yy1 yy2     delx2   xx3 xx2     dely2   yy3 yy2     delx3   delx3 projectivemap      dely3   dely3 projectivemap        div   delx1 dely2 dely1 delx2     zero   where div EQ 0      IF zero 0  NE  1 THEN BEGIN       stop     ENDIF     a13    delx3 dely2 dely3 delx2 div     a23    delx1 dely3 dely1 delx3 div       a 0  projectivemap    xx1 xx0 a13 xx1     a 1  projectivemap    xx3 xx0 a23 xx3     a 2  projectivemap    xx0     a 3  projectivemap    yy1 yy0 a13 yy1     a 4  projectivemap    yy3 yy0 a23 yy3     a 5  projectivemap    yy0     a 6  projectivemap    a13     a 7  projectivemap    a23   ENDIF         IF NOT arg_present xxin  THEN return  a     IF n_elements xin  EQ 1 THEN BEGIN     xin   replicate xin  n_elements x0       yin   replicate yin  n_elements x0     ENDIF     IF keyword_set double  THEN res   dblarr 2  n_elements xin      ELSE res   fltarr 2  n_elements xin    IF n_elements x0  EQ 1 THEN BEGIN     div   a 6 xin    a 7 yin    1     zero   where div EQ 0      IF zero 0  NE  1 THEN BEGIN       stop     ENDIF     res 0       a 0 xin    a 1 yin    a 2 div     res 1       a 3 xin    a 4 yin    a 5 div   ENDIF ELSE BEGIN     div   a 6   xin  a 7   yin   1     zero   where div EQ 0      IF zero 0  NE  1 THEN BEGIN       stop     ENDIF     res 0       a 0   xin    a 1   yin    a 2   div     res 1       a 3   xin    a 4   yin    a 5   div   ENDELSE     RETURN  res END");
-a[54] = new Array("./Interpolation/testinterp.html", "testinterp.pro", "", "    PRO testinterp    method    bilinear     method    imoms3        jpia   300L   jpja   200L   torg   findgen jpia  jpja    xorg    20 d   360 d jpia dindgen jpia    yorg    89 d   178 d jpja 1 dindgen jpja      jpio   400L   jpjo   150L   xnew    0 d   360 d jpio dindgen jpio    ynew    89 5d   179 d jpjo 1 dindgen jpjo        outnorth   where ynew GT yorg jpja 2  noutn    outsouth   where ynew LT yorg 1  nouts     t2   fromreg method  torg  xorg  yorg  xnew  ynew     t3   fromreg method  reverse torg  2  xorg  reverse yorg  xnew  ynew    IF  array_equal t2  t3  EQ 0 THEN stop ELSE print   ok1      xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    xorg2 0: xshift 1    xorg2 0: xshift 1 360   IF array_equal sort xorg2  lindgen n_elements xorg2  EQ 0 THEN stop   t3   fromreg method  torg2  xorg2  yorg  xnew  ynew    IF  array_equal t2  t3  EQ 0 THEN stop ELSE print   ok2      xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    xorg2 0: xshift 1    xorg2 0: xshift 1 360   IF array_equal sort xorg2  lindgen n_elements xorg2  EQ 0 THEN stop   t3   fromreg method  reverse torg2  2  xorg2  reverse yorg  xnew  ynew    IF  array_equal t2  t3  EQ 0 THEN stop ELSE print   ok3      xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    t3   fromreg method  torg2  xorg2  yorg  xnew  ynew    IF  array_equal t2  t3  EQ 0 THEN stop ELSE print   ok4     xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    t3   fromreg method  reverse torg2  2  xorg2  reverse yorg  xnew  ynew    IF  array_equal t2  t3  EQ 0 THEN stop ELSE print   ok5     t3   fromreg method  torg  xorg  yorg  xnew  ynew   nonorthernline    IF  array_equal t2  0:jpjo 1 noutn  t3  0:jpjo 1 noutn  EQ 0 THEN stop ELSE print   ok6    FOR i   1  noutn 1 DO if array_equal t3  jpjo 1  t3  jpjo 1 i  EQ 0 THEN stop ELSE print   ok7  i   t3   fromreg method  torg  xorg  yorg  xnew  ynew   nosouthernline    IF  array_equal t2  nouts:  t3  nouts:  EQ 0 THEN stop ELSE print   ok8    FOR i   1  nouts 1 DO if array_equal t3  0  t3  i  EQ 0 THEN stop ELSE print   ok9  i     t3   fromreg method  reverse torg  2  xorg  reverse yorg  xnew  ynew   nonorthernline    IF  array_equal t2  0:jpjo 1 noutn  t3  0:jpjo 1 noutn  EQ 0 THEN stop ELSE print   ok10    FOR i   1  noutn 1 DO if array_equal t3  jpjo 1  t3  jpjo 1 i  EQ 0 THEN stop ELSE print   ok11  i   t3   fromreg method  reverse torg  2  xorg  reverse yorg  xnew  ynew   nosouthernline    IF  array_equal t2  nouts:  t3  nouts:  EQ 0 THEN stop ELSE print   ok12    FOR i   1  nouts 1 DO if array_equal t3  0  t3  i  EQ 0 THEN stop ELSE print   ok13  i    xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    xorg2 0: xshift 1    xorg2 0: xshift 1 360   IF array_equal sort xorg2  lindgen n_elements xorg2  EQ 0 THEN stop    t3   fromreg method  torg2  xorg2  yorg  xnew  ynew   nonorthernline    IF  array_equal t2  0:jpjo 1 noutn  t3  0:jpjo 1 noutn  EQ 0 THEN stop ELSE print   ok14    FOR i   1  noutn 1 DO if array_equal t3  jpjo 1  t3  jpjo 1 i  EQ 0 THEN stop ELSE print   ok15  i    xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    xorg2 0: xshift 1    xorg2 0: xshift 1 360   IF array_equal sort xorg2  lindgen n_elements xorg2  EQ 0 THEN stop   t3   fromreg method  torg2  xorg2  yorg  xnew  ynew   nosouthernline    IF  array_equal t2  nouts:  t3  nouts:  EQ 0 THEN stop ELSE print   ok16    FOR i   1  nouts 1 DO if array_equal t3  0  t3  i  EQ 0 THEN stop ELSE print   ok17  i    xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    xorg2 0: xshift 1    xorg2 0: xshift 1 360   IF array_equal sort xorg2  lindgen n_elements xorg2  EQ 0 THEN stop   t3   fromreg method  reverse torg2  2  xorg2  reverse yorg  xnew  ynew   nonorthernline    IF  array_equal t2  0:jpjo 1 noutn  t3  0:jpjo 1 noutn  EQ 0 THEN stop ELSE print   ok18    FOR i   1  noutn 1 DO if array_equal t3  jpjo 1  t3  jpjo 1 i  EQ 0 THEN stop ELSE print   ok19  i     xshift   20   torg2   shift torg  xshift  0    xorg2   shift xorg  xshift    xorg2 0: xshift 1    xorg2 0: xshift 1 360   IF array_equal sort xorg2  lindgen n_elements xorg2  EQ 0 THEN stop   t3   fromreg method  reverse torg2  2  xorg2  reverse yorg  xnew  ynew   nosouthernline    IF  array_equal t2  nouts:  t3  nouts:  EQ 0 THEN stop ELSE print   ok20    FOR i   1  nouts 1 DO if array_equal t3  0  t3  i  EQ 0 THEN stop ELSE print   ok21  i     return end");
-a[55] = new Array("./Obsolete/common.html", "common.pro", "", "");
-a[56] = new Array("./Obsolete/cp.html", "cp.pro", "", "           file_comments copy files    obsolete    file_comments file_copy should be used instead       history   June 2005: Sebastien Masson   obsolete routine            PRO cp  filenamein  filenameout  _extra   ex   file_copy  filenamein  filenameout  _extra   ex   RETURN END");
-a[57] = new Array("./Obsolete/ficdate.html", "ficdate.pro", "", "           file_comments  sets s_fichier to name of the vairmer file associated             to the given date in vairmer format   yymmdd        obsolete      param vdate  in  date vairmer ex:930124    param dim  in   so  ou  vo  par defaut so est choisi    param nomexp  in  nom de l experience en trois lettres par defaut prefix      returns le nom du fichier vairmer  depuis iodir       uses common pro      examples   IDL  fic   ficdate 930124       history Jerome Vialard   jv lodyc jussieu fr   1 7 98         function ficdate  vdate  dim  nomexp  common   case n_params  of   1: dim    SO    2: dim strupcase dim    3: begin        prefix nomexp        dim strupcase dim       end endcase       constitution de l adresse ou aller chercher le fichier     date yymmdd   vdate   sets month  year and day to the good value :    rien   juldate vdate    constitution de la date yymmdd    case 1 of       year lt 10:                s_year  0 string format i1 year       year ge 10 and year lt 100:s_year      string format i2 year       year ge 100:BEGIN          year   year 1900         if year LT 10 then s_year  0 string format i1 year             ELSE s_year  string format i2 year       end    endcase    if month lt 10 then s_month 0 string format i1 month                      else s_month     string format i2 month     if day lt 10 then s_day 0 string format i1 day                    else s_day     string format i2 day       case dim of       SO : begin        case 1 of            year eq 0  and  month eq 0  : s_fichier iodir prefix O EX SO             year eq 0  and  month ne 0  and  day eq 0  : s_fichier iodir prefix O SE SO s_month            year ne 0  and  month eq 0  : s_fichier iodir prefix O AN SO s_year            year ne 0  and  day eq 0  :   s_fichier iodir prefix O MO SO s_year s_month           else: s_fichier iodir prefix O SO s_year s_month s_day        endcase      end       VO : begin        case 1 of            year eq 0  and  month eq 0  : s_fichier iodir prefix O EX VO             year eq 0  and  month ne 0  and  day eq 0  : s_fichier iodir prefix O SE VO s_month            year ne 0  and  month eq 0  : s_fichier iodir prefix O AN VO s_year            year ne 0  and  day eq 0  : s_fichier iodir prefix O MO VO s_year s_month           else: s_fichier iodir prefix O VO s_year s_month s_day        endcase      end      else: return  report le fichier doit etre VO ou SO     endcase       print        print  adresse du fichier:  fichier      return  s_fichier   end  ");
-a[58] = new Array("./Obsolete/fictype.html", "fictype.pro", "", "           file_comments  gives fictype  DA   MO   AN   SE   EX  corresponding             to the given date in vairmer format   yymmdd      uses common pro      examples   IDL  fictype   fictype 930124       history Jerome Vialard   jv lodyc jussieu fr    2 7 98         function fictype  vdate  dim  common       constitution de l adresse ou aller chercher le fichier     date yymmdd   vdate    jul   juldate vdate       case 1 of        year eq 0  and  month eq 0  : return   EX         year eq 0  and  month ne 0  and  day eq 0  : return   SE         year ne 0  and  month eq 0  : return   AN         year ne 0  and  day eq 0    : return   MO        else                         : return   DA     endcase        fini:      return   1 end  ");
-a[59] = new Array("./Obsolete/imprime.html", "imprime.pro", "", "           file_comments  use printps instead     obsolete      history   June 2005: Sebastien Masson  english version         PRO imprime  filename  TRANS   trans  NB   nb     this is working only with unix linux osX machines   thisOS   strupcase strmid version os_family  0  3    CASE thisOS OF       MAC :return      WIN :return     ELSE:   ENDCASE     call printps     CASE N_PARAMS  OF     0:printps     1:printps  filename     ELSE: BEGIN        ras   report imprime accept only one element: psfilename        return     END    ENDCASE            return END  ");
-a[60] = new Array("./Obsolete/jourdsmois.html", "jourdsmois.pro", "", "           file_comments used daysinmonth instead     obsolete      history Sebastien Masson  smasson lodyc jussieu fr    June 2005: Sebastien Masson  english version         function jourdsmois  mois  annee  case n_params  OF   0:return  daysinmonth    1:return  daysinmonth mois    2:return  daysinmonth mois  annee  endcase  end");
-a[61] = new Array("./Obsolete/juldate.html", "juldate.pro", "", "           file_comments you better use date2jul    obsolete      file_comments  gives julian date equivalent of a date in vairmer                yymmdd or yyyymmdd   format              sets month  day and year to the corresp values      categories calendar      param vvdate  in  date de la forme yymmdd ou yyyymmdd      uses common pro vraidate      returns date en jour julien     l annee 0 n existant pas  qd year est nulle on calcule le       jour julien de l annee  1      COMPATIBLE AVEC L AN 2000  : une date de la forme yymmdd est      donvertit sous la forme yyyymmdd a l aide de vraidate      Attention  les variables globales year  month day sont attribuees      examples    IDL  date   juldate 930124       history Jerome Vialard   jv lodyc jussieu fr    2 7 98         function juldate  vvdate  _EXTRA   ex vdate   vvdate vdate   vraidate vdate  _EXTRA   ex   common      year vdate 10000    month vdate 100   year 100    day abs vdate   year 10000   month 100     month   abs month       mm   month   dd   day   yy   year      ndate   n_elements vdate      if total mm EQ 0  EQ ndate then mm    6    if total dd EQ 0  EQ ndate then dd    15    if total yy EQ 0  EQ ndate THEN yy     1      return  julday mm dd yy  _EXTRA   ex       return   1 end  ");
-a[62] = new Array("./Obsolete/lec.html", "lec.pro", "", "           file_comments         lit les fichiers Vairmer en sort:  un tableau 2d ou 3d en fonction de nomchamp qui est le nom  du champ a extaire  2d s il commence par SO et 3d s il commence par VO   cette fonction modifie aussi les variables globales:  varname: trois lettres: nom de l experience  vargrid: nom de la grille  vardate: date  yy yymmdd  varexp: nom Vairmer du champ a tarcer      obsolete    categories Graphics  lecture de fichier Vaimer      examples   IDL resultat lec nom_Vairmer date nom_experience       param nomchamp  in required  2 choix possibles:               1  nom de champ Vairmer  chaine de 8 caracteres en majuscule ou    minuscule commencant par vo ou so  Dans cette methode on saute directement   d en tete en en tete jusqu a trouver le bon fichier                2  chaine de characteres commencant par vo ou so suivit du   numero de champ a aller chercher  par ex  vo5  Cette methode est un peu   plus rapide car elle va directement chercher le fichier qui nous interesse       param date  in optional  nombres de 6 ou 8 chiffres  anneemoisjour  par ex:19980507     param nomexp  in optional  trois lettres designant le nom de l experience        keyword  ANOM  in  type du fichier vairmer par rapport auquel on doit calculer                l anomalie  EX AN SE MO       keyword  ECRIT  in  permet d imprimer tous les noms vairmer que contient le fichier    ds ce cas en input on met seulement  vo  ou  so  la fonction retourne le   nombre de fichiers lus       keyword  EXPANOM  in  si on calcule l anom par rapport a une exper         differente      keyword FILENAME string pour passer directement le nom du champ sans         utiliser les inputs: nom_Vairmer date nom_experience  Rq si         ces inputs sont qd meme donnes ils ne sont pas modifies par         filename       keyword  GRID lorsque ce mot clef est active  lec retourne la liste         des types de grilles  T  U  auxquelles se rapportent les         variables  ds ce cas en input on met seulement  vo  ou  so       keyword  NAME lorsque ce mot clef est active  lec retourne la liste         des noms des variables  ds ce cas en input on met seulement          vo  ou  so       keyword  TOUT  oblige lec a lire le champ sur tout le domaine qui a         etait selectionne pour la cession en cours  jpi jpj jpk       returns un tableau 2 ou 3d  sans le mot cle  TOUT  sa taille est   celle du sous domaine definit par domdef  nx ny nz  avec  TOUT le   champ a la taille du  domaine qui a etait selectionne pour la   cession en cours  jpi jpj jpk     pour les sous domaines cf:            http: www ipsl jussieu fr smlod sousdomaine html   Retourne  1 en cas d erreur       uses common pro isnumber pro fivardate pro        history Sebastien Masson  smasson lodyc jussieu fr   26 5 98                         Jerome Vialard : adaptation au format vairmer                                          keyword anom et expanom  1 7 98                         Sebastien Masson  masque des terres   14 8 98                         Sebastien Masson  decoupe pour les sous domaines   2 99         function lec  nomchamp date nomexp ECRIT ecrit ANOM anom  BOITE   boite EXPANOM expanom  TOUT   tout  GRID   grid  NAME   name  filename   FILENAME  common    tempsun   systime 1            pour key_performance    z    1      if keyword_set filename  then BEGIN       CASE strupcase strmid version os_family  0  3  of           MAC :sep    :            WIN :sep              ELSE:sep           ENDCASE       fname   strmid filename  rstrpos filename  sep 1        if n_elements nomchamp  EQ 0 then nomchamp   strmid fname 6  2        if n_elements date  EQ 0 then date   long strmid fname 8        if n_elements nomexp  EQ 0 then nomexp   strmid fname 0  3     endif      nomchamp strupcase nomchamp     dim string format a2 nomchamp   print   nom de l experience:  nomchamp     specification de la date et de l experience      case n_params  OF       0:BEGIN          if keyword_set filename  then begin             rien juldate date              prefix nomexp          ENDIF ELSE return  report Donnez un argument en entree ou utilisez le mot clef FILENAME        END       1:date long day long month 100 long year 10000       2:rien juldate date        3:begin          rien juldate date           prefix nomexp       end    endcase     verification de la dim du fichier      if dim ne  SO  and dim ne  VO  then return  report le nom du champ doit commencer par VO ou SO        constitution de l adresse ou aller chercher le fichier      s_fichier ficdate date dim      ouverture du fichier a l adresse s_fichier      openr  numlec  s_fichier   get_lun ERROR err   swap_if_little_endian    if err ne 0 then begin    print err_string       return   1    endif  taille en octet du fichier    infofichier fstat numlec      definition de la taille du fichier a aller chercher: jpidta jpjdta jpkdta       if n_elements jpidta  EQ 0 THEN BEGIN        if n_elements ixmindta  EQ 0 OR n_elements ixmaxdta  EQ 0 then          jpidta   jpiglo else jpidta   ixmaxdta ixmindta 1    endif    if n_elements jpjdta  EQ 0 THEN BEGIN        if n_elements iymindta  EQ 0 OR n_elements iymaxdta  EQ 0 then          jpjdta   jpjglo else jpjdta   iymaxdta iymindta 1    endif    if n_elements jpkdta  EQ 0 THEN BEGIN        if n_elements izmindta  EQ 0 OR n_elements izmaxdta  EQ 0 then          jpkdta   jpkglo else jpkdta   izmaxdta izmindta 1    endif     lecture des champs directement vers le champ ou l en tete que l on recherche   il faut savoir que:    le fortran ajoute au debut et a la fin de chaque write 4 octets de controle    les reels du model sont codes sur 4 octets    un charactere fait 1 octet    4 chaines de 8 characteres un tableau de reels 4 trucs de controle  pour les   2 write :    if dim eq  VO  then       taillebloc 4 8 long jpidta jpjdta jpkdta 4 4 4 else       taillebloc 4 8 long jpidta jpjdta 4 4 4     choix du type de lecture      typelec strmid nomchamp 2 strlen nomchamp     test isnumber typelec numerochamp     if test eq 0 then begin     1  LECTURE DIRECTE D EN TETE en EN TETE         numerochamp 1     lecture des noms de champ         resname           resgrid           while numerochamp taillebloc le infofichier size do begin          offset numerochamp 1 taillebloc 4          a assoc numlec bytarr 8 nozero  offset           varname string a 0           if keyword_set ecrit  OR keyword_set name  OR keyword_set grid              then begin             vargrid a 1              vargrid string vargrid 7              vardate strtrim long string a 2  2              varexp strtrim a 3  2              if keyword_set ecrit  THEN                print  numerochamp   varname   vargrid   vardate   varexp             resname    resname  varname              resgrid    resgrid  vargrid           endif          if nomchamp eq varname then begin             vargrid a 1              vargrid string vargrid 7              vardate strtrim long string a 2  2              varexp strtrim a 3  2              goto sortieboucle          endif          numerochamp numerochamp 1       ENDWHILE       free_lun numlec       close  numlec       case 1 of          keyword_set ecrit :return  numerochamp 1          keyword_set name :return  resname 1:numerochamp 1           keyword_set grid :            return  strmid resgrid 1:numerochamp 1 0    strlen resgrid 0 2           ELSE:return  report Ce nom Vairmer de champ n existe pas ds le fichier:  infofichier name        endcase    endif else begin     2  LECTURE DIRECTEMENT DU CHAMP QUE L ON VEUT       test pour savoir si numero de champ est accessible         if taillebloc numerochamp gt infofichier size then          return  report Ce numero de champ n exite pas  Le fichier  infofichier name  ne contient que  infofichier size taillebloc  champs      lecture de l en tete numero numerochamp         offset numerochamp 1 taillebloc 4       a assoc numlec bytarr 8 nozero  offset        varname string a 0        vargrid a 1        vargrid string vargrid 7        vardate string a 2        varexp string a 3     endelse sortieboucle:     lecture du champ lui meme      offset numerochamp 1 taillebloc 8 4 8 4    if dim eq  VO  then       a assoc numlec fltarr jpidta jpjdta jpkdta nozero  offset  else       a assoc numlec fltarr jpidta jpjdta nozero  offset     z a 0      on initialise les ixmindta  iymindta  au besoin      if n_elements ixmindta  EQ 0 OR n_elements ixmaxdta  EQ 0 then BEGIN       ixmindta   0       ixmaxdta   jpidta 1    endif    if n_elements iymindta  EQ 0 OR n_elements iymaxdta  EQ 0 then BEGIN       iymindta   0       iymaxdta   jpjdta 1    endif    if n_elements izmin  EQ 0 OR n_elements izmax  EQ 0 then BEGIN       izmindta   0       izmaxdta   jpkdta 1    endif     on reduit z selon les valeurs de ixmindta  iymindta         if dim EQ  SO  then z   z ixminmesh ixmindta:ixmaxmesh ixmindta                                 iyminmesh iymindta:iymaxmesh iymindta       ELSE z   z ixminmesh ixmindta:ixmaxmesh ixmindta                   iyminmesh iymindta:iymaxmesh iymindta  izminmesh izmindta:izmaxmesh izmindta      on shift z si key_shift est defininit      if n_elements key_shift  NE 0 THEN BEGIN        if dim EQ  SO  then z   shift z key_shift  0          ELSE z   shift z key_shift  0  0     endif      si  TOUT n est pas active  on coupe z pour q il soit a la taille    du zoom: nx ny nz      if NOT keyword_set tout  then BEGIN      changement de domaine         if keyword_set boite  then BEGIN           Case 1 Of             N_Elements Boite  Eq 1:bte lon1  lon2  lat1  lat2  0 boite 0              N_Elements Boite  Eq 2:bte lon1  lon2  lat1  lat2  boite 0 boite 1              N_Elements Boite  Eq 4:bte Boite  prof1  prof2              N_Elements Boite  Eq 5:bte Boite 0:3  0  Boite 4              N_Elements Boite  Eq 6:bte Boite             Else: return  report Mauvaise Definition de Boite           endcase          oldboite    lon1  lon2  lat1  lat2  prof1  prof2           domdef  bte GRILLE vargrid       ENDIF          grille mask glam gphi gdep nx ny nz premierx premiery premierz dernierx derniery dernierz       if nx EQ 1 OR ny EQ 1 OR nz EQ 1 then mask   reform mask  nx  ny  nz   over        if dim EQ  SO  then z   z premierx:dernierx  premiery:derniery           ELSE z   z premierx:dernierx  premiery:derniery  premierz:dernierz     ENDIF ELSE BEGIN        case vargrid OF             on recupere le mask en entier ds le cas ou  TOUT           U :mask   umask        n est pas active et on le choisit en fontion           T :mask   tmask          de la valeur de vargrid           W :mask   tmask                  V :mask   vmask            F :mask   fmask        ENDCASE    ENDELSE      calcul d une anomalie si le keyword anom est active      if keyword_set anom  then begin       case anom of           EX  : adate   0           AN  : adate   floor date 10000 10000            SE  : adate   floor date   floor date 10000 10000 100   100           MO  : adate   floor date 100 100           DA  : adate   date   floor date 10000 10000              : adate   date   floor date 10000 10000          else : return  report Anom doit etre egal a EX AN SE MO DA         endcase       if keyword_set expanom  then nomexpa   expanom         else nomexpa   nomexp       if keyword_set bavard  THEN print  nomchamp     adate     nomexpa       z   z   lec nomchamp adate nomexpa  TOUT   tout     endif     on masque les terres par valmask      IF n_elements valmask  EQ 0 THEN valmask   1e20    if dim EQ  SO  then BEGIN        terre   where mask 0  EQ 0        if terre 0  NE  1 then z terre    valmask     ENDIF ELSE BEGIN        terre   where mask 0  EQ 0        if terre 0  NE  1 then z where mask EQ 0    valmask    ENDELSE       free_lun numlec    close  numlec      if n_elements oldboite  NE 0 then domdef   oldboite    IF keyword_set key_performance  EQ 1 THEN print   temps lec  systime 1 tempsun      return reform z   end ");
-a[63] = new Array("./Obsolete/lect.html", "lect.pro", "", "                file_comments         lit les fichiers Vairmer de date1 a date2 et en sort un tableau         1D  2D ou 3D qui peut etre reutilise pour une courbe   hov   animation  cette fonction modifie aussi les variables globales:  varname: huit lettres: nom Vairmer du champ a tracer  vargrid:1 lettre : nom de la grille  varexp: trois lettres :nom de l experience      obsolete      categories Graphics  lecture de fichier Vaimer      examples   IDL  resultat lec nom_Vairmer date1 date2 nomexp direc BOITE boite       param nomchamp  in required  nom de champ Vairmer  chaine de 8 caracteres commencant                      par VO ou SO            param date1  in required  date de depart de la serie temporelle a            param date2  in required  date de fin  date2  de la serie temporelle a               extraire          param nomexp  in required  nom de l  experience a lire  prefix pardefaut             param direc   in required   x   y   z   xy   xz   yz   xyz   xt   yt   zt   xyt   xzt           yzt   xyzt  directions selon lesquelles effectuer les moyennes          si rien n est donne on n effectue pas de moyenne                 keyword boite  in  boite sur laquelle integrer  par defaut tt le domaine           keyword  anom  in  type de fichiers  SE AN  a relire pour calc une   anomalie              keyword expanom  in  experience pour laquelle on veut calculer une anomalie    par defaut la meme que nomexp       uses common vraidate juldate      history Jerome Vialard  jv lodyc jussieu fr    2 7 98                            1      2      3    4      5        function lect  nomchamp date1 date2 nomexp direc BOITE boite                   ANOM anom EXPANOM expanom  REPEAT repeat  common    tempsun   systime 1            pour key_performance      nomchamp   strupcase nomchamp     date1 vraidate date1     date2 vraidate date2       dim string format a2 nomchamp        specification de la date et de l experience        if fictype date1  ne fictype date2  then       return  report Les deux dates doivent correspondre au meme type de fic vairmer     fictyp   fictype date1       creation du nom du fichier      if n_elements nomexp  EQ 0 then nomexp   prefix    ficname iodir nomchamp strcompress date1 remove_all     ficname ficname  fictyp strcompress date2 remove_all nomexp    if  keyword_set anom  then ficname ficname  anom    if  keyword_set expanom  then ficname ficname  expanom    case n_elements boite  of        4 : box   strcompress string format i4 _ i4 _ i4 _ i4 boite                                 remove_all        6 : box   strcompress string format i4 _ i4 _ i4 _ i4 _ i4 _ i4 boite remove_all        else: box  strcompress string format i4 _ i4 _ i4 _ i4 _ i4 _ i4 lon1 lon2 lat1 lat2 prof1 prof2 remove_all     ENDCASE    if n_elements direc  EQ 0 then direc        ficname ficname box direc hovdat      Est ce que le fichier de hovmoller existe         structure du fichier :   jpt  valeur de la dim temporelle  dimtableau  dimension du tableau     dimttab 0  dimttab 1     valeur des dim     time  axe des tps  ttab  tableau a lire    def du domaine  lon1 lon2    prof1 prof2       get_lun  numlec    openr  numlec  ficname   get_lun ERROR err   swap_if_little_endian    if  err eq 0  then begin       jpt   long 1        dimtableau   long 1        readu  numlec  jpt dimtableau       case dimtableau of           1 : begin             n1   long 1              readu  numlec n1             ttab   fltarr n1           end          2 : begin             n1   long 1              n2   long 1              readu  numlec n1 n2             ttab   fltarr n1 n2           end          3 : begin             n1   long 1              n2   long 1              n3   long 1              readu  numlec n1 n2 n3             ttab   fltarr n1 n2 n3           end       endcase       time   lonarr jpt    lecture axe des tps et du tableau       readu  numlec time  ttab       newboite   fltarr 6    lecture du domaine       readu  numlec newboite       domdef  newboite   lecture info complementaire : nom du champs  de l experience       varname aaaaaaaa        readu  numlec  varname       vargrid a        readu  numlec  vargrid       varexp aaa        readu  numlec  varexp         close  numlec       free_lun  numlec       return  ttab    ENDIF    close  numlec    free_lun  numlec     changement de domaine      if keyword_set boite  then BEGIN        Case 1 Of          N_Elements Boite  Eq 1:bte lon1  lon2  lat1  lat2  0 boite 0           N_Elements Boite  Eq 2:bte lon1  lon2  lat1  lat2  boite 0 boite 1           N_Elements Boite  Eq 4:bte Boite  prof1  prof2           N_Elements Boite  Eq 5:bte Boite 0:3  0  Boite 4           N_Elements Boite  Eq 6:bte Boite          Else: return  report Mauvaise Definition de Boite        endcase       oldboite    lon1  lon2  lat1  lat2  prof1  prof2        domdef  bte    ENDIF        Boucle de lecture des fichiers       case fictyp of        DA  : dec   0         MO  : dec   14         SE  : dec   14         AN  : dec   182     endcase  initialisation des variables associees au tps    time   lonarr jptmax     jpt   0    vdat   date1   debut de la boucle    while  vdat le date2  do begin     lecture du fichier a la date vdat  vairmer          tab   lec nomchamp vdat nomexp ANOM anom EXPANOM expanom      attribution du mask et des tableaux de longitude et latitude          if jpt EQ 0 THEN grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery premierz dernierx  derniery  dernierz         if  n_elements tab  eq 1 and tab 0  eq  1  then begin          goto  incrdate       endif else begin          jpt   jpt   1          if  jpt gt jptmax  then return  report lect : augmenter jptmax        endelse     Moyenne du champs tab         IF n_params  EQ 5 THEN if direc NE   then BEGIN           if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN BEGIN              if string format a2 nomchamp  EQ  SO  then tab   reform tab  nx  ny   over                ELSE tab   reform tab  nx  ny  nz   over           ENDIF           tab   moyenne tab direc        endif       if  jpt eq 1  then begin          ttab   tab       endif else BEGIN           ttab   colle ttab  tab   size tab 0 1         endelse       time jpt 1    juldate vdat dec     Incrementation de la date         incrdate :       case fictyp of           DA  : caldat juldate vdat 1 month day year           MO  : begin             caldat julday month 1 year jourdsmois month day year             day 0          end           SE  : month month 1           AN  : year year 1       endcase       Fin de boucle de lecture des fichiers          vdat long 10000 year long 100 month day    ENDWHILE    if ttab 0  EQ  1 then return  report Aucun fichier n a ete lu        Ecriture du fichier      get_lun  numlec    openw  numlec  ficname   get_lun   swap_if_little_endian    taille   size ttab     writeu  numlec  long jpt long taille 0     case taille 0  of        1 : writeu  numlec long taille 1        2 : writeu  numlec long taille 1 long taille 2        3 : writeu  numlec long taille 1 long taille 2 long taille 3     endcase    writeu  numlec long time 0:jpt 1  ttab    writeu  numlec float lon1  lon2  lat1  lat2  prof1  prof2    ecriture info complementaire : nom du champs  de l experience    writeu  numlec  strmid varname 0 8     writeu  numlec  strmid vargrid 0 1     writeu  numlec  strmid varexp 0 3       close  numlec    free_lun  numlec    if keyword_set repeat  then begin     jpt   jpt   repeat     if  jpt gt jptmax  then begin       print   lect : augmenter jptmax        goto  fini     endif     tabadd   ttab     ti  endif      if n_elements oldboite  NE 0 then domdef   oldboite      close   all      IF keyword_set key_performance  THEN print   temps lect  systime 1 tempsun       return  ttab  end    ");
-a[64] = new Array("./Obsolete/meshlec.html", "meshlec.pro", "", "             file_comments lecture du mask de des sorties d OPA  les sources se trouvent ds les    repertoires sur maia du type:     nom_exp RESTARTS      obsolete    examples   IDL  meshmask  nomfich       param  nomfich  in required  string  c est le nom du fichier a lire  Par defaut  c est meshmask           keyword GLAMBOUNDARY  in  un vecteur de 2 elements specifaint le min et le      max qui doivent etre imposes en longitude  obligatoire si le      tableau depasse 360 degres       keyword  pasblabla  in  pour suprimer les blablas      keyword  DOUBLE  in  pour forcer a lire les tableaux en double          precision  ce Mot clef est maintenant active          automatiquement       uses common pro      restrictions    La definition de ixminmesh ixmaxmesh iyminmesh iymaxmesh     izminmesh izmaxmesh doit etre faite avant l entree dans cette    routine  pour attribuer automatiquement ces valeurs au maximum    possible les mettre toutes a  1 et meshlec les calculera       history Sebastien Masson  smasson lodyc jussieu fr        Marina Levy : lecture en double precision  cas calcul sur shine          pro meshlec  nomfich  PASBLABLA   pasblabla DOUBLE   double  GLAMBOUNDARY   glamboundary  GETDIMENSIONS   GETDIMENSIONS  common    tempsun   systime 1            pour key_performance        jpiglo        0L    jpjglo        0L    jpkglo        0L    tab       aaaaa       definition du domaine de la grille surlequel sont    effectuees les sorties les indices des tableaux commencant    a 1: cf le fichier wrivr2 F ds WKOPA sur le cray     LECTURE DU MASK trouve ds les fichiers restart                 constitution de l adresse s_fichier et       ouverture du fichier a l adresse s_fichier       IF n_params  EQ 0 then nomfich    meshmask     s_fichier   isafile file   nomfich  iodir   iodir     if not keyword_set pasblabla  then print         if not keyword_set pasblabla  then print adresse du fichier:  s_fichier     openr  numlec  s_fichier   get_lun   f77_unformatted   swap_if_little_endian    filepamameters   fstat numlec          lecture      readu  numlec  jpiglo  jpjglo  jpkglo    if not keyword_set pasblabla  then print   taille de la grille d origine:  jpiglo   jpjglo   jpkglo      if keyword_set getdimensions  then begin       free_lun numlec       close  numlec       return    endif      on determine si le fichier a ete ecrit en double precision on non     sizenumber   8l    sizefile8   4l 3l 4l 4l        4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo jpkglo sizenumber 4l         1l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpkglo sizenumber 4l     if filepamameters size GE sizefile8 THEN double   1      sizenumber   4l      sizefile4   4l 3l 4l 4l          4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo jpkglo sizenumber 4l           1l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpkglo sizenumber 4l    print  filepamameters size   sizefile4   sizefile8      case filepamameters size of         sizefile8:double   1         sizefile4:double   0         ELSE:BEGIN             nothing   report The OPA Mesh file as not the good size             free_lun numlec            close  numlec            return          END      endcase        if n_elements ixminmesh  EQ 0 THEN ixminmesh   0    if n_elements ixmaxmesh  EQ 0 then ixmaxmesh   jpiglo 1    if ixminmesh EQ  1 THEN ixminmesh   0    IF ixmaxmesh EQ  1 then ixmaxmesh   jpiglo 1    if n_elements iyminmesh  EQ 0 THEN iyminmesh   0    IF n_elements iymaxmesh  EQ 0 then iymaxmesh   jpjglo 1    if iyminmesh EQ  1 THEN iyminmesh   0    IF iymaxmesh EQ  1 then iymaxmesh   jpjglo 1    if n_elements izminmesh  EQ 0 THEN izminmesh   0    IF n_elements izmaxmesh  EQ 0 then izmaxmesh   jpkglo 1    if izminmesh EQ  1 THEN izminmesh   0    IF izmaxmesh EQ  1 then izmaxmesh   jpkglo 1         jpi      long ixmaxmesh ixminmesh 1     jpj      long iymaxmesh iyminmesh 1     jpk      long izmaxmesh izminmesh 1      doit on reellement lire la grille       meshparameters    jpiglo:jpiglo  jpjglo:jpjglo  jpkglo:jpkglo                          jpi:jpi  jpj:jpj  jpk:jpk                          ixminmesh:ixminmesh  ixmaxmesh:ixmaxmesh                          iyminmesh:iyminmesh  iymaxmesh:iymaxmesh                          izminmesh:izminmesh  izmaxmesh:izmaxmesh                          key_shift:key_shift         noticebase xnotice Lecture du fichier  C  s_fichier C         IF NOT keyword_set double  THEN BEGIN        z3d      fltarr jpiglo  jpjglo  jpkglo        z2d      fltarr jpiglo  jpjglo        z1d      fltarr jpkglo     ENDIF ELSE BEGIN        z3d      dblarr jpiglo  jpjglo  jpkglo        z2d      dblarr jpiglo  jpjglo        z1d      dblarr jpkglo     ENDELSE      if not keyword_set pasblabla  then print         readu  numlec  tab z2d    GLAMT float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMT 25 31 :  GLAMT 25 31     readu  numlec  tab z2d    GLAMU float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMU 25 31 :  GLAMU 25 31     readu  numlec  tab z2d    GLAMV float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMV 25 31 :  GLAMV 25 31     readu  numlec  tab z2d    GLAMF float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMF 25 31 :  z2d 25 31      if not keyword_set pasblabla  then print         readu  numlec  tab  z2d      GPHIT float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIT 25 31 :  GPHIT 25 31     readu  numlec  tab  z2d      GPHIU float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIU 25 31 :  GPHIU 25 31     readu  numlec  tab  z2d      GPHIV float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIV 25 31 :  GPHIV 25 31     readu  numlec  tab  z2d      GPHIF float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIF 25 31 :  z2d 25 31      if not keyword_set pasblabla  then print         readu  numlec  tab  z2d    E1T float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1T 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E1U float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1U 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E1V float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1V 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E1F float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1F 25 5 :  z2d 25 5      if not keyword_set pasblabla  then print         readu  numlec  tab  z2d    E2T float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2T 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E2U float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2U 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E2V float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2V 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E2F float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2F 25 5 :  z2d 25 5      if not keyword_set pasblabla  then print         readu  numlec  tab  z3d         TMASK byte z3d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur TMASK 25 5 0 :  TMASK 25 5 0     readu  numlec  tab  z3d       UMASKred byte z3d ixmaxmesh iyminmesh:iymaxmesh izminmesh:izmaxmesh     umaskred   reform umaskred     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur UMASK 25 5 0 :  z3d 25 5 0     readu  numlec  tab  z3d        VMASKred byte z3d ixminmesh:ixmaxmesh iymaxmesh izminmesh:izmaxmesh     vmaskred   reform vmaskred     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur VMASK 25 5 0 :  z3d 25 5 0     readu  numlec  tab  z3d        fmaskredy byte z3d ixmaxmesh iyminmesh:iymaxmesh izminmesh:izmaxmesh     coast   where fmaskredy NE 0 and fmaskredy NE 1     IF coast 0  NE  1 THEN fmaskredy coast    0b    fmaskredx byte z3d ixminmesh:ixmaxmesh iymaxmesh izminmesh:izmaxmesh     coast   where fmaskredx NE 0 and fmaskredx NE 1     IF coast 0  NE  1 THEN fmaskredx coast    0b    fmaskredx   reform fmaskredx     fmaskredy   reform fmaskredy     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur FMASK 25 5 0 :  z3d 25 5 0       if not keyword_set pasblabla  then print         readu  numlec  tab  z2d     FF z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur FF 25 5 :  z2d 25 5     readu  numlec  tab  z1d    GDEPT float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GDEPT 1 :  GDEPT 1     readu  numlec  tab  z1d        GDEPW float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GDEPW 1 :  GDEPW 1     readu  numlec  tab  z1d       E3T float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E3T 3 :  E3T 3     readu  numlec  tab  z1d       E3W float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E3W 3 :  E3W 3       free_lun numlec    close  numlec       bornes de glam qui ne doivent pas depasser 360 degres          minglam   min glamt  max   maxglam       if maxglam minglam GE 360 AND NOT keyword_set glamboundary  then         nothing   execute glamboundary    xquestion What are the longitudes boundary   180 180 chkwidget       if keyword_set glamboundary  then begin       if glamboundary 0  NE glamboundary 1  then begin          glamt   glamt MOD 360          smaller   where glamt LT glamboundary 0           if smaller 0  NE  1 then glamt smaller    glamt smaller 360          bigger   where glamt GE glamboundary 1           if bigger 0  NE  1 then glamt bigger    glamt bigger 360          glamu   glamu MOD 360          smaller   where glamu LT glamboundary 0           if smaller 0  NE  1 then glamu smaller    glamu smaller 360          bigger   where glamu GE glamboundary 1           if bigger 0  NE  1 then glamu bigger    glamu bigger 360          glamv   glamv MOD 360          smaller   where glamv LT glamboundary 0           if smaller 0  NE  1 then glamv smaller    glamv smaller 360          bigger   where glamv GE glamboundary 1           if bigger 0  NE  1 then glamv bigger    glamv bigger 360          glamf   glamf MOD 360          smaller   where glamf LT glamboundary 0           if smaller 0  NE  1 then glamf smaller    glamf smaller 360          bigger   where glamf GE glamboundary 1           if bigger 0  NE  1 then glamf bigger    glamf bigger 360       endif    endif     shift en x      if keyword_set key_shift  AND jpi NE 1 then begin       glamt   shift glamt key_shift   0        gphit   shift gphit key_shift   0        e1t   shift e1t  key_shift  0        e2t   shift e2t key_shift   0        glamu   shift glamu  key_shift  0        gphiu   shift gphiu  key_shift  0        e1u   shift e1u key_shift   0        e2u   shift e2u  key_shift  0        glamv   shift glamv  key_shift  0        gphiv   shift gphiv  key_shift  0        e1v   shift e1v key_shift   0        e2v   shift e2v  key_shift  0        glamf   shift glamf  key_shift  0        gphif   shift gphif  key_shift  0        e1f   shift e1f  key_shift   0        e2f   shift e2f  key_shift  0        if jpk EQ 1 then begin          tmask   shift tmask  key_shift  0           vmaskred   shift vmaskred  key_shift           fmaskredx   shift fmaskredx  key_shift        ENDIF ELSE BEGIN          tmask   shift tmask  key_shift  0 0           vmaskred   shift vmaskred  key_shift  0           fmaskredx   shift fmaskredx  key_shift  0        ENDELSE    endif      key_yreverse   0    key_zreverse   0    key_partialstep   0    key_stride    1  1  1     key_gridtype    c       if not keyword_set pasblabla  then print lecture  nomfich  finie     widget_control  noticebase  bad_id   toto   destroy    if keyword_set key_performance  THEN print   temps meshlec  systime 1 tempsun      return end    ");
-a[65] = new Array("./Obsolete/ncdf_meshlec.html", "ncdf_meshlec.pro", "", "           file_comments use ncdf_meshread instead     obsolete      history   Aug  2005  Sebastien Masson: switch to ncdf_meshread         PRO ncdf_meshlec  filename  _EXTRA   ex     CASE n_params  OF     0:ncdf_meshread  _EXTRA   ex     1:ncdf_meshread  filename  _EXTRA   ex   ENDCASE     return END");
-a[66] = new Array("./Obsolete/nlec.html", "nlec.pro", "", "           file_comments lit les fichiers Net Cdf de l experience TOTEM ECMWF qui sont sur   maia:  u rech eee reee217 TOTEM REF OUTPUTS    obsolete      param name  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var      param debut  in  nombres de 6 ou 8 chiffres  anneemoisjour  par ex:19980507     param fin  in  nombres de 6 ou 8 chiffres  anneemoisjour  par ex:19980507     param nomexperience  in optional  trois lettres designant le nom de l experience              keyword BOITE boite sur laquelle integrer  par defaut tt le domaine             keyword DIREC:  x   y   z   xy   xz   yz   xyz  directions selon lesquelles               effectuer les moyennes  si rien n est donne on n effectue pas de moyenne       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      uses common pro vraidate juldate  nlec5j          nlecserie      history Sebastien Masson  smasson lodyc jussieu fr      14 8 98      REF 07 790101 grid T nc  REF 07 790101 grid U nc   REF 07 790101 grid V nc   REF 07 790101 grid W nc     function nlec name debut fin nomexperience BOITE boite DIREC direc GRILLE grille TOUT tout                   STRUCTURE   structure  SEUILMIN   seuilmin  SEUILMAX   seuilmax  NAN   nan                   _EXTRA   ex  common      tempsun   systime 1            pour key_performance    nom strlowcase name      specification de la date et de l experience      case n_params  of       1:BEGIN           year year 1900 year ne 0 and year ne  1 and year lt 100           date   day 100 month 10000 year       end       2:BEGIN           if size debut   tname  EQ  STRING  then begin             prefix   strupcase debut              year year 1900 year ne 0 and year ne  1 and year lt 100              date   day 100 month 10000 year          ENDIF ELSE BEGIN             date   debut             rien juldate date           ENDELSE       end       3:begin          date   debut          rien juldate date           if size fin   tname  EQ  STRING  then begin             prefix   strupcase fin           ENDIF ELSE BEGIN             date2 vraidate fin              year2 date2 10000             month2 date2 100   year2 100             day2 date2   year2 10000   month2 100          ENDELSE       end       4:BEGIN          date   debut          rien juldate date            if size nomexperience   tname  EQ  STRING  then begin             prefix   strupcase nomexperience              date2   fin          ENDIF ELSE BEGIN             prefix   strupcase fin              date2   nomexperience          ENDELSE          date2 vraidate date2           year2 date2 10000          month2 date2 100   year2 100          day2 date2   year2 10000   month2 100       end    endcase    date   long date     if n_elements date2  NE 0 then date2   long date2     if n_elements date2  NE 0 then if date2 eq date then tempvar   SIZE TEMPORARY date2      verification de la coherence des dates      if n_elements date2  ne 0 then begin       if  day    EQ 0 AND day2  NE 0  OR  month EQ 0 AND month2 NE 0  OR           year   EQ 0 AND year2 NE 0  or  day2  EQ 0 AND day    NE 0  OR           month2 EQ 0 AND month NE 0  OR  year2 EQ 0 AND year   NE 0  then          return   report verifier la coherence des dates        if date2 le date then return  report date2 doit etre posterieure a date     endif     case sur le type de fichiers que l on veut lire    determination ds chaque cas de numsortie et nbretps      if day NE 0 then begin         SORTIES A 5 JOURS     numsortie   testjour:       numsortie 1 julday month day year julday 1 1 year 5 0        if numsortie ne floor numsortie  then begin          if n_elements date2  ne 0 then begin             caldat julday month day 1 year month day year             goto  testjour          endif          return    1       ENDIF       numsortie   long numsortie      determination du nombre de pas de tps a extraire pour la serie temporelle   entiere: nbretps         if n_elements date2  ne 0 then begin          testjour2:          numsortie2 1 julday month2 day2 year2 julday 1 1 year2 5           if numsortie2 ne floor numsortie2  then begin             caldat julday month2 day2 1 year2 month2 day2 year2             goto  testjour2          endif          if year eq year2 then nbretps numsortie2 numsortie 1 else             nbretps 73 numsortie 1 year2 year 1 73 numsortie2          numsortie2   long numsortie2        endif else nbretps 1       nbretps   long nbretps      si on fait une serie temporelle on cherche a lire plutot un fichier   contenant deja une serie temporelle par contre pour une sortie   unique on cherche d abord a lire un fichier contenant toutes les variables          IF n_elements date2  ne 0 THEN BEGIN          serie:          IF n_elements dejaserie  eq 1 then return   1          datejul   5 numsortie 1 julday 1  1  year           if n_elements date2  ne 0 then date2jul   5 numsortie2 1 julday 1  1  year2             ELSE date2jul   datejul           res   nlecserie nom  datejul  date2jul BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           IF res 0  EQ  1 THEN BEGIN              dejaserie   1             GOTO   passerie          ENDIF        ENDIF ELSE BEGIN          passerie:          IF n_elements dejapasserie  eq 1 then return   1          res     nlec5j  nom  numsortie    nbretps BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           IF res 0  EQ  1 THEN BEGIN             dejapasserie   1             GOTO   serie          ENDIF        endelse    ENDIF ELSE BEGIN       CASE 1 of          month NE 0 AND year NE 0:BEGIN   SORTIES MENSUELLES             numsortie79    year 1979 12 month             if n_elements date2  ne 0 then nbretps   month2 month 1 12 year2 year                ELSE nbretps   1             res   nlecmois nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end          month EQ 0 AND year NE 0:BEGIN   SORTIES ANNUELLES             numsortie79    year 1978              if n_elements date2  ne 0 then nbretps   year2 year 1               ELSE nbretps   1             res   nlecan nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end          month NE 0 AND year EQ 0:BEGIN   SORTIES SAISONNIERES             numsortie79   month             if n_elements date2  ne 0 then nbretps   month2 month 1               ELSE nbretps   1             res   nlecsaison nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end          month EQ 0 AND year EQ 0:BEGIN   SORTIES CLIMATOLOGIQUE             numsortie79   13             nbretps   1             res   nlecsaison nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end       endcase    endelse      seuil      if n_elements seuilmin  NE 0 then BEGIN       if n_elements valmask  EQ 0 then valmask   1e20       terre   where res GT valmask 10        res   seuilmin   res       if terre 0  NE  1 then res terre    valmask       undefine  terre    endif    if n_elements seuilmax  NE 0 then begin       if n_elements valmask  EQ 0 then valmask   1e20       terre   where res GT valmask 10        res   res   seuilmax       if terre 0  NE  1 then res terre    valmask       undefine  terre    endif     points a metre a nan      if n_elements nan  NE 0 then BEGIN       if n_elements valmask  EQ 0 then valmask   1e20       if abs valmask  LT 1e6 then terre   where abs res  GT abs valmask 10          ELSE terre   where res EQ valmask        if abs nan  LT 1e6 then notan   where res EQ nan          ELSE notan   where abs res  GT abs nan        if notan 0  NE  1 then res notan     values f_nan       notan   notan 0  NE  1       if terre 0  NE  1 then res terre    valmask       undefine  terre    endif     ajustement de niveau pour les tableau 2d simples      if jpt EQ 1 then begin       taille   size res        IF taille 0  EQ 2 THEN niveau   1    endif     moyenne eventuelle      IF keyword_set direc  THEN BEGIN        IF jpt EQ 1 THEN res   moyenne res direc BOITE boite  nan   notan          ELSE res   grossemoyenne res direc BOITE boite  nan   notan     ENDIF      mise en placer des parametres pour le trace        if keyword_set boite  then legende_pltt   boite ELSE legende_pltt    lon1  lon2  lat1  lat2        IF n_elements res  NE 1 THEN res   reform res over     IF NOT keyword_set direc  THEN domdef  lon1  lon2  lat1  lat2  prof1  prof2  _extra   ex  grille   vargrid      ELSE if direc eq  t  then domdef  lon1  lon2  lat1  lat2  prof1  prof2  _extra   ex  grille   vargrid      if keyword_set structure  then res    tab:res  grille:vargrid  unite:varunit  experience:varexp  nom:varname       if keyword_set key_performance  THEN print   temps nlec  systime 1 tempsun     time   time 2l    return res     end              ");
-a[67] = new Array("./Obsolete/nlec5j.html", "nlec5j.pro", "", "           file_comments lit les fichiers Net Cdf de l experience TOTEM ECMWF qui   contiennent les sorties a 5j regroupees par type de grille par   paquets de 6 mois    sur maia:  u rech eee reee217 TOTEM REF OUTPUTS     obsolete      categories lecture de NETCDF      examples   IDL  res nlec5j  nom  numsortie  nbretps       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var     param numsortie  in required le numero du pas de temps que l on veut sortir du   fichier  compte a partir de 1  a partir de year    param nbretps  in required  nombre de pas de temps a extraire              keyword BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd on ne demande pas de serie  ou 3d ou 4d ds le cas dune serie        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr            function nlec5j  nom  numsortie  nbretps BOITE   boite  GRILLE grille TOUT tout  _EXTRA   ex  common      res 1    anneedepart 1979     gestion du nom du fichier      if numsortie le 36 then BEGIN        mmdd 0101        numsort numsortie    ENDIF  else BEGIN       if leapyr year  then mmdd 0629  else mmdd 0630        numsort numsortie 36    endelse    case 1 of       year lt 10:                 s_year  0 string format i1 year        year lt 100 and year ge 10 :s_year      string format i2 year        year ge 100:                s_year      string format i2 year 1900 year LT 2000     endcase    numfich year anneedepart 2 7 mmdd ne  0101     s_date s_year mmdd    if numfich lt 10 then numfich 0 string format i1 numfich       else numfich     string format i2 numfich      gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix numfich s_date grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null        cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix numfich s_date grid        IF quelsfichiers 0  EQ   THEN BEGIN   liste vide          if keyword_set bavard  then             ras   report LES FICHIERS:  iodir prefix numfich s_date grid  n existe pas           return    1       ENDIF        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN   ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       if keyword_set bavard  then          ras   report La variable  nom  n existe pas ds les fichiers iodir prefix numfich s_date grid        return    1    endelse grilletrouvee:     lecture de certains attributs      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     if month lt 10 then s_month 0 string format i1 month       else s_month     string format i2 month     if day lt 10 then s_day 0 string format i1 day       else s_day     string format i2 day     vardate s_year s_month s_day    ncdf_attget cdfid file_name value global    varexp string value 0: where value EQ  byte 0 0 1        extraction du tableau qui nous interesse       determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case  N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else: return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery  premierz  dernierx  derniery  dernierz    ENDELSE      determination du nombre de pas de tps a extraire ds ce fichier      if nbretps gt 36 1 mmdd ne  0101 numsort 1 then nt 36 1 mmdd ne  0101 numsort 1      else nt nbretps        if varcontient ndims eq 3 then       ncdf_varget cdfid nom res offset premierx premiery numsort 1 count nx ny nt       else       ncdf_varget cdfid nom res offset premierx premiery  premierz numsort 1 count nx ny nz nt      rappel en boucle de nlec si il faut ouvrir de nouveaux fichiers   pour constituer la serie temporelle      if nbretps gt 36 1 mmdd ne  0101 numsort 1 then begin       if mmdd ne  0101  then year   year 1       if varcontient ndims eq 3 then          res    res                   nlec5j nom 1 36 mmdd eq  0101 nbretps nt tout tout GRILLE vargrid BOITE boite          ELSE BEGIN         res res                 nlec5j nom 1 36 mmdd eq  0101 nbretps nt tout tout GRILLE vargrid  BOITE boite         res reform res nx ny nz nbretps   over       ENDELSE        ncdf_varget cdfid time_counter temps  offset    numsort 1 count nt        time    long temps julday 1  5  1979  time        jpt nt jpt    endif else BEGIN       ncdf_varget cdfid time_counter temps  offset    numsort 1 count nt        time   long temps julday 1  5  1979        jpt nt    endelse      ncdf_close cdfid    return res     end");
-a[68] = new Array("./Obsolete/nlecan.html", "nlecan.pro", "", "           file_comments lit les moyennes annuelles   sur maia:  u rech eee reee217 TOTEM REF OUTPUTS       obsolete    categories lecture de NETCDF      examples    IDL  res nlecan nom  numsortie79  nbretps       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var    param numsortie79   in required  le numero du pas de temps que l on veut sortir du   fichier  compte a partir de 1  a partir de 79    param nbretps   in required  nombre de pas de temps a extraire      keyword BOITE  boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd la serie ne fait que 1 pas de temps  ou   3d  valable ds 1 premier tps que pour les tableaux 2d        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr           REF moyenne annuelle grid T nc   function nlecan  nom  numsortie79  nbretps BOITE   boite GRILLE grille TOUT tout  _EXTRA   ex  common        res 1    anneedepart 1979     gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix moyenne annuelle grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null              cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix moyenne annuelle grid        IF quelsfichiers 0  EQ   THEN     liste vide          return   report LES FICHIERS:  iodir prefix moyenne annuelle grid  n existe pas        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN     ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       return  report La variable  nom  n existe pas ds les fichiers iodir prefix moyenne annuelle grid     endelse grilletrouvee:     lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     varexp prefix     lecture de l axe des temps      ncdf_varget cdfid time_counter time  offset    numsortie79 1 count nbretps     time   long time julday 12  31  1978     jpt nbretps    IF jpt EQ 1 THEN BEGIN       caldat  time 0  month  day  year       case 1 of          year lt 10:                 s_year  0 string format i1 year           year lt 100 and year ge 10 :s_year      string format i2 year           year ge 100:                s_year      string format i2 year 1900        endcase       vardate annee:  s_year    endif       extraction du tableau qui nous interesse         determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       glam 1        gphi 1        gdep 1        premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery  premierz    ENDELSE       if varcontient ndims eq 3 then       ncdf_varget cdfid nom res offset premierx premiery numsortie79 1         count nx ny nbretps  else       ncdf_varget cdfid nom res offset premierx premiery  premierz numsortie79 1         count nx ny nz nbretps       ncdf_close cdfid    return res     end");
-a[69] = new Array("./Obsolete/nlecmois.html", "nlecmois.pro", "", "             file_comments lit les fichiers Net Cdf  de moyenne mensuel  de   l experience TOTEM ECMWF qui sont sur   maia:  u rech eee reee217 TOTEM REF OUTPUTS    obsolete      keyword BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef    uses common pro      history Sebastien Masson  smasson lodyc jussieu fr           REF moyenne mensuelle 79 81 grid T nc   function nlecmois nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex  common      res  1     annee du nom du 1er fichier      annee   floor floor numsortie79 1 12 3 3 79     gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null        cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid        IF quelsfichiers 0  EQ   THEN     liste vide          return  report LES FICHIERS:  iodir prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid  n existe pas        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN   ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       return  report La variable  nom  n existe pas ds les fichiers iodir prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid     endelse grilletrouvee:     lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     varexp prefix     determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       premierx 0       premiery 0       premierz 0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return   report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery  premierz    ENDELSE      determination du nombre de pas de tps a extraire ds ce fichier      numsortie   numsortie79 12 annee 79     if nbretps numsortie 1 gt 36 then nt 36 numsortie 1      else nt nbretps    numsortie   numsortie79 12 annee 79        if varcontient ndims eq 3 then       ncdf_varget cdfid nom res offset premierx premiery numsortie 1 count nx ny nt  else       ncdf_varget cdfid nom res offset premierx premiery premierz numsortie 1 count nx ny nz nt      rappel en boucle de nlec si il faut ouvrir de nouveaux fichiers   pour constituer la serie temporelle      if nbretps gt 36 numsortie 1 then begin       if varcontient ndims eq 3 then          res    res                   nlecmois nom numsortie79 nt nbretps nt tout tout GRILLE vargrid BOITE boite          else BEGIN           res res                   nlecmois nom numsortie79 nt nbretps nt tout tout GRILLE vargrid BOITE boite                      res reform res nx ny nz nbretps   over         ENDELSE        ncdf_varget cdfid time_counter temps  offset    numsortie 1 count nt        time    long temps julday 12  31  1978  time        jpt nt jpt    endif else BEGIN       ncdf_varget cdfid time_counter temps  offset    numsortie 1 count nt        time   long temps julday 12  31  1978        jpt nt    endelse      ncdf_close cdfid    IF n_elements time  EQ 1 THEN BEGIN       caldat  time  m  d  y       if m lt 10 then m 0 string format i1 m          else m     string format i2 m        if n_elements langage  EQ 0 then langage    non definit        if langage EQ  gb  then vardate   strtrim y  1   string format C CMoA 31 m 1          ELSE vardate   string format C CMoA 31 m 1   strtrim y  1     endif      return res     end");
-a[70] = new Array("./Obsolete/nlecsaison.html", "nlecsaison.pro", "", "           file_comments lit les moyennes annuelles   sur maia:  u rech eee reee217 TOTEM REF OUTPUTS     obsolete      categories lecture de NETCDF      examples   IDL  res nlecsaison nom  numsortie79  nbretps       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var    param numsortie79   in required  le numero du pas de temps que l on veut sortir du   fichier  compte a partir de 1  a partir de 79     param nbretps   in required  nombre de pas de temps a extraire      keyword      BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd la serie ne fait que 1 pas de temps  ou   3d  valable ds 1 premier tps que pour les tableaux 2d        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr         REF saisonnier climato grid T nc     function nlecsaison  nom  numsortie79  nbretps BOITE   boite  GRILLE grille TOUT tout  _EXTRA   ex  common        res 1    anneedepart 1979     gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix saisonnier climato grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null        cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix saisonnier climato grid        IF quelsfichiers 0  EQ   THEN     liste vide          return  report LES FICHIERS:  iodir prefix saisonnier climato grid  n existe pas        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN     ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       return  report La variable  nom  n existe pas ds les fichiers iodir prefix saisonnier climato grid     endelse grilletrouvee:     lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     varexp prefix     lecture de l axe des temps      ncdf_varget cdfid time_counter time  offset    numsortie79 1 count nbretps     time   long time julday 12  31  1978     jpt nbretps    IF jpt EQ 1 THEN BEGIN       IF numsortie79 EQ 13 THEN vardate CLIMATOLOGIE  prefix         ELSE begin          vardate climato mensuelle  strtrim numsortie79 1        endelse    endif       extraction du tableau qui nous interesse         determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       glam 1        gphi 1        gdep 1        premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           CASE N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery premierz    ENDELSE       if varcontient ndims eq 3 then       ncdf_varget cdfid nom res        offset premierx premiery numsortie79 1 count nx ny nbretps  else       ncdf_varget cdfid nom res        offset premierx premiery premierz numsortie79 1 count nx ny nz nbretps       ncdf_close cdfid    return res     end");
-a[71] = new Array("./Obsolete/nlecserie.html", "nlecserie.pro", "", "           file_comments lit les series temporelles se rapportant a une variable   sur maia:  u rech eee reee217 TOTEM REF OUTPUTS     obsolete      categories lecture de NETCDF      examples    IDL  res nlecserie nom  date1  date2       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var       param  date1 date2  in required  les dates vermairs qui delimitent la serie temporelle      keyword BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd la serie ne fait que 1 pas de temps  ou   3d  valable ds 1 premier tps que pour les tableaux 2d        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr           REF sss grid T nc   function nlecserie  nom  date1  date2 BOITE   boite  GRILLE grille TOUT tout  _EXTRA   ex  common        res 1    anneedepart 1979     gestion du nom de la grille   et ouverture du fichier     liste des fichiers pouvant convenir    quelsfichiers   findfile iodir prefix nom grid     IF quelsfichiers 0  EQ   THEN BEGIN   liste vide        print   LES FICHIERS:  iodir prefix nom grid  n existe pas        return    1    ENDIF ELSE BEGIN        vargrid strmid quelsfichiers 0 strpos quelsfichiers 0 grid 5 1   nom de grille       IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers 0     dev null        cdfid ncdf_open quelsfichiers 0     ENDELSE      lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     ncdf_attget cdfid file_name value global    varexp string value     varexp strmid varexp  0  strpos varexp        lecture de l axe des temps en entier on ja reperer la place des   dates debut et fin pour faire l extraction temporelle      ncdf_varget cdfid time_counter time    time   long time julday 1  5  1979      debut   where time EQ juldate date1      fin   where time EQ juldate date2     debut   where time EQ date1     fin   where time EQ date2     if debut 0  EQ  1 then         return  report l axe des temps ne contient pas la date de debut  strtrim date1  1     if fin 0  EQ  1 then         return  report l axe des temps ne contient pas la date de fin  strtrim date2  1     time   time debut 0 :fin 0     jpt fin 0 debut 0 1    IF jpt EQ 1 THEN BEGIN       caldat  time 0  month  day  year       case 1 of          year lt 10:                 s_year  0 string format i1 year           year lt 100 and year ge 10 :s_year      string format i2 year           year ge 100:                s_year      string format i2 year 1900        endcase       if month lt 10 then s_month 0 string format i1 month          else s_month     string format i2 month        if day lt 10 then s_day 0 string format i1 day          else s_day     string format i2 day        vardate s_year s_month s_day    endif       extraction du tableau qui nous interesse         determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery    ENDELSE      ncdf_varget cdfid nom res        offset premierx premiery debut 0         count nx ny fin 0 debut 0 1       ncdf_close cdfid    return res     end");
-a[72] = new Array("./Obsolete/vairdate.html", "vairdate.pro", "", "             file_comments  gives vairmer date equivalent of a date in julian format             sets month  day and year to the corresp values    obsolete    file_comments you better use jul2date      examples    IDL  vdate   vairdate 1755087       param jdate  in required  date en jours juliens        keyword MENSUEL a activer si on veut pour  que les dates dont le jour est      15 deviennent avec un jour egale a 0  par ex:      19990115       19990100      keyword  ANNUEL a activer si on veut pour  que les dates dont le mois est      6 et dont le jour est 1 deviennent avec un mois et jour egale a      0  par ex:      19990601       19990000      returns vdate date vairmer     plus year  month et day      uses  common        history  Jerome Vialard   jv lodyc jussieu fr      2 7 98                  13 9 1999  Sebastien Masson  smasson lodyc jussieu fr                          ANNUEL MENSUEL _EXTRA et possibilite                         d utiliser vairdate avec des scalaire ou des                         tableaux         function vairdate  jdate   ANNUEL   annuel  MENSUEL   mensuel  _EXTRA   ex  common      caldat  jdate  month  day  year  _EXTRA   ex    index   where year eq  1     if index 0  NE  1 then year index    0    if keyword_set mensuel  THEN BEGIN        index   where day EQ 15        if index 0  NE  1 then day index    0    endif    if keyword_set annuel  THEN BEGIN        index   where day EQ 1 AND month EQ 6        if index 0  NE  1 then BEGIN           day index    0          month index    0       endif    endif      return  10000L year 100L month day   end  ");
-a[73] = new Array("./Obsolete/vraidate.html", "vraidate.pro", "", "           file_comments donne la date en long    obsolete        param date  in required  une date du type yyyymmdd       keyword  GRADS if  1 le year le 49 then year   2000 year                 if 50 le year le 99 then year   1900 year      returns une date vairmer du type yyyymmdd   si year est nulle ou egale a  1 ne change rien      examples    IDL  res vraidate date    IDL  vraidate 980703     donne 19980703 qui est un long      history Sebastien Masson  smasson lodyc jussieu fr      3 7 98   remove automatic change from year 1 to 1901  Aug 2004         function vraidate  date  GRADS   grads  _EXTRA   ex     IF NOT keyword_set GRADS  THEN return  long date      date   long date    annee   date 10000   return  date 19000000L annee GE 50 and date lt 1000000 20000000L annee LT 50 and date lt 1000000    end");
-a[74] = new Array("./Postscript/closeps.html", "closeps.pro", "", "           file_comments Close the Postscript mode      when archive_ps ne 0  we add the name and the date    at the bottom left corner of the postcript page  If the    postscript is called idl ps we change its name to number ps     number automatically found to be 1 larger that any of the    existing ps file       keyword INFOWIDGET A long integer giving the id of the information             widget  created by openps  that we have de destroy at              the end of closeps  when the postscript is done       uses cm_4ps      history Sebastien Masson  smasson lodyc jussieu fr                          21 12 98   June 2005: Sebastien Masson  english version with new commons          PRO closeps  INFOWIDGET   infowidget      IF lmgr demo  EQ 1 THEN return     include commons  cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     IF  d name NE  PS  THEN GOTO  last_part     if archive_ps   0 we will add its name and the date at the bottom   left corner of the page  in case if the postscript will be archived    in printps       IF keyword_set archive_ps  THEN BEGIN     we get the name of the latest created postscript          psdir   isadirectory psdir  title    Select psdir       nameps   file_search psdir ps                                 test_regular   test_write   nosort       dates    file_info nameps mtime      lastdate    reverse sort temporary dates 0       nameps   nameps lastdate       nameps   file_basename nameps   ps    If this name is idl ps then we change it to the number ps      IF nameps EQ  idl  then BEGIN   get the name of all the  ps or  ps gz files available in psdir        allps   file_search psdir ps ps gz pdf   test_regular   nosort         allps   file_basename file_basename allps gz ps         allps   file_basename allps pdf    find which of these names corresponds to numbers    get ascii codes of the names        testnumb   byte allps    longest name        maxstrlen    size testnumb   dimensions 0    ascii codes can be 0 or between byte 0  and byte 9         testnumb   testnumb EQ 0 OR                      testnumb GE  byte 0 0  AND testnumb LE  byte 9 0         testnumb   where total testnumb  1  EQ maxstrlen  count         IF count NE 0 THEN BEGIN   get the largest number          psnumber   fix allps testnumb           psnumber    psnumber reverse sort psnumber 0    1        ENDIF ELSE psnumber   0        nameps   strtrim psnumber  2       ENDIF     we annote the postscript        date   byte systime 0       we get the date      xyouts   d x_px_cm   d y_px_cm                  nameps   string date 4:10 string date 20:23                    device  charsize    75    ENDIF     close the postcript mode    device   close   last_part:      thisOS   strupcase strmid version os_family  0  3     CASE thisOS of       MAC : SET_PLOT  thisOS       WIN : SET_PLOT  thisOS      ELSE: SET_PLOT   X     ENDCASE        def_myuniquetmpdir    colorfile   myuniquetmpdir    original_colors dat     IF file_test colorfile   regular  THEN BEGIN      restore  colorfile      file_delete  colorfile   quiet   reload the original colors      tvlct  red  green  blue    ENDIF     p font    1   force background color to the last color  white      p BACKGROUND d n_colors 1    255     p color 0    if  d n_colors gt 256 then  p background ffffff x      if keyword_set infowidget  then       widget_control  long infowidget  bad_id   toto   destroy      return end");
-a[75] = new Array("./Postscript/openps.html", "openps.pro", "", "             file_comments switch to postcript mode and define it      param namepsin  in optional  name of the postscript file  Extension  ps  is added                  if missing  It will be stored in the psdir directory       keyword FILENAME to define the name of the postcript file through                    a keyword rather than with nameps inut argument                     in this case the keyword can be pass through                     different routines via _extra keyword       keyword INFOWIDGET If INFOWIDGET is present  it specifies a named               variable into which the id of the widget giving informations               about the postscript creation is stored as a long integer                This id is needed by close ps to kill the information widget       keyword KEEP_PFONT activate to suppress the modification of  p font               by defaut we force   p font   0  to make smaller postscripts     keyword KEEPPFONT same as keep_pfont      keyword LIGHTNESS a scalar used to change the Lightness of the color              palette to be abble to adjust according to the printer we use               the media  paper or slide                   lightness  1 to get darker colors      keyword _EXTRA: used to pass any keyword to device procedure        uses cm_4ps      history Sebastien Masson  smasson lodyc jussieu fr    21 12 98   1 2 98: ajout de nameps en input   1 9 1999: ajout du mot cle FILENAME et du widget   June 2005: Sebastien Masson  cleaning  english version with new commons          pro openps  namepsin  FILENAME   filename  INFOWIDGET   infowidget                 KEEPPFONT   keeppfont  KEEP_PFONT   keep_pfont                 PORTRAIT   portrait  LANDSCAPE   landscape                 LIGHTNESS   Lightness _extra   ex      IF lmgr demo  EQ 1 THEN BEGIN       dummy   report impossible to create a PS in demo mode        return    ENDIF     include commons  cm_4ps IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew ENDIF     close the postcript device if we are already in postcsrit mode    IF  d name EQ  PS  THEN device   close   switch to postscript mode    set_plot ps      if we use  keyword Lightness   save the actual color palette in a temporary file    to be restored when calling closeps      IF n_elements Lightness  NE 0 THEN BEGIN      IF Lightness NE 1 THEN BEGIN        tvlct  red  green  blue   get        def_myuniquetmpdir        save  red  green  blue  filename   myuniquetmpdir    original_colors dat         palit  Lightness  red  green  blue      ENDIF    ENDIF     we define the name of the file      CASE 1 OF      n_params  EQ 1:nameps   namepsin      keyword_set filename : nameps   filename      ELSE:nameps   xquestion Name of the postscript file   idl ps   chkwid     ENDCASE   make sure that nameps ends with  ps     nameps   file_dirname nameps   mark_directory                  file_basename nameps   ps     ps    add path  psdir  and check that nameps is ok    nameps   isafile nameps  iodir   psdir   new      we define xsize  ysize  xoffset et  yoffset       IF n_elements portrait  NE 0 OR n_elements landscape  NE 0 THEN        key_portrait   keyword_set portrait     1   keyword_set landscape      if key_portrait EQ 1 then begin       xs   min page_size        ys   max page_size        xoff   0        yoff   0     ENDIF ELSE BEGIN        xs   max page_size        ys   min page_size        xoff   0        yoff   max page_size     ENDELSE      We define the device of the postscript mode      device   color   palatino  filename   strcompress nameps   remove_all                 LANDSCAPE   1   key_portrait  PORTRAIT   key_portrait                xsize   xs  ysize   ys  xoffset   xoff  yoffset   yoff                bits_per_pixel   8  _extra   ex   to make smaller postcripts    IF NOT  keyword_set keeppfont  OR keyword_set keep_pfont       THEN  p font   0      show some informations    IF arg_present infowidget  THEN       infowidget   xnotice Postcript file is currently processed       RETURN END            ");
-a[76] = new Array("./Postscript/printps.html", "printps.pro", "", "                  archiving possibilities        if archive_ps  common variable of cm_4ps  ne 0 then the postscript   can be saved for archiving if it is printed or if the button    archive ps  is pressed  if it is printed and archive_ps   1 then   the archiving is done automatically whereas we ask if the postscript   file must be archived or not    If the postcript name is  idl ps   default name  then this name will   be changed to number ps  number automatically found to be 1 larger   that any of the existing ps file       categories for the postscripts      restrictions     1  this is working only with unix linux osX machines     2  definition of the printing command     the printing command is defined by the common variable  print_command    in cm_4ps  This command must be defind build in a way that it the   instruction:       print_command i printer_machine_names i   file ps   or       print_command printer_machine_names i   file ps   is working  default definition is  lpr  P         history Sebastien Masson  smasson lodyc jussieu fr   21 12 98                         25 8 19999 utilisation des widgets                         8 9 1999 utilisation de cw_bgroup   June 2005: Sebastien Masson: cleaning  english version with new commons          PRO printps_event  event     include commons  cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     What kind of event do we have     widget_control  event id  get_uvalue   uval   case on the event   CASE uval name OF     visualize case : postscript visualization         visualize :BEGIN    paper orientation       if key_portrait EQ 1 then ori    portrait  ELSE ori    seascape    paper format       CASE round 10 total page_size  OF         round 10 83 9611   118 816  : papsize    a0          round 10 59 4078   83 9611  : papsize    a1          round 10 41 9806   59 4078  : papsize    a2          round 10 29 7039   41 9806  : papsize    a3          round 10 20 9903   29 7039  : papsize    a4          round 10 14 8519   20 9903  : papsize    a5          round 10 10 4775   14 8519  : papsize    a6          round 10 7 40833   10 4775  : papsize    a7          round 10 5 22111   7 40833  : papsize    a8          round 10 3 70417   5 22111  : papsize    a9          round 10 2 61056   3 70417  : papsize    a10          round 10 100 048   141 393  : papsize    b0          round 10 70 6967   100 048  : papsize    b1          round 10 50 0239   70 6967  : papsize    b2          round 10 35 3483   50 0239  : papsize    b3          round 10 25 0119   35 3483  : papsize    b4          round 10 17 6742   25 0119  : papsize    b5          round 10 22 86   30 48  : papsize    archA          round 10 30 48   45 72  : papsize    archB          round 10 45 72   60 96  : papsize    archC          round 10 60 96   91 44  : papsize    archD          round 10 91 44   121 92  : papsize    archE          round 10 21 59   33 02  : papsize    flsa          round 10 21 59   33 02  : papsize    flse          round 10 13 97   21 59  : papsize    halfletter          round 10 19 05   25 4  : papsize    note          round 10 21 59   27 94  : papsize    letter          round 10 21 59   35 56  : papsize    legal          round 10 27 94   43 18  : papsize    11x17          round 10 43 18   27 94  : papsize    ledger          ELSE:papsize    a4        ENDCASE       call the viewers       CASE event value OF          Ghostview :spawn   ghostview  papsize   quiet  ori   uval nameps          Ghostscript :spawn   gs  sPAPERSIZE papsize   q  uval nameps          Kghostview :spawn   kghostview  uval nameps       ENDCASE       return      END     print case: print and archive the file if needed        print :BEGIN    printer selection       printer   printer_machine_names event value    print       CASE n_elements print_command  OF         0:ptcmd    lpr  P          1:ptcmd   print_command 0          n_elements printer_machine_names :ptcmd   print_command event value          ELSE:BEGIN           ng   report bad definition of print_command  common variable of cm_4ps   C we did not print the postscript file   simple            return         END       ENDCASE       spawn  ptcmd   printer         uval nameps     printing informations          spawn   lpq  P imprimante   l  info     display them         xdisplayfile   nothing  text   info                           title    Printing Info  file_basename uval nameps                            height   n_elements info   printps      history Sebastien Masson  smasson lodyc jussieu fr   21 12 98                         25 8 19999 utilisation des widgets                         8 9 1999 utilisation de cw_bgroup   June 2005: Sebastien Masson: cleaning  english version with new commons        PRO printps  psfilename     this is working only with unix linux osX machines   thisOS   strupcase strmid version os_family  0  3    CASE thisOS OF       MAC :return      WIN :return     ELSE:   ENDCASE     include commons  cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     we get the name of the latest created postscript      psdir   isadirectory psdir  title    Select psdir    CASE N_PARAMS  OF     0: BEGIN       nameps   file_search psdir ps   test_regular   nosort        IF nameps 0  EQ   THEN BEGIN         ras   report no postsrcipt file  ending with  ps  found in :     psdir          RETURN       ENDIF       dates    file_info nameps mtime       lastdate    reverse sort temporary dates 0        nameps   nameps lastdate      END     1: nameps   psfilename     ELSE: BEGIN        ras   report printps accept only one element: psfilename        RETURN     END    ENDCASE            we check if the file is exist in psdir  if necessary we complete   its name with  ps and or  gz     nameps   find nameps ps gz  iodir   psdir   nopro    IF nameps EQ  NOT FOUND  THEN BEGIN      ng   report file  nameps ps gz  does not exist       return   ENDIF    gzipped   strpos nameps   gz    if the file is gzipped we call gunzip et change its name   IF gzipped NE  1 THEN BEGIN     spawn   gunzip     nameps     nameps   strmid nameps  0  gzipped    endif     build the widget     base   widget_base row  title    Postscript file:                            file_basename nameps    ps viewers grouped button   psviewers    no psviewers found    IF file_which getenv PATH   ghostview  NE   THEN       psviewers    psviewers   Ghostview     IF file_which getenv PATH   gs  NE   THEN       psviewers    psviewers   Ghostscript     IF file_which getenv PATH   kghostview  NE   THEN       psviewers    psviewers   Kghostview     if at least one of viewer was found we define these buttons   IF n_elements psviewers  GT 1 THEN BEGIN      psviewers   psviewers 1:      notused   cw_bgroup base  psviewers   frame  label_top    Visualize                              uvalue    name: visualize  nameps:nameps                               column   return_name    ENDIF    printers list grouped buttons   are the common variables printer_human_names and printer_human_names   defined in a proper way    CASE 1 OF     n_elements printer_human_names  eq 0:         noting   report the cm_4ps variable printer_human_names is not defined   CWe could not propose any printer   simple      n_elements printer_human_names  NE n_elements printer_machine_names :         noting   report the cm_4ps variables printer_human_names and  Cprinter_machine_names do not have the same number of arguments   CWe could not propose any printer   simple      printer_human_names 0  EQ  :     ELSE:notused           cw_bgroup base  printer_human_names   frame   column                     label_top    Select printer                      uvalue    name: print  nameps:nameps  gzip:gzipped NE  1    ENDCASE    archive ps  button  can be created only if archive_ps ne 0   IF keyword_set archive_ps  THEN       notused   widget_button base  value    archive ps                                  uvalue    name: archive  nameps:nameps                                             gzip:gzipped NE  1    quit button   notused   widget_button base  value    quit                                uvalue    name: quit  nameps:nameps                                           gzip:gzipped NE  1      widget_control  base   realize     xmanager   printps  base   no_block     return end");
-a[77] = new Array("./ReadWrite/idl-NetCDF/ncdf_listdims.html", "ncdf_listdims.pro", "", "FUNCTION ncdf_listdims ncid  n ncdf_inquire ncid ndims  names strarr n   for i 0 n 1 do begin     ncdf_diminq ncid i name size     names i name endfor  return names  end");
-a[78] = new Array("./ReadWrite/idl-NetCDF/ncdf_listvars.html", "ncdf_listvars.pro", "", "FUNCTION ncdf_listvars ncid  n ncdf_inquire ncid nvars  names strarr n   for i 0 n 1 do begin     names i ncdf_varinq ncid i name endfor  return names  end");
-a[79] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickread/ncdf_quickread.html", "ncdf_quickread.pro", "", "");
-a[80] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickread/ncdf_quickread_helper.html", "ncdf_quickread_helper.pro", "", "      ncdf_quickread_helper pro   This file contains IDL functions to read netCDF                                data files into IDL variables       Adapted from CDF2IDL pro      This file contains the following functions and procedures:       functions:          ncdf_quickread_getfile   strips the directory and optionally  any                                    suffixes from the path file          ncdf_quickread_getdir   returns the directory from the full path file          ncdf_quickread_validatename   validates the name that will be used                                        as a netCDF variable       procedures:          ncdf_quickread_helper1   construct commands which when executed at                                   the top level will read netCDF variables                                   into IDL      History:    Date       Name          Action               06 Jun 97  S  Rupert     Created     09 Jun 97  S  Rupert     Fully tested     10 Jun 97  S  Rupert     Modified keyword usage     03 Feb 98  S  Rupert     Added additional error checking  and warning to                             output script      17 Feb 98  S  Rupert     Corrected validation routine to handle instance                             of name strating with a number and containing a                             dash     05 Jul 00  A M Iwi       Added keyword PREFIX  on CDF2IDL   Supplied string                             gets prepended to all variable names     19 Jun 01  A M Iwi       Added keyword REFORM on CDF2IDL   REFORM function                             is used to remove dimensions of size 1     02 Oct 03  A M Iwi       Change into helper routine for ncdf_quickread    11 Aug 04  A M Iwi       Add  fields  option to read only certain fields                              Also  only stringify attributes of type CHAR     function ncdf_quickread_getFile  fullpath  suffix suffix on_error 2 compile_opt hidden   func_description   This function returns the filename name from the full path    Inputs:    fullpath   full directory file path   Keyword:    suffix:   include inptu suffix in output file name   Outputs:   file   filename   Example Call: file   ncdf_quickread_getfile fullpath     Retrieve the postion at which the first   character occurs from   the end of the string  dirlen   rstrpos fullpath       Retrieve the full length of the original string  len   strlen fullpath     Retrieve the filename  fullfile   strmid fullpath  dirlen 1  len     Retrieve the position at which the first   character occurs from   the end of the string  len    1 if not keyword_set suffix  then len   rstrpos fullfile    if  len EQ  1  then len   strlen fullfile     Retrieve the file  file   strmid fullfile  0  len     Return the file name  return  file    End function  end   function ncdf_quickread_getDir  fullpath on_error 2 compile_opt hidden   func_description   This function returns the directory name from the full path    Inputs:   fullpath   full directory file path   Outputs:  dir   directory path   Example Call: dir   ncdf_quickread_getdir fullpath     Retrieve the postion at which the first   character occurs from   the end of the string  len   rstrpos fullpath       Retrieve the filename  if  len EQ  1  then dir       else dir   strmid fullpath  0  len 1     Return the file name  return  dir    End function  end   function ncdf_quickread_validateName  varname on_error 2 compile_opt hidden   func_description   This routine ensures that the given name does not start with a number    nor contain a dash   IDL cannot accept a variable starting with a    number or containing a dash   If the name starts with a number  an    underscore is prepended to the name  and if it contains a dash  the    dash is replaced with an underscore       Initialize the name  name   varname    If the name starts with a number  prepend it with an underscore  if  strpos varname   0  EQ 0  then name   strcompress _ varname  if  strpos varname   1  EQ 0  then name   strcompress _ varname  if  strpos varname   2  EQ 0  then name   strcompress _ varname  if  strpos varname   3  EQ 0  then name   strcompress _ varname  if  strpos varname   4  EQ 0  then name   strcompress _ varname  if  strpos varname   5  EQ 0  then name   strcompress _ varname  if  strpos varname   6  EQ 0  then name   strcompress _ varname  if  strpos varname   7  EQ 0  then name   strcompress _ varname  if  strpos varname   8  EQ 0  then name   strcompress _ varname  if  strpos varname   9  EQ 0  then name   strcompress _ varname     If the name contains a dash replace it with an underscore   if  strpos name    NE  1  then begin    pieces   str_sep name       n_pieces   n_elements pieces     name   pieces 0     for i 1 n_pieces 1 do begin       name   strcompress name _ pieces i     endfor endif    Return the file name  return  name    End function  end   function ncdf_quickread_helper  infile  verbose verbose                                     prefix prefix  fields fields                                    reform reform on_error 2 compile_opt hidden     This procedure creates a script to read the data in a given netCDF   file into IDL   The default output file is the name of the netCDF   file with idl replacing any existing suffix   The default output is   variable data only    Inputs:           infile    full path to netCDF file of interest   Optional Inputs:  verbose   includes extractions of all input file                                attributes in idl script                     prefix  reform   see changelog above      Return value:  array of commands to run at top level    Ensure that the netCDF format is supported on the current platform  if not ncdf_exists  then message       The Network Common Data Format is not supported on this platform     Open the netcdf file for reading  ncid   NCDF_OPEN strcompress infile   remove_all  if  ncid EQ  1  then message     The file  infile  could not be opened  please check the path     Retrieve general information about this netCDF file  ncidinfo   NCDF_INQUIRE ncid     command to write file header commands __ncid   NCDF_OPEN infile   subset 0 if n_elements fields  ne 0 then begin   if  fields ne   then begin       subset 1       subfields strsplit fields extract    endif endif    Place the desired variables in local arrays  for i 0  ncidinfo Nvars 1 do begin     vardata   NCDF_VARINQ ncid  i     if not subset then begin        wanted 1    endif else begin        match   where subfields eq vardata Name  nmatch         wanted nmatch ne 0     endelse    if wanted then begin        varname   ncdf_quickread_validatename vardata Name          if keyword_set prefix  then varname prefix varname        commands                   commands NCDF_VARGET  __ncid   strcompress string i   varname         if keyword_set reform  and vardata ndims ge 2            then commands commands varname reform varname         if  keyword_set verbose  then begin            for j 0  vardata Natts 1 do begin                att   NCDF_ATTNAME ncid  i  j                 attname   strcompress varname _ strcompress att REMOVE_ALL                 commands                           commands NCDF_ATTGET  __ncid   strcompress string i                              att   attname                 attinfo   ncdf_attinq ncid  i  att                 if attinfo datatype eq  CHAR  then                    commands commands attname    STRING attname             endfor        endif    endif endfor  if  keyword_set verbose  then begin    for i 0  ncidinfo Ngatts 1 do begin      name   NCDF_ATTNAME ncid   GLOBAL  i       attname   ncdf_quickread_validatename name       if keyword_set prefix  then attname prefix attname      commands          commands NCDF_ATTGET  __ncid   GLOBAL   name   attname       attinfo   ncdf_attinq ncid   global  name       if attinfo datatype eq  CHAR  then          commands commands attname    STRING attname    endfor endif  ncdf_close ncid commands commands NCDF_CLOSE  __ncid     Return commands to the caller  return commands    End procedure  end");
-a[81] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite.html", "ncdf_quickwrite.pro", "", "");
-a[82] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper1.html", "ncdf_quickwrite_helper1.pro", "", "pro ncdf_quickwrite_helper1 ncvarstring ncdfstruct structname     Parses the variable string so as to create the main structure        on_error 2 compile_opt hidden ncdfstruct ncommands: 1     split string  to extract IDL global attribute variable name bits strsplit ncvarstring extract  case n_elements bits  of     1: begin           no attributes         globattflag 0B         globattnameidl      end     2: begin         globattflag 1B         globattnameidl bits 1      end     else: begin         message Parse error: more than one   sign in  ncvarstring               noname     end endcase allvarspec bits 0    vars strsplit strcompress allvarspec remove_all extract  nvar n_elements vars   varnames strarr nvar  varnamesidl strarr nvar   nvardims intarr nvar  vardims ptrarr nvar   varattflags bytarr nvar  varattnamesidl strarr nvar      at start  no dimensions known ndim 0 dimnames  dimunlim 1  for ivar 0 nvar 1 do begin          varandattspec vars ivar             split into IDL attribute variable name and full variable specification     bits strsplit varandattspec : extract      case n_elements bits  of         1:   no variable attributes         2: begin             varattflags ivar 1B             varattnamesidl ivar bits 1          end         else: begin             message Parse error: more than one  :  sign in  varandattspec                   noname         end     endcase     fullvarspec bits 0                  split full variable specification       into variable specification and IDL variable name            bits strsplit fullvarspec extract      case n_elements bits  of         1: varnameidl    fill this in later         2: varnameidl bits 1          else: begin             message Parse error: more than one   sign in  fullvarspec                   noname         end     endcase          varspec bits 0             split variable specification into name and dimension specification               bits strsplit varspec extract      varname bits 0      case n_elements bits  of         1: begin               scalar             nvardims ivar 0         end         2: begin             dimspec bits 1                test for and strip trailing               len strlen dimspec              if strmid dimspec len 1 1  ne   then begin                 message Parse error: dimension specification  dimspec                        for variable  varname  should end with                        noname             endif             dimspec strmid dimspec 0 len 1                           if dimspec eq   then begin                   dimensions not specified   assume 1d array with                    same name for dimension as for variable                 vardimnames varname              endif else if dimspec eq   then begin                   dimensions not specified but   given   as above                    again assume same name for dimension as for variable                     but with    parsed below as meaning UNLIMITED                  vardimnames varname              endif else begin                 vardimnames strsplit dimspec extract              endelse                            now for each dimension name  see if it already exists                and if not then add it as a new name                          nvardim n_elements vardimnames              nvardims ivar nvardim                          thisvardims intarr nvardim                           for i 0 nvardim 1 do begin                                  dimname vardimnames i                                     first see if dimname has leading                     if so  strip it  but record the fact that UNLIMITED                   is wanted                 unlimited    strmid dimname 0 1  eq                   if unlimited then dimname strmid dimname 1                                   if ndim gt 0 then begin                     match where dimnames eq dimname nmatch                      case nmatch of                         0: begin                               no match   append to array                             dimnames dimnames dimname                              vardim ndim                             ndim ndim 1                         end                         1: begin                               match found   point to it                             vardim match 0                          end                         else: stop Duplicate match: BUG in NCDF_QUICK_HELPER1                      endcase                 endif else begin                       no dimensions known   this is the first                     ndim 1                     dimnames dimname                      vardim 0    for completeness                  endelse                                  if unlimited then begin                     if  dimunlim ge 0                            and dimunlim ne vardim  then begin                         message NCDF dimensions  dimnames dimunlim                                       and  dimnames vardim                                       cannot both be of UNLIMITED size                               noname                                             endif                     dimunlim vardim                 endif                                  thisvardims i vardim                              endfor                         vardims ivar ptr_new thisvardims                      end         else: message Parse error: variable specification  varspec                             has stray  noname     endcase          if varnameidl eq   then varnameidl varname          varnames ivar varname     varnamesidl ivar varnameidl endfor        now construct some commands  which  when executed at the top level  will   put IDL variable size information into the structure   commands  structname varsizes string indgen nvar                ptr_new size varnamesidl        now some more commands  to tell the main level to copy the attributes   into a heap location where the next helper routine will see them   if globattflag then     commands commands structname globatts ptr_new globattnameidl   for ivar 0 nvar 1 do begin     if varattflags ivar  then begin         commands commands                      structname varatts string ivar                       ptr_new varattnamesidl ivar      endif       endfor      second argument comes back with a structure which contains all the   information  and also some variables to be used by next helper routine    ncdfstruct ncommands:          n_elements commands                commands:           ptr_new commands                    nvar:               nvar                                varnames:           varnames                            varids:             intarr nvar                         nvardims:           nvardims                            vardims:            vardims                             varnamesidl:        varnamesidl                         varsizes:           ptrarr nvar                         varatts:            ptrarr 1 nvar                       varattflags:        varattflags                         varattnamesidl:     varattnamesidl                      globatts:           ptr_new                            globattflag:        globattflag                         globattnameidl:     globattnameidl                      ndim:               ndim                                dimnames:           dimnames                            dimids:             intarr ndim 1                       dimunlim:           dimunlim                            fileid:             0   end");
-a[83] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2.html", "ncdf_quickwrite_helper2.pro", "", "    HELPER2   Constructs the commands which are actually needed to write the NetCDF file         this file contains:  STR  ncdf_quickwrite_typename  ncdf_quickwrite_helper2  compile_opt hidden      _STR   like STRING  but with no whitespace      we use this function enough to give it a short name  but the underscore   is to make it unlikely to conflict with a user s function   function _str string return strcompress string remove_all  end    function ncdf_quickwrite_typename num name on_error 2     translate type number returned from  size  function into name usable by   ncdf routines     if not valid type  throw an error  and use  name  in informational   message if set     case num of            usable types     1: type byte      2: type short      3: type long      4: type float      5: type double                 other types: set to something appropriate      7: type char    string     12: type long    unsigned     13: type long    unsigned long     14: type float    64 bit integer     15: type float    64 bit integer          else: begin         if num eq 0 then gripe undefined            else gripe not of valid type for a NetCDF file                   if n_params  eq 1 then name Data item                   message name  is  gripe noname              end      endcase  return type  end     pro ncdf_quickwrite_helper2 ncfilename s sname   on_error 2 compile_opt hidden    NB main structure is called  s    we use it so much that anything longer   could get tedious      start with no commands   in fact  1  is an error condition s ncommands 1   free commands written by helper1 from heap ptr_free s commands  dimsize lonarr s ndim   1     1  stops error if all fields scalar  types strarr s nvar      first of all  work out dimension sizes     for ivar 0 s nvar 1 do begin          nvardim s nvardims ivar           sizeinfo s varsizes ivar           ntype sizeinfo sizeinfo 0 1           types ivar          ncdf_quickwrite_typename ntype IDL expression  s varnamesidl ivar                                 for NCDF variable  s varnames ivar           if nvardim ne sizeinfo 0  then          message NCDF variable  s varnames ivar  is defined with                    _str s nvardims ivar  dimension s                      but corresponding                       IDL expression  s varnamesidl ivar  has                    _str sizeinfo 0  dimension s noname          if nvardim ne 0 then begin   not scalar                  for ivardim 0 nvardim 1 do begin                          idim s vardims ivar ivardim              wanted sizeinfo 1 ivardim              previous dimsize idim                           if previous ne 0 and previous ne wanted then                 message NCDF dimension  s dimnames idim                             is multiply used  but with conflicting sizes:                            _str previous  and  _str wanted                   noname                          dimsize idim wanted                      endfor              endif          endfor      make commands to write the file       to open the file if n_elements ncfilename  eq 0 then ncfilename idl nc  if strmid ncfilename 0 1  eq   then begin     ncfilename1 strmid ncfilename 1      clobstr clobber  endif else begin     ncfilename1 ncfilename     clobstr  endelse commands sname fileid ncdf_create ncfilename1 clobstr     to do the dimensions for idim 0 s ndim 1 do begin          if idim eq s dimunlim then sizestr unlimited        else sizestr _str dimsize idim           commands commands                  sname dimids _str idim ncdf_dimdef sname                   fileid s dimnames idim sizestr  endfor    to do the variables for ivar 0 s nvar 1 do begin          if s nvardims ivar  eq 0 then dimstr        else dimstr sname dimids strjoin _str s vardims ivar           commands commands                  sname varids _str ivar ncdf_vardef sname                   fileid s varnames ivar                  dimstr types ivar  endfor    to do the global attributes  if s globattflag then begin          tags tag_names s globatts      ntags n_elements tags           for itag 0 ntags 1 do begin         sizeinfo size s globatts itag          type ncdf_quickwrite_typename sizeinfo sizeinfo 0 1                   commands commands                       ncdf_attput sname fileid global                       strlowcase tags itag                        s globattnameidl tags itag type      endfor      endif          to do the variable attributes  for ivar 0 s nvar 1 do begin     if s varattflags ivar  then begin              tags tag_names s varatts ivar          ntags n_elements tags               for itag 0 ntags 1 do begin             sizeinfo size s varatts ivar itag              type ncdf_quickwrite_typename sizeinfo sizeinfo 0 1                           commands commands                           ncdf_attput sname fileid                           sname varids _str ivar                           strlowcase tags itag s varattnamesidl ivar                           tags itag type          endfor     endif       endfor    to end the definition section commands commands ncdf_control sname fileid endef     to write the data for ivar 0 s nvar 1 do begin     commands commands                   ncdf_varput sname fileid sname varids _str ivar                   s varnamesidl ivar    endfor    close the file commands commands ncdf_close sname fileid      make commands available to main level s ncommands n_elements commands  s commands ptr_new commands   end ");
-a[84] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper3.html", "ncdf_quickwrite_helper3.pro", "", "pro ncdf_quickwrite_helper3 s     Frees the variables in heap memory      on_error 2 compile_opt hidden    s is our ncdf structure  ptr_free s globatts ptr_free s varatts ptr_free s commands ptr_free s vardims ptr_free s varsizes ptr_free s varatts  end");
-a[85] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_verbose.html", "ncdf_quickwrite_verbose.pro", "", "");
-a[86] = new Array("./ReadWrite/idl-NetCDF/ncdf_read.html", "ncdf_read.pro", "", "PRO ncdf_read filename info dinfo vinfo gatts vatts data                                                                                              general info                                 data        dimension info                     variable attributes         variable info         global attributes         read a NetCDF file         NB The data is read into a rather nasty combination of structures  arrays       and pointers  which is  unfortunately  necessary in order to cope with      the full generality of the data format   Here is the sort of syntax you      might use to get at elements of the returned data   cumbersome because      IDL doesn t support C type  a b  shorthand for  a b            INFO NDIMS          INFO NVARS          INFO NGATTS          INFO RECDIM            DINFO idim NAME          DINFO idim SIZE            VINFO ivar NAME          VINFO ivar NAME          VINFO ivar DATATYPE          VINFO ivar NDIMS          VINFO ivar NATTS          VINFO ivar DIM ivdim            GATTS NAME          GATTS DATATYPE          GATTS LENGTH          GATTS VALUES   or maybe   STRING GATTS VALUES            VATTS ivar iatt NAME          VATTS ivar iatt DATATYPE          VATTS ivar iatt LENGTH          VATTS ivar iatt VALUES   or maybe           STRING VATTS ivar iatt VALUES            DATA ivar   or maybe   DATA ivar idim1 idim2 idim3          open file  id ncdf_open filename      info  info ncdf_inquire id      dimension info  dinfo replicate name: size:0L info ndims  for idim 0 info ndims 1 do begin     ncdf_diminq id idim name size   dinfo idim name name   dinfo idim size size endfor     variable info  vinfo replicate  name:                      datatype:                      ndims:0l  natts:0l                      dim:lonarr info ndims                     info nvars   for ivar 0 info nvars 1 do begin     var ncdf_varinq id ivar      vinfo ivar name var name     vinfo ivar datatype var datatype     vinfo ivar ndims var ndims     vinfo ivar natts var natts     vinfo ivar dim var dim endfor     global attributes  if info ngatts gt 0 then begin     gatts replicate name:                         datatype:                         length:0L                         values:ptr_new                        info ngatts      for iatt 0 info ngatts 1 do begin         name ncdf_attname id iatt global          gatts iatt name name         att ncdf_attinq id name global          gatts iatt length att length         gatts iatt datatype att datatype         ncdf_attget id name vals global         gatts iatt values ptr_new vals      endfor endif else begin       arbitary scalar value       an empty list would be sensible but IDL doesn t support it     gatts 1 endelse      variable attributes  vatts replicate ptr_new info nvars  for ivar 0 info nvars 1 do begin     if vinfo ivar natts gt 0 then begin         vatts ivar ptr_new replicate name:                                           datatype:                                           length:0L                                           values:ptr_new                                          vinfo ivar natts          for iatt 0 vinfo ivar natts 1 do begin             name ncdf_attname id ivar iatt               vatts ivar iatt name name             att ncdf_attinq id ivar name               vatts ivar iatt length att length              vatts ivar iatt datatype att datatype             ncdf_attget id ivar name vals              vatts ivar iatt values ptr_new vals          endfor     endif else begin         vatts ivar ptr_new 1            Pointer to arbitrary scalar   analogous to case of lack of           global attributes above   We could put a  here           instead  but try to be friendlier to code that might try           to dereference it      endelse endfor     data  data replicate ptr_new info nvars  for ivar 0 info nvars 1 do begin     ncdf_varget id ivar val     data ivar ptr_new val  endfor   end");
-a[87] = new Array("./ReadWrite/idl-NetCDF/ncdf_struct.html", "ncdf_struct.pro", "", "FUNCTION ncdf_struct filename nodata nodata noattributes noattributes     Read entire netcdf file into a structure       Structure contains metadata  actual array contents are on heap  with   pointers contained in the structure   Heap variables not created if    nodata  specified      Use ncdf_struct_free to free heap memory       Some data is duplicated for ease of access  in particular if there is   a variable name matching a dimension name  then a pointer to the variable   contents is accessible via the substructures corresponding to the dimension   and every other variable that uses it      Alan Iwi 27 6 02    id ncdf_open filename   g ncdf_inquire id  ndim g ndims nvar g nvars natt g ngatts  if ndim gt 0 then begin     dnames strarr ndim      dsizes lonarr ndim      for idim 0 ndim 1 do begin         ncdf_diminq id idim dname dsize         dnames idim dname         dsizes idim dsize     endfor endif  if natt gt 0 and not keyword_set noattributes  then begin     anames strarr natt      for iatt 0 natt 1 do begin         aname ncdf_attname id global iatt          ainq ncdf_attinq id global aname          ncdf_attget id global aname aval         if  ainq datatype eq  CHAR  then aval string aval          if iatt eq 0 then begin             atts create_struct aname aval          endif else begin             atts create_struct atts aname aval          endelse         anames iatt aname     endfor     g create_struct g gatts atts gattnames anames  endif  if nvar gt 0 then begin     vnames strarr nvar      for ivar 0 nvar 1 do begin         v ncdf_varinq id ivar                   vname v name         vndim v ndims         vnatt v natts         vname v name                  if vnatt gt 0 and not keyword_set noattributes  then begin             vanames strarr vnatt              for iatt 0 vnatt 1 do begin                 aname ncdf_attname id ivar iatt                  ainq ncdf_attinq id ivar aname                  ncdf_attget id ivar aname aval                 if  ainq datatype eq  CHAR  then aval string aval                  if iatt eq 0 then begin                     atts create_struct aname aval                  endif else begin                     atts create_struct atts aname aval                  endelse                 vanames iatt aname             endfor             v create_struct v atts atts attnames anames          endif                  vdnames dnames v dim          vdsizes dsizes v dim          v create_struct v dimnames vdnames dimsizes vdsizes                   if not keyword_set nodata  then begin             ncdf_varget id ivar vdata             v create_struct v data ptr_new vdata                                 dimdata replicate ptr_new vndim          endif                  if ivar eq 0 then begin             vars create_struct vname v          endif else begin             vars create_struct vars vname v          endelse                  vnames ivar vname         endfor endif  if ndim gt 0 then begin     for idim 0 ndim 1 do begin         dname dnames idim          d name:dname size:dsizes idim                   if not keyword_set nodata  and nvar gt 0 then begin             matchvar 1             for ivar 0 nvar 1 do begin                 if vnames ivar  eq dname then matchvar ivar             endfor             if matchvar ne  1 then                  d create_struct d data vars matchvar data          endif                  if idim eq 0 then begin             dims create_struct dname d          endif else begin             dims create_struct dims dname d          endelse              endfor     g create_struct g dims dims dimnames dnames dimsizes dsizes  endif  if nvar gt 0 then begin     if not keyword_set nodata  then begin         for ivar 0 nvar 1 do begin             for idim 0 vars ivar ndims 1 do begin                 vars ivar dimdata idim dims vars ivar dim idim data             endfor         endfor     endif     g create_struct g vars vars varnames vnames  endif       ncdf_close id  return g  end");
-a[88] = new Array("./ReadWrite/idl-NetCDF/ncdf_struct_free.html", "ncdf_struct_free.pro", "", "PRO ncdf_struct_free s      free heap memory associated with struct returned by ncdf_struct    for i 0 s nvars 1 do ptr_free s vars i data  end");
-a[89] = new Array("./ReadWrite/ncdf_timeget.html", "ncdf_timeget.pro", "", "           file_comments get the time axis fom a netcdf_file and transforms it in   julian days of IDL       categories reading ncdf_file      param cdfid  in required  the ID of the ncdf_file  which is already open    param timeid  in required  the ID or the name of the variable which describe the calendar      keyword  YYYYMMDD active to obtain the date as a longinterger with          the format YearYearYearYearMonthMonthDayDay      file_comments the keyword parameters of ncdf_varget      returns a long array of IDL julian days      restrictions the calendar variable must have the units attribute   following the syntaxe bellow:     time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00         history Sebastien Masson  smasson lodyc jussieu fr                         June 2001         FUNCTION ncdf_timeget  cdfid  timeid  YYYYMMDD   yyyymmdd  _extra   ex     insidetime ncdf_varinq cdfid timeid     if insidetime natts NE 0 then begin       attnames   strarr insidetime natts        for attiq 0 insidetime natts 1 do attnames attiq strlowcase ncdf_attname cdfid timeid attiq     ENDIF ELSE return  report the variable  timeid  must have the units attribut    reading of the time axis    ncdf_varget  cdfid  timeid  time  _extra   ex     time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00         if  where attnames EQ  units 0  NE  1 then begin       ncdf_attget cdfid timeid units value       value   strtrim strcompress string value  2        words   str_sep value            unite   words 0        start   str_sep words 2          case strlowcase unite  of           seconds :time   julday start 1  start 2  start 0 time long 24 3600            hours :time   julday start 1  start 2  start 0 time long 24            days :time   julday start 1  start 2  start 0 time           months :BEGIN              for t   0  n_elements time 1  do begin                time t    julday start 1 time t  start 2  start 0              endfor          END           years :BEGIN             for t   0  n_elements time 1  do begin                time t    julday start 1  start 2  start 0 time t              endfor          END          ELSE:return  report bad syntax of the units attribut of the variable  timeid        ENDCASE    ENDIF ELSE return  report the variable  timeid  must have the units attribut     if keyword_set yyyymmdd  then time   jul2date time     return  time end");
-a[90] = new Array("./ReadWrite/read_grads.html", "read_grads.pro", "", "           file_comments reading grads file  except  data type station  or  grib    from the grads control file even if there is multiple data files       categories reading function            param var  in required  the variable name          param date1  in required  date of the beginning  yyyymmdd if TIMESTEP is not activate           param date2  in optional  last date  Optionnal  if not scpecified date2 date1            keyword FILENAME the grads control file name:  xxxx ctl       file_comments keyword GLAMBOUNDARY  via computegrid pro  a 2 elements vector           lon1 lon2  giving the longitute boundaries that should be         used to visualize the data            lon2   lon1           lon2   lon1 eq 360         key_shift will be automatically defined according to         GLAMBOUNDARY             keyword  TIMESTEP to specify that the dates are time steps instead of          true calendar              file_comments keyword IODIRECTORY a string giving the name of iodirectory  see         isafile pro for all possibilities  default value is common          variable iodir      file_comments     NOT yet available              hidden BOX: a 4 or 6 elements 1d array   lon1 lon2 lat1 lat2  depth1           depth2  that specifies the area where data must be read            hidden EVERYTHING             hidden NOSTRUCTURE             returns an array      uses common      restriction define all the grid parameters  defined in common pro    associated to the data       restrictions this function call the procedure scanfile that use the    unix commands grep and sed       examples      IDL  a read_grads sst 19900101 19900131 filename outputs ctl       IDL  plt  a      history Sebastien Masson  smasson lodyc jussieu fr             FUNCTION read_grads  var  date1  date2  FILENAME   filename  BOX box  TIMESTEP   timestep  EVERYTHING   everything  NOSTRUCT   nostruct  _EXTRA   ex    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     we find the filename       filename   isafile FILENAME   filename  IODIRECTORY   iodir  _EXTRA   ex     if size filename   type  NE 7 then       return  report read_ncdf cancelled      we scan the control file called filename      scanctl  filename  filesname  jpt1file  varsname  varslev  swapbytes  bigendian  littleendian  f77sequential  fileheader  theader  xyheader  VARFMT   varfmt  _EXTRA   ex    if n_elements varfmt  EQ 0 then varfmt    float        check date1 and date2 and found the starting index  t1  and the   ending index  t2  that corresponds to the time series specified by   date1 and date2 for the time axis defined in the  ctl file         if n_elements date1  EQ 0 then begin       t0   0       t1   0    ENDIF    if n_elements date2  EQ 0 then date2   date1    if keyword_set timestep  then BEGIN       if date1 GT date2 then begin          print   date2 must be larger than date1           return   1       endif       t1   0   long date1   long date2   date2jul date2   grads        if jdate1 GT jdate2 then begin          print   date2 must be larger than date1           return   1       endif       t1    where time GE jdate1 0        tmp   where time LE jdate2  t2        t2   t2 1    ENDELSE    if t2 LT t1 then begin       print   There is no date between date1 and date2        return   1    endif    jpt2read   t2 t1 1       index of the variable        varid   where strlowcase varsname  EQ strlowcase var     varid   varid 0     if varid EQ  1 then begin       print  var  not found in the variable liste of  filename       return    1    ENDIF    varname   var    if varslev varid  EQ 1 then res   fltarr jpi  jpj  jpt2read   nozero       ELSE res   fltarr jpi  jpj  varslev varid  jpt2read   nozero        find the first file to be read according to the lile list  the   number of time step in each file and t1 and t2        indf2read   t1 jpt1file    startread   t1 indf2read jpt1file    alreadyread   0 readagain:    jpt2read1file   min jpt1file startread  jpt2read     f2read   filesname indf2read        opening       check the existance of the file    f2read   isafile filename   f2read  iodirectory   iodir  _EXTRA   ex    if the file is stored on tape    if  version os_family EQ  unix  then spawn   file  f2read     dev null    open the file    openr  unit  f2read   get_lun  error err         swap_if_little_endian   bigendian         swap_if_big_endian   littleendian         swap_endian   swapbytes    if err ne 0 then begin       print err_string       return   1    endif      case varfmt of        byte :fmtsz   1l        uint :fmtsz   2l        int :fmtsz   2l        long :fmtsz   4l        float :fmtsz   4l    endcase     check its size    addf77sec   long 4 2 f77sequential     xyblocsize   xyheader   addf77sec xyheader NE 0    jpi jpj fmtsz  addf77sec    nxybloc   long total varslev     filesize    fileheader   addf77sec fileheader NE 0         theader addf77sec theader NE 0    nxybloc xyblocsize jpt1file    infof2read fstat unit     if infof2read size NE filesize then begin       print   According to  filename  the file size must be  strtrim filesize  1  instead of  strtrim infof2read size  1        print   jpi:  strtrim jpi  2        print   jpj:  strtrim jpj  2        print   jpt:  strtrim jpt  2        print   format size in byte:  strtrim fmtsz  2        print   number of xy arrays:  strtrim nxybloc  2        return   1    endif       reading         loop on the time steps to be read in one file    for i   0  jpt2read1file 1 do begin   computing the offset       offset    fileheader   addf77sec fileheader NE 0            theader addf77sec theader NE 0    nxybloc xyblocsize startread i            theader addf77sec theader NE 0        if varid NE 0 THEN          offset   offset   long total varslev 0:varid 1 xyblocsize   if there is only one level       IF varslev varid  EQ 1 then begin          case varfmt of              byte :a assoc unit  bytarr jpi jpj nozero  offset 4 f77sequential               uint :a assoc unit uintarr jpi jpj nozero  offset 4 f77sequential               int :a assoc unit   intarr jpi jpj nozero  offset 4 f77sequential               long :a assoc unit  lonarr jpi jpj nozero  offset 4 f77sequential               float :a assoc unit fltarr jpi jpj nozero  offset 4 f77sequential           endcase          res    i alreadyread a 0         ENDIF ELSE BEGIN   more than 1 level to be read          if f77sequential then BEGIN   sequential access             case varfmt of                 byte :a assoc unit  bytarr jpi jpj 8  varslev varid nozero  offset                  uint :a assoc unit uintarr jpi jpj 4  varslev varid nozero  offset                  int :a assoc unit   intarr jpi jpj 4  varslev varid nozero  offset                  long :a assoc unit  lonarr jpi jpj 2  varslev varid nozero  offset                  float :a assoc unit fltarr jpi jpj 2  varslev varid nozero  offset              endcase             tmp   a 0              case varfmt OF   we cut the headers and tailers of f77 write                 byte : tmp   tmp 4:jpi jpj 3                    uint : tmp   tmp 2:jpi jpj 1                    int :  tmp   tmp 2:jpi jpj 1                    long : tmp   tmp 1:jpi jpj 0                    float :tmp   tmp 1:jpi jpj 0                endcase             if keyword_set key_zreverse  then res      i alreadyread reverse reform tmp   jpi  jpj  varslev varid   over  3  ELSE res      i alreadyread reform tmp   jpi  jpj  varslev varid   over           ENDIF ELSE BEGIN    direct acces             case varfmt of                 byte :a assoc unit  bytarr jpi jpj varslev varid nozero offset                  uint :a assoc unit uintarr jpi jpj varslev varid nozero offset                  int :a assoc unit   intarr jpi jpj varslev varid nozero offset                  long :a assoc unit  lonarr jpi jpj varslev varid nozero offset                  float :a assoc unit fltarr jpi jpj varslev varid nozero offset              endcase             if keyword_set key_zreverse  then res      i alreadyread reverse a 0  3  ELSE res      i alreadyread a 0            ENDELSE       ENDELSE    endfor     close the file    free_lun unit    close unit       do we need to read a new file to complete the time series          if jpt2read1file NE jpt2read then BEGIN       indf2read   indf2read 1       startread   0       alreadyread   alreadyread jpt2read1file       jpt2read   jpt2read jpt2read1file       GOTO  readagain    ENDIF       post processing        if keyword_set key_yreverse  then res   reverse res  2     if keyword_set key_shift  then begin       case  size res 0  of          2:res   shift res  key_shift  0           3:res   shift res  key_shift  0  0           4:res   shift res  key_shift  0  0  0        endcase    endif       mask     IF varslev varid  EQ 1 then begin        if abs valmask  LE 1e5 then notgood   where res    0  EQ valmask           ELSE notgood   where abs res    0  GE abs valmask 10         if notgood 0  NE  1 then tmask notgood    0b     ENDIF ELSE BEGIN        if abs valmask  LE 1e5 then notgood   where res      0  EQ valmask           ELSE notgood   where abs res      0  GE abs valmask 10         if notgood 0  NE  1 then tmask notgood    0b     ENDELSE    if abs valmask  LE 1e5 then notgood   where res EQ valmask       ELSE notgood   where abs res  GE abs valmask 10     if notgood 0  NE  1 THEN res notgood     values f_nan     valmask   1e20     if abs valmask  LE 1e5 then notgood   where res EQ valmask        ELSE notgood   where abs res  GE abs valmask 10      if notgood 0  NE  1 THEN res notgood    1e20     valmask   1e20    triangles_list   triangule      subdomain extration      time aguments      time   time t1:t2     jpt   t2 t1 1    if keyword_set timestep  then vardate   strtrim time 0  2       ELSE vardate   date2string vairdate time 0        updateold       return  res end");
-a[91] = new Array("./ReadWrite/read_oasis.html", "read_oasis.pro", "", "           file_comments read the f77 unformated files used in Oasis  version  a read_oasis grids_orca_t106 a106 lon 320 160    IDL  m read_oasis masks_orca_t106 or1t msk 182 149 i4      see also IDL  scanoasis grids_orca_t106       history Sebastien Masson  smasson lodyc jussieu fr                         July 01  2002           FUNCTION read_oasis  filename  varname  jpi  jpj  I2   I2  I4   i4  I8   i8  R4   r4     openr  unit  filename   f77_unformatted   get_lun   swap_if_little_endian         error err    if err ne 0 then begin       print err_string       return   1    endif     char8    12345678     readu  unit  char8     print  char8    found   char8 EQ varname     WHILE NOT EOF unit  AND found NE 1 DO BEGIN       readu  unit       if EOF unit  then begin          print  varname  not found in  filename          return   1       endif       readu  unit  char8        print  char8       found   char8 EQ varname    ENDWHILE    case 1 of       keyword_set i2 :res   intarr jpi  jpj        keyword_set i4 :res   lonarr jpi  jpj        keyword_set i8 :res   lon64arr jpi  jpj        keyword_set r4 :res   fltarr jpi  jpj        ELSE:res   dblarr jpi  jpj     endcase        readu  unit  res        free_lun unit     return  res end");
-a[92] = new Array("./ReadWrite/readbat.html", "readbat.pro", "", "           file_comments reading the bathymetry ASCII file of OPA      categories for OPA      param filename  in required  a string containing the filename         keyword  ZERO to put 0 on land instead of negatives values for the islands       returns a 2d array      history Sebastien Masson  smasson lodyc jussieu fr                         May 31  2002      based on batlec2 pro  written by Maurice Imbard  March 17  1998   FUNCTION readbat  filename  ZERO   zero            lecture de la bathymetrie         iname_file   findfile filename     if iname_file 0  EQ   then begin       print   Bad file name        return   1    ENDIF ELSE iname_file   iname_file 0     openr  iunit  iname_file   get_lun     readf  iunit  FORMAT    16x 2i8  iim  ijm     iim   long iim      ijm   long ijm     tmp        readf  iunit  tmp    tmp   strsplit tmp   extract     iim   long tmp n_elements tmp 2     ijm   long tmp n_elements tmp 1    print  iim  ijm    ifreq   40L    ifin    iim ifreq 1    irest   iim ifin 1 ifreq   print  ifin irest ifreq    zbati    intarr ifreq     zbati2   intarr irest     zbat      intarr iim ijm       readf  iunit  FORMAT        readf  iunit  FORMAT        il1   0    FOR jn   1  ifin 1 DO BEGIN       readf  iunit  FORMAT           readf  iunit  FORMAT           il2   min  iim 1  il1 ifreq 1          readf  iunit  FORMAT           readf  iunit  FORMAT           readf  iunit  FORMAT           il3   il2 jn 1 ifreq       iformat   string  il3 2   i3       print jn il1 il2 il3 ifreq 1       FOR jj    ijm 1  0   1  DO BEGIN          readf  iunit  FORMAT   iformat  ij  zbati          zbat il1:il2  jj    zbati       ENDFOR       il1   il1   ifreq    ENDFOR    readf  iunit  FORMAT        readf  iunit  FORMAT        il2   min  iim 1  il1 ifreq 1       readf  iunit  FORMAT        readf  iunit  FORMAT        readf  iunit  FORMAT        il3   il2 ifin 1 ifreq    iformat   string  il3 2   i3       print  irest 1 il1 il2 il3    FOR jj    ijm 1  0   1  DO BEGIN       readf  iunit  FORMAT   iformat  ij  zbati2       zbat il1:il2  jj    zbati2    ENDFOR    close  iunit    free_lun  iunit         if keyword_set zero  then zbat   0   zbat    return  zbat end");
-a[93] = new Array("./ReadWrite/readoldopadistcoast.html", "readoldopadistcoast.pro", "", "           file_comments        read the old binary direct access file that contains the        distance to the coast in OPA         based on the OPA subroutines dtacof and parctl      categories for OPA before NetCDF        returns  a structure that contains two elements: tdistcoast  the   distance for the t points  and fdiscoast  the distance for the   f points       history Sebastien Masson  smasson lodyc jussieu fr                         June  2002          FUNCTION read3fromopa  unit  params  num    offset params reclen params jpk num 1L     a assoc unit dblarr params jpiglo params jpjglo params jpk nozero offset     b   a 0     return  b end           param filename  in required  filename  with the whole path if necessary         param jpiglo  in required         param jpjglo  in required         param jpk  in required         dimensions of the opa grid        keyword IBLOC ibloc size  default: ibloc   4096L        keyword JPBYT jpbyt size  default: jpbyt   8L        keyword NUMREC number of records in the file  default: numrec   19L jpk    history Sebastien Masson  smasson lodyc jussieu fr                         June  2002   FUNCTION readoldopadistcoast  filename  jpiglo  jpjglo  jpk  IBLOC   ibloc  JPBYT   jpbyt  NUMREC   numrec      iname_file   findfile filename     if iname_file 0  EQ   then begin       print   Bad file name        return   1    ENDIF ELSE iname_file   iname_file 0    open the file    openr numcost   iname_file   get_lun   swap_if_little_endian   check the size of the file    filepamameters   fstat numcost    defaut parameter definition for ORCA2    IF keyword_set ibloc  THEN ibloc   long ibloc  ELSE ibloc   4096L    jpiglo   long jpiglo     jpjglo   long jpjglo     jpk   long jpk     IF keyword_set jpbyt  THEN jpbyt   long jpbyt  ELSE jpbyt   8L   record length computation    reclen   ibloc jpiglo jpjglo jpbyt 1  ibloc 1    number of records    IF keyword_set numrec  THEN numrec   long numrec  ELSE numrec   3L jpk   difference between the record length and the size of the contened   array     toomuch   reclen jpiglo jpjglo jpbyt   expected size computation    size   numrec reclen toomuch    if size NE filepamameters size then begin       print   The size of the file is not the expected one        print   Check your file or the values of ibloc  jpiglo        print   jpjglo  jpk  jpbyt  numrec in this program        return   1    endif   first record: six 64 bit integer to read     default definition    iimlu   long64 999     ijmlu   long64 999     ikmlu   long64 999    read    readu  numcost  iimlu  ijmlu  ikmlu    if iimlu NE jpiglo then begin       print   iimlu    strtrim iimlu  1  differs from jpiglo  strtrim jpiglo  1         return   1    endif    if ijmlu NE jpjglo then begin       print   ijmlu    strtrim ijmlu  1  differs from jpjglo  strtrim jpjglo  1         return   1    endif    if ikmlu NE jpk then begin       print   ikmlu    strtrim ikmlu  1  differs from jpk  strtrim jpk  1         return   1    endif   other records    params    jpiglo:jpiglo  jpjglo:jpjglo  jpk:jpk  reclen:reclen     tdistcoast   read3fromopa numcost  params  2     fdistcoast   read3fromopa numcost  params  3       close  numcost    free_lun  numcost     return   tdistcoast:tdistcoast  fdistcoast:fdistcoast  end");
-a[94] = new Array("./ReadWrite/readoldoparestart.html", "readoldoparestart.pro", "", "             categories for OPA before NetCDF      restrictions bug for etab and etan written on the same record       history Sebastien Masson  smasson lodyc jussieu fr                         June 2002           FUNCTION read2fromopa  unit  params  num    offset params reclen params jpk num 1L     a assoc unit dblarr params jpiglo params jpjglo nozero offset      return  a 0  end      history Sebastien Masson  smasson lodyc jussieu fr                         June 2002   FUNCTION read3fromopa  unit  params  num    offset params reclen params jpk num 1L     a assoc unit dblarr params jpiglo params jpjglo params jpk nozero offset     return  a 0  end       file_comments read the old restart files of OPA  before NetCDF         based on the OPA subroutine dtrlec included at the end of the        file     categories for OPA before NetCDF        param filename  in required  with the whole path if necessary        param jpiglo  in required         param jpjglo  in required         param jpk  in required          dimensions of the opa grid        keyword IBLOC ibloc size  default: ibloc   4096L        keyword JPBYT jpbyt size  defalut: jpbyt   8L        keyword NUMREC number of records in the file  defalut: numrec   19L jpk        keyword UB        keyword VB        keyword TB        keyword SB        keyword ROTB        keyword HDIVB        keyword UN        keyword VN        keyword TN        keyword SN        keyword ROTN        keyword HDIVN        keyword GCX        keyword GCXB        keyword ETAB        keyword ETAN        keyword BSFB        keyword BSFN        keyword BSFD        keyword EN         the variable we want to read        returns according to the given keywords     restrictions bug for etab and etan written on the same record       history Sebastien Masson  smasson lodyc jussieu fr                         June 2002    PRO readoldoparestart  filename  jpiglo  jpjglo  jpk  IBLOC   ibloc  JPBYT   jpbyt  NUMREC   numrec  ub   ub  vb   vb  tb   tb  sb   sb  rotb   rotb  hdivb   hdivb  un   un  vn   vn  tn   tn  sn   sn  rotn   rotn  hdivn   hdivn  gcx   gcx  gcxb   gcxb  etab   etab  etan   etan  bsfb   bsfb  bsfn   bsfn  bsfd   bsfd  en   en      iname_file   findfile filename     if iname_file 0  EQ   then begin       print   Bad file name        return    ENDIF ELSE iname_file   iname_file 0    open the file    openr numrst   iname_file   get_lun   swap_if_little_endian   check the size of the file    filepamameters   fstat numrst    parameter definition    IF keyword_set ibloc  THEN ibloc   long ibloc  ELSE ibloc   4096L    jpiglo   long jpiglo     jpjglo   long jpjglo     jpk   long jpk     IF keyword_set jpbyt  THEN jpbyt   long jpbyt  ELSE jpbyt   8L   record length computation    reclen   ibloc jpiglo jpjglo jpbyt 1  ibloc 1     IF keyword_set numrec  THEN numrec   long numrec  ELSE numrec   19L jpk    toomuch   reclen jpiglo jpjglo jpbyt   expected size computation    size   numrec reclen toomuch    if size NE filepamameters size then begin       print   The size of the file is not the expected one        print   Check your file or the values of ibloc  jpiglo        print   jpjglo  jpk  jpbyt  numrec in this program        return    endif   first record: six 64 bit integer to read     default definition    ino1   long64 9999     it1   long64 9999     isor1   long64 9999     ipcg1   long64 9999     itke1   long64 9999     idast1   long64 9999    read    readu  numrst  ino1  it1  isor1  ipcg1  itke1  idast1    print  ino1  it1  isor1  ipcg1  itke1  idast1   other records    params    jpiglo:jpiglo  jpjglo:jpjglo  jpk:jpk  reclen:reclen         CALL read3 numrst ub    2      IF arg_present ub  THEN ub   read3fromopa numrst  params  2         CALL read3 numrst vb    3      IF arg_present vb  THEN vb   read3fromopa numrst  params  3         CALL read3 numrst tb    5      IF arg_present tb  THEN tb   read3fromopa numrst  params  5         CALL read3 numrst sb    6      IF arg_present sb  THEN sb   read3fromopa numrst  params  6         CALL read3 numrst rotb  7      IF arg_present rotb  THEN rotb   read3fromopa numrst  params  7         CALL read3 numrst hdivb 8      IF arg_present hdivb  THEN hdivb   read3fromopa numrst  params  8         CALL read3 numrst un    9      IF arg_present un  THEN un   read3fromopa numrst  params  9         CALL read3 numrst vn    10     IF arg_present vn  THEN vn   read3fromopa numrst  params  10         CALL read3 numrst tn    12     IF arg_present tn  THEN tn   read3fromopa numrst  params  12         CALL read3 numrst sn    13     IF arg_present sn  THEN sn   read3fromopa numrst  params  13         CALL read3 numrst rotn  14     IF arg_present rotn  THEN rotn   read3fromopa numrst  params  14         CALL read3 numrst hdivn 15     IF arg_present hdivn  THEN hdivn   read3fromopa numrst  params  15   C  C   Read elliptic solver arrays  C        CALL read2 numrst gcx  jpk 17     IF arg_present gcx  THEN gcx   read2fromopa numrst  params  17         CALL read2 numrst gcxb jpk 18     IF arg_present gcxb  THEN gcxb   read2fromopa numrst  params  18   C  ifdef key_freesurf_cstvol  C  C   free surface formulation  eta   C        CALL read2 numrst etab  jpk 4      IF arg_present etab  THEN etab   read2fromopa numrst  params  4         CALL read2 numrst etan  jpk 4      IF arg_present etan  THEN etan   read2fromopa numrst  params  4     else  C  C   Rigid lid formulation  bsf   C        CALL read2 numrst bsfb  jpk 4      IF arg_present bsfb  THEN bsfb   read2fromopa numrst  params  4         CALL read2 numrst bsfn  jpk 11     IF arg_present bsfn  THEN bsfn   read2fromopa numrst  params  11         CALL read2 numrst bsfd  jpk 16     IF arg_present bsfd  THEN bsfd    read2fromopa numrst  params  16   endif  ifdef key_zdftke            CALL read3 numrst en 19     IF arg_present en  THEN en   read3fromopa numrst  params  19        close  numrst    free_lun  numrst     return end     CDIR  LIST        SUBROUTINE dtrlec   CCC    CCC  CCC                       ROUTINE dtrlec  CCC                        CCC  CCC  Purpose :  CCC     CCC     Read files for restart  CCC  CC   Method :  CC      CC      Read the previous fields on the file numrst  CC      the first record indicates previous characterics  CC      after control with the present run  we read :  CC        prognostic variables on the second record  CC        elliptic solver arrays   CC  barotropic stream function arrays  default option   CC   or free surface arrays  key_freesurf_cstvol  defined   CC        tke arrays  key_zdftke  defined   CC      for this last three records   the previous characteristics   CC      could be different with those used in the present run    CC  CC   Input :  CC      CC      common  CC             comrst           : restart parameter  CC             comctl           : parameters for the control  CC  CC   Output :  CC      CC      common  CC             combef           : previous fields  before   CC             comnow           : present fields  now   CC             combsf           : barotropic stream function  CC             comspg           : surface pressure   CC             comsol           : diagonal preconditioned conjugate  CC  CC   Modifications :  CC      CC      original  : 91 03    CC      additions : 92 01  M  Imbard   CC                : 92 06 correction restart file  M  Imbard   CC                : 98 02  M  Guyon  FETI method  CC      addition  : 98 05  G  Roullet  free surface  CC   CC parameters and commons  CC    CDIR  NOLIST  include  parameter h   include  common h   CDIR  LIST  CC   CC local declarations  CC          INTEGER ji  jj  jk  jl        INTEGER ino0  it0  ipcg0  isor0  itke0        INTEGER ino1  it1  isor1  ipcg1  itke1  idast1  CC   CC statement functions  CC    CDIR  NOLIST  include  stafun h   CDIR  LIST  CCC   CCC  OPA8  LODYC  1997   CCC   C  C  C 0  Initialisations  C    C        ino0    no        it0     nit000        ipcg0   0        isor0   0        itke0   0        isor0   nsolv 1        ipcg0   2 nsolv  ifdef key_zdftke        itke0   1  endif  C FETI method        IF  nsolv  EQ  3  THEN             isor0 2            ipcg0 2        ENDIF   C        IF lwp  THEN            WRITE numout                 WRITE numout      dtrlec:  beginning of restart             WRITE numout                 WRITE numout    the present run :             WRITE numout      job number :   no             WRITE numout      with nit000 :   nit000            WRITE numout      with pcg option ipcg0 :   ipcg0            WRITE numout      with sor option isor0 :   isor0            WRITE numout      with FETI solver option ipcg0   isor0 :                  ipcg0     isor0            WRITE numout      with tke option itke0 :   itke0        ENDIF  C  C 1  Read numrst  C    C  C   First record  C        READ numrst REC 1  ino1  it1  isor1  ipcg1  itke1  idast1  C        IF lwp  THEN            WRITE numout                 WRITE numout    READ numrst with              WRITE numout      job number :   ino1            WRITE numout      with time step it :   it1            WRITE numout      with pcg option ipcg1 :   ipcg1            WRITE numout      with sor option isor1 :   isor1            WRITE numout      with tke option itke1 :   itke1            WRITE numout      with FETI solver option ipcg1   isor1 :                  ipcg1   isor1            WRITE numout             ENDIF  C  C   Control of date  C        IF    it0 it1 NE 1  AND  abs nrstdt EQ 1   THEN            IF lwp  THEN                WRITE numout      : problem with nit000 for the                       restart                 WRITE numout                                                                           WRITE numout    we stop  verify the file                 WRITE numout    or rerun with the value  0 for the                 WRITE numout    control of time parameter  nrstdt                 WRITE numout                 ENDIF            STOP  dtrlec         ENDIF        IF   nrstdt EQ 1   ndate0   idast1  C  C   Read prognostic variables  C        CALL read3 numrst ub    2          CALL read3 numrst vb    3          CALL read3 numrst tb    5          CALL read3 numrst sb    6          CALL read3 numrst rotb  7          CALL read3 numrst hdivb 8          CALL read3 numrst un    9          CALL read3 numrst vn    10         CALL read3 numrst tn    12         CALL read3 numrst sn    13         CALL read3 numrst rotn  14         CALL read3 numrst hdivn 15   C  C   Read elliptic solver arrays  C        CALL read2 numrst gcx  jpk 17         CALL read2 numrst gcxb jpk 18   C  ifdef key_freesurf_cstvol  C  C   free surface formulation  eta   C        CALL read2 numrst etab  jpk 4          CALL read2 numrst etan  jpk 4      else  C  C   Rigid lid formulation  bsf   C        CALL read2 numrst bsfb  jpk 4          CALL read2 numrst bsfn  jpk 11         CALL read2 numrst bsfd  jpk 16   endif  C  ifdef key_zdftke  C  C   Read tke arrays  C        IF itke1 eq 1  THEN            CALL read3 numrst en 19         ELSE            IF lwp  THEN                WRITE numout      : the previous restart file                       didnt used  tke scheme                 WRITE numout                                  ENDIF            nrstdt 2        ENDIF  endif  C  C        RETURN        END");
-a[95] = new Array("./ReadWrite/scanctl.html", "scanctl.pro", "", "           file_comments GLAMBOUNDARY 2 elements vector   lon1 lon2  the longitute         boundaries that should be used to visualize the data            lon2   lon1           lon2   lon1 le 360         key_shift will be defined according to GLAMBOUNDARY    PRO scanctl  filename  filesname  jpt1file  varsname  varslev  swapbytes  bigendian  littleendian  f77sequential  fileheader  theader  xyheader  VARFMT   varfmt  _EXTRA   ex  common     time1   systime 1              for key_performance      DTYPE      spawn   grep  i  DTYPE   filename  notgood    if keyword_set notgood  then begin       print   This program is not adapted to data type station or grib  Sorry        stop    endif     UNDEF  define valmask      spawn   grep  i  UNDEF   filename  valmask    valmask   strtrim valmask  2     valmask   strsplit valmask 0 extract     valmask   float valmask 1      Headers      spawn   grep  i  FILEHEADER   filename  fileheader    fileheader   strtrim fileheader  2     if keyword_set fileheader  then BEGIN        fileheader   strsplit fileheader 0 extract        fileheader   long fileheader 1     ENDIF ELSE fileheader   0L    spawn   grep  i  THEADER   filename  theader    theader   strtrim theader  2     if keyword_set theader  then BEGIN        theader   strsplit theader 0 extract        theader   long theader 1     ENDIF ELSE theader   0L    spawn   grep  i  XYHEADER   filename  xyheader    xyheader   strtrim xyheader  2     if keyword_set xyheader  then BEGIN        xyheader   strsplit xyheader 0 extract        xyheader   long xyheader 1     ENDIF ELSE xyheader   0L       find the x axis        spawn   sed  n  e  d   e  Xx Dd Ee Ff Yy Dd Ee Ff p   filename  xdef    if xdef 0  EQ   then BEGIN       print   Bad definition of xdef or ydef        stop    ENDIF    xdef   xdef 0:n_elements xdef 2     if n_elements xdef  NE 1 then begin       xdef    byte xdef  replicate byte   1 n_elements xdef        xdef   xdef where xdef NE 0        xdef   string xdef     endif    xdef   strtrim xdef 0  2     xdef   strsplit xdef extract     jpi   long xdef 1     case strupcase xdef 2  of        LINEAR :xaxis   float xdef 3 findgen jpi float xdef 4         LEVELS :xaxis   float xdef 3:n_elements xdef 1     ENDCASE       find the y axis        spawn   sed  n  e  d   e  Yy Dd Ee Ff Zz Dd Ee Ff p   filename  ydef    if ydef 0  EQ   then BEGIN       print   Bad definition of ydef or zdef        stop    ENDIF    ydef   ydef 0:n_elements ydef 2     if n_elements ydef  NE 1 then begin       ydef    byte ydef  replicate byte   1 n_elements ydef        ydef   ydef where ydef NE 0        ydef   string ydef     endif    ydef   strtrim ydef 0  2     ydef   strsplit ydef extract     jpj   long ydef 1     case strupcase ydef 2  of        LINEAR :yaxis   float ydef 3 findgen jpj float ydef 4         LEVELS :yaxis   float ydef 3:n_elements ydef 1      GAUST62 :BEGIN   print   Not yet coded    stop   END     GAUSR15 :BEGIN   print   Not yet coded    stop   END     GAUSR20 :BEGIN   print   Not yet coded    stop   END     GAUSR30 :BEGIN   print   Not yet coded    stop   END     GAUSR40 :BEGIN   print   Not yet coded    stop   END    ELSE:BEGIN   print   Not yet coded    stop   END    endcase       find the z axis        spawn   sed  n  e  d   e  Zz Dd Ee Ff Tt Dd Ee Ff p   filename  zdef    if zdef 0  EQ   then BEGIN       print   Bad definition of zdef or tdef        stop    ENDIF    zdef   zdef 0:n_elements zdef 2     if n_elements zdef  NE 1 then begin       zdef    byte zdef  replicate byte   1 n_elements zdef        zdef   zdef where zdef NE 0        zdef   string zdef     endif    zdef   strtrim zdef 0  2     zdef   strsplit zdef extract     jpk   long zdef 1     case strupcase zdef 2  of        LINEAR :zaxis   float zdef 3 findgen jpk float zdef 4         LEVELS :zaxis   float zdef 3:n_elements zdef 1     ENDCASE       compute the grid        computegrid  xaxis   xaxis  yaxis   yaxis  zaxis   zaxis  _EXTRA   ex    domdef       find the time axis        spawn   grep  i  TDEF   filename  timedef    timedef   strupcase strtrim timedef  2     timedef   strsplit timedef 0 extract     jpt   long timedef 1      initial date: y0  m0  d0  h0  mn0                 julian day of IDL: julady m0  d0  y0  h0  mn0  00       t0   timedef 3     monthsname   string format C CMOA 31 indgen 12     case 1 OF   h h :mmZd d mmmyy yy         strpos t0   :  NE  1:BEGIN          pp   strpos t0   :           h0   long strmid t0  0  pp           mn0   long strmid t0  pp 1  2           pp   strpos t0   Z           dd   byte strmid t0  pp 2  1  LT byte A           d0   long strmid t0  pp 1  1 dd           m0    where monthsname EQ strmid t0  pp 2 dd  3 0 1          y0   long strmid t0  pp 5 dd        END   m m Zd d mmmyy yy        strpos t0   Z  NE  1:BEGIN          h0   0 12          pp   strpos t0   Z           mn0   long strmid t0  0  pp           dd   byte strmid t0  pp 2  1  LT byte A           d0   long strmid t0  pp 1  1 dd           m0    where monthsname EQ strmid t0  pp 2 dd  3 0 1          y0   long strmid t0  pp 5 dd        END   d d mmmyy yy         byte strmid t0  0  1  LT byte A 0 :BEGIN          h0   0 12          mn0   0          dd   byte strmid t0  1  1  LT byte A           d0   long strmid t0  0  1 dd           m0    where monthsname EQ strmid t0  1 dd  3 0 1          y0   long strmid t0  4 dd        END   mmmyy yy        ELSE:BEGIN          h0   0 12          mn0   0          d0   1          m0    where monthsname EQ strmid t0  0  3 0 1          y0   long strmid t0  3        END    ENDCASE   if y0 is a two digit integer   between 1950 and 2049    case 1 of       y0 LE 49:y0   2000 y0       y0 LE 99:y0   1900 y0       ELSE:    ENDCASE     increment date and definition of the calendar with IDL julian days      tstep   timedef 4     tsval   long strmid tstep 0  strlen tstep 2     case strlowcase strmid tstep  1   reverse  of        mn :time   julday m0  d0  y0  h0  mn0 lindgen jpt tsval  0         hr :time   julday m0  d0  y0  h0 lindgen jpt tsval  mn0  0         dy :time   julday m0  d0 lindgen jpt tsval  y0  h0  mn0  0         mo :time   julday m0 lindgen jpt tsval  d0  y0  h0  mn0  0         yr :time   julday m0  d0  y0 lindgen jpt tsval  h0  mn0  0     ENDCASE                          shit the calendar to correspond to the time step     case strlowcase strmid tstep  1   reverse  of        dy :time   long time         mo :time   long time 14L        yr :time   long time 365L 2       ELSE:    endcase     OPTIONS      spawn   grep  i  OPTIONS   filename  options    options   strtrim options  2     options   strlowcase options 0     key_yreverse   strpos options   yrev  NE  1    key_zreverse   strpos options   zrev  EQ  1    multifiles   strpos options   template  NE  1    f77sequential   strpos options   sequential  NE  1    swapbytes   strpos options   byteswapped  NE  1    bigendian   strpos options   big_endian  NE  1    littleendian   strpos options   little_endian  NE  1    cray   strpos options   cray_32bit_ieee  NE  1 IF cray THEN BEGIN   print   cray_32bit_ieee  Not yet coded    stop   ENDIF    cal365   strpos options   365_day_calendar  NE  1 IF cal365 THEN BEGIN   print   365_day_calenda  Not yet coded    stop   ENDIF       building the filesname        spawn   grep  i  DSET   filename  files    files   strtrim files 0  2     files   strsplit files extract     if n_elements files  NE 2 then begin       print   Bad definition of the filename  There shoud be 2 elements:        print   DEST and 1 filename  that may define many files        stop    endif    files   files 1      files   strmid files 0  strpos files 0     reverse_search 1     filesname   files    if keyword_set multifiles  then begin   minutes       if  stregex files i n2 0  NE  1 then begin          filetsep    mn           mnend   long mn0 jpt 1           tmp   strarr hend h0 1           for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i n2 extract regex  string mn0 i  format    i2 2           filesname   strjoin tmp          endif   hours       if  stregex files i hf 123 0  NE  1 then begin          filetsep    hr           case strlowcase strmid tstep  1   reverse  of              mn :hend   long h0 jpt mn0 1 1 60               hr :hend   long h0 jpt 1           endcase          tmp   strarr hend h0 1           case 1 of             stregex files i h1  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i h1 extract regex  strtrim h0 i  1              stregex files i h2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i h2 extract regex  string h0 i  format    i2 2              stregex files f2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname f2 extract regex  string h0 i  format    i3 2              stregex files i hf 3  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i hf 3 extract regex  string h0 i  format    i3 3           endcase          filesname   strjoin tmp          endif   days       if  stregex files i d 12 0  NE  1 then begin          filetsep    dy           case strlowcase strmid tstep  1   reverse  of              mn :dend   long d0 jpt mn0 1 1 1440               hr :dend   long d0 jpt h0 1 1 24               dy :dend   long d0 jpt 1           endcase          tmp   strarr dend d0 1           case 1 of             stregex files i d1  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i d1 extract regex  strtrim d0 i  1              stregex files i d2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i d2 extract regex  string d0 i  format    i2 2           endcase          filesname   strjoin tmp          endif   months       if  stregex files i m 12c 0  NE  1 then begin          filetsep    mo           tmp   strarr 12           case 1 of             stregex files i m1  NE  1:for i   1  12 do tmp i 1    strjoin strsplit filesname i m1 extract regex  strtrim i  1              stregex files i m2  NE  1:for i   1  12 do tmp i 1    strjoin strsplit filesname i m2 extract regex  string i  format    i2 2              stregex files i mc  NE  1:for i   1  12 do tmp i 1    strjoin strsplit filesname i mc extract regex  monthsname i 1           endcase          filesname   strjoin tmp          endif   years       if  stregex files i y 24 0  NE  1 then begin          case strlowcase strmid tstep  1   reverse  of              dy :yend   long y0 jpt d0 1 1 365               mo :yend   long y0 jpt m0 1 1 12               yr :yend   long y0 jpt 1              ELSE:yend   y0          endcase          tmp   strarr yend y0 1           case 1 of             stregex files i y2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i y2 extract regex  string y0 i 100 y0 i 100  format    i2 2              stregex files i y4  NE  1:for i   0  n_elements tmp 1  do tmp i    strjoin strsplit filesname i y 4 extract regex  string y0 i  format    i4 4           endcase          filesname   strjoin tmp          endif       filesname   strsplit filesname     extract      time step unit of each file:         case 1 of           stregex files i n2 0  NE  1:filetsep    mn            stregex files i hf 123 0  NE  1:filetsep    hr            stregex files i d 12 0  NE  1:filetsep    dy            stregex files i m 12c 0  NE  1: filetsep    mo            stregex files i y 24 0  NE  1:filetsep    yr        ENDCASE     number of time steps for each files         case strlowcase strmid tstep  1   reverse  of           mn :BEGIN             case filetsep of                 yr :jpt1file   60L 24L 365L                 mo :jpt1file   60L 24L 30L                 dy :jpt1file   60L 24L                 hr :jpt1file   60L                 mn :jpt1file   1L             endcase          END           hr :BEGIN             case filetsep of                 yr :jpt1file   24L 365L                 mo :jpt1file   24L 30L                 dy :jpt1file   24L                 hr :jpt1file   1L             endcase          END           dy :BEGIN             case filetsep of                 yr :jpt1file   365L                 mo :jpt1file   30L                 dy :jpt1file   1L             endcase          END           mo :BEGIN             case filetsep of                 yr :jpt1file   12L                 mo :jpt1file   1L             endcase          END           yr :jpt1file   1L       endcase     number of files          nof   ceil jpt 1 jpt1file        filesname   filesname 0:nof 1     ENDIF ELSE BEGIN       nof   1       jpt1file   jpt    ENDELSE   first character      if stregex files  GE 0 THEN BEGIN       iodir   strmid filename 0 strpos filename reverse_search 1        for i   0  nof 1 do filesname i    iodir strmid filesname i  1     ENDIF       extracting the variables         spawn   grep  i  VARS   filename  nvars    nvars   strtrim nvars  2     nvars   strsplit nvars 0 extract     nvars   long nvars 1     spawn   sed  n  e  d   e  Vv Aa Rr Ss Ee Nn Dd Vv Aa Rr Ss p   filename  varlist    if n_elements varlist  LE 2  then begin       print   No lines between vars and endvars        stop    endif    varlist   varlist 1:n_elements varlist 2      if n_elements varlist  NE nvars  then begin       print   Number of variables indicated by VARS  strtrim nvars  1  differs from number of lines  without   at the beginning  located between VARS and ENDVARS:  strtrim n_elements varlist  1        stop    ENDIF    varsname   strarr nvars     varsdes   strarr nvars     varslev   lonarr nvars     for i   0  nvars 1 do BEGIN       varlist i    strtrim varlist i  2        tmp   strsplit varlist i extract        if strmid tmp 2  0  2  EQ  1  then BEGIN          case long strmid tmp 2  3  2  of             10:BEGIN                print   Special data formats  units    1 10  Not yet coded                 stop             END             20:BEGIN                print   Special data formats  units    1 20  Not yet coded                 stop             END             30:BEGIN                print   Special data formats  units    1 30  Not yet coded                 stop             END             40:BEGIN                case long strmid tmp 2  6  of                   1:varfmt    byte                    2:varfmt    uint                     2:varfmt    int                    4:varfmt    long                    ELSE:BEGIN                      print   Bad definition of the special data formats:                        print long strmid tmp 2 6  should be equal to 1  2   2 or 4                       stop                   END                endcase             END             ELSE:BEGIN                print   Special data formats  units    1    Not yet coded                 stop             END          endcase       endif       varsname i    tmp 0        varsdes i    strjoin tmp 3:n_elements tmp 1            varslev i    long tmp 1     ENDFOR    varslev   1   varslev       ccmeshparameters filename   filename    ccmeshparameters filename    Grads       IF keyword_set key_performance  EQ 1 THEN print   time scanctl  systime 1 time1     return end     ");
-a[96] = new Array("./ReadWrite/scanoasis.html", "scanoasis.pro", "", "           file_comments scan an Oasis file  version  scanoasis grids_orca_t106       history Sebastien Masson  smasson lodyc jussieu fr                         July 01  2002          PRO scanoasis  filename     openr  unit filename    F77_UNFORMATTED   GET_LUN   SWAP_IF_LITTLE_ENDIAN         error err    if err ne 0 then begin       print err_string       return    endif     char8    12345678     WHILE NOT EOF unit  DO BEGIN       readu  unit  char8       print   char8       readu  unit    ENDWHILE     free_lun unit    return end");
-a[97] = new Array("./ReadWrite/write_oasis.html", "write_oasis.pro", "", "             file_comments write an Oasis file  version   2 5       param filename  in required  the filename    param varname  in required  the name of the variable to be written    param z2d  in required  the variable  2D array  to be written      keyword  I2    keyword  I4    keyword  I8    keyword  R4   to change the defaut format  R8  of the data to be written       keyword  APPEND to open the file with the file pointer at the end of          the file  ready for data to be appended         restrictions varname is automatically written as a  charactere 8                 by defaut z2d is written as an R8 array      history Sebastien Masson  smasson lodyc jussieu fr                         July 01  2002           PRO write_oasis  filename  varname  z2d  I2   i2  I4   i4  I8   i8  R4   r4  APPEND   append    openw  unit  filename    F77_UNFORMATTED   GET_LUN   SWAP_IF_LITTLE_ENDIAN         error err  APPEND   append    if err ne 0 then begin       print err_string       return    endif        writeu  unit  string varname  format a8     case 1 of       keyword_set i2 :writeu  unit  fix z2d        keyword_set i4 :writeu  unit  long z2d        keyword_set i8 :writeu  unit  long64 z2d        keyword_set r4 :writeu  unit  float z2d        ELSE:writeu  unit  double z2d     endcase     free_lun unit    return end");
-a[98] = new Array("./ReadWrite/writebat.html", "writebat.pro", "", "             file_comments write the bathymetry ASCII file of OPA      categories for OPA      param zbat  in required  the bathymetry  a 2d array      param filename  in required  a string containing the filename         history Sebastien Masson  smasson lodyc jussieu fr                         Sept 30  2003      based on batsav2 pro  written by Maurice Imbard  March 17  1998   PRO writebat  zbat  filename   basic checks   IF n_params  NE 2 THEN BEGIN     print   bad number of aguments in the call of writebat      return   ENDIF   IF size filename   type  NE 7 THEN BEGIN     print   the filename should be a string      return   ENDIF   sbat   size zbat    IF sbat 0  NE 2 THEN BEGIN     print   bathymetry array should be 2d array      return   ENDIF     jpi2   sbat 1    jpj2   sbat 2    parameters def   ifreq    40   ifin     jpi2 ifreq 1   irest    jpi2 ifin 1 ifreq   zbati    intarr ifreq    zbati2   intarr irest    i0       intarr ifreq 5    i1       intarr max 1  irest 5      openw  iunit  filename   get_lun     fill the file     printf  iunit  FORMAT    1x  bathy IDL      2i8  jpi2  jpj2   printf  iunit  FORMAT       il1   0   FOR jn   1  ifin 1 DO BEGIN     printf  iunit  FORMAT         il2   min  jpi2 1  il1 ifreq 1        i0 0    il1 1     FOR jj   1  ifreq 5 1 DO BEGIN       i0 jj    i0 jj 1 5     END     printf  iunit  FORMAT    3x 13 i3 12x  i0     printf  iunit  FORMAT         il3   il2 jn 1 ifreq     iformat   string  il3 2   i3      FOR jj    jpj2 1  0   1  DO BEGIN       zbati 0:il3    zbat il1:il2  jj        printf  iunit  FORMAT   iformat  jj 1  zbati     END     il1   il1   ifreq   END   printf  iunit  FORMAT       il2   min  jpi2 1  il1 ifreq 1      i1 0    il1 1   FOR jj   1  irest 5 1 DO BEGIN     i1 jj    i1 jj 1 5   END   printf  iunit  FORMAT    3x 13 i3 12x  i1   printf  iunit  FORMAT       il3   il2 ifin 1 ifreq   iformat   string  il3 2   i3    FOR jj    jpj2 1  0   1  DO BEGIN     zbati2 0:irest 1    0     zbati2 0:il3    zbat il1:il2  jj      printf  iunit  FORMAT   iformat  jj 1  zbati2   END     end     close  iunit   free_lun  iunit     return end");
-a[99] = new Array("./Tests/TestsOld/tst_basic_old.html", "tst_basic_old.pro", "", "PRO tst_basic_old     figure 1: basics plots     1  plot     n   10   y   findgen n    basic plot   splot  y  petit    2  2  1   portrait   improved plot by using plot and  graphic keywords    splot  y  petit    2  2  2   noerase  yrange    0   n 1 2  title    x and x 2    oplot  y 2  color   100  linestyle   2  thick   3     2  contour     z   dist n    basic plot   scontour  z   fill  nlevels   15  petit    2  2  3   noerase   improved plot by using contour and  graphic keywords    ind   findgen 2 n 2 n    scontour  z  levels   n ind  c_orientation   180 ind  c_spacing    2 ind                 petit    2  2  4   noerase   contour  z   overplot  c_label   rebin 1  0  2  n  levels   n ind                c_charthick   2  c_charsize   1 5  c_colors   250 ind               return end");
-a[100] = new Array("./Tests/TestsOld/tst_initlev_index_old.html", "tst_initlev_index_old.pro", "", "");
-a[101] = new Array("./Tests/TestsOld/tst_initlev_index_stride_old.html", "tst_initlev_index_stride_old.pro", "", "");
-a[102] = new Array("./Tests/TestsOld/tst_initlev_old.html", "tst_initlev_old.pro", "", "");
-a[103] = new Array("./Tests/TestsOld/tst_initlev_stride_old.html", "tst_initlev_stride_old.pro", "", "");
-a[104] = new Array("./Tests/TestsOld/tst_initorca05_index_old.html", "tst_initorca05_index_old.pro", "", "");
-a[105] = new Array("./Tests/TestsOld/tst_initorca05_index_stride_old.html", "tst_initorca05_index_stride_old.pro", "", "");
-a[106] = new Array("./Tests/TestsOld/tst_initorca05_old.html", "tst_initorca05_old.pro", "", "");
-a[107] = new Array("./Tests/TestsOld/tst_initorca05_short_old.html", "tst_initorca05_short_old.pro", "", "");
-a[108] = new Array("./Tests/TestsOld/tst_initorca05_short_stride_old.html", "tst_initorca05_short_stride_old.pro", "", "");
-a[109] = new Array("./Tests/TestsOld/tst_initorca05_stride_old.html", "tst_initorca05_stride_old.pro", "", "");
-a[110] = new Array("./Tests/TestsOld/tst_initorca2_index_old.html", "tst_initorca2_index_old.pro", "", "");
-a[111] = new Array("./Tests/TestsOld/tst_initorca2_index_stride_old.html", "tst_initorca2_index_stride_old.pro", "", "");
-a[112] = new Array("./Tests/TestsOld/tst_initorca2_old.html", "tst_initorca2_old.pro", "", "");
-a[113] = new Array("./Tests/TestsOld/tst_initorca2_short_old.html", "tst_initorca2_short_old.pro", "", "");
-a[114] = new Array("./Tests/TestsOld/tst_initorca2_short_stride_old.html", "tst_initorca2_short_stride_old.pro", "", "");
-a[115] = new Array("./Tests/TestsOld/tst_initorca2_stride_old.html", "tst_initorca2_stride_old.pro", "", "");
-a[116] = new Array("./Tests/TestsOld/tst_plt_old.html", "tst_plt_old.pro", "", "PRO tst_plt  IMAGE   image   commons  common     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1     domdef   domdef  gdept 0  gdept 0  grille    T    temp   read_ncdf votemper  00101  00131  file   file      plt  temp   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int    5   nocontour  format    i3    if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   color_c   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   nocouleur  c_thick   1  cont_thick   2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp  cell_fill   1    jpi EQ 180    we must use cell_fill   2 for ORCA2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1   zoom   IF key_onearth THEN box    40  375   20  20      ELSE box    jpi 4  3 jpi 4  jpj 4  3 jpj 4     plt  temp  boite   box   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1    projections   IF key_onearth THEN BEGIN        plt  temp  boite    20  380  60  90   stereo  map    90  0  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp  boite    20  380   90  50   ortho  map    90  180  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp   ortho  map    0  0  21   portrait   carte     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1     ENDIF    deep plot   domdef  150  150     warning message   domdef  gdept jpk 2  gdept jpk 2  grille    T    temp   read_ncdf votemper  00101  00131  file   file    plt  temp  carte   2 key_onearth   land   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png   cnt   cnt   1     return end");
-a[117] = new Array("./Tests/TestsOld/tst_pltt_old.html", "tst_pltt_old.pro", "", "PRO tst_pltt  IMAGE   image   commons  common  common     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1      1 1 xt plot     IF key_onearth THEN domdef  20  380   1  1  0  gdept 0      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  gdept 0      temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   help  jpt  time   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nocontour   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   color_c   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nocouleur   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     equatorial plot     IF key_onearth THEN BEGIN      a   abs gphit 0        yind   where a EQ min a      domdef  20  380  yind 0  yind n_elements yind 1            gdept 10    jpk 1  gdept 10    jpk 1  grille    T   yindex   ENDIF ELSE BEGIN      domdef  min glamt  max glamf  jpj 2  jpj 2           gdept 10    jpk 1  gdept 10    jpk 1  grille    T   yindex   ENDELSE    temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  gdept 0  gdept 0  grille    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  gdept 0  gdept 0  grille    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp    if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png   cnt   cnt   1    return end");
-a[118] = new Array("./Tests/TestsOld/tst_pltz_old.html", "tst_pltz_old.pro", "", "PRO tst_pltz  IMAGE   image   commons  common     IF jpk EQ 1 THEN return     dummy       cnt   1     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     IF key_onearth THEN domdef  20  380   1  1  0  max gdept      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  max gdept      temp   read_ncdf votemper  00101  00131  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab      pltz  temp   portrait   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nocontour   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   color_c   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nocouleur   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boite    6000    if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1                                     pltz  temp  boite    6000  zoom   1000   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boite    6000  zoom   1000  ysurx   2   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boite    6000  zoom   1000  ysurx   2  hzsurht    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  0  max gdept  grille    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  0  max gdept  grille    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    pltz  temp  boite    6000  zoom   1000  ysurx   2  hzsurht    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     oblique sections      IF key_onearth THEN endpoints    110   45  290  45      ELSE endpoints    jpi 6  jpj 3  5 jpi 6  2 jpj 3    domdef  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     false oblique sections      IF key_onearth THEN endpoints    180   70  180  90      ELSE endpoints    jpi 2 0 25   0 25  jpi 2 0 25   jpj    domdef  6000  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints  boite    6000              zoom   1000  ysurx   2  hzsurht    5      showbuild   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     comparison between real section and false oblique sections     IF  where gphit EQ 0 0  NE  1 THEN BEGIN      IF key_onearth THEN box    20  380  0  0  0  6000        ELSE box    0  jpi 1  jpj 2  jpj 2  0  6000      domdef  box  grille    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  boite    6000   portrait  petit    1  2  1                zoom   500  hzsurht    5          IF key_onearth THEN endpoints    20  0  380  0        ELSE endpoints    0  jpj 2  jpi 1  jpj 2      domdef  6000  endpoints   endpoints  type    pltz  grille    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  endpoints   endpoints  boite    6000                zoom   500  hzsurht    5               petit    1  2  2   noerase          if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     cnt   cnt   1   ENDIF       return end");
-a[119] = new Array("./Tests/tst_basic.html", "tst_basic.pro", "", "PRO tst_basic     figure 1: basics plots     1  plot     n   10   y   findgen n    basic plot   splot  y  small    2  2  1   portrait   improved plot by using plot and  graphic keywords    splot  y  small    2  2  2   noerase  yrange    0   n 1 2  title    x and x 2    oplot  y 2  color   100  linestyle   2  thick   3     2  contour     z   dist n    basic plot   scontour  z   fill  nlevels   15  small    2  2  3   noerase   improved plot by using contour and  graphic keywords    ind   findgen 2 n 2 n    scontour  z  levels   n ind  c_orientation   180 ind  c_spacing    2 ind                 small    2  2  4   noerase   contour  z   overplot  c_label   rebin 1  0  2  n  levels   n ind                c_charthick   2  c_charsize   1 5  c_colors   250 ind               return end");
-a[120] = new Array("./Tests/tst_initlev.html", "tst_initlev.pro", "", "");
-a[121] = new Array("./Tests/tst_initlev_index.html", "tst_initlev_index.pro", "", "");
-a[122] = new Array("./Tests/tst_initlev_index_stride.html", "tst_initlev_index_stride.pro", "", "");
-a[123] = new Array("./Tests/tst_initlev_stride.html", "tst_initlev_stride.pro", "", "");
-a[124] = new Array("./Tests/tst_initorca05.html", "tst_initorca05.pro", "", "");
-a[125] = new Array("./Tests/tst_initorca05_index.html", "tst_initorca05_index.pro", "", "");
-a[126] = new Array("./Tests/tst_initorca05_index_stride.html", "tst_initorca05_index_stride.pro", "", "");
-a[127] = new Array("./Tests/tst_initorca05_short.html", "tst_initorca05_short.pro", "", "");
-a[128] = new Array("./Tests/tst_initorca05_short_stride.html", "tst_initorca05_short_stride.pro", "", "");
-a[129] = new Array("./Tests/tst_initorca05_stride.html", "tst_initorca05_stride.pro", "", "");
-a[130] = new Array("./Tests/tst_initorca2.html", "tst_initorca2.pro", "", "");
-a[131] = new Array("./Tests/tst_initorca2_index.html", "tst_initorca2_index.pro", "", "");
-a[132] = new Array("./Tests/tst_initorca2_index_stride.html", "tst_initorca2_index_stride.pro", "", "");
-a[133] = new Array("./Tests/tst_initorca2_short.html", "tst_initorca2_short.pro", "", "");
-a[134] = new Array("./Tests/tst_initorca2_short_stride.html", "tst_initorca2_short_stride.pro", "", "");
-a[135] = new Array("./Tests/tst_initorca2_stride.html", "tst_initorca2_stride.pro", "", "");
-a[136] = new Array("./Tests/tst_plt.html", "tst_plt.pro", "", "PRO tst_plt  IMAGE   image   commons  cm_4mesh     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1     domdef   domdef  gdept 0  gdept 0  gridtype    T    temp   read_ncdf votemper  00101  00131  file   file      plt  temp   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int    5   nocontour  format    i3    if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   color_c   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   nofill  c_thick   1  coast_thick   2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp  cell_fill   1    jpi EQ 180    we must use cell_fill   2 for ORCA2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1   zoom   IF key_onearth THEN box    40  375   20  20      ELSE box    jpi 4  3 jpi 4  jpj 4  3 jpj 4     plt  temp  boxzoom   box   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1    projections   IF key_onearth THEN BEGIN        plt  temp  boxzoom    20  380  60  90   stereo  map    90  0  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp  boxzoom    20  380   90  50   ortho  map    90  180  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp   ortho  map    0  0  21   portrait   realcont     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1     ENDIF    deep plot   domdef  150  150     warning message   domdef  gdept jpk 2  gdept jpk 2  gridtype    T    temp   read_ncdf votemper  00101  00131  file   file    plt  temp  realcont   2 key_onearth   land   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png   cnt   cnt   1     return end");
-a[137] = new Array("./Tests/tst_pltt.html", "tst_pltt.pro", "", "PRO tst_pltt  IMAGE   image   commons  cm_4mesh  cm_4cal     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1      1 1 xt plot     IF key_onearth THEN domdef  20  380   1  1  0  gdept 0      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  gdept 0      temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   help  jpt  time   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nocontour   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   color_c   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nofill   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     equatorial plot     IF key_onearth THEN BEGIN      a   abs gphit 0        yind   where a EQ min a      domdef  20  380  yind 0  yind n_elements yind 1            gdept 10    jpk 1  gdept 10    jpk 1  gridtype    T   yindex   ENDIF ELSE BEGIN      domdef  min glamt  max glamf  jpj 2  jpj 2           gdept 10    jpk 1  gdept 10    jpk 1  gridtype    T   yindex   ENDELSE    temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  gdept 0  gdept 0  gridtype    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  gdept 0  gdept 0  gridtype    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp    if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png   cnt   cnt   1    return end");
-a[138] = new Array("./Tests/tst_pltz.html", "tst_pltz.pro", "", "PRO tst_pltz  IMAGE   image   commons  cm_4mesh     IF jpk EQ 1 THEN return     dummy       cnt   1     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     IF key_onearth THEN domdef  20  380   1  1  0  max gdept      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  max gdept      temp   read_ncdf votemper  00101  00131  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab      pltz  temp   portrait   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nocontour   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   color_c   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nofill   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boxzoom    6000    if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1                                     pltz  temp  boxzoom    6000  zoom   1000   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boxzoom    6000  zoom   1000  yxaspect   2   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boxzoom    6000  zoom   1000  yxaspect   2  zratio    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  0  max gdept  gridtype    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  0  max gdept  gridtype    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    pltz  temp  boxzoom    6000  zoom   1000  yxaspect   2  zratio    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     oblique sections      IF key_onearth THEN endpoints    110   45  290  45      ELSE endpoints    jpi 6  jpj 3  5 jpi 6  2 jpj 3    domdef  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     false oblique sections      IF key_onearth THEN endpoints    180   70  180  90      ELSE endpoints    jpi 2 0 25   0 25  jpi 2 0 25   jpj    domdef  6000  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints  boxzoom    6000              zoom   1000  yxaspect   2  zratio    5      showbuild   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     comparison between real section and false oblique sections     IF  where gphit EQ 0 0  NE  1 THEN BEGIN      IF key_onearth THEN box    20  380  0  0  0  6000        ELSE box    0  jpi 1  jpj 2  jpj 2  0  6000      domdef  box  gridtype    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  boxzoom    6000   portrait  small    1  2  1                zoom   500  zratio    5          IF key_onearth THEN endpoints    20  0  380  0        ELSE endpoints    0  jpj 2  jpi 1  jpj 2      domdef  6000  endpoints   endpoints  type    pltz  gridtype    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  endpoints   endpoints  boxzoom    6000                zoom   500  zratio    5               small    1  2  2   noerase          if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     cnt   cnt   1   ENDIF       return end");
-a[139] = new Array("./Textoidl/matchdelim.html", "matchdelim.pro", "", "      NAME:         MATCHDELIM   PURPOSE:          Match open close delimiters in a string    CATEGORY:          text strings   CALLING SEQUENCE:          position   matchdelim  strn   openpos    INPUTS:          strn          a string containing an open                 in                         delimiter  e g    in which you                          want to find the matching closing                           delimiter  e g      KEYWORD PARAMETERS:          OPEN_DELIM    A single character containing the opening   in                         delimiter  e g     Default is            CLOSE_DELIM   A single character containing the closing   in                         delimiter  e g     Default is     OUTPUTS:          position   returns the position in strn of the            out                      closing delimiter   1 if no closing found           openpos    Set to a named variable to receive the         out                      position of the first opening delimiter                       Optional    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:            Any pair of  nonidentical  characters can be used as            delimiters     EXAMPLE:          matchdelim one two three  returns 9  the character just          before  three      MODIFICATION HISTORY:          Id: matchdelim pro 47 2006 05 09 09:13:01Z pinsard            Log: matchdelim pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Removed restriction that open delim must be first char   Added argument         to allow for return of position of open delim            Revision 1 1  1996 01 31 18:41:06  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION Matchdelim  InString  OpenPos                         OPEN_DELIM OpenDelim                         CLOSE_DELIM CloseDelim                         HELP Help    Return to caller if error      On_error  2      IF  n_params  LT 1  OR keyword_set Help  THEN BEGIN         offset                 print  offset Match open close delimiters in a string          print  offset position   matchdelim  strn   openpos          print  offset Inputs:          print  offset offset strn          a string containing an open                 in          print  offset offset                delimiter  e g    in which you           print  offset offset                want to find the matching closing            print  offset offset                delimiter  e g            print  offset Keywords:          print  offset offset OPEN_DELIM    A single character containing the opening   in          print  offset offset                delimiter  e g     Default is           print  offset offset CLOSE_DELIM   A single character containing the closing   in          print  offset offset                delimiter  e g     Default is           print  offset Outputs:          print  offset offset position   returns the position in strn of the            out          print  offset offset             closing delimiter   1 if no closing found          print  offset offset openpos    Set to a named variable to receive the         out          print  offset offset             position of the first opening delimiter          print  offset offset             Optional          print  offset Example:          print  offset offset matchdelim a one two three  returns 10  the character just          print  offset offset   before  three             print  offset offset             a matchdelim aaa bbb ccc ddd eee f OP CL          print  offset offset   returns a 12  just before ddd  f 3              just before bbb            return   1     ENDIF     Set default delimiters      IF n_elements OpenDelim  EQ 0 THEN OpenDelim          IF n_elements CloseDelim  EQ 0 THEN CloseDelim         Make sure InString has more than 1 character      length   strlen InString       IF  length LE 1  THEN return 1    Return if no open delimiter     OpenPos   strpos  InString  OpenDelim       IF  OpenPos EQ  1  THEN BEGIN          print   Error: No opening delimiter          return   1     ENDIF         Convert strings to array of integers to speed processing      OpenDelim   fix byte OpenDelim 0      CloseDelim   fix byte CloseDelim 0      TmpStr   fix byte strmid  InString  OpenPos  length    Leave the  1  in here   This forces conversion from BYTE to INTEGER    necessary because there are no negative BYTEs      TmpStr    TmpStr EQ OpenDelim                   1 TmpStr EQ CloseDelim      length   n_elements TmpStr      Initialize count of number of delimiters   We ve found one  the   first opener      BraceCnt   1     i 0     WHILE  BraceCnt GT 0  AND  i LT length 1  DO BEGIN          i   i 1         BraceCnt   BraceCnt   TmpStr i      ENDWHILE           i   i   OpenPos     IF  BraceCnt GT 0  THEN i    1     return  i END      ");
-a[140] = new Array("./Textoidl/nexttok.html", "nexttok.pro", "", "      NAME:         NEXTTOK   PURPOSE:         Find the next occurance of any of a set of characters in a         string and return the character which occurs next    CATEGORY:         text strings   CALLING SEQUENCE:         tok   nexttok  strn  tokens     INPUTS:         strn     string to be searched for sub superscripts    in         tokens   string containing characters to be found      in   KEYWORD PARAMETERS:         POSITION   Set to a named variable to get position     out                     of next token  or  1 if none found           HELP      Print useful message and exit    OUTPUTS:         tok      Contains the character among tokens which     out                   occurs next in strn  or null   if none found    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:   EXAMPLE:         nexttok   x 2   N_j 3   _  position pos   returns   and sets         pos to 1    MODIFICATION HISTORY:          Id: nexttok pro 47 2006 05 09 09:13:01Z pinsard            Log: nexttok pro v           Revision 1 4  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Generalized so that the next occurence of any of a set of characters will         be returned            Revision 1 1  1996 01 31 18:41:06  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION nexttok  strn  tokens                      POSITION position                      HELP Help     Return to caller on error      On_error  2     Help those in need of it      IF  n_params  NE 2  OR keyword_set Help  THEN BEGIN          offset                 print  offset Find the next occurance of any of a set of characters in a          print  offset string and return the character which occurs next    CALLING SEQUENCE:         print  offset tok   nexttok  strn  tokens     INPUTS:         print  offset Inputs:          print  offset offset strn     string to be searched for sub superscripts    in          print  offset offset tokens   string containing characters to be found      in    KEYWORD PARAMETERS:         print  offset Keywords:          print  offset offset POSITION   Set to a named variable to get position     out          print  offset offset             of next token  or  1 if none found          print  offset offset HELP      Print useful message and exit    OUTPUTS:         print  offset Outputs:          print  offset offset tok     Contains the character among tokens which      out          print  offset offset          occurs next in strn  or null   if none found    EXAMPLE:         print  offset Example:          print  offset offset nexttok   x 2   N_j 3   _  position pos   returns   and sets          print  offset offset pos to 1          return        ENDIF       TmpStr   byte strn      TmpTok   byte tokens      NumToks   n_elements TmpTok        MatchIdx   0L     Matches   0L     FOR j 0  NumToks 1 DO BEGIN          TmpMatch   where TmpStr EQ TmpTok j   TmpCnt          IF  TmpCnt GT 0  THEN BEGIN             MatchIdx    MatchIdx  Replicate j  TmpCnt              Matches    Matches  TmpMatch          ENDIF      ENDFOR       IF n_elements MatchIdx  EQ 1 THEN BEGIN          Position    1         return        ENDIF       MatchIdx   MatchIdx 1:      Matches   Matches 1:       SortInd   sort Matches       Position   Matches SortInd 0       Tok   string TmpTok MatchIdx SortInd 0           return  Tok END   ");
-a[141] = new Array("./Textoidl/showtex.html", "showtex.pro", "", "      NAME:         SHOWTEX   PURPOSE:         Display TeX sequence translation table on current graphics device    CATEGORY:         text strings   CALLING SEQUENCE:         showtex   INPUTS:   KEYWORD PARAMETERS:          HELP   print out info on use of the function                  and exit          FONT    Set to 0 to use hardware font   1 to use vector                   Note that the only hardware font supported is                  Postscript   OUTPUTS:   COMMON BLOCKS:   SIDE EFFECTS:         Plot is created    NOTES:         Hardware fonts are supported only for device PS  PostScript    EXAMPLE:   MODIFICATION HISTORY:          Id: showtex pro 47 2006 05 09 09:13:01Z pinsard            Log: showtex pro v           Revision 1 4  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added error handling and updated built in help            Revision 1 1  1996 02 08 18:55:12  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      PRO Showtex  FONT fnt  HELP help    Return to caller on error      On_error  2    Print help if needed      IF keyword_set help  THEN BEGIN         print       Display TeX sequence translation table on current graphics device          print       showtex          print       Keywords:          print           HELP       print this message and return          print          FONT        set to 0 to use hardware fonts for current device          print                       1 to use vector fonts  DEFAULT          print       NOTES:    The only hardware font supported is PostScript          print                 The FONT keyword overrides the font selected in  p font          return     ENDIF         We begin by deciding on the font   PostScript   0 means use vector      PostScript   0     PlotTitle    Vector Fonts      IF n_elements fnt  EQ 0 THEN BEGIN   get font from  p font         IF  P font NE  1 THEN BEGIN   User wants hardware font              PostScript   1             PlotTitle    PostScript Fonts          ENDIF      ENDIF ELSE BEGIN              get font from FONT keyword         IF fnt NE  1 THEN BEGIN             PostScript   1             PlotTitle    PostScript Fonts          ENDIF     ENDELSE         Bomb out if user wants hardware font for non PostScript device      IF  PostScript EQ 1  AND  strupcase D name  NE  PS  THEN BEGIN                                                    Device isn t postscript                                                  and user wants hardware                                                 font   Not good          print   Warning: No translation for device:    D name         return     ENDIF       Set  P font to value indicated by FONT keyword  saving surrent   setting to reset at end      OldPFont    p font      p font   PostScript   1      erase     seq   textoidl tex      DisplayString   seq          textoidl seq       nseq   n_elements seq      nrows   nseq 5   1            Five sequences per row      dx    9 5      dy    9 nrows     y 95     xyouts 5 y PlotTitle align 5 norm size 2 5     count 0     FOR i   1L  nrows DO BEGIN         y  y   dy         x    1         FOR j   1  5 DO BEGIN             IF  count LT nseq   THEN xyouts  x  y  DisplayString count  align    5   norm             count   count 1             x   x   dx         ENDFOR     ENDFOR    Restore old  P font       p font   OldPFont END");
-a[142] = new Array("./Textoidl/str_token.html", "str_token.pro", "", "      NAME:         STR_TOKEN   PURPOSE:         Retrieve portion of string up to token    CATEGORY:         text strings   CALLING SEQUENCE:         new   str_token  old  token     INPUTS:         old     String to be split   Contains text after    in  out                  token on output          token   Token to use in splitting old               in   KEYWORD PARAMETERS:          TRIM   set to remove leading blanks from old                   before returning           HELP   print useful message and exit    OUTPUTS:         new     portion of string up to token               out         old     portion of old after token                  out  in   COMMON BLOCKS:   SIDE EFFECTS:         Input parameter old is modified    NOTES:         Token may be one or more characters          If token is not found  returns old and sets old to     EXAMPLE:         If old is  foo44 bar  then str_token  old   44    would return          foo  and upon return  old will be left with   bar   If  TRIM         were set  old would be  bar  on return            If old xyz  then new str_token old a  would return with         new xyz  and old    THANKS:         To D  Linder who wrote GETTOK  part of the goddard library          upon which this is based    MODIFICATION HISTORY:          Id: str_token pro v 1 1 2000 06 14 19:09:22 mcraig Exp            Log: str_token pro v           Revision 1 1  2000 06 14 19:09:22  mcraig         Changed name of strtok str_token to avoid conflict in IDL 5 3            Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added built in help            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Str_token  string  token                     TRIM trim  HELP Help    Back to the caller if error occurs      On_error  2      IF  n_params  NE 2  OR keyword_set Help  THEN BEGIN          offset                 print  offset Retrieve portion of string up to token          print  offset new   str_token  old  token           print  offset Inputs:          print  offset offset old     String to be split   Contains text after    in  out          print  offset offset          token on output          print  offset offset token   Token to use in splitting old               in          print  offset Keywords:          print  offset offset TRIM   set to remove leading blanks from old           print  offset offset          before returning          print  offset offset HELP   print useful message and exit          print  offset Outputs:          print  offset offset new     portion of string up to token               out          print  offset offset old     portion of old after token                  out  in          print  offset Side effects:          print  offset offset Input parameter old is modified          print  offset Notes:          print  offset offset Token may be one or more characters          print  offset offset If token is not found  returns old and sets old to           print  offset Examples:          print  offset offset If old is  foo44 bar  then str_token  old   44    would return          print  offset offset    foo  and upon return  old will be left with   bar   If  TRIM          print  offset offset   were set  old would be  bar  on return            print  offset offset If old xyz  then new str_token old a  would return with          print  offset offset   new xyz  and old          return   1     ENDIF       pos   strpos string  token       IF  pos GE 0  THEN BEGIN         front   strmid string  0  pos           string   strmid string  pos   strlen token  strlen string          IF keyword_set trim  THEN string   strtrim string  1          return  front     ENDIF          front   string     string         return  front      END ");
-a[143] = new Array("./Textoidl/strcnt.html", "strcnt.pro", "", "      NAME:         STRCNT   PURPOSE:         Count number of occurrences of a substring in a string    CATEGORY:         text strings   CALLING SEQUENCE:         num   strcnt strn  substring   pos    INPUTS:         string      The string in which to count occurences      in         substring   The substring to count occurrences of        in         pos         the position at which to begin the search     in                       If not supplied  start at beginning of                      string    KEYWORD PARAMETERS:          HELP       Print useful message and return    OUTPUTS:         num         Number of occurances of substring in string  out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         Overlapping occurances are not counted separately   For         example  counting occurances of  bb  in  blah bbb  returns one         occurance     EXAMPLE:   MODIFICATION HISTORY:          Id: strcnt pro v 1 3 1996 06 14 20:00:27 mcraig Exp            Log: strcnt pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added fast processing using BYTE arrays if we are counting occurences of         a single character   Added error handling            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Strcnt  strn  substrn  startpos                     HELP Help    Return to caller if error      On_error  2    Help user  if needed      IF  n_params  LT 2  OR keyword_set Help  THEN BEGIN         offset                 print  offset Count number of occurrences of a substring in a string          print  offset num   strcnt strn  substring   pos          print  offset Inputs:          print offset offset string      The string in which to count occurences      in          print offset offset substring   The substring to count occurrences of        in          print offset offset pos         the position at which to begin the search     in          print offset offset              If not supplied  start at beginning of          print offset offset              string          print  offset Keywords:          print offset offset HELP       Print useful message and return          print  offset Outputs:          print offset offset num         Number of occurances of substring in string  out          return   1     ENDIF       IF n_params  EQ 2 THEN startpos   0     return if we weren t really given a substring to search for          IF strlen substrn  EQ 0 THEN BEGIN          print   Error: Can t count occurances of null string          return   1     ENDIF          or if we were told to start at the end of the string      tmpstrn   strmid strn  startpos  strlen strn      IF strlen tmpstrn  EQ 0 THEN return  0    If looking for occurences of single character  process using BYTE   array      IF strlen substrn  EQ 1 THEN BEGIN         tmpstrn   byte TmpStrn          count   n_elements where TmpStrn EQ  byte substrn 0       ENDIF ELSE BEGIN          count   0L         pos   rstrpos tmpstrn  substrn          WHILE pos GE 0 DO BEGIN             count   count   1             pos   rstrpos tmpstrn  substrn  pos          ENDWHILE     ENDELSE       return  count END         ");
-a[144] = new Array("./Textoidl/strtrans.html", "strtrans.pro", "", "      NAME:         STRTRANS   PURPOSE:         Translate all occurences of one substring to another    CATEGORY:         text strings   CALLING SEQUENCE:         new   strtrans oldstr from to ned    INPUTS:         oldstr   string on which to operate               in                   May be an array          from     substrings to be translated  May be      in                   an array          to       what strings in from should be           in                   translated to  May be an array    KEYWORD PARAMETERS:          HELP    Set this to print useful message and                    exit    OUTPUTS:         new      Translated string  Array if oldstr is    out                             an array          ned      number of substitutions performed in     out                   oldstr   Array if oldstr is an array    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           Any of old  from  and to can be arrays              from and to must have the same number of elements    EXAMPLE:         inp Many bad chars in_here          from _          to                    out   strtrans inp from to ned          Will produce out Many bad chars in here  and set ned to 4    MODIFICATION HISTORY:          Id: strtrans pro v 1 7 2004 06 15 17:25:54 mcraig Exp            Log: strtrans pro v           Revision 1 7  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 6  2004 01 11 01:49:00  mcraig         Changed format of one array to newer   style to avoidf conflict with function name in astro library            Revision 1 5  2001 11 23 21:14:35  mcraig         Added keywords  EXTRACT   PRESERVE_NULL   REGEX to call to         strsplit  This comes very close to reproducing the behavior of the         obsolete routine str_sep            Revision 1 4  2001 11 21 19:13:23  mcraig         Changed str_sep to strsplit  The former is now considered obsolete by RSI            Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Sped up significantly by using str_sep to handle the translation   No longer         relies on routines fromother user libraries            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION strtrans  InputString  from  to  ned                        HELP Help    Bomb out to caller if error      On_error  2    Offer help if we don t have at least InputString  from  and to  or   if the user asks for it      IF  n_params  LT 3  OR keyword_set help  THEN BEGIN         offset                 print  offset Translate all occurences of one substring to another          print  offset new   strtrans oldstr from to ned          print  offset Inputs:          print  offset offset oldstr   string on which to operate               in          print  offset offset           May be an array          print  offset offset from     substrings to be translated  May be      in          print  offset offset           an array          print  offset offset to       what strings in from should be           in          print  offset offset           translated to  May be an array          print  offset Outputs:          print  offset offset new      Translated string  Array if oldstr is    out          print  offset offset           an array          print  offset offset ned      number of substitutions performed in     out          print  offset offset           oldstr   Array if oldstr is an array          print  offset Notes:          print  offset offset  Any of old  from  and to can be arrays             print  offset offset  from and to must have the same number of elements          return   1     ENDIF           strn   InputString     Check that From To have same number of elements   RETURN if they don t      NFrom   n_elements from      NTo   n_elements to      IF  NFrom EQ 0  OR  NTo EQ 0  THEN return  strn     IF NFrom NE NTo THEN BEGIN         print Error: Number of elements in from to unequal          return 1     ENDIF     Make sure there are no null strings in From   RETURN if there are         FromLen   strlen From      IF  total FromLen EQ 0  GT 0  THEN BEGIN         print   Error: elements of From must have nonzero length          return   1     ENDIF       NStrings   n_elements strn      ned   lonarr NStrings      tmpned   0L    Say strn a b c  from  and to   Then the approach here is to   first split strn at all occurances of   then recombine the pieces   with   inserted instead   Do this for all elements of strn  and   all elements of from      FOR i   0L  NStrings 1 DO BEGIN         ned i    0L         FOR j 0L  NFrom 1 DO BEGIN             SepStr   strsplit strn i  from j                                   EXTRACT   REGEX   PRESERVE_NULL              NSubs   n_elements SepStr    1             strn i    SepStr 0              FOR k 1L  NSubs DO strn i    strn i    To j    SepStr k              ned i     ned i    NSubs         ENDFOR      ENDFOR      return  strn END ");
-a[145] = new Array("./Textoidl/sub_sup_idl.html", "sub_sup_idl.pro", "", "      NAME:         SUB_SUP_IDL   PURPOSE:         Return the proper IDL font positioning command for TeX         sub superscripts     CATEGORY:   CALLING SEQUENCE:         fnt   sub_sup_idl  strn     INPUTS:         strn   Either   or  _  the TeX super subscript       in                 characters   KEYWORD PARAMETERS:          FORCE_UD   Set this to use  U D instead of  E I for                      sub superscripts     OUTPUTS:         fnt   Either  U  or  E  for superscripts               out                or  D  or  I  for subscripts    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:   EXAMPLE:   LIBRARY FUNCTIONS CALLED:             MODIFICATION HISTORY:          Id: sub_sup_idl pro v 1 1 1996 01 31 18:47:37 mcraig Exp            Log: sub_sup_idl pro v           Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2     FUNCTION Sub_sup_idl  token   FORCE_UD   force_ud  IF keyword_set force_ud  THEN BEGIN      IF  token EQ   THEN return   U       IF  token EQ  _  THEN return   D      return    ENDIF ELSE BEGIN     IF  token EQ   THEN return   E       IF  token EQ  _  THEN return   I      return    ENDELSE  END  ");
-a[146] = new Array("./Textoidl/textable.html", "textable.pro", "", "      NAME:         TEXTABLE   PURPOSE:         Returns a translation table from TeX to IDL    CATEGORY:         text strings   CALLING SEQUENCE:         table   textable    INPUTS:         None   KEYWORD PARAMETERS:          POSTSCRIPT   If set  return postscript translation                        table rather than vector fonts table                         Default is translations for vector                        fonts           HELP         Print help and exit    OUTPUTS:         table   a 2D text array   table 0  contains          out                  the words to be translated away  table 1                   contains the words to translate them to       COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         To find out what TeX sequences are available  look at         table 0    EXAMPLE:   MODIFICATION HISTORY:          Id: textable pro 47 2006 05 09 09:13:01Z pinsard            Log: textable pro v           Revision 1 8  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 7  1996 07 22 23:56:08  mcraig         Added  vartheta            Revision 1 6  1996 07 12 21:31:42  mcraig         Fixed  varphi in vector font  added  circ            Revision 1 5  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 4  1996 05 09 00:22:17  mcraig         Added command to return to previous font after switching to Greek or         symbol font            Revision 1 3  1996 02 08 19:49:35  mcraig         Removed control sequence  perp because the postscript code for it is             Revision 1 2  1996 02 08 18:53:38  mcraig         Added translations for PostScript fonts  and added several new TeX         control sequences            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION textable  POSTSCRIPT ps  VECTOR vec   HELP Help    Return to caller if error      On_error  2    Print help if necessary      IF keyword_set Help   THEN BEGIN         offset                 print  offset Returns a translation table from TeX to IDL          print  offset table   textable          print  offset Keywords:          print  offset offset POSTSCRIPT   If set  return postscript translation          print  offset offset                table rather than vector fonts table          print  offset offset                Default is translations for vector          print  offset offset                fonts          print  offset offset HELP         Print help and exit          print  offset Outputs:          print  offset offset table   a 2D text array   table 0  contains          out          print  offset offset          the words to be translated away  table 1          print  offset offset          contains the words to translate them to          print  offset Notes:          print  offset offset To find out what TeX sequences are available  look at          print  offset offset table 0      ENDIF       VECFONT 1                     index of vector font in translation table     PSFONT 2  index of postscript font in trans table     IF keyword_set ps  THEN FontSelection PSFONT ELSE FontSelection VECFONT     Set IDL font sequence needed to switch to Greek letters      GreekFont   strarr 3      GreekFont VECFONT     7      GreekFont PSFONT     M      Set IDL font sequence needed to switch to special symbol font      SymbolFont   strarr 3      SymbolFont VECFONT     M      SymbolFont PSFONT     M      Set IDL font sequence needed to switch back to initial font      PreviousFont   strarr 3      PreviousFont VECFONT     X      PreviousFont PSFONT     X    lowercase Greek         Note there is some trickery involved in getting  varphi      to work in the vector fonts  because it is actually      a member of the symbol font set  not the Greek font      set   Go figure   Solution is just to make the vector      character a switch to symbol  the proper character from      that font  and a switch back out of symbol   Same comment holds      for  vartheta           TeX SEQUENCE       VECTOR       POSTSCRIPT     LowercaseGreek        alpha       a             a           beta        b             b           gamma       c             g           delta       d             d           epsilon     e             e           zeta        f             z           eta   g       h           theta   h       q           iota   i       i           kappa   j       k           lambda   k       l           mu   l       m           nu   m       n           xi   n    S  Rx         pi   p       p           rho   q       r           sigma   r       s           tau   s       t           upsilon   t       u           phi   u       f           chi   v       c           psi   w       y           omega   x       w           varpi   p       v           varepsilon   e             e           varphi                SymbolFont VECFONT P PreviousFont VECFONT                                                   j           vartheta                SymbolFont VECFONT t PreviousFont VECFONT                                                   J                                 Uppercase Greek             TeX SEQUENCE        VECTOR          POSTSCRIPT     UppercaseGreek        Gamma   C              G               Delta   D              D               Theta   H              Q               Lambda   K              L               Xi   N            S  RX             Pi   P              P               Sigma   R              S               Upsilon   T       string byte 161        Phi   U              F               Psi   W              Y               Omega   X              W                   Special symbols       NOTES   You must leave  infty before  in in the translatation             table to avoid having the  in part of  infty translated             away                            DO NOT blindly add the control sequence  perp   Its             PostScript code is   which leads to thing being             interpreted as superscripts which shouldn t be             TeX SEQUENCE        VECTOR          POSTSCRIPT     Symbols        aleph        string byte 192        ast                              cap   3      string byte 199        cdot        string byte 215        cup   1      string byte 200        exists   E                            infty        string byte 165        in   e      string byte 206        equiv   :      string byte 186        pm        string byte 177        div        string byte 184        subset   0      string byte 204        superset   2      string byte 201        leftarrow   4      string byte 172        downarrow   5      string byte 175        rightarrow   6      string byte 174        uparrow   7      string byte 173        neq        string byte 185        propto        string byte 181        sim   A      string byte 126        partial   D      string byte 182        nabla   G      string byte 209        angle   a      string byte 208        times   X      string byte 180        geq   b      string byte 179        leq   l      string byte 163               string byte 162        prime        string byte 162        circ        string byte 176                              LowercaseGreek 1            GreekFont FontSelection            LowercaseGreek FontSelection            PreviousFont FontSelection      UppercaseGreek 1            GreekFont FontSelection          UppercaseGreek FontSelection            PreviousFont FontSelection      Symbols 1            SymbolFont FontSelection            Symbols FontSelection            PreviousFont FontSelection       TranslationTable    LowercaseGreek UppercaseGreek Symbols      return TranslationTable 0:1   END  ");
-a[147] = new Array("./Textoidl/textoidl.html", "textoidl.pro", "", "      NAME:         TEXTOIDL   PURPOSE:         Convert a valid TeX string to a valid IDL string for plot labels    CATEGORY:         text strings   CALLING SEQUENCE:         new   textoidl old    INPUTS:         old              TeX string to be converted   Will not be     in                           modified   old may be a string array    KEYWORD PARAMETERS:         FONT             Set to 0 to use hardware font   1 to use                            vector   Note that the only hardware font                            supported is PostScript           TEX_SEQUENCES   return the available TeX sequences          HELP            print out info on use of the function                           and exit    OUTPUTS:         new              IDL string corresponding to old              out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           Use the procedure SHOWTEX to get a list of the available TeX           control sequences              The only hardware font for which translation is available is           PostScript             The only device for which hardware font            translation is available is PostScript            The FONT keyword overrides the font selected            by  p font    EXAMPLE:         out   TeXtoIDL Gamma 2   5N_ ed          The string out may be used in XYOUTS or other IDL text         display routines   It will be an uppercase Gamma  with an         exponent of 2  then a plus sign  then an N with the subscript         ed    MODIFICATION HISTORY:          Id: textoidl pro 47 2006 05 09 09:13:01Z pinsard            Log: textoidl pro v           Revision 1 7  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 6  2004 01 11 01:49:00  mcraig         Changed format of one array to newer   style to avoidf conflict with function name in astro library            Revision 1 5  2001 11 23 21:10:55  mcraig         Added backslash   to tex sequences in translation table to protect them during regexp search in strsplit            Revision 1 4  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 3  1996 05 09 00:22:17  mcraig         Added error handling  cleaned up documentation            Revision 1 2  1996 02 08 18:52:50  mcraig         Added ability to use hardware fonts for PostScript device            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION Textoidl  InputString                       FONT fnt                       HELP hlp                       TEX_SEQUENCES tex_seq     Return to caller if there is an error      On_error  2    We begin by deciding on the font   PostScript   0 means use vector      PostScript   0     IF n_elements fnt  EQ 0 THEN BEGIN       get font from  p font         IF  p font NE  1 THEN BEGIN          User wants hardware font              PostScript 1         ENDIF     ENDIF ELSE BEGIN                         get font from FONT keyword         IF fnt NE  1 THEN PostScript   1     ENDELSE     Bomb out if user wants non PostScript hardware font      IF  PostScript EQ 1  AND  d name NE  PS  THEN BEGIN                                                    Device isn t postscript                                                  and user wants hardware                                                 font   Not good          print Warning: No translation for device:  d name         return InputString                    ENDIF           IF keyword_set  tex_seq  THEN BEGIN         table textable          return table 0      ENDIF       IF keyword_set hlp  OR  n_params  EQ 0  THEN BEGIN         print      Convert a TeX string to an IDL string          print      new   TeXtoIDL old          print        old   TeX string to translate                  in          print        new   resulting IDL string                     out          print      Keywords:          print         FONT       set to  1 to translate for vector fonts           print                     DEFAULT     Set to 0 to translate for          print                    hardware font          print          TEX_SEQUENCES   return the available TeX sequences          print          HELP      print this message and exit          print      NOTES:            print           Use SHOWTEX to obtain a list of the available          print           TeX control sequences          print           old may be a string array   If so  new is too          print           The only device for which hardware font          print           translation is available is PostScript          print           The FONT keyword overrides the font selected          print           by  p font          return   1     ENDIF        PostScript has been set to 1 if PostScript fonts are desired      strn   InputString     table   textable POSTSCRIPT PostScript           Greek sub superscripts need to be protected by putting braces     around them if they are unbraced   This will have the result the     it will be difficult to use   as a sub superscript   Get over it       V2 11 Must include the   in from of translation table TeX     sequences to ensure that strsplit properly treats the   in the     TeX sequence  Since strsplit is doing a regexp replace  and   is     special in regexps  need to escape it      strn    strtrans strn   table 0     table 0        strn    strtrans strn   _ table 0     _ table 0        First we translate Greek letters and the like   This makes guessing    alignment of sub superscripts easier  as all special characters will then    be one character long       V2 11 Must include the   in from of translation table TeX     sequences to ensure that strsplit properly treats the   in the     TeX sequence  Since strsplit is doing a regexp replace  and   is     special in regexps  need to escape it      strn   strtrans strn   table 0    table 1          FOR i   0L  n_elements strn 1 DO BEGIN          strn i    translate_sub_super strn i    Take care of sub superscripts     ENDFOR       return strn END ");
-a[148] = new Array("./Textoidl/translate_sub_super.html", "translate_sub_super.pro", "", "   NOTE to future maintainers:     Make sure sub_sup_idl stays before translate_sub_super   At least     for now  when IDL encounters a function and automatically compiles     it  it only compiles the functions in the file up to the named     function   So even if sub_sup_idl was declared with     FORWARD_FUNCTION in translate_sub_super  it would not properly     compile         SPECIAL NOTE:          The file translate_sub_super pro contains two functions          translate_sub_super  and sub_sup_idl   The former is the         generic routine for processing TeX sub superscripts  the         latter is used only by translate_sub_super and has no general         utility   Hence it lives here   You will see documentation for         translate_sub_super second if you use DOC_LIBRARY            NAME:         SUB_SUP_IDL   PURPOSE:         Return the proper IDL font positioning command for TeX         sub superscripts     CATEGORY:         TeXtoIDL   CALLING SEQUENCE:         fnt   sub_sup_idl  strn     INPUTS:         strn        Either   or  _  the TeX super subscript       in                      characters   KEYWORD PARAMETERS:          FORCE_UD   Set this to use  U D instead of  E I for                      sub superscripts            HELP       Set to print useful message and exit    OUTPUTS:         fnt         Either  U  or  E  for superscripts              out                      or  D  or  I  for subscripts    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         Used only by translate_sub_super   Should be kept in same         file     EXAMPLE:   MODIFICATION HISTORY:          Id: translate_sub_super pro 47 2006 05 09 09:13:01Z pinsard            Log: translate_sub_super pro v           Revision 1 5  2000 06 14 19:09:22  mcraig         Changed name of strtok str_token to avoid conflict in IDL 5 3            Revision 1 4  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 3  1996 05 09 00:22:17  mcraig         Changed some function calls to reflect changes in those functions  moved         some code out of the main loop that didn t need to be there  added         documentation            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2     COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Sub_sup_idl  token   FORCE_UD   force_ud    provide help if needed      IF  n_params  NE 1  OR keyword_set Help  THEN BEGIN         offset                 print  offset Return the proper IDL font positioning command for TeX          print  offset sub superscripts            print  offset fnt   sub_sup_idl  strn           print  offset Inputs:          print  offset offset strn        Either   or  _  the TeX super subscript       in          print  offset offset              characters          print  offset Keywords:          print  offset offset FORCE_UD   Set this to use  U D instead of  E I for          print  offset offset              sub superscripts           print  offset offset HELP       Set to print useful message and exit          print  offset Outputs:          print  offset offset fnt         Either  U  or  E  for superscripts              out          print  offset offset              or  D  or  I  for subscripts          return   1     ENDIF       IF keyword_set force_ud  THEN BEGIN          IF  token EQ   THEN return   U           IF  token EQ  _  THEN return   D          return        ENDIF ELSE BEGIN         IF  token EQ   THEN return   E           IF  token EQ  _  THEN return   I          return        ENDELSE      END        NAME:         TRANSLATE_SUB_SUPER   PURPOSE:         Translate TeX sub superscripts to IDL sub superscripts    CATEGORY:         text strings   CALLING SEQUENCE:         new   translate_sub_super  old     INPUTS:         old         string to be translated from TeX to IDL    in   KEYWORD PARAMETERS:          RECURSED   set if this function is being called                       recursively                             HELP       Set to print useful message and exit    OUTPUTS:         new         string old converted from TeX to IDL       out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           For best results  when both a sub and superscript are used            place the shorter of the two first  e g   N a _ bbbb  is           better than  N_ bbbb a            Single character sub super scripts do not need to be           protected by braces            Sub superscripts may be nested  e g   N N_1 N    EXAMPLE:         out   translate_sub_super   N 2_ big            Then out N U2 N Dbig N  which looks like it should on the         display     LIBRARY FUNCTIONS CALLED:         str_token        Text string  mcraig          sub_sup_idl   contained in this file   MODIFICATION HISTORY:          Id: translate_sub_super pro 47 2006 05 09 09:13:01Z pinsard            Log: translate_sub_super pro v           Revision 1 5  2000 06 14 19:09:22  mcraig         Changed name of strtok str_token to avoid conflict in IDL 5 3            Revision 1 4  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 3  1996 05 09 00:22:17  mcraig         Changed some function calls to reflect changes in those functions  moved         some code out of the main loop that didn t need to be there  added         documentation            Revision 1 2  1996 02 08 18:54:20  mcraig         Changed default sub superscript size to be  D U rather than  I E to         improve readability of plat annotations            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Translate_sub_super  InputString                                  RECURSED recursed                                  HELP Help    Return to caller if error      On_error  2    Offer help if needed and or desired     IF  n_params  NE 1  OR keyword_set help  THEN BEGIN         offset                 print  offset Translate TeX sub superscripts to IDL sub superscripts          print  offset new   translate_sub_super  old           print  offset Inputs:          print  offset offset old         string to be translated from TeX to IDL    in          print  offset Keywords:          print  offset offset RECURSED   set if this function is being called           print  offset offset              recursively                             print  offset offset HELP       Set to print useful message and exit          print  offset Outputs:          print  offset offset new         string old converted from TeX to IDL       out          print  offset Notes:          print  offset offset  For best results  when both a sub and superscript are used          print  offset offset   place the shorter of the two first  e g   N a _ bbbb  is          print  offset offset   better than  N_ bbbb a          print  offset offset  Single character sub super scripts do not need to be          print  offset offset   protected by braces          print  offset offset  Sub superscripts may be nested  e g   N N_1 N          return   1     ENDIF      To allow for nested scripts  use  E I instead of  U D for scripts    when called recursively      IF  NOT keyword_set recursed  THEN         ud   1       ELSE         ud   0     Return to the normal level after making sub superscript unless we    are recursed  which indicates we are processing a nested script      IF keyword_set recursed  THEN fontRestore     ELSE fontRestore    N      Initialize vars for processing scripts      SpcByte    byte   0      We need the BYTE value for a space below      strn   InputString     pos   0     StorePos         RecallPos         OldToken          LenLastScript   0    Grab next sub superscript   Token will be either   or  _    RETURN if no scripts      Token   nexttok strn    _  pos   pos      if pos EQ  1 then return  InputString  nothing to process       FntChange    sub_sup_idl Token     Our approach will be to grab the input string up to the next   or    _  then process the script we ve found      NewString str_token strn Token       WHILE  strlen strn  GT  0 DO  BEGIN    Grab first char of sub superscript          Script   strmid strn  0  1          EndOfScript   0          Position of end of this script          IF  Script EQ   THEN BEGIN     Scripts of more than 1 char              EndOfScript   matchdelim strn                    Script   translate_sub_super strmid strn  1  EndOfScript 1                                              recursed           ENDIF        Grab rest of string _after_ the end of the script                  strn   strmid strn  EndOfScript 1                          strlen strn EndOfScript 1         Find the next script and prepare for processing it          FntChange   sub_sup_idl Token  FORCE_UD   ud          OldToken   Token         Token   nexttok strn   _  POS   pos         If the input is  n 2_j  we want the  2  to be directly above       the  j  rather than having the  j  below and to the right of       the 2   In other words  we want the first below  not the second                 2               2               N               N                J                J       To accomplish this  we need to save the position at which we       begin writing the 2 with a  S  and restore that position with a        R after writing the 2   The first section in the IF block below       handles the  J  above  the thing after the first script   We       don t care if there is another script following   We also padd       the second script with spaces if it is shorter than the first to       make sure that whatever comes out after the scripts starts in       the proper place   The worry is that without the spaces  the       input  N looong _ s    1  will end up with the   starting right       the  s  ends          IF  StorePos EQ  S  THEN BEGIN             StorePos                 RecallPos           calculate the difference in length between this script and the        previous stacked one  removing font change commands  crudely by       guessing that the number of characters this takes is twice the       number of exclamation points   The    1 below is a kludge   I       don t know why  but I need one extra space              NumSpaces   LenLastScript    strlen script    2 strcnt Script              NumSpaces    NumSpaces   1    0             IF NumSpaces GT 0 THEN                 Script   Script   string  replicate SpcByte  NumSpaces            ENDIF ELSE BEGIN             IF  Token NE OldToken  AND  pos EQ 0  THEN BEGIN               The next script immediately folows this one   Arrange to               save the position of the current script so that both begin               with the same horizontal position                  StorePos    S                  RecallPos    R                  LenLastScript   strlen Script    2 strcnt Script              ENDIF         ENDELSE       Continue building the IDL string  adding on our just processed script          NewString   NewString   StorePos   FntChange   Script   RecallPos               FontRestore          IF   pos NE  1   THEN BEGIN       more left to process                  NewString   NewString                   str_token strn  Token             ENDIF ELSE BEGIN                  we are done             NewString   NewString   strn             strn             ENDELSE     ENDWHILE           return  NewString END    ");
-a[149] = new Array("./ToBeReviewed/CALCULS/curl.html", "curl.pro", "", "          NAME:curl     PURPOSE:calcule la composante verticale du rotationnel d un champ   de vecteur horizontaux     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res curl u v      INPUTS:         u et v deux matrices representant les coordonnes d un         champ de vecteur     KEYWORD PARAMETERS:     OUTPUTS:res: une matrice 2d     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:   les matrices u et v peuvent de 2 a 4 dimensions    attention pour distinger les differents configurations de u et v    xy  xyz  xyt  xyzt  on regarde la variable du common            time qui contient le calendrier en jour julien d IDL auquel          se rapportent u et v ansi que la variable            jpt qui est le nombre de pas de temps a considerer ds time    les tableaux u et v sont decoupes sur le meme domaine   geographique  A cause du decalage des grilles T  U  V et F il est   possiible que ces 2 tableaux n aient pas la meme taille et se   repportent a des indices differents  Si tel est le cas les tableaux   sont redecoupes sur les indices qu ils ont en commun et le dommaine   est redefinit pour qu il colle a ces indices communs    pour eviter ces redecoupes utiliser le mot cles  memeindice ds   domdef pro       les points sur le bord du dessin sont mis a  values f_nan      EXAMPLE:     MODIFICATION HISTORY:Guillaume Roullet  grlod ipsl jussieu fr                            Sebastien Masson  smasson lodyc jussieu fr                         adaptation pour marcher avec un domaine reduit                          21 5 1999: valeurs manquantes a  values f_nan  periodicite          FUNCTION curl  uu  vv  common    tempsun   systime 1            pour key_performance      IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of curl is based on Arakawa C grid                            U and V grids must therefore be defined       u   litchamp uu     v   litchamp vv      date1   time 0     if n_elements jpt  EQ 0 then date2   date1 ELSE date2   time jpt 1     if  size u 0  NE  size v 0  then return    1      on trouve les points que u et v ont en communs      indicexu    lindgen jpi firstxu:firstxu nxu 1     indicexv    lindgen jpi firstxv:firstxv nxv 1     indicex   inter indicexu  indicexv     indiceyu    lindgen jpj firstyu:firstyu nyu 1     indiceyv    lindgen jpj firstyv:firstyv nyv 1     indicey   inter indiceyu  indiceyv     nx   n_elements indicex      ny   n_elements indicey     case 1 of      xyz          size u 0  EQ 3 AND date1 EQ date2 :BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 3 OR  size v 0  NE 3: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN              case 1 of                nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                     nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                     nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                   nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                   ELSE :             endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:return    1          endcase     calcul du rotationnel            coefu    e1u indice2d replicate 1  nzt           coefu   reform coefu  nx  ny  nzt   over           coefu   coefu umask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terreu   where coefu EQ 0           if terreu 0  NE  1 then coefu temporary terreu     values f_nan                    coefv    e2v indice2d replicate 1  nzt           coefv   reform coefv  nx  ny  nzt   over           coefv   coefv vmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terrev   where coefv EQ 0           if terrev 0  NE  1 then coefv temporary terrev     values f_nan           tabf    fmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           div    e1f indice2d e2f indice2d replicate 1  nzt           div   reform div  nx  ny  nzt   over           tabf   tabf div            zu   u temporary coefu           zv   v temporary coefv            psi     shift zv   1  0  0 zv     zu shift zu  0   1  0           psi   tabf psi     mise a  values f_nan de la bordure            if NOT keyword_set key_periodic   OR nx NE jpi then begin             psi 0         values f_nan             psi nx 1         values f_nan          endif          psi  0       values f_nan          psi  ny 1       values f_nan            if n_elements valmask  EQ 0 THEN valmask   1e20          terref    where tabf EQ 0           if terref 0  NE  1 then psi temporary terref    valmask     pour le trace graphique            domdef   glagmt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t   f           if keyword_set direc  then psi   moyenne psi direc nan           END      xyt           date1 NE date2 AND  size u 0  EQ 3 :BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                      IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                     IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                    IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:BEGIN                 print   problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs                 return   1             end          endcase     calcul du rotationnel            coefu   e1u indice2d umask indice2d jpi jpj firstzt           terreu   where coefu EQ 0           if terreu 0  NE  1 then coefu temporary terreu     values f_nan          coefu   temporary coefu replicate 1  jpt           coefu   reform coefu  nx  ny  jpt   over             coefv   e2v indice2d vmask indice2d jpi jpj firstzt           terrev   where coefv EQ 0           if terrev 0  NE  1 then coefv temporary terrev     values f_nan          coefv   temporary coefv replicate 1  jpt           coefv   reform coefv  nx  ny  jpt   over             tabf    fmask indice2d jpi jpj firstzt e1f indice2d e2f indice2d           tabf   temporary tabf replicate 1  jpt           tabf   reform tabf  nx  ny  jpt   over      calcul du rotationnel            zu   u temporary coefu           zv   v temporary coefv             psi     shift zv   1  0  0 zv     zu shift zu  0   1  0           psi   tabf psi     mise a  values f_nan de la bordure            if NOT keyword_set key_periodic  OR nx NE jpi then begin             psi 0         values f_nan             psi nx 1         values f_nan          endif          psi  0       values f_nan          psi  ny 1       values f_nan          if n_elements valmask  EQ 0 THEN valmask   1e20          terref    where tabf EQ 0           if terref 0  NE  1 then psi temporary terref    valmask            domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t   f           if keyword_set direc  then psi   grossemoyenne psi direc nan          END      xyzt           date1 NE date2 AND  size u 0  EQ 4:BEGIN           return  report non code        END      xy           ELSE:BEGIN                 xy          indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 2 OR  size v 0  NE 2: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                    IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                   IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny                  IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny              END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indice2d                 v   v indice2d              END             ELSE:return    1          endcase     calcul du rotationnel            coefu   e1u indice2d umask indice2d jpi jpj firstzt           terreu   where coefu EQ 0           if terreu 0  NE  1 then coefu temporary terreu     values f_nan          coefv   e2v indice2d vmask indice2d jpi jpj firstzt           terrev   where coefv EQ 0           if terrev 0  NE  1 then coefv temporary terrev     values f_nan          tabf    fmask indice2d jpi jpj firstzt e1f indice2d e2f indice2d             zu   u temporary coefu           zv   v temporary coefv            psi     shift zv   1  0 zv     zu shift zu  0   1           psi   tabf psi      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             psi 0       values f_nan             psi nx 1       values f_nan          endif          psi  0     values f_nan          psi  ny 1     values f_nan            if n_elements valmask  EQ 0 THEN valmask   1e20          terref    where tabf EQ 0           if terref 0  NE  1 then psi temporary terref    valmask     pour le trace graphique            domdef   glamt indice2d 0  0   glamf indice2d nx 1  0 gphit indice2d 0  0   gphif indice2d 0  ny 1  vert1  vert2  gridtype    t   f           if keyword_set direc  then psi   moyenne psi direc nan         END      endcase      if keyword_set key_performance  THEN print   temps curl  systime 1 tempsun       vargrid    F     varname    vorticity     return  psi end");
-a[150] = new Array("./ToBeReviewed/CALCULS/depth2floatlevel.html", "depth2floatlevel.pro", "", "          NAME:depth2floatlevel     PURPOSE: assez comparable a depth2level mais ici le niveau calcule   est en float  Par ex le niveau 5 4 correspond a une profondeur egale   a gdep 5 4 gdep 6 gdep 5      CATEGORY: SANS BOUCLE     CALLING SEQUENCE:res depth2floatlevel depth2d       INPUTS: depth2d tableau 2d de profondeur  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:           NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d de float contenant les valeurs des niveaux      COMMON BLOCKS:common pro     SIDE EFFECTS:accepte les vcaleurs a  values f_nan et masque les   points terres a valmask      RESTRICTIONS:     EXAMPLE:        IDL  a jpk 1 1 jpi jpj findgen jpi jpj       IDL  plt  1e6 a floatlevel2depth depth2floatlevel a nocontour       champ nul a 1e 6 pres     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 06 2000         FUNCTION depth2floatlevel  tab  NOMASK   nomask    tempsun   systime 1            pour key_performance  common      depthin   litchamp tab       levelup   depth2level depthin   UPPER   nomask     depthup   level2depth levelup   nomask       levellow   depth2level depthin   lower   nomask     depthlow   level2depth levellow   nomask    calcule de la distance depthlow depthup et gestion du cas ou cette   distance est nulle ou egale a  values f_nan    divi   depthlow depthup    nan   where finite divi  EQ 0     if nan 0  NE  1 then divi nan    0    nan   where divi EQ 0     if nan 0  NE  1 then divi nan     values f_nan   calcule du resultat    res   levelup depthin depthup divi   on masque les points terre a valmask    if NOT keyword_set nomask  then begin       grille mask       if n_elements valmask  EQ 0 then valmask   1e20       terre   where temporary mask    0  EQ 0        if terre 0  NE  1 then res terre    valmask    endif      if keyword_set key_performance  THEN print   temps depth2floatlevel  systime 1 tempsun       return  res end");
-a[151] = new Array("./ToBeReviewed/CALCULS/depth2level.html", "depth2level.pro", "", "          NAME: depth2level     PURPOSE: permet de passer d un tableau 2d de profondeur au tableau   2d correspondant de niveaux      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res depth2level depth2d      INPUTS: depth2d tableau 2d de profondeur  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:           UPPER:  active par defaut  on selectionne le niveau        directement au dessus de la profondeur           LOWER: on selectionne le niveau directement au dessous de la        profondeur            CLOSER: on selectionne le niveau le plus proche de la        profondeur            NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d contenant les valeurs des niveaux      COMMON BLOCKS:common pro     SIDE EFFECTS:pour les profondeurs hors des valeurs de gdep  la   valeur  values f_nan est retournee    Si la profondeur est superieur a celle du fond  on retourne   jpk 1dans le cas upper  et  values f_nan ds le cas lower      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999                         15 6 2000 accepte  values f_nan         FUNCTION depth2level  tab  LOWER   lower  UPPER   upper  CLOSER   closer                           NOMASK   nomask  _extra   ex    tempsun   systime 1            pour key_performance  common      upper   1    if keyword_set lower  THEN upper   0     lecture du champ d entree et recuperation de la taille du sous   domaine utilise      in   litchamp tab     grille mask 1 1 gdep nx ny nz firstx firsty firstz lastx lasty lastz     verification de la coherence entre la taille du tableau et le domaine definit par domdef      IF ny EQ 1 THEN in   reform in  nx  ny   over     taille   size in     if taille 0  NE 2 then return  report le champ en entree doit contenir un tableau 2d     case 1 of       taille 1  eq jpi and taille 2  eq jpj:in in firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du champ     endcase         vire les points a  values f_nan    notanumber   where finite in   nan  EQ 1     if notanumber 0  NE  1 then in notanumber    0     on transforme le tableau 2d de profondeur en tableau 2d de niveaux   correspondant aux profondeurs     on passe en tableaux qui ont la taille des tableaux 3d    prof replicate 1 nx ny gdep firstz:lastz      in   in replicate 1  nz       mask01    prof  LT in     mask01   reform mask01  nx  ny  nz     levels   total mask01  3     notvalid   where levels EQ nz     if keyword_set upper  then begin       levels   levels 1       notvalid   where levels EQ  1     ENDIF ELSE notvalid   where levels EQ nz     IF notvalid 0  NE  1 THEN levels notvalid     values f_nan    si closer est active    if keyword_set closer  then begin       test      litchamp tab level2depth levels                      level2depth   levels 1 jpk 1   litchamp tab          test   test    0 test    1        changer   where test GE 0        if changer 0  NE  1 then levels changer     levels changer 1     jpk 1     endif     on replace les points a  values f_nan    if notanumber 0  NE  1 then levels notanumber     values f_nan   on masque les points terres a valmask    if NOT keyword_set nomask  then begin       if n_elements valmask  EQ 0 then valmask   1e20       terre   where mask    0  EQ 0        if terre 0  NE  1 then levels terre    valmask    endif          if keyword_set key_performance  THEN print   temps depth2level  systime 1 tempsun     return  levels end");
-a[152] = new Array("./ToBeReviewed/CALCULS/depth2mask.html", "depth2mask.pro", "", "          NAME: depth2mask     PURPOSE: permet de passer d un tableau 2d de profondeur seuil au   tableau 3d de mask avec des 1 ds les niveaux au dessus de la   profondeur seuil et des 0 en dessous      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res depth2mask depht2d      INPUTS: depht2d tableau 2d de profondeur seuil  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:           UPPER:  active par defaut  on selectionne le niveau        directement au dessus de la profondeur           LOWER: on selectionne le niveau directement au dessous de la        profondeur            CLOSER: on selectionne le niveau le plus proche de la        profondeur      OUTPUTS: un tableau 3d contenant le mask associe au tableau 2d de   profondeurs seuil     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999         FUNCTION depth2mask  tab  _extra   ex      tempsun   systime 1            pour key_performance  common     on transforme le tableau 2d de profondeur en tableau 2d de niveaux   correspondant aux profondeurs      niveaux   depth2level tab  _extra   ex     IF niveaux 0  EQ  1 THEN return    1     on transforme le tableau 2d de niveaux en tableau 3d de mask      mask   level2mask niveaux       if keyword_set key_performance  NE 0 THEN print   temps depth2mask  systime 1 tempsun     return  mask end");
-a[153] = new Array("./ToBeReviewed/CALCULS/determ2.html", "determ2.pro", "", "    NAME:determ2     PURPOSE: computes the determinant of n 2 by 2 arrays     CATEGORY: no DO loops and better accuracy     CALLING SEQUENCE: 2 cases:       res   determ2 z2ds        res   determ2 z1d00 z1d01 z1d10 z1d11      INPUTS:       z2ds: an 2 2 n array       or       z1d00 z1d01 z1d10 z1d11: the four n elements arrays       defined as:                z2ds 0  0      z1d00                z2ds 0  1      z1d01                z2ds 1  0      z1d10                z2ds 1  1      z1d11     OUTPUTS: n elements array  the determinent of each 2 2 arrrays     EXAMPLE:     a findgen 2 2 5    print  determ2 a    FOR i 0 4 DO print  determ a i    IDL solution     MODIFICATION HISTORY:             S  Masson  smasson lodyc jussieu fr              July 11th  2002   FUNCTION determ2  a  b  c  d   CASE n_params  OF     1:res   a 0  0   a 1  1   a 0  1   a 1  0        4:res   a d c b      ELSE:stop   ENDCASE    RETURN  res END");
-a[154] = new Array("./ToBeReviewed/CALCULS/determ3.html", "determ3.pro", "", "    NAME:determ3     PURPOSE: computes the determinant of n 3 by 3 arrays     CATEGORY: no DO loops and better accuracy     CALLING SEQUENCE:2 cases:       res   determ2 z2ds        res   determ2 in00  in01  in02  in10  in11  in12  in20  in21  in22      INPUTS:       z2ds: an 3 3 n array       or       in00  in01  in02  in10  in11  in12  in20  in21  in22: the nine n       elements arrays defined as:             in00   z2ds 0  0                in01   z2ds 0  1                in02   z2ds 0  2                in10   z2ds 1  0                in11   z2ds 1  1                in12   z2ds 1  2                in20   z2ds 2  0                in21   z2ds 2  1                in22   z2ds 2  2        OUTPUTS: n elements array  the determinent of each 3 3 arrrays     EXAMPLE:     a findgen 3 3 5    print  determ3 a 2    FOR i 0 4 DO print  determ a i 2    IDL solution     MODIFICATION HISTORY:             S  Masson  smasson lodyc jussieu fr              July 11th  2002   FUNCTION determ3  in00  in01  in02  in10  in11  in12  in20  in21  in22   IF n_params  EQ 1 THEN BEGIN     in00save   temporary in00      in00   in00save 0  0        in01   in00save 0  1        in02   in00save 0  2        in10   in00save 1  0        in11   in00save 1  1        in12   in00save 1  2        in20   in00save 2  0        in21   in00save 2  1        in22   in00save 2  2      ENDIF    a01    determ2 in10  in20                       in12  in22     a11   determ2 in00  in20                      in02  in22     a21    determ2 in00  in10                       in02  in12     res   in01 a01 in11 a11 in21 a21    IF n_params  EQ 1 THEN in00   temporary in00save     RETURN  res END");
-a[155] = new Array("./ToBeReviewed/CALCULS/div.html", "div.pro", "", "          NAME:div     PURPOSE:calcule la divergence d un champ 2D     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res div u v      INPUTS:         u et v deux matrices representant les coordonnes d un         champ de vecteur     KEYWORD PARAMETERS:     OUTPUTS:res: une matrice 2d     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:   les matrices u et v peuvent de 2 a 4 dimensions    attention pour distinger les differents configurations de u et v    xy  xyz  xyt  xyzt  on regarde la variable du common            time qui contient le calendrier en jour julien d IDL auquel          se rapportent u et v ansi que la variable            jpt qui est le nombre de pas de temps a considerer ds time    les tableaux u et v sont decoupes sur le meme domaine   geographique  A cause du decalage des grilles T  U  V et F il est   possiible que ces 2 tableaux n aient pas la meme taille et se   repportent a des indices differents  Si tel est le cas les tableaux   sont redecoupes sur les indices qu ils ont en commun et le dommaine   est redefinit pour qu il colle a ces indices communs    pour eviter ces redecoupes utiliser le mot cles  memeindice ds   domdef pro     les points sur le bord du dessin sont mis a  values f_nan     EXAMPLE:     MODIFICATION HISTORY:Guillaume Roullet  grlod ipsl jussieu fr                         Creation : printemps 1998                        Sebastien Masson  smasson lodyc jussieu fr                         adaptation pour marcher avec un domaine reduit                        12 1 2000         FUNCTION div  uu  vv    tempsun   systime 1            pour key_performance  common      IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of div is based on Arakawa C grid                            U and V grids must therefore be defined       u   litchamp uu     v   litchamp vv       date1   time 0     if n_elements jpt  EQ 0 then date2   date1 ELSE date2   time jpt 1     if  size u 0  NE  size v 0  then return    1      on trouve les points que u et v ont en communs      indicexu    lindgen jpi firstxu:firstxu nxu 1     indicexv    lindgen jpi firstxv:firstxv nxv 1     indicex   inter indicexu  indicexv     indiceyu    lindgen jpj firstyu:firstyu nyu 1     indiceyv    lindgen jpj firstyv:firstyv nyv 1     indicey   inter indiceyu  indiceyv     nx   n_elements indicex      ny   n_elements indicey     indice2d   lindgen jpi  jpj     indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1     case 1 of      xyz          size u 0  EQ 3 AND date1 EQ date2 :BEGIN      extraction de u et v sur le domaine qui convient            case 1 of              size v 0  NE 3: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case 1 of                   nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                        nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                        nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                      nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                      ELSE :                endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:BEGIN                 zdiv    1                GOTO  sortie             end                       endcase     calcul de la divergence            zu    e2u indice2d replicate 1  nzt           zu   reform zu  nx  ny  nzt   over           zu   temporary u temporary zu               umask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terreu   where zu EQ 0           if terreu 0  NE  1 then zu temporary terreu     values f_nan            zv    e1v indice2d replicate 1  nzt           zv   reform zv  nx  ny  nzt   over           zv   temporary v temporary zv               vmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terrev   where zv EQ 0           if terrev 0  NE  1 then zv temporary terrev     values f_nan            zdiv   1e6 e1t indice2d e2t indice2d           zdiv    zdiv replicate 1  nzt           zdiv   reform zdiv  nx  ny  nzt   over           zdiv   temporary zdiv zu shift zu  1  0  0 zv shift zv  0  1  0               tmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             zdiv 0         values f_nan             zdiv nx 1         values f_nan          endif          zdiv  0       values f_nan          zdiv  ny 1       values f_nan            zdiv   temporary zdiv             if n_elements valmask  EQ 0 THEN valmask   1e20          terre    where tmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt  EQ 0           if terre 0  NE  1 then zdiv temporary terre    valmask     pour le trace graphique            vargrid    T           varname    div           varunits    1e6 s 1           domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t           if keyword_set direc  then  zdiv   moyenne zdiv direc nan        END      xyt           date1 NE date2 AND  size u 0  EQ 3 :BEGIN      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 3 OR  size v 0  NE 3: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case 1 of                   nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                        nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                        nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                      nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                      ELSE :                endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:return    1          endcase     calcul de la divergence            zu   e2u indice2d umask indice2d jpi jpj firstzt           terreu   where zu EQ 0           if terreu 0  NE  1 then zu temporary terreu     values f_nan          zu    zu replicate 1  jpt           zu   reform zu  nx  ny  jpt   over           zu   temporary u temporary zu             zv   e1v indice2d vmask indice2d jpi jpj firstzt           terrev   where zv EQ 0           if terrev 0  NE  1 then zv temporary terrev     values f_nan          zv    zv replicate 1  jpt           zv   reform zv  nx  ny  jpt   over           zv   temporary v temporary zv             zdiv   1e6 tmask indice2d jpi jpj firstzt e1t indice2d e2t indice2d           zdiv    zdiv replicate 1  jpt           zdiv   reform zdiv  nx  ny  jpt   over           terre    where zdiv EQ 0           zdiv   temporary zdiv zu shift zu  1  0  0 zv shift zv  0  1  0      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             zdiv 0         values f_nan             zdiv nx 1         values f_nan          endif          zdiv  0       values f_nan          zdiv  ny 1       values f_nan            if n_elements valmask  EQ 0 THEN valmask   1e20          if terre 0  NE  1 then zdiv temporary terre    valmask     pour le trace graphique            vargrid    T           varname    div           varunits    1e6 s 1           domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t           if keyword_set direc  then  zdiv   grossemoyenne zdiv direc nan        END      xyzt           date1 NE date2 AND  size u 0  EQ 4:BEGIN           return  report non code        END      xy           ELSE:BEGIN                 xy          indice3d   lindgen jpi  jpj  jpk           indice3d   indice3d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 2 OR  size v 0  NE 2: BEGIN                 zdiv    1                GOTO  sortie             end              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case 1 of                   nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                      nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                      nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny                    nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny                    ELSE :                endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indice2d                 v   v indice2d              END             ELSE:return    1          endcase     calcul de la divergence            zu   temporary u e2u indice2d umask indice3d           terreu   where zu EQ 0           if terreu 0  NE  1 then zu temporary terreu     values f_nan          zv   temporary v e1v indice2d vmask indice3d           terrev   where zv EQ 0           if terrev 0  NE  1 then zv temporary terrev     values f_nan          zdiv   zu shift zu  1  0 zv shift zv  0  1           zdiv   temporary zdiv tmask indice3d e1t indice2d e2t indice2d      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             zdiv 0       values f_nan             zdiv nx 1       values f_nan          endif          zdiv  0     values f_nan          zdiv  ny 1     values f_nan            zdiv   temporary zdiv 1e6            if n_elements valmask  EQ 0 THEN valmask   1e20          terre    where tmask indice3d  EQ 0           if terre 0  NE  1 then zdiv temporary terre    valmask     pour le trace graphique            vargrid    T           varname    div           varunits    1e6 s 1           domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t           if keyword_set direc  then  zdiv   moyenne zdiv direc nan         END    endcase       sortie:    if keyword_set key_performance  THEN print   temps div  systime 1 tempsun         return  zdiv end");
-a[156] = new Array("./ToBeReviewed/CALCULS/floatlevel2depth.html", "floatlevel2depth.pro", "", "          NAME:floatlevel2depth     PURPOSE: assez comparable a level2depth  C est la fonction inverse   de depth2floatlevel     CATEGORY:SANS BOUCLE     CALLING SEQUENCE:res floatlevel2depth niveau       INPUTS: tableau 2d de niveaux seuil  ou une structure repondant aux   criteres de litchamp      KEYWORD PARAMETERS:          NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d contenant des profondeurs     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:        IDL  a gdept jpk 1 1 jpi jpj findgen jpi jpj       IDL  plt  1e6 a floatlevel2depth depth2floatlevel a nocontour       champ nul a 1e 6 pres     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 6 2000         FUNCTION floatlevel2depth  tab  NOMASK   nomask    tempsun   systime 1            pour key_performance  common      flevelin   litchamp tab    on vire les points a  values f_nan    notanumber   where finite flevelin   nan  EQ 1     if notanumber 0  NE  1 then flevelin notanumber    0   on seuil  vire les points terres a valmask par ex     flevelin   0   flevelin    jpk 1    on calcule la profondeur     depthup   level2depth floor flevelin   nomask     depthlow  level2depth ceil flevelin   nomask     weight   flevelin floor flevelin     res   depthup weight depthlow depthup    on replace les points a  values f_nan    if notanumber 0  NE  1 then res notanumber     values f_nan   on masque les points terres a valmask    if NOT keyword_set nomask  then begin       grille mask       if n_elements valmask  EQ 0 then valmask   1e20       terre   where temporary mask    0  EQ 0        if terre 0  NE  1 then res terre    valmask    endif      if keyword_set key_performance  THEN print   temps floatlevel2depth  systime 1 tempsun       return  res end");
-a[157] = new Array("./ToBeReviewed/CALCULS/fsfzpt.html", "fsfzpt.pro", "", "     Ice freezing point        fsfzpt: freezing point of seawater in degrees celsius         units : salinity        pfs        ipss 78                  pressure        pfp      decibars                 temperature     fszfpt   degrees celsius                 freezing pt  reference : unesco tech  papers in the marine science no 28 1978                 eigth report jpots                 annex 6 freezing point of seawater F J Millero pp 29 35  checkvalue: fsfzpt 2 588567 deg c for s 40 0 p 500 decibars   FUNCTION fsfzpt  pfs  pfp   RETURN     0 0575   1 710523e 3   sqrt pfs    2 154996e 4   pfs      pfs   7 53e 4   pfp END");
-a[158] = new Array("./ToBeReviewed/CALCULS/grad.html", "grad.pro", "", "          NAME:     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            FUNCTION grad  field  direc  common        IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of grad is based on Arakawa C grid                            U and V grids must therefore be defined       res   litchamp field     taille size res     grille  mask  glam  gphi  gdep  nx  ny nz firstx firsty firstz lastx  lasty  lastz         if n_elements valmask  EQ 0 then valmask   1e20    case strupcase vargrid  of        T :BEGIN          case direc of              x :BEGIN                 divi   e1u firstx:lastx  firsty:lasty                 newmask    umask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    U                 domdef  glamt firstx  0  glamu lastx  0                      gphit 0  firsty  gphiu 0  lasty  gridtype    T U              END              y :BEGIN                divi   e2v firstx:lastx  firsty:lasty                 newmask    vmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    V                 domdef  glamt firstx  0  glamv lastx  0                      gphit 0  firsty  gphiv 0  lasty  gridtype    T V              END              z :BEGIN                divi   e3w firstz:lastz                 newmask   mask                vargrid    W              END             ELSE:return  report Bad definition of direction argument           ENDCASE       END        W :BEGIN          case direc of              x :divi   e1u firstx:lastx  firsty:lasty               y :divi   e2v firstx:lastx  firsty:lasty               z :BEGIN                divi   e3t firstz:lastz                 newmask   mask                vargrid    T              END             ELSE:return  report Bad definition of direction argument           endcase       END        U :BEGIN          case direc of              x :BEGIN                divi    shift e1t   1  0 firstx:lastx  firsty:lasty                 newmask   tmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    T                 domdef  glamt firstx  0  glamu lastx                      gphit 0  firsty  gphiu 0  lasty  gridtype    T U              END              y :BEGIN                divi   e2f firstx:lastx  firsty:lasty                 newmask    fmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    F                 domdef  glamu firstx  0  glamf lastx  0                      gphiu 0  firsty  gphif 0  lasty  gridtype    U F              END              z :BEGIN                divi   e3w firstz:lastz                 newmask   mask                vargrid    W              END             ELSE:return  report Bad definition of direction argument           endcase       END        V :BEGIN          case direc of              x :BEGIN                divi   e1f firstx:lastx  firsty:lasty                 newmask    fmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    F                 domdef  glamv firstx  0  glamf lastx  0                      gphiv 0  firsty  gphif 0  lasty  gridtype    V F              END              y :BEGIN                divi    shift e2t  0   1 firstx:lastx  firsty:lasty                 newmask   tmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    T                 domdef  glamt firstx  0  glamv lastx  0                      gphit 0  firsty  gphiv 0  lasty  gridtype    T V              END              z :BEGIN                divi   e3w firstz:lastz                 newmask   mask                vargrid    W              END             ELSE:return  report Bad definition of direction argument           endcase       END          F :BEGIN            case direc of                x :divi    shift e1v   1  0 firstx:lastx  firsty:lasty                 y :divi    shift e2u  0   1 firstx:lastx  firsty:lasty                 z :divi   e3w firstz:lastz                ELSE:return  report Bad definition of direction argument             endcase         END       ELSE:return  report Bad definition of vargrid     ENDCASE    res   fitintobox res     case 1 of    xy         taille 0  EQ 2:BEGIN          earth   where mask    firstz  EQ 0           if earth 0  NE  1 then res earth     values f_nan          case direc of              x :BEGIN                 res    shift res   1  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1       values f_nan                if vargrid EQ  T  OR vargrid EQ  V  then res   shift res  1  0              END              y :BEGIN                 res    shift res  0   1 res divi                res  ny 1     values f_nan                if vargrid EQ  T  OR vargrid EQ  U  then res     shift res  0  1                         END             ELSE:return   report Bad definition of direction argument for the type of array           ENDCASE          earth   where newmask    firstz  EQ 0           if earth 0  NE  1 then res earth    valmask       END    xyt         taille 0  EQ 3 AND jpt NE 1:BEGIN          earth   where mask    firstz  EQ 0           if earth 0  NE  1 then BEGIN             earth   earth replicate 1  jpt replicate 1  n_elements earth nx ny lindgen jpt              res earth     values f_nan          ENDIF          divi   divi replicate 1  jpt           case direc of              x :BEGIN                 res    shift res   1  0  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1         values f_nan                if vargrid EQ  T  OR vargrid EQ  V   then res   shift res  1  0  0              END              y :BEGIN                 res    shift res  0   1  0 res divi                res  ny 1       values f_nan                if vargrid EQ  T  OR vargrid EQ  U   then res   shift res  0  1  0                      END             ELSE:return   report Bad definition of direction argument for the type of array           ENDCASE          earth   where newmask    firstz  EQ 0           if earth 0  NE  1 THEN res earth    valmask       END    xyz         taille 0  EQ 3 AND jpt EQ 1:BEGIN          earth   where mask EQ 0           if earth 0  NE  1 then res earth     values f_nan          case direc OF              x :BEGIN                 divi   divi replicate 1  nz                 res    shift res   1  0  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1         values f_nan                if vargrid EQ  T  OR vargrid EQ  V  then res   shift res  1  0  0              END              y :BEGIN                 divi   divi replicate 1  nz                 res    shift res  0   1  0 res divi                res  ny 1       values f_nan                if vargrid EQ  T  OR vargrid EQ  U   then res   shift res  0  1  0                      END              z :BEGIN                divi   reform replicate 1  nx ny divi  nx  ny  nz                 if nx EQ 1 OR ny EQ 1 then res   reform res  nx  ny  nz                 if vargrid EQ  W  THEN BEGIN                    res    shift res  0  0  1 res divi                   res    0     values f_nan                ENDIF ELSE BEGIN                   res    res shift res  0  0   1 divi                   res    nz 1     values f_nan                ENDELSE                if earth 0  NE  1 then res earth    valmask             END          ENDCASE       END      xyzt         taille 0  EQ 4:BEGIN          earth   where mask replicate 1  jpt  EQ 0           if earth 0  NE  1 then res earth     values f_nan          case direc OF              x :BEGIN                 divi   divi replicate 1  nz jpt                 res    shift res   1  0  0  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1           values f_nan                if vargrid EQ  T  OR vargrid EQ  V  then res   shift res  1  0  0  0              END              y :BEGIN                 divi   divi replicate 1  nz jpt                 res    shift res  0   1  0  0 res divi                res  ny 1         values f_nan                if vargrid EQ  T  OR vargrid EQ  U   then res   shift res  0  1  0  0                      END              z :BEGIN                divi   replicate 1  nx ny divi                divi   reform divi replicate 1  jpt  nx  ny  nz  jpt   over                 if nx EQ 1 OR ny EQ 1 then res   reform res  nx  ny  nz  jpt                 if vargrid EQ  W  THEN BEGIN                    res    shift res  0  0  1  0 res divi                   res    0       values f_nan                ENDIF ELSE BEGIN                   res    res shift res  0  0   1  0 divi                   res    nz 1       values f_nan                ENDELSE             END          ENDCASE          if earth 0  NE  1 then res earth    valmask       END        endcase    varname    grad of  varname    varunit   varunit m         return  res end      ");
-a[159] = new Array("./ToBeReviewed/CALCULS/grossemoyenne.html", "grossemoyenne.pro", "", "          NAME: grossemoyenne     PURPOSE:  averages a 3  or 4 d time serie field over a selected             geographical area or along the time axis  For one ore more      selected axes  x  y  z  t      CATEGORY:     CALLING SEQUENCE: result   grossemoyenne tab direc BOXZOOM boxzoom      INPUTS: tab   3 or 4d field  direc  x   y   z   t   xy   xz   yz   xyz   xt   yt   zt   xyt   xzt   yzt  or  xyzt       KEYWORD PARAMETERS:    boxzoom    xmin xmax ymin ymax  zmin zmax  pour plus  de detail cf domdef                 boxzoom peut prendre 5 formes:                   vert2   vert1  vert2 lon1  lon2  lat1  lat2                     lon1  lon2  lat1  lat2  vert2 lon1  lon2  lat1  lat2  vert1 vert2                                 NAN: not a number  a activer si l on peut faire veut                 faire une moyenne sans tenir compte de certaines                 valeurs masques de tab                  si les valeurs masques de tab sont la valeur consacree                 par IDL  values f_nan  il suffit de mettre  NAN                  si les valeurs masques de tab on pour valeur a  a doit                 etre differente de 1  correspond a nan                    values f_nan  et de 0  qui desactive nan                  Il faut mettre NAN a                   Rq: en sorties les points de result qui sont NAN                 auront pour valeur a ou  values f_nan                                NODOMDEF: activer si l on ne veut pas passer ds                 domdef bien que le mot cle boxzoom soit present  comme                 c est le cas qd grossemoyenne est appelee via                 checkfield                    INTEGRATION: pour faire une integrale plutot qu une                 moyenne                    SPATIALFIRST  when performing at the same time                 spatial and temporal mean  grossemoyenne is assuming                 that the mask is not changing with the time  In                 consequence  grossemoyenne performs temporal mean                 first and then call moyenne  Activate  SPATIALFIRST if                 you want to perform the spatial mean before the                 temporal mean  Note that if NAN is activated  then                 SPATIALFIRST is activated automatically                     TEMPORALFIRST: to force to perform first temporal                 mean even if nan is activated  see SPATIALFIRST                 explanations                  WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W                  OUTPUTS:      COMMON BLOCKS:   result:un tableau   common    domdef     SIDE EFFECTS: met les valeurs correspondants a la terre a 1e20     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Jerome Vialard  jv lodyc jussieu fr   2 7 98                         Sebastien Masson  smasson lodyc jussieu fr    adaptation pour les tableaux comportants une dimension temporelle                         14 8 98                         15 1 98                         12 3 99 adaptation pour NAN et utilisation de TEMPORARY           PLAN DU PROGRAMME:      I  preliminaires     I 1  determination des directions de moyennes d apres direc     I 2  verification de la taille du tableau d entree     I 3  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne   II  moyennes pour les tableaux 3d  x y t      II 1  verification de la coherence de la taille du tableau a     moyenner      II 2  renvoie sur moyenne qd une moyenne sur t est demandee     II 3  differents types de moyennes possibles  III  moyennes pour les tableaux 4d  x y z t      III 1  verification de la coherence de la taille du tableau a     moyenner      III 2  differents types de moyennes possibles  IV   finitions     IV 1  on masque les terres par une valeur a 1e 20     IV 2  on remplace  quand nan ne 1   values f_nan par nan     IV 3  on revient au sous domaine initial        function grossemoyenne  tab  direc  BOXZOOM   boxzoom  INTEGRATION   integration                             NAN   nan  NODOMDEF   nodomdef  WDEPTH   wdepth                             SPATIALFIRST   spatialfirst  TEMPORALFIRST   temporalfirst                             _extra   ex    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance    I  preliminaires     dirt   0   dirx   0   diry   0   dirz   0   dim     aa      I 1  direction s  suivants lesquelles on integre     if   strpos direc   t  ge 0   then dirt   1   if   strpos direc   x  ge 0   then dirx   1   if   strpos direc   y  ge 0   then diry   1   if   strpos direc   z  ge 0   then dirz   1   IF keyword_set NAN  AND  dirx EQ 1 OR diry EQ 1 OR dirz EQ 1        THEN spatialfirst   1   IF keyword_set temporalfirst  THEN spatialfirst   0     I 2  verification de la taille du tableau d entree     taille   size tab    case 1 of     taille 0  eq 1 :return   report Le tableau n a qu une dimension  cas non traite      taille 0  eq 2 :return   report Le tableau n a qu deux dimension  cas non traite      taille 0  eq 3 :BEGIN        dim    3d        if dirx eq 0 and diry eq 0 and dirt eq 0 then return  tab     END     taille 0  eq 4 :BEGIN        dim    4d        if dirx eq 0 and diry eq 0 and dirz eq 0 and dirt eq 0 then return  tab     END     else : return  report Le tableau d entree doit etre a 3 ou 4 dimensions s il ne contient pas de dim temporelle utiliser moyenne    endcase       I 4  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne    redefinition du domaine ajuste a boxzoom  a 6 elements    ceci va nous permetre de faire les calcules que sur le sous domaine   comcerne par la moyenne  domdef  suivit de grille nous donne tous   les tableaux de la grille sur le sous domaine      if keyword_set boxzoom  then BEGIN      Case 1 Of       N_Elements Boxzoom  Eq 1: bte    lon1  lon2  lat1  lat2  0  boxzoom 0        N_Elements Boxzoom  Eq 2: bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1        N_Elements Boxzoom  Eq 4: bte    Boxzoom  vert1  vert2        N_Elements Boxzoom  Eq 5: bte    Boxzoom 0:3  0  Boxzoom 4        N_Elements Boxzoom  Eq 6: bte   Boxzoom       Else: return  report Wrong Definition of Boxzoom      endcase     if NOT keyword_set nodomdef  then BEGIN        savedbox   1b       saveboxparam   boxparam4grmoyenne dat        domdef  bte  GRIDTYPE   vargrid  _extra   ex     ENDIF    ENDIF      attribution du mask et des tableaux de longitude et latitude      grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz  e1  e2  e3  WDEPTH   wdepth     I 3  si dirt eq 1 on fait la moyenne temporelle et on envoie ds moyenne     if dirt EQ 1 AND NOT keyword_set spatialfirst  then begin     if dim EQ 3d then BEGIN        case 1 of         taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpt:             res   tab firstx:firstx nx 1                         firsty:firsty ny 1            taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpt:res   tab         else:BEGIN            if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat            return  report Probleme d adequation entre les tailles du domaine nx ny jpt  strtrim nx  1 strtrim ny  1 strtrim jpt  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1 strtrim taille 3  1          END       ENDCASE       if keyword_set integration  then begin         res   total res  3  nan   nan        ENDIF ELSE BEGIN         if keyword_set nan  then BEGIN           divi   finite res            divi   total temporary divi  3            notanum   where divi EQ 0            res   total res  3  nan   keyword_set nan   1   divi            if notanum 0  NE  1 then res temporary notanum     values f_nan         ENDIF ELSE res   total res  3 1 taille 3         ENDELSE     ENDIF ELSE BEGIN       case 1 of         taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpk and taille 4  eq jpt:             res   tab firstx:lastx  firsty:lasty  firstz:lastz            taille 1  eq jpi and taille 2  eq jpj and taille 3  eq nz and taille 4  eq jpt:             res   tab firstx:lastx  firsty:lasty              taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq nz and taille 4  eq jpt:res   tab         taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpk and taille 4  eq jpt:             res   tab    firstz:lastz            else:BEGIN             if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat            return  report Probleme d adequation entre les tailles du domaine nx ny nz jpt                               strtrim nx  1 strtrim ny  1 strtrim nz  1                              strtrim jpt  1  et du tableau  strtrim taille 1  1                              strtrim taille 2  1 strtrim taille 3  1                              strtrim taille 4  1          END         endcase       if keyword_set integration  then begin         res   total res  4  nan   nan        ENDIF ELSE BEGIN         if keyword_set nan  then begin           divi   finite res            divi   total temporary divi  4            notanum   where divi EQ 0            res   total res  4   nan 1   divi            if notanum 0  NE  1 then res temporary notanum     values f_nan         ENDIF ELSE res   total res  4 1 taille 4        ENDELSE     ENDELSE     if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return   moyenne temporary res  direc  BOXZOOM   boxzoom  NAN   nan  INTEGRATION   integration  NODOMDEF   nodomdef  WDEPTH   wdepth  _extra   ex    ENDIF ELSE res   tab   IF jpt EQ 1 THEN BEGIN     if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return  moyenne reform res   over  direc  BOXZOOM   boxzoom  NAN   nan  INTEGRATION   integration  NODOMDEF   nodomdef  WDEPTH   wdepth  _extra   ex    END       II  Cas serie tableaux 2d  tab3d        if  dim eq  3d  then begin       II 1  verification de la coherence de la taille du tableau a     moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef   le tableau en entree doit avoir soit la taille du domaine total    jpi jpj jpt  soit celle du domaine reduit  nx ny jpt        case 1 of       taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpt:           res   tab firstx:firstx nx 1                       firsty:firsty ny 1          taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpt:res   tab       else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny jpt  strtrim nx  1 strtrim ny  1 strtrim jpt  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1 strtrim taille 3  1        enD     endcase     if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 then BEGIN        res   reform res  nx  ny  jpt   over        e1    reform e1  nx  ny   over        e2    reform e2  nx  ny   over      endif     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN         mask    reform mask  nx  ny  nz   over      II 3  differents types de moyennes       if keyword_set nan  NE 0 then msknan   finite res  ELSE msknan    1     mask   mask    0      case 1 of        dirx eq 1  and  diry eq 0  : begin         e   temporary e1 temporary mask          echelle    temporary e replicate 1  jpt          echelle   reform echelle  nx  ny  jpt   over          if keyword_set integration  then divi   1 ELSE BEGIN            IF msknan 0  NE  1 THEN divi   total echelle msknan  1              ELSE divi   total echelle  1          ENDELSE         res   total temporary res echelle  1  nan   nan divi   1          if msknan 0  NE  1 then BEGIN           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  1                 total temporary echelle  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  : begin         e   temporary e2 temporary mask          if nx EQ 1 OR ny EQ 1 then e   reform e  nx  ny   over          echelle    temporary e replicate 1  jpt          echelle   reform echelle  nx  ny  jpt   over          if keyword_set integration  then divi   1 ELSE BEGIN            IF msknan 0  NE  1 THEN divi   total echelle msknan  2              ELSE divi   total echelle  2          ENDELSE          res   total temporary res echelle  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  2                 total temporary echelle  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  : begin         echelle    temporary e1 temporary e2 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  jpt   over          if keyword_set integration  then divi   1 ELSE BEGIN            IF msknan 0  NE  1 THEN divi   total total echelle msknan  1  1              ELSE divi   total total echelle  1  1          ENDELSE         res   total temporary total temporary res echelle  1  nan   nan  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  1  1                 total total temporary echelle  1  1  EQ 0          endif       end     endcase   endif       III  Cas serie tableaux 3d  tab4d      if  dim eq  4d  then begin     III 1  verification de la coherence de la taille du tableau a   moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef    le tableau en entree doit avoir soit la taille du domaine total    jpi jpj jpk jpt  soit celle du domaine reduit  nx ny ny jpt        case 1 of       taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpk and taille 4  eq jpt:           res   tab firstx:lastx  firsty:lasty  firstz:lastz          taille 1  eq jpi and taille 2  eq jpj and taille 3  eq nz and taille 4  eq jpt:           res   tab firstx:lastx  firsty:lasty            taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq nz and taille 4  eq jpt:res   tab       taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpk and taille 4  eq jpt:           res   tab    firstz:lastz          else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny nz jpt                             strtrim nx  1 strtrim ny  1 strtrim nz  1                            strtrim jpt  1  et du tableau  strtrim taille 1  1                            strtrim taille 2  1 strtrim taille 3  1                            strtrim taille 4  1        END     endcase     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 OR jpt EQ 1 then res   reform res  nx  ny  nz  jpt   over      if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 OR nz EQ 1 then BEGIN        res   reform res  nx  ny  nz  jpt   over        mask    reform mask  nx  ny  nz   over      ENDIF     IF keyword_set key_partialstep  THEN BEGIN   the top of the ocean floor is       IF vargrid EQ  T  OR vargrid EQ  W  THEN bottom   total mask  3          ELSE bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3     we suppress columns with only ocean or land        good   where bottom NE 0 AND bottom NE nz    the bottom of the ocean in 3D index is:       bottom   lindgen nx ny temporary bottom 1L nx ny       IF good 0  NE  1 THEN bottom   bottom good          ELSE bottom    1     ENDIF ELSE bottom    1     III 2  differents types de moyennes       IF keyword_set nan  NE 0 THEN msknan   finite res  ELSE msknan    1     case 1 of        dirx eq 1  and  diry eq 0  and  dirz eq 0  : BEGIN         e13    temporary e1 replicate 1  nz          e13   reform e13  nx  ny  nz   over          echelle    temporary e13 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz  jpt              nan   1           ENDIF           bottom   bottom replicate 1  jpt      4D bottom                replicate 1  n_elements bottom nx ny nz lindgen jpt            msknan bottom    0           res temporary bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total echelle msknan  1              ELSE divi   total echelle  1          endelse         res   temporary res echelle         res   total temporary res  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  1                 total temporary echelle  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 0  : begin         e23   temporary e2 replicate 1  nz          e23   reform e23  nx  ny  nz   over          echelle    temporary e23 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           bottom   bottom replicate 1  jpt      4D bottom                replicate 1  n_elements bottom nx ny nz lindgen jpt            msknan bottom    0           res temporary bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total echelle msknan  2              ELSE divi   total echelle  2          endelse         res   total temporary res echelle  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  2                 total temporary echelle  2  EQ 0          endif       end        dirx eq 0  and  diry eq 0  and  dirz eq 1  : begin         e33   replicate 1  1 nx ny e3         e33   reform e33  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e33 bottom     e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e33 bottom     e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e33 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total echelle msknan  3              ELSE divi   total echelle  3          endelse         res   total temporary res echelle  3  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  3                 total temporary echelle  3  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 0  : begin         e13   e1 replicate 1  nz          e13   reform e13  nx  ny  nz   over          e23   e2 replicate 1  nz          e23   reform e23  nx  ny  nz   over          echelle    temporary e13 temporary e23 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           bottom   bottom replicate 1  jpt      4D bottom                replicate 1  n_elements bottom nx ny nz lindgen jpt            msknan bottom    0           res temporary bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total echelle msknan  1  1              ELSE divi   total total echelle  1  1          endelse         res   total total temporary res echelle  1  nan   nan  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  1  1                 total total temporary echelle  1  1  EQ 0          endif       end        dirx eq 1  and  diry eq 0  and  dirz eq 1  : begin         e133   e1 e3         IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e133 bottom     e1 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e133 bottom     e1 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e133 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total echelle msknan  1  2              ELSE divi   total total echelle  1  2          endelse         res   total total temporary res echelle  1  nan   nan  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  1  2                 total total temporary echelle  1  2  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 1  : begin         e233   e2 e3         IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e233 bottom     e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e233 bottom     e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e233 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total echelle msknan  2  2              ELSE divi   total total echelle  2  2          endelse         res   total total temporary res echelle  2  nan   nan  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  2  2                 total total temporary echelle  2  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 1  : begin         e1233    e1 e2 e3         IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e1233 bottom     e1 e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e1233 bottom     e1 e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e1233 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total total echelle msknan  1  1  1              ELSE divi   total total total echelle  1  1  1          endelse         res   total total total temporary res echelle  1  nan   nan  1  nan   nan  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total total temporary testnan  1  1  1                 total total total temporary echelle  1  1  1  EQ 0          endif       end     endcase   endif     if dirt EQ 1 AND keyword_set spatialfirst  then BEGIN     IF  reverse size res   dimension 0  NE jpt THEN BEGIN       print   the last dimension of res is not equal to jpt:  strtrim jpt  2        if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat        return   1     ENDIF     tdim   size res   n_dimensions      if keyword_set integration  then res   total res  tdim  nan   nan        ELSE BEGIN        if keyword_set nan  then BEGIN          testnan   testnan  divi      ENDELSE    ENDIF      IV   finitions       IV 1  on masque les terres par une valeur a 1e 20     valmask   1e 20   terre   where divi EQ 0    IF terre 0  NE  1 THEN BEGIN      res temporary terre    1e 20   ENDIF      IV 2  on remplace  quand nan ne 1   values f_nan par nan     if keyword_set nan  NE 0 then BEGIN      puttonan   where temporary testnan  EQ 0      if puttonan 0  NE  1 then res temporary puttonan     values f_nan     if nan NE 1 then BEGIN        notanumber   where finite res  eq 0        if notanumber 0  NE  1 then res temporary notanumber    nan     ENDIF   ENDIF     IV 3  on se remplace ds le sous domaine qui etait definit a l entree de   moyenne      if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat      if keyword_set key_performance  THEN print   temps grossemoyenne  systime 1 tempsun    return  res     end");
-a[160] = new Array("./ToBeReviewed/CALCULS/hdyn.html", "hdyn.pro", "", "          NAME:hdyn     PURPOSE:calcule la hauteur dynamique par rapport a un etat de   reference pour une profondeur de reference  Cf les mots cles pour   les differentes possibilites     Par defaut l etat de reference est   rho 1020 et la profondeur de reference est gdepw ka  avec ka le   premier niveau W directement au dessus de 1000 m       CATEGORY: calculs de post traitement     CALLING SEQUENCE:res hdyn sn tn      INPUTS:sn et tn sont des tableaux de meme taille representant la   salinite et la temperature      KEYWORD PARAMETERS:            GILL: activer cette cle si on veut faire le calcul de la          hauteur dynamique comme ds le GILL page 215 cad par rapport a          un etat de reference qui varie en profondeur et qui est          determine par une temperature de reference tref a 0 degre et          une salinite de reference sref a 35psu            LEVEL: C est le niveau de reference a prendre  Ce niveau est          definit tel que gdepw level  est la profondeur de reference            SREF: donner une valeur a ce mot cle pour changer la salinite          de reference utiliser ds le calcul lorsque GILL est active                TREF: donner une valeur a ce mot cle pour changer la temperature          de reference utiliser ds le calcul lorsque GILL est active             PROFREF: donner a ce mot cle une profondeur qui sera prise comme          la profondeur de reference  ds ce cas LEVEL n  a aucun          effet  le calcul sera alors effectue jusqu a cette          profondeur en effectuant une interpolation entre le dernier          niveau W au dessus de PROFREF et PROFREF             SURFACE_LEVEL: C est le niveau auquel on veut calculer la          hauteur dynamique  Par defaut c est le niveau 0      OUTPUTS:un tableau de la meme taille que sn et tn representant la   hauteur dynamique calculee a partir d une profondeur de reference   et par rapport a un etat de reference      COMMON BLOCKS:  common pro     SIDE EFFECTS:   les points pour lesquels on nje peut calcule la hauteur dynamique    dont la batymetrie est moins profonde que la profondeur de   reference  sont mis a la valeur  values f_nan     RESTRICTIONS:approximation: la pression en decibars est egale a la   profondeur en metres  la pression augmente de 1bar tous les 10m      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr            FUNCTION hdyn   tabsn  tabtn  TREF   tref   SREF   sref  PROFREF   profref  LEVEL   level  GILL   gill  SURFACE_LEVEL   surface_level    tempsun   systime 1            pour key_performance  common     if NOT keyword_set surface_level  then surface_level   0   utile si GILL est active    if NOT keyword_set tref  then tref   0     if NOT keyword_set sref  then sref   35    on determine si besoin est la profondeur de reference et le niveau   W situe directement au dessus     if keyword_set profref  then begin       rien   where gdepw LE profref  level        level   level 1       za   gdepw level     ENDIF ELSE BEGIN        if NOT keyword_set level  then BEGIN           rien   where gdepw LE 1000  level           level   level 1       ENDIF       profref   gdepw level        za   profref    ENDELSE     tailles   size tabsn     taillet   size tabtn     if total tailles 0:tailles 0  NE taillet 0:taillet 0  NE 0 then       return   report Les tableaux sn et tn doivent avoir la meme taille     if tailles 3  NE jpk then return  report La dim verticale des tableaux sn et tn doit etre egalre a jpk     nx   nxt    ny   nyt    case  size tabsn 0  OF       3:BEGIN           case 1 of             tailles 1  eq jpi and tailles 2  eq jpj: BEGIN                sn   tabsn firstxt:lastxt  firstyt:lastyt                   tn   tabtn firstxt:lastxt  firstyt:lastyt                end             tailles 1  eq  nx and tailles 2  eq  ny:BEGIN                 sn   tabsn                tn   tabtn             end             else:return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if keyword_set gill  then             rhonref   rhon replicate sref nx  ny  jpk replicate tref nx  ny  jpk   insitu             ELSE rhonref   1020           vol rhonref rhon sn tn   insitu rhonref          e33d   replicate 1  nx ny e3t          e33d   reform e33d  nx  ny  jpk   over           terre   where tmask firstxt:lastxt  firstyt:lastyt    EQ 0           if terre 0  NE  1 then vol terre     values f_nan          case level of             0:hdyn  100 profref gdepw 0 vol    0              1:hdyn  100 vol e33d    0 profref gdepw 1 vol    1              ELSE:hdyn  100 total   vol e33d    surface_level: level 1  3                  profref gdepw level vol    level           endcase       END       4:BEGIN           case 1 of             tailles 1  eq jpi and tailles 2  eq jpj AND tailles 4  EQ jpt: BEGIN                sn   tabsn firstxt:lastxt  firstyt:lastyt                     tn   tabtn firstxt:lastxt  firstyt:lastyt                  end             tailles 1  eq  nx and tailles 2  eq  ny AND tailles 4  EQ jpt:BEGIN                 sn   tabsn                tn   tabtn             end             else:return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          if keyword_set gill  then             rhonref   rhon replicate sref nx  ny  jpk  jpt replicate tref nx  ny  jpk  jpt   insitu             ELSE rhonref   1020           vol rhonref rhon sn tn   insitu rhonref          e33d   replicate 1  nx ny e3t          e33d   e33d replicate 1  jpt           e33d   reform e33d  nx  ny  jpk  jpt   over           mask   tmask firstxt:lastxt  firstyt:lastyt             mask   mask replicate 1  jpt           terre   where mask EQ 0           if terre 0  NE  1 then vol terre     values f_nan          case level of             0:hdyn  100 profref gdepw 0 vol    0                1:hdyn  100 vol e33d    0   profref gdepw 1 vol    1                ELSE:hdyn  100 total   vol e33d    surface_level: level 1    3                  profref gdepw level vol    level             endcase       END       ELSE: return   report cas non code     ENDCASE    varunit    cm     varname    Dynamic Height  href strtrim round profref  1 m     IF keyword_set key_performance  THEN print   temps hdyn  systime 1 tempsun      return  hdyn end");
-a[161] = new Array("./ToBeReviewed/CALCULS/level2depth.html", "level2depth.pro", "", "            NAME:level2depht     PURPOSE: permet de passer d un tableau 2d de niveau au   tableau 2d de profondeur correspondant a ces niveaux     CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res level2depth niveau      INPUTS: niveau tableau 2d de niveaux seuil  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:          NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d contenant des profondeurs     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999                         14 6 2000 accepte  values f_nan         FUNCTION level2depth  tab  NOMASK   nomask    tempsun   systime 1            pour key_performance  common     lecture du champ d entree et recuperation de la taille du sous   domaine utilise      niveaux   litchamp tab     grille mask   1   1 gdep nx ny nz firstx firsty firstz lastx lasty lastz     verification de la coherence entre la taille du tableau et le domaine definit par domdef      taille   size niveaux     if taille 0  NE 2 then return  report le champ en entree doit contenir un tableau 2d     case 1 of       taille 1  eq jpi and taille 2  eq jpj:niveaux niveaux firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du champ     endcase       wherenan   where finite niveaux   nan  EQ 1     if wherenan 0  NE  1 then niveaux wherenan    0    niveaux   0   niveaux    jpk 1       gdep   replicate 1  nx ny gdep    niveaux   lindgen nx ny nx ny niveaux    gdep   reform gdep niveaux  nx  ny       if wherenan 0  NE  1 then gdep wherenan     values f_nan    if NOT keyword_set nomask  then begin       if n_elements valmask  EQ 0 then valmask   1e20       terre   where mask    0  EQ 0        if terre 0  NE  1 then gdep terre    valmask    endif      if keyword_set key_performance  THEN print   temps level2depth  systime 1 tempsun     return  gdep end");
-a[162] = new Array("./ToBeReviewed/CALCULS/level2index.html", "level2index.pro", "", "          NAME:level2index     PURPOSE: on veut ds une matrice 3d extraire un tableau 2d  x y  dont   chacun des elements a ete extrait a un niveau specifie par le   tableau 2d level  typiquement  on veut obtenir la salinite le long   d une isopycne que l on a reperee par son niveau    level2index est une fonction qui donne en fonction de level un   tableau 2d d indice qui permettra d extraire le tableau 2d du   tableau 3d      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: index level2index level       INPUTS:level: un tableau 2d de niveaux     KEYWORD PARAMETERS:     OUTPUTS: untableau 2d d indices     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         24 11 1999         FUNCTION level2index  level   un elements de tableau 3d  dont les 2 premieres dimensions sont nx et   ny  dont les coordonnes sont i  j et k a pour indice ds le meme   tableau 3d  i   j nx   k nx ny    level etant donne  pour chaque points de level on connait i  j et k    on peut donc calculer l indice     taille   size level     nx   taille 1     ny   taille 2    tableau k nx ny     tabknxny    nx ny long level         return  lindgen nx  ny tabknxny end");
-a[163] = new Array("./ToBeReviewed/CALCULS/level2mask.html", "level2mask.pro", "", "          NAME:level2mask     PURPOSE: permet de passer d un tableau 2d de niveau seuil au   tableau 3d de mask avec des 1 ds les niveaux au dessus du   niveau seuil et des 0 en dessous  et sur      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res level2mask niveau      INPUTS: niveau tableau 2d de niveaux seuil  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:     OUTPUTS: un tableau 3d contenant le mask associe au tableau 2d de   niveaux seuil     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999   Setp 2004: boundary level have 0 values and not 1  as it was   explained before in the header  see:   print  array_equal niveau  total level2mask niveau 3            FUNCTION level2mask  tab      tempsun   systime 1            pour key_performance  common     lecture du champ d entree et recuperation de la taille du sous   domaine utilise      niveaux   litchamp tab     grille maskterre   1   1   1 nx ny nz firstx firsty firstz lastx lasty lastz     verification de la coherence entre la taille du tableau et le domaine definit par domdef      IF ny EQ 1 THEN niveaux   reform niveaux  nx  ny   over     taille   size niveaux     if taille 0  NE 2 then return  report le champ en entree doit contenir un tableau 2d     case 1 of       taille 1  eq jpi and taille 2  eq jpj:niveaux niveaux firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du champ     endcase       on transforme le tableau 2d de niveaux en tableau 3d de mask      mask   reform  niveaux 1 indgen nz 1  nx  ny  nz      mask   floor temporary mask    1    mask   temporary mask temporary maskterre           if keyword_set key_performance  THEN print   temps level2mask  systime 1 tempsun     return  mask end");
-a[164] = new Array("./ToBeReviewed/CALCULS/moyenne.html", "moyenne.pro", "", "          NAME: moyenne     PURPOSE:  averages a 2  or 3 d field over a selected             geographical area and along one ore more      selected axes  x  y or z      CATEGORY:     CALLING SEQUENCE: result   moyenne tab direc BOXZOOM boxzoom      INPUTS: tab   2 or 3d field  direc    x   y   z   xy   xz   yz  or  xyz      KEYWORD PARAMETERS:    BOXZOOM    xmin xmax ymin ymax  zmin zmax  pour plus  de detail cf domdef                  boxzoom peut prendre 5 formes:                   vert2   vert1  vert2 lon1  lon2  lat1  lat2                     lon1  lon2  lat1  lat2  vert2 lon1  lon2  lat1                  lat2  vert1 vert2                    NAN: not a number  a activer si l on peut faire veut                 faire une moyenne sans tenir compte de certaines                 valeurs masques de tab                  si les valeurs masques de tab sont la valeur consacree                 par IDL  values f_nan  il suffit de mettre  NAN                  si les valeurs masques de tab on pour valeur a  a doit                 etre differente de 1  correspond a nan                    values f_nan  et de 0  qui desactive nan                  il faut mettre NAN a                   Rq: en sorties les points de result qui sont NAN                 auront pour valeur a ou  values f_nan                    NODOMDEF: activer si l on ne veut pas passer ds                 domdef bien que le mot cle boxzoom soit present  comme                 c est le cas qd moyenne est appelee via checkfield                                 INTEGRATION: pour faire une integrale plutot qu une moyenne               WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W                  OUTPUTS:  result:un tableau      COMMON BLOCKS:  common   domdef     SIDE EFFECTS:met les valeurs correspondants a la terre a 1e20     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Jerome Vialard  jv lodyc jussieu fr   2 7 98                         Sebastien Masson  smasson lodyc jussieu fr                          mise au propre de certains truc  les terres                          14 8 98                         15 1 98                         11 3 99 adaptation pour NAN                         28 7 99 moyennes tableaux 1d         PLAN DU PROGRAMME:      I  preliminaires     I 1  determination des directions de moyennes d apres direc     I 2  verification de la taille du tableau d entree     I 3  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne       moyennes pour les tableaux 1d  x y   II  moyennes pour les tableaux 2d  x y      II 1  verification de la coherence de la taille du tableau a     moyenner      II 2  differents types de moyennes possibles  III  moyennes pour les tableaux 3d  x y z      III 1  verification de la coherence de la taille du tableau a     moyenner      III 2  differents types de moyennes possibles  IV   finitions     IV 1  on masque les terres par une valeur a 1e 20     IV 2  on remplace  quand nan ne 1   values f_nan par nan     IV 3  on revient au sous domaine initial      function moyenne  tab  direc  BOXZOOM   boxzoom  INTEGRATION   integration                       NAN   nan  NODOMDEF   nodomdef  WDEPTH   wdepth                       _extra   ex    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance    I  preliminaires     dirt   0   dirx   0   diry   0   dirz   0     I 1  direction s  suivants lesquelles on integre     if   strpos direc   t  ge 0   then dirt   1   if   strpos direc   x  ge 0   then dirx   1   if   strpos direc   y  ge 0   then diry   1   if   strpos direc   z  ge 0   then dirz   1   if  dirx eq 0 and diry eq 0 and dirz eq 0  then return  tab     I 2  verification de la taille du tableau d entree     taille   size tab    case 1 of     taille 0  eq 1 :dim    1d      taille 0  eq 2 :BEGIN       dim    2d        if dirx eq 0 and diry eq 0 then return  tab     END     taille 0  eq 3 :BEGIN       dim    3d        if dirx eq 0 and diry eq 0 and dirz eq 0 then return  tab     END     else : return  report Le tableau d entree doit etre a 2 ou 3 dimensions s il contient une dim temporelle utiliser grossemoyenne    endcase       I 3  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne    redefinition du domaine ajuste a boxzoom  a 6 elements    ceci va nous permetre de faire les calcules que sur le sous domaine   comcerne par la moyenne  domdef  suivit de grille nous donne tous   les tableaux de la grille sur le sous domaine      if keyword_set boxzoom  then BEGIN      Case 1 Of       N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0        N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1        N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2        N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4        N_Elements Boxzoom  Eq 6:bte   Boxzoom       Else: return  report Mauvaise Definition de Boxzoom      endcase     if NOT keyword_set nodomdef  then BEGIN        savedbox   1b       saveboxparam   boxparam4moyenne dat        domdef  bte  GRIDTYPE   vargrid  _extra   ex     ENDIF    ENDIF      attribution du mask et des tableaux de longitude et latitude      IF vargrid EQ  W  THEN wdepth   1   grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz  e1  e2  e3  WDEPTH   wdepth       II  Cas du tableau 1d       if dim EQ  1d  then BEGIN     if n_elements tab  NE nx ny AND n_elements tab  NE nx ny nz then BEGIN       if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat        return  report Probleme d adequation entre les tailles du domaine et de la boxzoom      ENDIF     case 1 of       nx EQ 1 AND ny EQ 1:BEGIN  vecteur suivant z         case n_elements tab  of           jpk:res   tab firstz:lastz            nz:res   tab           ELSE:BEGIN              if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat              return  report Probleme d adequation entre les tailles du domaine et de la boxzoom            END         ENDCASE         if dirz EQ 1 then BEGIN            dim    3d             taille   size reform res  nx  ny  nz          ENDIF ELSE BEGIN           if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat            return  res         ENDELSE        END       ny EQ 1:BEGIN              vecteur suivant x         case n_elements tab  of           jpi:res   tab firstx:lastx            nx:res   tab           ELSE:BEGIN              if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat              return  report Probleme d adequation entre les tailles du domaine et de la boxzoom            END         ENDCASE         if dirx EQ 1 then BEGIN            dim    2d             taille   size reform res  nx  ny          ENDIF ELSE BEGIN            if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat            return  res         ENDELSE       END       nx EQ 1:BEGIN              vecteur suivant y         case n_elements tab  of           jpj:res   tab firsty:lasty            ny:res   tab           ELSE:BEGIN              if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat              return  report Probleme d adequation entre les tailles du domaine et de la boxzoom            END         ENDCASE         if diry EQ 1 then BEGIN           dim    2d            taille   size reform res  nx  ny          ENDIF ELSE BEGIN            if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat            return  res         ENDELSE        END     endcase   endif       II  Cas du tableau 2d       if  dim eq  2d  then begin       II 1  verification de la coherence de la taille du tableau a     moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef   le tableau en entree doit avoir soit la taille du domaine total    jpi jpj  soit celle du domaine reduit  nx ny        case 1 of       taille 1  eq jpi and taille 2  eq jpj:           res   tab firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:res   tab       else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny  strtrim nx  1 strtrim ny  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1        END     ENDCASE     if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 then BEGIN        res   reform res  nx  ny   over        e1    reform e1  nx  ny   over        e2    reform e2  nx  ny   over      endif     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN         mask    reform mask  nx  ny  nz   over      II 3  differents types de moyennes       mask   mask    0      if keyword_set nan  NE 0 then msknan   finite res  ELSE msknan    1     case 1 of        dirx eq 1  and  diry eq 0  : begin         e   e1 mask         if keyword_set integration  then divi   1           else begin            divi   e           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if ny EQ 1 then divi   reform divi  nx  ny   over            divi   total divi  1          endelse         res   res e         if ny EQ 1 then res   reform res  nx  ny   over          res   total res  1  nan   nan divi   1          if msknan 0  NE  1 then begin           testnan    msknan mask           if ny EQ 1 then testnan   reform testnan  nx  ny   over            testnan   total testnan  1 total mask  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  : begin         e   e2 mask         if keyword_set integration  then divi   1           else begin            divi   e           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if ny EQ 1 then divi   reform divi  nx  ny   over            divi   total divi  2          endelse         res   res e         if ny EQ 1 then res   reform res  nx  ny   over          res   total res  2  nan   nan divi   1          if msknan 0  NE  1 then begin           testnan    msknan mask           if ny EQ 1 then testnan    reform testnan  nx  ny   over            testnan   total testnan  2 total mask  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  : begin         if keyword_set integration  then divi   1 else BEGIN            IF msknan 0  NE  1 THEN divi   total e1 e2 mask msknan              ELSE divi   total e1 e2 mask          ENDELSE          res   total res e1 e2 mask  nan   nan divi   1          if msknan 0  NE  1 then begin           testnan    msknan mask           testnan   total testnan total mask  EQ 0          endif       end     endcase   endif       III  Cas du tableau 3d       if  dim eq  3d  then begin     III 1  verification de la coherence de la taille du tableau a   moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef    le tableau en entree doit avoir soit la taille du domaine total    jpi jpj jpk  soit celle du domaine reduit  nx ny ny        case 1 of       taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpk:           res   tab firstx:lastx  firsty:lasty  firstz:lastz        taille 1  eq jpi and taille 2  eq jpj and taille 3  eq nz:           res   tab firstx:lastx  firsty:lasty          taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq nz :res   tab       taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpk :           res   tab    firstz:lastz        else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny nz  strtrim nx  1 strtrim ny  1 strtrim nz  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1 strtrim taille 3  1        END     endcase     if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 OR nz EQ 1 then BEGIN        res   reform res  nx  ny  nz   over        e1    reform e1  nx  ny   over        e2    reform e2  nx  ny   over      endif     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN         mask    reform mask  nx  ny  nz   over      IF keyword_set key_partialstep  THEN BEGIN   the top of the ocean floor is       IF vargrid EQ  T  OR vargrid EQ  W  THEN bottom   total mask  3          ELSE bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3     we suppress columns with only ocean or land        good   where bottom NE 0 AND bottom NE nz    the bottom of the ocean in 3D index is:       bottom   lindgen nx ny temporary bottom 1L nx ny       IF good 0  NE  1 THEN bottom   bottom good          ELSE bottom    1     ENDIF ELSE bottom    1     III 2  differents types de moyennes       if keyword_set nan  NE 0 then msknan   finite res  ELSE msknan    1     case 1 of        dirx eq 1  and  diry eq 0  and  dirz eq 0  : begin         e13   e1 replicate 1  nz          e13   reform e13  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           msknan bottom    0           res bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 else begin           divi   e13 mask           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total divi  1          ENDELSE         res   res e13 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total res  1  nan   nan divi   1          e13   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total testnan  1 total mask  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 0  : begin         e23   e2 replicate 1  nz          e23   reform e23  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           msknan bottom    0           res bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 else begin           divi   e23 mask           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total divi  2          ENDELSE         res   res e23 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total res  2  nan   nan divi   1          e23   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan   reform testnan  nx  ny  nz   over            testnan   total testnan  2 total mask  2  EQ 0          endif       end        dirx eq 0  and  diry eq 0  and  dirz eq 1  : begin         e33   replicate 1  1 nx ny e3         e33   reform e33  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e33 bottom     e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e33 bottom     e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else begin           divi   e33 mask           if msknan 0  NE  1 then divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total divi  3          ENDELSE         res   res e33 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total res  3  nan   nan divi   1          e33   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total testnan  3 total mask  3  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 0  : begin         e123    e1 e2 replicate 1  nz          e123   reform e123  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           msknan bottom    0           res bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 else BEGIN            divi   e123 mask           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total total divi  1  1          ENDELSE         res   res e123 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total total res  1  nan   nan  1  nan   nan     divi   1          e123   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total total testnan  1  1 total total mask  1  1  EQ 0          endif       end        dirx eq 1  and  diry eq 0  and  dirz eq 1  : begin         e133   e1 e3         e133   reform e133  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e133 bottom     e1 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e133 bottom     e1 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else BEGIN            divi   e133 mask           if msknan 0  NE  1 then divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total total divi  1  2          ENDELSE         res   res e133 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total total res  1  nan   nan  2  nan   nan     divi   1          e133   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total total testnan  1  2 total total mask  1  2  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 1  : begin         e233   e2 e3         e233   reform e233  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e233 bottom     e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e233 bottom     e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else BEGIN            divi   e233 mask           if msknan 0  NE  1 then divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total total divi  2  2          ENDELSE         res   res e233 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total total res  2  nan   nan  2  nan   nan     divi   1          e233   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total total testnan  2  2 total total mask  2  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 1  : begin         e1233    e1 e2 e3         e1233   reform e1233  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e1233 bottom     e1 e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e1233 bottom     e1 e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else BEGIN            if msknan 0  NE  1 then divi   total e1233 mask msknan              ELSE divi   total e1233 mask          ENDELSE         res   total res e1233 mask  nan   nan     divi   1          e1233   1         if msknan 0  NE  1 then begin           testnan    msknan mask           testnan   total testnan total mask  EQ 0          endif       end     endcase   endif      IV   finitions       IV 1  on masque les terres par une valeur a 1e 20     valmask   1e 20   terre   where divi EQ 0    IF terre 0  NE  1 THEN BEGIN     res terre    1e 20   ENDIF       IV 2  on remplace  quand nan ne 1   values f_nan par nan     if keyword_set nan  NE 0 then BEGIN      puttonan   where testnan EQ 0      if puttonan 0  NE  1 then res puttonan     values f_nan     if nan NE 1 then BEGIN        notanumber   where finite res  eq 0        if notanumber 0  NE  1 then res notanumber    nan     ENDIF   ENDIF     IV 3  on se remplace ds le sous domaine qui etait definit a l entree de   moyenne      if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat      if keyword_set key_performance  THEN print   temps moyenne  systime 1 tempsun    return  res     end");
-a[165] = new Array("./ToBeReviewed/CALCULS/norme.html", "norme.pro", "", "          NAME:norme     PURPOSE: calcule la norme d un champ de vecteurs  puis fait une   moyenne eventuelle             Rq1: le champ de vecteur peut etre  2d:xy  3d: xyz ou xyt             4d: xyzt            Rq2: le calcul de la norme est fait avant l eventuelle            moyenne spatiale ou temporelle car la moyenne de la norme            n est pas egale a la norme des moyennes      CATEGORY: calcul de post traitement     CALLING SEQUENCE:res norme champ_de_vecteurs      INPUTS:un tableau 2d  3d ou 4d     KEYWORD PARAMETERS:           BOXZOOM: boxzoom sur laquelle moyenner  par defaut le domaine         selectionner par le dernier domdef effectue            DIREC: t   x   y   z   xy   xz   yz   xyz   xt   yt   zt   xyt           xzt   yzt   xyzt  directions selon lesquelles effectuer les         moyennes      OUTPUTS:tableau a tracer avec plt  pltz ou pltt      COMMON BLOCKS:  common pro     SIDE EFFECTS:          La norme est calculee aux points T  Pour faire ce calcul  on        moyenne les champs U et V aux points T avant de calculer la norme         Au bord des cotes et du domaine  on ne peut pas calculer les        champs U et V aux points T  ces points sont donc a la valeur         values f_nan             lorsqu on fait le calcul sur un domaine geographique reduit         les champs U et V ne comprennent pas forcement le meme nombre        de points  Dans ce cas on redecoupe U et V pour ne garder que        les points en commun  Au passage on refait un domdef qui        redefinit un domaine geographique sur lequel les champs U et V        sont extraits sur les meme points      RESTRICTIONS:          pour savoir a quel type de tableau on a a faire  on teste la        taille de celui ci et les dates donnees par time 0  et        time jpt 1  pour savoir si il y a une dimension        temporelle  Avant de lancer norme s assurer que time et jpt        sont bien definis comme il faut       EXAMPLE:         pour calculer la moyenne de la norme des courants sur tout le       dommaine entre 0 et 50:        IDL  res norme un vn boxzoom 0 50 dir xyz      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          9 6 1999         FUNCTION norme  composanteu  composantev  BOXZOOM   boxzoom  DIREC   direc  _extra   ex    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      tempsun   systime 1            pour key_performance      IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of norme is based on Arakawa C grid                            U and V grids must therefore be defined        if keyword_set boxzoom  then BEGIN      Case 1 Of       N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0        N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1        N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2        N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4        N_Elements Boxzoom  Eq 6:bte   Boxzoom       Else: return  report Mauvaise Definition de Boxzoom      ENDCASE     domdef  boxzoom   ENDIF       if NOT keyword_set direc  then direc   0   construction de u et v aux pts T    u   litchamp composanteu     v   litchamp composantev     date1   time 0     if n_elements jpt  EQ 0 then date2   date1 ELSE date2   time jpt 1      if  size u 0  NE  size v 0  then return    1     vargrid T     varname    norme      valmask   1e20      grilleu   litchamp composanteu   grid     if grilleu EQ   then grilleu    U     grillev   litchamp composantev   grid     if grillev EQ   then grillev    V     IF grilleu EQ  V  AND grillev EQ  U  THEN inverse   1    IF grilleu EQ  T  AND grillev EQ  T  THEN BEGIN        interpolle    0        return  report cas non code mais facile a faire     ENDIF ELSE interpolle   1    if keyword_set inverse  then begin       rien   u       u   v       v   rien    endif       on trouve les points que u et v ont en communs      indicexu    lindgen jpi firstxu:firstxu nxu 1     indicexv    lindgen jpi firstxv:firstxv nxv 1     indicex   inter indicexu  indicexv     indiceyu    lindgen jpj firstyu:firstyu nyu 1     indiceyv    lindgen jpj firstyv:firstyv nyv 1     indicey   inter indiceyu  indiceyv     nx   n_elements indicex      ny   n_elements indicey       case 1 of      xyz            size u 0  EQ 3 AND date1 EQ date2 :BEGIN             indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1           indice3d   lindgen jpi  jpj  jpk           indice3d   indice3d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case  size u 3  OF                   nzt:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1  ELSE u   u 1: nx                          IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1  ELSE v   v 1: nx                         IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u 0:ny 1  ELSE u   u  1: ny                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v 0:ny 1  ELSE v   v  1: ny                    end                   jpk:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1   firstzt:lastzt  ELSE u   u 1: nx   firstzt:lastzt                        IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1   firstzt:lastzt  ELSE v   v 1: nx   firstzt:lastzt                       IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u  0:ny 1 firstzt:lastzt  ELSE u   u  1: ny firstzt:lastzt                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v  0:ny 1 firstzt:lastzt  ELSE v   v  1: ny firstzt:lastzt                    end                   ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs                 endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND  size u 3  EQ jpk AND                 size v 1  EQ jpi AND  size v 2  EQ jpj AND  size u 3  EQ jpk :BEGIN                 u   u indice3d                 v   v indice3d              END             ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     on reform u et v pour s assurer qu aucune dimension n a ete ecrasee            if nzt EQ 1 then begin             u   reform u  nx  ny  nzt   over              v   reform v  nx  ny  nzt   over           endif     construction de u et v aux pts T            a u 0           u u shift u 1 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude            mask   tmask indice3d           if nzt EQ 1 then mask   reform mask  nx  ny  nzt   over             if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0   values f_nan          res 0   values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN res mask    valmask   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   moyenne res direc nan  boxzoom   boxzoom   nodomdef          END      xyt           date1 NE date2 AND  size u 0  EQ 3 :BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                      IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                     IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                    IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     construction de u et v aux pts T            a u 0           u u shift u 1 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude   on recupere la grille complette pour etablir un grand mask etendu ds les 4   directions pour couvrir les points pour lesquels un pt terre a ete pris en   compte  faire un petit dessin             mask   tmask indice2d jpi jpj firstzt           if ny EQ 1 then mask   reform mask  nx  ny   over      construction de terre qui contient tous les point a masquer            if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0   values f_nan          res 0   values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN BEGIN              coeftps   lindgen jpt nx ny             coeftps   replicate 1  n_elements mask coeftps             mask    temporary mask replicate 1  jpt              mask  temporary mask    temporary coeftps              res temporary mask    valmask          ENDIF   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   grossemoyenne res direc nan  boxzoom   boxzoom   nodomdef        END      xyzt           date1 NE date2 AND  size u 0  EQ 4:BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1           indice3d   lindgen jpi  jpj  jpk           indice3d   indice3d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case  size u 3  OF                   nzt:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1  ELSE u   u 1: nx                          IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1  ELSE v   v 1: nx                         IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u 0:ny 1  ELSE u   u  1: ny                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v 0:ny 1  ELSE v   v  1: ny                    end                   jpk:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1   firstzt:lastzt  ELSE u   u 1: nx   firstzt:lastzt                        IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1   firstzt:lastzt  ELSE v   v 1: nx   firstzt:lastzt                       IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u  0:ny 1 firstzt:lastzt  ELSE u   u  1: ny firstzt:lastzt                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v  0:ny 1 firstzt:lastzt  ELSE v   v  1: ny firstzt:lastzt                    end                   ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs                 endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND  size u 3  EQ jpk AND                 size v 1  EQ jpi AND  size v 2  EQ jpj AND  size u 3  EQ jpk :BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt                END             ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     construction de u et v aux pts T            a u 0           u u shift u 1 0 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude            mask   tmask indice3d           if nzt EQ 1 then mask   reform mask  nx  ny  nzt   over             if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0     values f_nan          res 0     values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN BEGIN              coeftps   lindgen jpt nx ny nzt             coeftps   replicate 1  n_elements mask coeftps             mask    temporary mask replicate 1  jpt              mask  temporary mask    temporary coeftps              res temporary mask    valmask          ENDIF   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   grossemoyenne res direc nan  boxzoom   boxzoom   nodomdef        END      xy           ELSE:BEGIN                 xy          indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                    IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                   IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny                  IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny              END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indice2d                 v   v indice2d              END             ELSE:return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     on reform u et v pour s assurer qu aucune dimension n a ete ecrasee            if ny EQ 1 then begin             u   reform u  nx  ny   over              v   reform v  nx  ny   over           endif     construction de u et v aux pts T            a u 0           u u shift u 1 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude   on recupere la grille complette pour etablir un grand mask etendu ds les 4   directions pour couvrir les points pour lesquels un pt terre a ete pris en   compte  faire un petit dessin             mask   tmask indice2d jpi jpj firstzt           if nyt EQ 1 THEN mask   reform mask  nx  ny   over      construction de terre qui contient tous les point a masquer            if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0 values f_nan          res 0 values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN res mask    valmask   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   moyenne res direc nan  boxzoom   boxzoom   nodomdef        END      endcase      if keyword_set key_performance  THEN print   temps norme  systime 1 tempsun     return  res end");
-a[166] = new Array("./ToBeReviewed/CALCULS/projectondepth.html", "projectondepth.pro", "", "          NAME:projectondepth     PURPOSE: routine permettant de projeter un champ 3d suivant un   tableau de profondeurs      CATEGORY: sans boucles     CALLING SEQUENCE:res projectondepth arrayin  depthin       INPUTS:         arrayin: un tableau 3d dont la 3eme dimension doit etre egale         a jpk         depthin: un tableau 2d indiquant n chaque point a quel         profondeur projeter            KEYWORD PARAMETERS:none     OUTPUTS:res: un tableau 2d projection du tableau 3d suivant les   profondeurs indiquees par depthin     COMMON BLOCKS:common pro     SIDE EFFECTS: points a  values f_nan qd calcul impossible  points   terres masques a Valmask      RESTRICTIONS:     EXAMPLE:     on contruit un tableau de profondeurs possibles     IDL  a gdept jpk 1 1 jpi jpj findgen jpi jpj    on contruit un tableau a projeter sur ces profondeurs  pour le test   on construit un tableau 3d dont chaque vecteur suivant z est la   profondeur       IDL  arraytest replicate 1 jpi jpj gdept     IDL  arraytest reform arraytest jpi jpj jpk   over    on test la projection du tabeau profondeur sur la profondeur      IDL  plt  1e6 a projectondepth arraytest a nocontour      champ nul a 1e 6 pres       verifcation en projettant la temperature sur la profondeur de la 20    degres par exemple      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 6 2000         FUNCTION projectondepth  arrayin  depthin    tempsun   systime 1            pour key_performance  common      depth   litchamp depthin     array   litchamp arrayin    petites verifications    tailledepth   size depth     taillearray   size array     if tailledepth 0  NE 2 THEN return  report Depth array must have 2 dimensions     if taillearray 0  NE 3 THEN return  report Array in must have 3 dimensions    verification de la coherence entre la taille du tableau et le   domaine     grille  mask   1   1   1 nx ny nz firstx firsty firstz lastx lasty lastz    case 1 of       tailledepth 1  eq jpi and tailledepth 2  eq jpj:depth depth firstx:lastx  firsty:lasty        tailledepth 1  eq  nx and tailledepth 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du tableau de profondeur     endcase    case 1 OF       taillearray 3  NE jpk:return  report Le tableau 3d doit avoir sa 3eme dimension egale a jpk        taillearray 1  eq jpi and taillearray 2  eq jpj:array array firstx:lastx  firsty:lasty          taillearray 1  eq  nx and taillearray 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du tableau de profondeur     endcase     c est parti      flevel   depth2floatlevel depth    on vire les points a  values f_nan    notanumber   where finite flevel   nan  EQ 1     if notanumber 0  NE  1 then flevel notanumber    0   on seuil  vire les points terres a valmask par ex     flevel   0   flevel    jpk 1       indexup   level2index floor flevel     indexlow   nx ny indexup    out   where indexlow GE nx ny jpk 1     if out 0  NE  1 then indexlow out    indexlow out nx ny      weight   flevel floor flevel     res   array indexup     res   res weight array indexlow res      on replace les points a  values f_nan    if notanumber 0  NE  1 then res notanumber     values f_nan    if out 0  NE  1 then res out     values f_nan   on masque les points terres a valmask    if n_elements valmask  EQ 0 then valmask   1e20    terre   where temporary mask    0  EQ 0     if terre 0  NE  1 then res terre    valmask      if keyword_set key_performance  THEN print   temps projectondepth  systime 1 tempsun     return  res end");
-a[167] = new Array("./ToBeReviewed/CALCULS/remplit.html", "remplit.pro", "", "          Extrapole zinout jpi jpj  sur les continents en utilisant les 4     plus proches voisins masques oceaniquement et construit un nouveau     masque     contenant l ancien masque oceanique PLUSles points extrapoles      Reitere le processus niter fois      C est pas clair  essayez                   Nan: to fill the point which have the value       values f_nan  Whitout this keyword  these point are not filling      and stays at  values f_nan        FUNCTION remplit  zinput  NAN   nan  NITER   niter  BASIQUE   basique  mask   mask  FILLXDIR   fillxdir  FILLYDIR   fillydir  FILLVAL   fillval  _extra   ex  common   tempsun   systime 1             pour key_performance   les points non remplis sont masques a valmask   IF n_elements niter  EQ 0 THEN niter   1   IF niter EQ 0 THEN return  zinput   z   zinput   if n_elements key_gridtype  EQ 0 then key_gridtype    c    if keyword_set basique  then begin     oldkey_gridtype   key_gridtype     key_gridtype    c      nx    size zinput 1      ny    size zinput 2      if NOT keyword_set mask  then mmmask   basique ELSE mmmask   mask     if  key_gridtype eq  e  then begin       case vargrid of          T :glam   glamt firstxt:lastxt  firstyt:lastyt           U :glam   glamu firstxu:lastxu  firstyu:lastyu        endcase     endif   ENDIF ELSE grille  mmmask  glam  gphi  gdep  nx  ny  nz  _extra   ex   if keyword_set mask  then mmmask   mask     if  size mmmask 0  EQ 3 THEN mmmask   mmmask    0      if n_elements mmmask  EQ 1 then mmmask   replicate 1b  nx  ny    if keyword_set nan  then begin     nanpoint   where finite z  EQ 0      if nanpoint 0  NE  1 then begin       mmmask nanpoint    0b       z nanpoint    0     endif   ENDIF   mmmask   byte mmmask      on ajoute un cadre de zero a z  mask  e1  e2   comme ca apres on peut faire des shifts ds tous les sens sans se   soucier des bords du domaine      tempdeux   systime 1            pour key_performance  2   nx2   nx 2   case key_gridtype of      c :BEGIN       ztmp   bytarr nx 2  ny 2        ztmp 1:nx  1:ny    mmmask       mmmask   temporary ztmp        ztmp   fltarr nx 2  ny 2        ztmp 1:nx  1:ny    z       if keyword_set key_periodic  AND nx EQ jpi then begin         ztmp 0  1:ny    z jpi 1            ztmp nx 1  1:ny    z 0          endif       z   temporary ztmp      END      e :BEGIN       ztmp   bytarr nx 2  ny 4        ztmp 1:nx  2:ny 1    mmmask       mmmask   temporary ztmp        ztmp   fltarr nx 2  ny 4        ztmp 1:nx  2:ny 1    z       if keyword_set key_periodic  AND nx EQ jpi then begin         ztmp 0  2:ny 1    z jpi 1            ztmp nx 1  2:ny 1    z 0          endif       z   temporary ztmp      END   endcase   IF testvar var   key_performance  EQ 2 THEN       print   temps remplit: on ajoute un cadre de zero   systime 1 tempdeux       iteration        FOR n   1  niter DO BEGIN    on trouve les points coast     tempdeux   systime 1          pour key_performance  2   les points du bord du cadre ne doivent pas etre selectionnes comme   la coast     case key_gridtype of        c :BEGIN         mmmask 0      1b         mmmask nx 1      1b         mmmask  0    1b         mmmask  ny 1    1b       END        e :BEGIN         mmmask 0      1b         mmmask nx 1      1b         mmmask  0:1    1b         mmmask  ny 2:ny 3    1b       END     endcase   liste des points terre restant     IF keyword_set fillxdir  THEN BEGIN   we stop if all the lines  that contains data  have been filled       test   total mmmask 1:nx    1        IF total test EQ 0 test EQ nx  EQ ny 2 THEN GOTO  fini     ENDIF     IF keyword_set fillydir  THEN BEGIN   we stop if all the columns  that contains data  have been filled       test   total mmmask  1:ny  2        IF total test EQ 0 test EQ ny  EQ nx 2 THEN GOTO  fini     ENDIF     land   where mmmask EQ 0      if land 0  EQ  1 then GOTO  fini   les points du bord du cadre doivent maintenant etre dans la terre     case key_gridtype of        c :BEGIN         mmmask 0      0b         mmmask nx 1      0b         mmmask  0    0b         mmmask  ny 1    0b       END        e :BEGIN         mmmask 0      0b         mmmask nx 1      0b         mmmask  0:1    0b         mmmask  ny 2:ny 3    0b       END     endcase     if keyword_set key_periodic  AND nx EQ jpi then begin       mmmask 0      mmmask nx          mmmask nx 1      mmmask 1        endif   liste des voisins mer     case key_gridtype of        c :BEGIN         CASE 1 OF           keyword_set fillxdir :weight   mmmask 1 land mmmask 1 land            keyword_set fillydir :weight   mmmask nx2 land mmmask nx2 land            ELSE:weight   mmmask 1 land mmmask 1 land mmmask nx2 land mmmask nx2 land                 1 sqrt 2 mmmask nx2 1 land mmmask nx2 1 land                              mmmask nx2 1 land mmmask nx2 1 land          ENDCASE       END        e :BEGIN         shifted   glam 0  0  LT glam 0  1          oddeven    land nx2 1 shifted  MOD 2         weight   mmmask 1 land mmmask 1 land               mmmask 2 nx2 land mmmask 2 nx2 land               sqrt 2 mmmask nx2 oddeven land mmmask nx2 1 oddeven land                         mmmask nx2 oddeven land mmmask nx2 1 oddeven land        END     endcase      ok   where weight GT 0      weight   weight ok      coast   land temporary ok        IF testvar var   key_performance  EQ 2 THEN         print   temps remplit: trouver la coast   systime 1 tempdeux     remplissage des points coast       tempdeux   systime 1          pour key_performance  2   on masque z     z   temporary z mmmask       case key_gridtype of        c :BEGIN         CASE 1 OF           keyword_set fillxdir :zcoast   z 1 coast z 1 coast            keyword_set fillydir :zcoast   z nx2 coast z nx2 coast            ELSE:zcoast   z 1 coast z 1 coast z nx2 coast z nx2 coast                 1 sqrt 2 z nx2 1 coast z nx2 1 coast                              z nx2 1 coast z nx2 1 coast          ENDCASE       END        e :BEGIN         oddeven    coast nx2 1 shifted  MOD 2         zcoast   z 1 coast z 1 coast z 2 nx2 coast z 2 nx2 coast               sqrt 2 z nx2 oddeven coast z nx2 1 oddeven coast                         z nx2 oddeven coast z nx2 1 oddeven coast        END     endcase           z coast     temporary zcoast  temporary weight    we update the the boundary conditions of z     if keyword_set key_periodic  AND nx EQ jpi then begin       z 0      z nx          z nx 1      z 1        endif     IV  on reduit le masque       mmmask  temporary coast    1       IF testvar var   key_performance  EQ 2 THEN         print   temps remplit: une iteration   systime 1 tempdeux   ENDFOR  fini:     on masque les valeurs sur les lands restantes     IF n_elements valmask  EQ 0 then valmask   1e20   IF n_elements fillval  EQ 0 THEN fillval   valmask   z   temporary z mmmask   fillval 1b mmmask      on redecoupe le tableau pour retirer le cadre      case key_gridtype of      c :BEGIN       z   z 1:nx  1:ny      END      e :BEGIN       z   z 1:nx  2:ny 1      END   endcase     if keyword_set basique  then key_gridtype   oldkey_gridtype     if keyword_set key_performance  THEN print   temps remplit  systime 1 tempsun    return  z END  ");
-a[168] = new Array("./ToBeReviewed/CALCULS/rhon.html", "rhon.pro", "", "            Calcul de la fonction d etat  issue de eos F            Creation : 1997   G  Roullet      adaptation pour les tableaux z zt xyz xyzt      par seb         FUNCTION rhon  sn  tn  INSITU   insitu  SIGMA_N   sigma_n  common    tempsun   systime 1            pour key_performance       sn    1e5   double sn   double tn    1e5         IF keyword_set sigma_n  then insitu   1     taille   size sn     case taille 0  of       0:BEGIN                    z          zrhop 0d          jkmax   1       END        1:BEGIN                    z          zrhop dblarr taille 1           jkmax   taille 1        END        2:BEGIN                    xy  jpt 1  ou zt          zrhop dblarr taille 1 taille 2           if jpt EQ 1 then jkmax   1 ELSE jkmax   taille 1        END        3:BEGIN                    xyz  jpt 1  ou xyt          zrhop dblarr taille 1 taille 2 taille 3           if jpt EQ 1 then jkmax   taille 3  ELSE jkmax   1       END        4:BEGIN                    xyzt          zrhop dblarr taille 1 taille 2 taille 3 taille 4             jkmax   taille 3        END     endcase          FOR jk   0  jkmax 1 DO BEGIN        case taille 0  of          0:BEGIN                 z             ztt   tn             zs   sn          END           1:BEGIN                 z             ztt   tn jk              zs   sn jk            END           2:BEGIN                 xy  jpt 1  ou zt             if jpt EQ 1 then begin                ztt   tn                zs   sn             ENDIF ELSE BEGIN                ztt   tn jk                   zs   sn jk                 ENDELSE          END           3:BEGIN                 xyz  jpt 1  ou xyt             if jpt EQ 1 then begin                ztt   tn    jk                 zs   sn   jk               endif ELSE BEGIN                ztt   tn                zs   sn             ENDELSE          END           4:BEGIN                 xyzt             ztt   tn    jk                zs   sn   jk              END        endcase       if n_elements sigma_n  NE 0 then zh   1000 sigma_n ELSE zh   gdept jk        square root salinity       zsr  sqrt abs zs        compute density pure water at atm pressure       zr1 6 536332e 9 ztt 1 120083e 6 ztt 1 001685e 4 ztt 9 095290e 3 ztt 6 793952e 2 ztt 999 842594       seawater density atm pressure       zr2   5 3875e 9 ztt 8 2467e 7 ztt 7 6438e 5 ztt 4 0899e 3 ztt 0 824493       zr3   1 6546e 6 ztt 1 0227e 4 ztt 5 72466e 3       zr4  4 8314e 4         potential density  reference to the surface        case taille 0  of          0: zrhop       zr4 zs   zr3 zsr   zr2 zs   zr1          1: zrhop jk   zr4 zs   zr3 zsr   zr2 zs   zr1          2:BEGIN              if jpt EQ 1 then zrhop    zr4 zs   zr3 zsr   zr2 zs   zr1               ELSE zrhop jk     zr4 zs   zr3 zsr   zr2 zs   zr1          END          3:BEGIN              if jpt EQ 1 then zrhop   jk   zr4 zs   zr3 zsr   zr2 zs   zr1                ELSE zrhop    zr4 zs   zr3 zsr   zr2 zs   zr1          END          4: zrhop   jk     zr4 zs   zr3 zsr   zr2 zs   zr1       endcase        IF n_elements insitu  EQ 1 THEN BEGIN        add the compression terms          ze    3 508914e 8 ztt 1 248266e 8 ztt 2 595994e 6          zbw    1 296821e 6 ztt 5 782165e 9 ztt 1 045941e 4          zb   zbw   ze   zs            zd    2 042967e 2          zc    7 267926e 5 ztt 2 598241e 3 ztt 0 1571896          zaw    5 939910e 6 ztt 2 512549e 3 ztt 0 1028859 ztt  4 721788          za     zd zsr   zc zs   zaw            zb1   0 1909078 ztt 7 390729 ztt 55 87545          za1   2 326469e 3 ztt 1 553190 ztt 65 00517 ztt 1044 077          zkw   1 361629e 4 ztt 1 852732e 2 ztt 30 41638 ztt 2098 925 ztt 190925 6          zk0   zb1 zsr   za1 zs   zkw         masked in situ density          case taille 0  of             0: zrhop   zrhop    1 0 zh zk0 zh za zh zb              1: zrhop jk    zrhop jk     1 0 zh zk0 zh za zh zb              2:BEGIN                 if jpt EQ 1 then zrhop   zrhop    1 0 zh zk0 zh za zh zb                   ELSE zrhop jk      zrhop jk       1 0 zh zk0 zh za zh zb              END             3:BEGIN                 if jpt EQ 1 then zrhop   jk    zrhop   jk     1 0 zh zk0 zh za zh zb                   ELSE zrhop   zrhop    1 0 zh zk0 zh za zh zb              END             4: zrhop   jk      zrhop   jk       1 0 zh zk0 zh za zh zb           endcase                 ENDIF     ENDFOR         terre   where tn GE 1e6     if terre 0  NE  1 then zrhop terre    valmask     if keyword_set key_performance  THEN print   temps rhon  systime 1 tempsun          return  zrhop END   ");
-a[169] = new Array("./ToBeReviewed/CALENDRIER/caldat.html", "caldat.pro", "", "   Id: caldat pro 69 2006 05 11 10:35:53Z smasson       Copyright  c  1992 2003  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited         NAME:  CALDAT     PURPOSE:  Return the calendar date and time given julian date   This is the inverse of the function JULDAY    CATEGORY:  Misc      CALLING SEQUENCE:  CALDAT  Julian  Month  Day  Year  Hour  Minute  Second  See also: julday  the inverse of this function      INPUTS:  JULIAN contains the Julian Day Number  which begins at noon  of the  specified calendar date   It should be a long integer    OUTPUTS:  Trailing parameters may be omitted if not required   MONTH: Number of the desired month  1   January    12   December     DAY: Number of day of the month     YEAR: Number of the desired year     HOUR: Hour of the day  Minute: Minute of the day  Second: Second  and fractions  of the day      KEYWORD PARAMETERS:           NDAYSPM: for using a calendar with fixed number of days per                  months  defaut value of NDAYSPM 30     COMMON BLOCKS: cm_4cal     SIDE EFFECTS:  None      RESTRICTIONS:  Accuracy using IEEE double precision numbers is approximately  1 10000th of a second      MODIFICATION HISTORY:  Translated from  Numerical Recipies in C  by William H  Press   Brian P  Flannery  Saul A  Teukolsky  and William T  Vetterling   Cambridge University Press  1988  second printing     DMS  July 1992   DMS  April 1996  Added HOUR  MINUTE and SECOND keyword  AB  7 December 1997  Generalized to handle array input            Eric Guilyardi  June 1999         Added key_work ndayspm for fixed number of days per months    AB  3 January 2000  Make seconds output as DOUBLE in array output      pro CALDAT  julian  month  day  year  hour  minute  second  NDAYSPM   ndayspm    cm_4cal     COMPILE_OPT idl2    ON_ERROR  2                     Return to caller if errors    IF n_elements key_caltype  EQ 0 THEN key_caltype    greg    if keyword_set ndayspm  then key_caltype    360d    CASE key_caltype OF      greg :BEGIN        nParam   N_PARAMS        IF  nParam LT 1  THEN MESSAGE   Incorrect number of arguments         min_julian    1095       max_julian   1827933925       minn   MIN julian  MAX   maxx        IF  minn LT min_julian  OR  maxx GT max_julian  THEN MESSAGE             Value of Julian date is out of allowed range         igreg   2299161L                    Beginning of Gregorian calendar       julLong   FLOOR julian   0 5d       Better be long       minJul   MIN julLong         IF  minJul GE igreg  THEN BEGIN   all are Gregorian         jalpha   LONG julLong   1867216L    0 25d    36524 25d          ja   julLong   1L   jalpha   long 0 25d   jalpha        ENDIF ELSE BEGIN         ja   julLong         gregChange   WHERE julLong ge igreg  ngreg          IF  ngreg GT 0  THEN BEGIN           jalpha   long julLong gregChange    1867216L    0 25d    36524 25d            ja gregChange    julLong gregChange    1L   jalpha   long 0 25d   jalpha          ENDIF       ENDELSE       jalpha    1                 clear memory        jb   TEMPORARY ja    1524L       jc   long 6680d    jb 2439870L 122 1d0 365 25d        jd   long 365d   jc    0 25d   jc        je   long jb   jd    30 6001d         day   TEMPORARY jb    TEMPORARY jd    long 30 6001d   je        month   TEMPORARY je    1L       month    TEMPORARY month    1L  MOD 12L    1L       year   TEMPORARY jc    4715L       year   TEMPORARY year     month GT 2        year   year    year LE 0    see if we need to do hours  minutes  seconds       IF  nParam GT 4  THEN BEGIN         fraction   julian   0 5d   TEMPORARY julLong          hour   floor fraction   24d          fraction   TEMPORARY fraction    hour 24d         minute   floor fraction 1440d          second    TEMPORARY fraction    minute 1440d    86400d       ENDIF    if julian is an array  reform all output to correct dimensions       IF  SIZE julian   N_DIMENSION  GT 0  THEN BEGIN         dimensions   SIZE julian   DIMENSION          month   REFORM month  dimensions          day   REFORM day  dimensions          year   REFORM year  dimensions          IF  nParam GT 4  THEN BEGIN           hour   REFORM hour  dimensions            minute   REFORM minute  dimensions            second   REFORM second  dimensions          ENDIF       ENDIF      END       360d :BEGIN        jul   long julian        f    jul   floor jul        IF total f NE 0 0  GT 0 THEN BEGIN  Get hours  minutes  seconds          hour   floor f 24          f   f   hour   24 d         minute   floor f 1440          second    f   minute 1440 d0    86400 0d0       ENDIF ELSE BEGIN         hour   replicate 0L   n_elements julian          minute   replicate 0L   n_elements julian          second   replicate 0L   n_elements julian        ENDELSE        IF keyword_set ndayspm  THEN BEGIN         IF ndayspm EQ 1 THEN ndayspm   30       ENDIF ELSE ndayspm   30        ndayspm   long ndayspm        Z   floor julian        year   z 12 ndayspm 1       month    z 12 ndayspm year 1 ndayspm 1       day   z 12 ndayspm year 1 ndayspm month 1        WHILE total day LT 1  GT 0 DO BEGIN         tochange   where day LT 1          month tochange    month tochange 1         day tochange    day tochange ndayspm       ENDWHILE       WHILE total month LT 1  GT 0 DO BEGIN         tochange   where month LT 1          year tochange    year tochange 1         month tochange    month tochange 12       ENDWHILE   year 0 does not exist        neg   where year LT 0        IF neg 0  NE  1 THEN year neg    year neg 1     END       noleap :BEGIN        jul   long julian        year   jul 365   1       day   jul MOD 365L           zero   where day EQ 0           month   1    day GT 31     day GT 59     day GT 90     day GT 120                     day GT 151     day GT 181     day GT 212     day GT 243                     day GT 273     day GT 304     day GT 334        month   long month           day   day   31L    day GT 31    28L    day GT 59    31L    day GT 90                    30L    day GT 120    31L    day GT 151    30L    day GT 181                    31L    day GT 212    31L    day GT 243    30L    day GT 273                    31L    day GT 304    30L    day GT 334          IF zero 0  NE  1 THEN BEGIN         year zero    year zero 1         month zero    12L         day zero    31L       ENDIF       END      ELSE:BEGIN       ng   report only 3 types of calendar are accepted: greg  360d and noleap        return     END   ENDCASE     zero   where year ge 600000L  cnt    IF cnt NE 0 THEN year zero    year zero 654321L     return  END");
-a[170] = new Array("./ToBeReviewed/CALENDRIER/def_month.html", "def_month.pro", "", "FUNCTION def_month  timave  date     translate month number in string      IF strpos date   _  GT  1 THEN date   strmid date  0  strpos date   _     CASE strmid timave  0  2  OF         1m : BEGIN          CASE strmid date  strlen date 2  2  OF               01 : mn    January               02 : mn    February               03 : mn    March               04 : mn    April               05 : mn    May               06 : mn    June               07 : mn    July               08 : mn    August               09 : mn    September               10 : mn    October               11 : mn    November               12 : mn    December              ELSE: mn              ENDCASE        END         3m : BEGIN          CASE strmid date  strlen date 2  2  OF               01 : mn    DJF               02 : mn    MMA               03 : mn    JJA               04 : mn    SON              ELSE: mn              ENDCASE        END        ELSE:    ENDCASE       return  mn END ");
-a[171] = new Array("./ToBeReviewed/CALENDRIER/julday.html", "julday.pro", "", "   Id: julday pro 69 2006 05 11 10:35:53Z smasson       Copyright  c  1988 2003  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited       NAME:  JULDAY     PURPOSE:  Calculate the Julian Day Number for a given month  day  and year   This is the inverse of the library function CALDAT   See also caldat  the inverse of this function      CATEGORY:  Misc      CALLING SEQUENCE:  Result   JULDAY Month  Day  Year  Hour  Minute  Second      INPUTS:  MONTH: Number of the desired month  1   January    12   December     DAY: Number of day of the month     YEAR: Number of the desired year Year parameters must be valid                 values from the civil calendar   Years B C E  are represented                 as negative integers   Years in the common era are represented                 as positive integers   In particular  note that there is no                 year 0 in the civil calendar   1 B C E   1  is followed by                 1 C E   1     HOUR: Number of the hour of the day     MINUTE: Number of the minute of the hour     SECOND: Number of the second of the minute        Note: Month  Day  Year  Hour  Minute  and Second can all be arrays            The Result will have the same dimensions as the smallest array  or           will be a scalar if all arguments are scalars      OPTIONAL INPUT PARAMETERS:  Hour  Minute  Second   optional time of day      KEYWORD PARAMETERS:           NDAYSPM: for using a calendar with fixed number of days per                  months  defaut value of NDAYSPM 30     OUTPUTS:  JULDAY returns the Julian Day Number  which begins at noon  of the  specified calendar date   If Hour  Minute  and Second are not specified   then the result will be a long integer  otherwise the result is a  double precision floating point number      COMMON BLOCKS: cm_4cal     SIDE EFFECTS:  None      RESTRICTIONS:  Accuracy using IEEE double precision numbers is approximately     1 10000th of a second  with higher accuracy for smaller  earlier      Julian dates      MODIFICATION HISTORY:  Translated from  Numerical Recipies in C  by William H  Press   Brian P  Flannery  Saul A  Teukolsky  and William T  Vetterling   Cambridge University Press  1988  second printing     AB  September  1988  DMS  April  1995  Added time of day            Eric Guilyardi  June 1999         Added key_work ndayspm for fixed number of days per months           change to accept year 0           Sebastien Masson  Aug  2003         fix bug for negative and large values of month values         eg  julday 349 1 1970        CT  April 2000  Now accepts vectors or scalars      function JULDAY  MONTH  DAY  YEARin  Hour  Minute  Second  NDAYSPM   ndayspm    cm_4cal      COMPILE_OPT idl2    ON_ERROR  2                     Return to caller if errors    IF n_elements key_caltype  EQ 0 THEN key_caltype    greg    if keyword_set ndayspm  then key_caltype    360d       YEAR   long yearin    zero   where year EQ 0  cnt    IF cnt NE 0 THEN YEAR zero    654321L     CASE key_caltype OF      greg :BEGIN     Gregorian Calander was adopted on Oct  15  1582   skipping from Oct  4  1582 to Oct  15  1582       GREG   2299171L             incorrect Julian day for Oct  25  1582    Process the input  if all are missing  use todays date        NP   n_params        IF  np EQ 0  THEN RETURN  SYSTIME JULIAN        IF  np LT 3  THEN MESSAGE   Incorrect number of arguments     Find the dimensions of the Result:    1  Find all of the input arguments that are arrays  ignore scalars     2  Out of the arrays  find the smallest number of elements    3  Find the dimensions of the smallest array    Step 1: find all array arguments       nDims    SIZE month   N_DIMENSIONS  SIZE day   N_DIMENSIONS                   SIZE year   N_DIMENSIONS  SIZE hour   N_DIMENSIONS                   SIZE minute   N_DIMENSIONS  SIZE second   N_DIMENSIONS        arrays   WHERE nDims GE 1         nJulian   1L                assume everything is a scalar       IF  arrays 0  GE 0  THEN BEGIN                                   Step 2: find the smallest number of elements         nElement    N_ELEMENTS month  N_ELEMENTS day                        N_ELEMENTS year  N_ELEMENTS hour                        N_ELEMENTS minute  N_ELEMENTS second          nJulian   MIN nElement arrays  whichVar                                    step 3: find dimensions of the smallest array         CASE arrays whichVar  OF           0: julianDims   SIZE month   DIMENSIONS            1: julianDims   SIZE day   DIMENSIONS            2: julianDims   SIZE year   DIMENSIONS            3: julianDims   SIZE hour   DIMENSIONS            4: julianDims   SIZE minute   DIMENSIONS            5: julianDims   SIZE second   DIMENSIONS          ENDCASE       ENDIF        d_Second   0d               defaults       d_Minute   0d       d_Hour   0d   convert all Arguments to appropriate array size   type       SWITCH np OF                use switch so we fall thru all arguments          6: d_Second    SIZE second   N_DIMENSIONS  GT 0                            second 0:nJulian 1  : second         5: d_Minute    SIZE minute   N_DIMENSIONS  GT 0                            minute 0:nJulian 1  : minute         4: d_Hour    SIZE hour   N_DIMENSIONS  GT 0                          hour 0:nJulian 1  : hour         3: BEGIN                  convert m d y to type LONG           L_MONTH    SIZE month   N_DIMENSIONS  GT 0                          LONG month 0:nJulian 1  : LONG month            L_DAY    SIZE day   N_DIMENSIONS  GT 0                        LONG day 0:nJulian 1  : LONG day            L_YEAR    SIZE year   N_DIMENSIONS  GT 0                         LONG year 0:nJulian 1  : LONG year          END       ENDSWITCH         min_calendar    4716       max_calendar   5000000       minn   MIN l_year  MAX   maxx        IF  minn LT min_calendar  OR  maxx GT max_calendar  THEN MESSAGE             Value of Julian date is out of allowed range    change to accept year 0   if  MAX L_YEAR eq 0  NE 0  then message       There is no year zero in the civil calendar      by seb Aug 2003        tochange   where L_MONTH LT 0        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12 1         L_MONTH tochange     12   L_MONTH tochange  MOD 12       ENDIF        tochange   where L_MONTH GT 12        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12         L_MONTH tochange     L_MONTH tochange  MOD 12       ENDIF   by seb Aug 2003   end           bc    L_YEAR LT 0        L_YEAR   TEMPORARY L_YEAR    TEMPORARY bc        inJanFeb    L_MONTH LE 2        JY   L_YEAR   inJanFeb       JM   L_MONTH    1b   12b TEMPORARY inJanFeb         JUL   floor 365 25d   JY    floor 30 6001d TEMPORARY JM    L_DAY   1720995L    Test whether to change to Gregorian Calandar        IF  MIN JUL  GE GREG  THEN BEGIN   change all dates         JA   long 0 01d   TEMPORARY JY          JUL   TEMPORARY JUL    2L   JA   long 0 25d   JA        ENDIF ELSE BEGIN         gregChange   WHERE JUL ge GREG  ngreg          IF  ngreg GT 0  THEN BEGIN           JA   long 0 01d   JY gregChange            JUL gregChange    JUL gregChange    2L   JA   long 0 25d   JA          ENDIF       ENDELSE     hour minute second        IF  np GT 3  THEN BEGIN     yes  compute the fractional Julian date   Add a small offset so we get the hours  minutes    seconds back correctly   if we convert the Julian dates back  This offset is proportional to the   Julian date  so small dates  a long  long time ago  will be  more  accurate          eps    MACHAR DOUBLE eps         eps   eps ABS jul    eps   For Hours  divide by 24  then subtract 0 5  in case we have unsigned ints          jul   TEMPORARY JUL       TEMPORARY d_Hour 24d   0 5d                                       TEMPORARY d_Minute 1440d   TEMPORARY d_Second 86400d   eps         ENDIF    check to see if we need to reform vector to array of correct dimensions       IF  N_ELEMENTS julianDims  GT 1  THEN           JUL   REFORM TEMPORARY JUL  julianDims         RETURN  jul      END       360d :BEGIN     Fixed number of days per month  default 30  :         IF keyword_set ndayspm  THEN BEGIN         IF ndayspm EQ 1 THEN ndayspm   30       ENDIF ELSE ndayspm   30        L_MONTH   LONG MONTH        L_DAY   LONG DAY        L_YEAR   LONG YEAR         neg   where L_YEAR LT 0        IF neg 0  NE  1 THEN L_YEAR neg     L_YEAR neg 1        JUL    L_YEAR 1 12    L_MONTH 1  ndayspm   L_DAY        if n_elements Hour    n_elements Minute    n_elements Second  eq 0 then           return  JUL       if n_elements Hour  eq 0 then Hour   0       if n_elements Minute  eq 0 then Minute   0       if n_elements Second  eq 0 then Second   0              IF Hour Minute Second EQ 0 THEN return  JUL ELSE           return  JUL    Hour   24 0d0     Minute 1440 0d0     Second   86400 0d0       END       noleap :BEGIN        L_MONTH   LONG MONTH        L_DAY   LONG DAY        L_YEAR   LONG YEAR          tochange   where L_MONTH LT 0        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12 1         L_MONTH tochange     12   L_MONTH tochange  MOD 12       ENDIF         tochange   where L_MONTH GT 12        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12         L_MONTH tochange     L_MONTH tochange  MOD 12       ENDIF         L_YEAR    L_YEAR   1         daysyear   long total 0  0  31  28  31  30  31  30  31  31  30  31  30   cumulative         return  365 L_YEAR   daysyear L_MONTH    L_DAY      END      ELSE:return  report only 3 types of calendar are accepted: greg  360d and noleap    ENDCASE  END");
-a[172] = new Array("./ToBeReviewed/COULEURS/color24.html", "color24.pro", "", "    NAME:         COLOR24     PURPOSE:         The purpose of this function is to convert a RGB color triple         into the equivalent 24 big long integer       CATEGORY:         Graphics  Color Specification      CALLING SEQUENCE:         color   COLOR24 rgb_triple      INPUTS:         RGB_TRIPLE: A three element column or row array representing          a color triple  The values of the elements must be between          0 and 255      KEYWORD PARAMETERS:         None       COMMON BLOCKS:         None      SIDE EFFECTS:         None      RESTRICTIONS:         None      EXAMPLE:         To convert the color triple for the color YELLOW            255  255  0  to the hexadecimal value  00FFFF x          or the decimal number 65535  type:           color   COLOR24 255  255  0                   This routine was written to be used with routines like          COLORS or GETCOLOR     MODIFICATION HISTORY:         Written by:     David Fanning  3 February 96      FUNCTION COLOR24  number       This FUNCTION accepts a  red  green  blue  triple that      describes a particular color and returns a 24 bit long      integer that is equivalent to that color  The color is      described in terms of a hexidecimal number  e g  FF206A       where the left two digits represent the blue color  the       middle two digits represent the green color  and the right       two digits represent the red color            The triple can be either a row or column vector of 3 elements      ON_ERROR  1  IF N_ELEMENTS number  NE 3 THEN      MESSAGE   Augument must be a three element vector   IF MAX number  GT 255 OR MIN number  LT 0 THEN      MESSAGE   Argument values must be in range of 0 255   base16    1L  16L   256L  4096L   65536L  1048576L   num24bit   0L  FOR j 0 2 DO num24bit   num24bit    number j  MOD 16    base16 0 j          Fix number j 16    base16 1 j      RETURN  num24bit END ");
-a[173] = new Array("./ToBeReviewed/COULEURS/colorbar.html", "colorbar.pro", "", "    NAME:     COLORBAR     PURPOSE:         The purpose of this routine is to add a color bar to the current         graphics window      CATEGORY:         Graphics  Widgets      CALLING SEQUENCE:         COLORBAR     INPUTS:         None      KEYWORD PARAMETERS:           BOTTOM: The lowest color index of the colors to be loaded in                   the bar            CB_CHARSIZE: The character size of the color bar annotations  Default is 1 0            CB_CHARTICK: The character thick of the color bar annotations  Default is 1 0            CB_COLOR:    The color index of the bar outline and characters  Default                   is ncolors   1   bottom            CB_LOG: to get logarithmic scale for the colorbar           CB_TITLE:    This is title for the color bar  The default is to have                   no title     DISCRET:  Vecteur contenant les incices des couleurs a tracer en barre   de couleur  On obtient ainsi une barre de couleur discrete ne comportant que   les couleurs specifiees ds l ordre ou elles apparaissent ds le vecteur            DIVISIONS: The number of divisions to divide the bar into  There will                   be  divisions   1  annotations  The default is 2            FORMAT:   The format of the bar annotations  Default is  F6 2            CB_LABEL:    C est un vecteur qui specifie la valeur des sticks         presents dans la barre de couleur  Il permet qd on utilise         DISCRET d avoir des couleurs qui ne s incrementent pas de         facon regulieres            MAX:      The maximum data value for the bar annotation  Default is                   NCOLORS 1            MIN:      The minimum data value for the bar annotation  Default is 0            NCOLORS:  This is the number of colors in the color bar            NOTITLE:  oblige a ne pas mettre de titre meme si cb_title est declare           POSITION: A four element array of normalized coordinates in the same                   form as the POSITION keyword on a plot  Default is                    0 88  0 15  0 95  0 95  for a vertical bar and                    0 15  0 88  0 95  0 95  for a horizontal bar            PSCOLOR:  This keyword is only applied if the output is being sent to                   a PostScript file  It indicates that the PostScript device                   is configured for color output  If this keyword is set  then                   the annotation is drawn in the color specified by the COLOR                   keyword  If the keyword is not set  the annotation is drawn                   in the color specified by the  P COLOR system variable                    usually this will be the color black  In general  this                   gives better looking output on non color or gray scale                   printers  If you are not specifically setting the annotation                   color  with the COLOR keyword  it will probably                   be better NOT to set this keyword either  even if you                   are outputting to a color PostScript printer            RIGHT:    This puts the labels on the right hand side of a vertical                   color bar  It applies only to vertical color bars            TOP:      This puts the labels on top of the bar rather than under it                    The keyword only applies if a horizontal color bar is rendered            VERTICAL: Setting this keyword give a vertical color bar  The default                   is a horizontal color bar      COMMON BLOCKS:         None      SIDE EFFECTS:         Color bar is drawn in the current graphics window      RESTRICTIONS:         The number of colors available on the display device  not the         PostScript device  is used unless the NCOLORS keyword is used      EXAMPLE:         To display a horizontal color bar above a contour plot  type:           LOADCT  5  NCOLORS 100         CONTOUR  DIST 31 41  POSITION 0 15  0 15  0 95  0 75               C_COLORS INDGEN 25 4  NLEVELS 25         COLORBAR  NCOLORS 100     MODIFICATION HISTORY:         Written by: David Fanning  10 JUNE 96          10 27 96: Added the ability to send output to PostScript  DWF         11 4 96: Substantially rewritten to go to screen or PostScript             file without having to know much about the PostScript device             or even what the current graphics device is  DWF         1 27 97: Added the RIGHT and TOP keywords  Also modified the              way the TITLE keyword works  DWF         7 15 97: Fixed a problem some machines have with plots that have              no valid data range in them  DWF         3 3 98:  ajout du keyword discret par   sebastien  smasson lodyc jussieu fr     PRO COLORBAR  BOTTOM bottom  CB_CHARSIZE cb_charsize  CB_CHARTHICK cb_charthick                   CB_COLOR cb_color                  DIVISIONS divisions  DISCRET discret CB_LABEL   cb_label                  FORMAT format  POSITION position  MAX max  MIN min  NCOLORS ncolors                  PSCOLOR pscolor  CB_TITLE cb_title  VERTICAL vertical  TOP top  RIGHT right  CB_LOG   CB_log  _extra   ex                                   Is the PostScript device selected      postScriptDevice    D NAME EQ  PS                                     Check and define keywords      IF N_ELEMENTS ncolors  EQ 0 THEN BEGIN                                    Most display devices to not use the 256 colors available to                                   the PostScript device  This presents a problem when writing                                   general purpose programs that can be output to the display or                                   to the PostScript device  This problem is especially bothersome                                   if you don t specify the number of colors you are using in the                                   program  One way to work around this problem is to make the                                   default number of colors the same for the display device and for                                   the PostScript device  Then  the colors you see in PostScript are                                   identical to the colors you see on your display  Here is one way to                                   do it         IF postScriptDevice THEN BEGIN          oldDevice    D NAME                                    What kind of computer are we using  SET_PLOT to appropriate                                   display device            thisOS    VERSION OS_FAMILY          thisOS   STRMID thisOS  0  3           thisOS   STRUPCASE thisOS           CASE thisOS of              MAC : SET_PLOT  thisOS              WIN : SET_PLOT  thisOS             ELSE: SET_PLOT   X           ENDCASE           p BACKGROUND d n_colors 1    255           p color 0          if  d n_colors gt 256 then  p background ffffff x                                    Open a window  to make sure  D N_COLORS is accurate            WINDOW   FREE   PIXMAP  XSIZE 10  YSIZE 10          WDELETE   D WINDOW                                    Here is how many colors we should use            ncolors    D N_COLORS          SET_PLOT  oldDevice          IF oldDevice EQ  X  OR oldDevice EQ  MAC  OR oldDevice EQ  WIN  then BEGIN              p BACKGROUND d n_colors 1    255              p color 0             if  d n_colors gt 256 then  p background ffffff x          ENDIF       ENDIF ELSE ncolors    D N_COLORS    ENDIF    IF N_ELEMENTS bottom  EQ 0 THEN bottom   0B    IF N_ELEMENTS cb_charsize  EQ 0 THEN cb_charsize   1 0    IF N_ELEMENTS cb_charthick  EQ 0 THEN cb_charthick   1 0    IF N_ELEMENTS format  EQ 0 THEN format    F6 2     IF N_ELEMENTS cb_color  EQ 0 THEN cb_color   ncolors   1   bottom    IF N_ELEMENTS min  EQ 0 THEN min   0 0    IF N_ELEMENTS max  EQ 0 THEN max   FLOAT ncolors    1    IF N_ELEMENTS divisions  EQ 0 THEN divisions   2    IF N_ELEMENTS cb_title  EQ 0 THEN cb_title        IF N_ELEMENTS notitle  EQ 1 THEN cb_title        pscolor   KEYWORD_SET pscolor      IF KEYWORD_SET vertical  THEN BEGIN       IF KEYWORD_SET discret  THEN begin          facteur 256 n_elements discret           discret reform replicate 1 facteur    discret facteur n_elements discret   overwrite            bar   REPLICATE 1B 10    discret       endif else  bar   REPLICATE 1B 10    BINDGEN 256        IF N_ELEMENTS position  EQ 0 THEN position    0 88  0 15  0 95  0 95     ENDIF ELSE BEGIN       IF KEYWORD_SET discret  THEN begin          facteur 256 n_elements discret           discret reform replicate 1 facteur    discret facteur n_elements discret   overwrite            bar    discret   REPLICATE 1B 10        endif else bar   BINDGEN 256    REPLICATE 1B  10        IF N_ELEMENTS position  EQ 0 THEN position    0 15  0 88  0 95  0 95     ENDELSE                                    Scale the color bar     IF NOT KEYWORD_SET discret  THEN       bar   BYTSCL bar  TOP ncolors 1    bottom                                    Get starting locations in DEVICE coordinates      xstart   position 0     D X_VSIZE    ystart   position 1     D Y_VSIZE                                    Get the size of the bar in DEVICE coordinates      xsize    position 2    position 0     D X_VSIZE    ysize    position 3    position 1     D Y_VSIZE                                    For PostScript output only  draw the annotation in  P COLOR                                   unless  pscolor  is set  This makes better output on grayscale                                   printers      IF postScriptDevice AND  pscolor NE 1  THEN BEGIN       oldcolor   cb_color       cb_color    P COLOR    ENDIF                                    Display the color bar in the window  Sizing is                                   different for PostScript and regular display      IF postScriptDevice THEN BEGIN        TV  bar  xstart  ystart  XSIZE xsize  YSIZE ysize     ENDIF ELSE BEGIN        bar   CONGRID bar  CEIL xsize  CEIL ysize   INTERP        TV  bar  xstart  ystart     ENDELSE                                    Annotate the color bar      if keyword_set cb_label  then begin       divisions   n_elements cb_label 1       for i   0 divisions DO cb_label   string cb_label  FORMAT   format        format        ENDIF ELSE cb_label          IF KEYWORD_SET vertical  THEN BEGIN        IF KEYWORD_SET right  THEN BEGIN           PLOT   min max   min max   NODATA  XTICKS 1              YTICKS divisions  XSTYLE 1  YSTYLE 9              POSITION position  COLOR cb_color  CHARSIZE cb_charsize  CHARTHICK cb_charthick                NOERASE              YTICKFORMAT A1  XTICKFORMAT A1  YTICKLEN 0 1               YRANGE min  max  YTITLE cb_title           AXIS  YAXIS 1  YRANGE min  max  YTICKFORMAT format  YTICKS divisions              YTICKLEN 0 1  YSTYLE 1  COLOR cb_color  CHARTHICK cb_charthick               CHARSIZE cb_charsize  xtickname   cb_label  ylog   cb_log        ENDIF ELSE BEGIN           PLOT   min max   min max   NODATA  XTICKS 1              YTICKS divisions  XSTYLE 1  YSTYLE 9              POSITION position  COLOR cb_color  CHARSIZE cb_charsize               CHARTHICK cb_charthick   NOERASE              YTICKFORMAT format  XTICKFORMAT A1  YTICKLEN 0 1               YRANGE min  max  xtickname   cb_label           AXIS  YAXIS 1  YRANGE min  max  YTICKFORMAT A1  YTICKS divisions              YTICKLEN 0 1  YTITLE cb_title  YSTYLE 1  COLOR cb_color               CHARSIZE cb_charsize  CHARTHICK cb_charthick  ylog   cb_log        ENDELSE     ENDIF ELSE BEGIN        IF KEYWORD_SET top  THEN BEGIN           PLOT   min max   min max   NODATA  XTICKS divisions              YTICKS 1  XSTYLE 9  YSTYLE 1              POSITION position  COLOR cb_color  CHARSIZE cb_charsize               CHARTHICK cb_charthick   NOERASE              YTICKFORMAT A1  XTICKFORMAT A1  XTICKLEN 0 1              XRANGE min  max  XTITLE cb_title           AXIS  XTICKS divisions  XSTYLE 1  COLOR cb_color               CHARSIZE cb_charsize  CHARTHICK cb_charthick              XTICKFORMAT format  XTICKLEN 0 1  XRANGE min  max  XAXIS 1  xtickname   cb_label  xlog   cb_log        ENDIF ELSE BEGIN           PLOT   min max   min max   NODATA  XTICKS divisions              YTICKS 1  XSTYLE 1  YSTYLE 1              POSITION position  COLOR cb_color  CHARSIZE cb_charsize               CHARTHICK cb_charthick   NOERASE              YTICKFORMAT A1  XTICKFORMAT format  XTICKLEN 0 1              XRANGE min  max  TITLE cb_title  xtickname   cb_label  xlog   cb_log        ENDELSE     ENDELSE                                   Restore color variable if changed for PostScript      IF postScriptDevice AND  pscolor NE 1  THEN cb_color   oldcolor     return END");
-a[174] = new Array("./ToBeReviewed/COULEURS/getcolor.html", "getcolor.pro", "", "    NAME:         GETCOLOR     PURPOSE:         The original purpose of this function was to enable the         user to specify one of the 16 colors supported by the         McIDAS color map by name  Over time  however  the function         has become a general purpose function for handling and         supporting drawing colors in a device independent way          In particular  I have been looking for ways to write color         handling code that will work transparently on both 8 bit and         24 bit machines  On 24 bit machines  the code should work the         same where color decomposition is turned on or off             The 16 supported colors in GETCOLOR come from the McIDAS color         table offered on the IDL newsgroup by Liam Gumley      CATEGORY:         Graphics  Color Specification      CALLING SEQUENCE:         result   GETCOLOR color      OPTIONAL INPUT PARAMETERS:         COLOR: A string with the  name  of the color  Valid names are:             black             magenta             cyan             yellow             green             red             blue             navy             gold             pink             aqua             orchid             gray             sky             beige             white               The color YELLOW is returned if the color name can t be resolved              Case is unimportant                If the function is called with just this single input parameter              the return value is either a 1 by 3 array containing the RGB values of             that particular color  or a 24 bit integer that can be  decomposed  into             that particular color  depending upon the state of the TRUE keyword and             upon whether color decomposition is turned on or off  The state of color             decomposition can ONLY be determined if the program is being run in             IDL 5 2 or higher            INDEX: The color table index where the specified color should be loaded              If this parameter is passed  then the return value of the function is the             index number and not the color triple   If color decomposition is turned             on AND the user specifies an index parameter  the color is loaded in the             color table at the proper index  but a 24 bit value is returned to the             user in IDL 5 2 and higher            If no positional parameter is present  then the return value is either a 16 by 3         byte array containing the RGB values of all 16 colors or it is a 16 element         long integer array containing color values that can be decomposed into colors          The 16 by 3 array is appropriate for loading color tables with the TVLCT command:               Device  Decomposed 0             colors   GetColor              TVLCT  colors  100       INPUT KEYWORD PARAMETERS:           NAMES: If this keyword is set  the return value of the function is                a 16 element string array containing the names of the colors                 These names would be appropriate  for example  in building                a list widget with the names of the colors  If the NAMES                keyword is set  the COLOR and INDEX parameters are ignored                      listID   Widget_List baseID  Value GetColor Names  YSize 16            LOAD:  If this keyword is set  all 16 colors are automatically loaded                starting at the color index specified by the START keyword                 Note that setting this keyword means that the return value of the                function will be a structure  with each field of the structure                corresponding to a color name  The value of each field will be                an index number  set by the START keyword  corresponding to the                associated color  or a 24 bit long integer value that creates the                color on a true color device  What you have as the field values is                determined by the TRUE keyword or whether color decomposition is on                or off in the absense of the TRUE keyword  It will either be a 1 by 3                byte array or a long integer value            START: The starting color index number if the LOAD keyword is set  This keyword                value is ignored unless the LOAD keyword is also set  The keyword is also                ignored if the TRUE keyword is set or if color decomposition in on in                IDL 5 2 and higher  The default value for the START keyword is                 D TABLE_SIZE   17            TRUE:  If this keyword is set  the specified color triple is returned                as a 24 bit integer equivalent  The lowest 8 bits correspond to                the red value  the middle 8 bits to the green value  and the                highest 8 bits correspond to the blue value  In IDL 5 2 and higher                 if color decomposition is turned on  it is as though this keyword                were set      COMMON BLOCKS:         None      SIDE EFFECTS:         None      RESTRICTIONS:         The TRUE keyword causes the START keyword to be ignored          The NAMES keyword causes the COLOR  INDEX  START  and TRUE parameters to be ignored          The COLOR parameter is ignored if the LOAD keyword is used          On systems where it is possible to tell the state of color decomposition          i e  IDL 5 2 and higher  a 24 bit value  or values  is automatically         returned if color decomposition is ON      EXAMPLE:         To load a yellow color in color index 100 and plot in yellow  type:              yellow   GETCOLOR yellow  100             PLOT  data  COLOR yellow           or               PLOT  data  COLOR GETCOLOR yellow  100            To do the same thing on a 24 bit color system with decomposed color on  type:              PLOT  data  COLOR GETCOLOR yellow   TRUE            or in IDL 5 2 and higher               DEVICE  Decomposed 1            PLOT  data  COLOR GETCOLOR yellow            To load all 16 colors into the current color table  starting at         color index 200  type:              TVLCT  GETCOLOR  200           To add the color names to a list widget:               listID   Widget_List baseID  Value GetColor Names  YSize 16            To load all 16 colors and have the color indices returned in a structure:               DEVICE  Decomposed 0             colors   GetColor Load  Start 1              HELP  colors   Structure             PLOT  data  COLOR colors yellow           To get the direct color values as 24 bit integers in color structure fields:               DEVICE  Decomposed 1             colors   GetColor Load              PLOT  data  COLOR colors yellow           Note that the START keyword value is ignored if on a 24 bit device          so it is possible to write completely device independent code by         writing code like this:               colors   GetColor Load              PLOT  data  Color colors yellow     MODIFICATION HISTORY:         Written by: David Fanning  10 February 96          Fixed a bug in which N_ELEMENTS was spelled wrong  7 Dec 96  DWF         Added the McIDAS colors to the program  24 Feb 99  DWF         Added the INDEX parameter to the program 8 Mar 99  DWF         Added the NAMES keyword at insistence of Martin Schultz  10 Mar 99  DWF         Reorderd the colors so black is first and white is last  7 June 99  DWF         Added automatic recognition of DECOMPOSED 1 state  7 June 99  DWF         Added LOAD AND START keywords  7 June 99  DWF       FUNCTION COLOR24  number       This FUNCTION accepts a  red  green  blue  triple that      describes a particular color and returns a 24 bit long      integer that is equivalent to that color  The color is      described in terms of a hexidecimal number  e g  FF206A       where the left two digits represent the blue color  the      middle two digits represent the green color  and the right      two digits represent the red color            The triple can be either a row or column vector of 3 elements   ON_ERROR  1  IF N_ELEMENTS number  NE 3 THEN      MESSAGE   Augument must be a three element vector   IF MAX number  GT 255 OR MIN number  LT 0 THEN      MESSAGE   Argument values must be in range of 0 255   base16    1L  16L   256L  4096L   65536L  1048576L   num24bit   0L  FOR j 0 2 DO num24bit   num24bit    number j  MOD 16    base16 0 j          Fix number j 16    base16 1 j   RETURN  num24bit END      of COLOR24       FUNCTION GETCOLOR  thisColor  index  TRUE truecolor       NAMES colornames  LOAD load  START start       Set up the color vectors   names     Black   Magenta   Cyan   Yellow   Green  rvalue      0         255        0       255        0    gvalue      0           0      255       255      255    bvalue      0         255      255         0        0    names     names    Red   Blue   Navy   Gold   Pink  rvalue    rvalue   255      0       0     255     255    gvalue    gvalue     0      0       0     187     127    bvalue    bvalue     0    255     115       0     127    names     names    Aqua   Orchid   Gray   Sky   Beige   White  rvalue    rvalue    112      219      127     0      255      255    gvalue    gvalue    219      112      127   163      171      255    bvalue    bvalue    147      219      127   255      127      255          Did the user ask for a specific color  If not  return      all the colors  If the user asked for a specific color       find out if a 24 bit value is required  Return to main      IDL level if an error occurs   ON_Error  1 np   N_Params  IF Keyword_Set start  EQ 0 THEN start    D TABLE_SIZE   17       User ask for the color names   IF Keyword_Set colornames  THEN RETURN  names ELSE names   StrUpCase names        If no positional parameter  return all colors   IF np EQ 0 THEN BEGIN       Did the user want a 24 bit value  If so  call COLOR24      IF Keyword_Set trueColor  THEN BEGIN       returnColor   LonArr 16        FOR j 0 15 DO returnColor j    Color24 rvalue j  gvalue j  bvalue j              If LOAD keyword set  return a color structure         IF Keyword_Set load  THEN BEGIN          returnValue   Create_Struct black  returnColor 0           FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  returnColor j           returnColor   returnValue       ENDIF        RETURN  returnColor    ENDIF       If color decomposition is ON  return 24 bit values      IF Float Version Release  GE 5 2 THEN BEGIN       IF  D Name EQ  X  OR  D Name EQ  WIN  OR  D Name EQ  MAC  THEN BEGIN          Device  Get_Decomposed decomposedState       ENDIF ELSE decomposedState   0       IF decomposedState EQ 1 THEN BEGIN          returnColor   LonArr 16           FOR j 0 15 DO returnColor j    Color24 rvalue j  gvalue j  bvalue j           IF Keyword_Set load  THEN BEGIN             returnValue   Create_Struct black  returnColor 0              FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  returnColor j              RETURN  returnValue          ENDIF          RETURN  returnColor       ENDIF        IF Keyword_Set load  THEN BEGIN          TVLCT  Reform rvalue  gvalue  bvalue  16  3  start          returnValue   Create_Struct black  start           FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  start j           RETURN  returnValue       ENDIF        returnColor   REFORM rvalue  gvalue  bvalue  16  3        RETURN  returnColor     ENDIF     IF Keyword_Set load  THEN BEGIN       TVLCT  Reform rvalue  gvalue  bvalue  16  3  start       returnValue   Create_Struct black  start        FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  start j        RETURN  returnValue    ENDIF     returnColor   REFORM rvalue  gvalue  bvalue  16  3     RETURN  returnColor  ENDIF       Check synonyms of colors   IF StrUpCase thisColor  EQ  GREY  THEN thisColor    GRAY  IF StrUpCase thisColor  EQ  CHARCOAL  THEN thisColor    GRAY  IF StrUpCase thisColor  EQ  AQUAMARINE  THEN thisColor    AQUA  IF StrUpCase thisColor  EQ  SKYBLUE  THEN thisColor    SKY        Make sure the parameter is an uppercase string   varInfo   SIZE thisColor  IF varInfo varInfo 0    1  NE 7 THEN      MESSAGE   The color name must be a string  thisColor   STRUPCASE thisColor        Get the color triple for this color   colorIndex   WHERE names EQ thisColor        If you can t find it  Issue an infomational message       set the index to a YELLOW color  and continue   IF colorIndex 0  LT 0 THEN BEGIN    MESSAGE   Can t find color  Returning YELLOW   INFORMATIONAL    colorIndex   3 ENDIF       Get the color triple   r   rvalue colorIndex  g   gvalue colorIndex  b   bvalue colorIndex  returnColor   REFORM r  g  b  1  3        Did the user want a 24 bit value  If so  call COLOR24   IF KEYWORD_SET trueColor  THEN BEGIN    returnColor   COLOR24 returnColor     RETURN  returnColor ENDIF       If color decomposition is ON  return 24 bit value   IF Float Version Release  GE 5 2 THEN BEGIN        IF  D Name EQ  X  OR  D Name EQ  WIN  OR  D Name EQ  MAC  THEN BEGIN          Device  Get_Decomposed decomposedState       ENDIF ELSE decomposedState   0     IF decomposedState EQ 1 THEN BEGIN             Before you change return color  load index if requested         IF N_Elements index  NE 0 THEN BEGIN          index   0   index  index    D Table_Size 1     TVLCT  returnColor  index    returnColor   index ENDIF  RETURN  returnColor END");
-a[175] = new Array("./ToBeReviewed/COULEURS/lct.html", "lct.pro", "", "          NAME:lct     PURPOSE:plus court que de taper loadct file palette tbl      CATEGORY:flemme     CALLING SEQUENCE:lct numerp_couleur      INPUTS:optionnel: numero de la couleur que l on veut ds palette tbl     KEYWORD PARAMETERS: ceux de loadct            LIGHTNESS: a scalar used to change the Lightness of the color              palette to be abble to adjust according to the printer we use               the media  paper or slide                   lightness  1 to get darker colors     rq: si le mot cle file n est pas specifie  on cherche un fichier   contenant les palette du nom de palette tbl    Ce fichier peut etre dans n importe quel repertoire du  path     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          30 3 1999 ajout de _extra  de la recherche                         du nom complet et pour que ca marche aussi en                         mode PS et Z                         6 7 1999: compatibilite mac et windows         PRO lct  numero  GET_NAME   get_name  LIGHTNESS   Lightness  _EXTRA   ex  common   le mot cle file est passe par l intermediere de EXTRA    definition du mon du fichier qui contient les palettes de couleur    if n_elements ex  NE 0 then BEGIN        if  where tag_names ex  EQ  FILE 0  NE  1 then nompal ex FILE ELSE nompal palette tbl     ENDIF ELSE nompal    palette tbl    quelle est l adresse complete de nompal     thisOS   strupcase strmid version os_family  0  3     CASE thisOS of     MAC :BEGIN   sep    :    pathsep       end     WIN :BEGIN   sep       pathsep       end    ELSE: BEGIN   sep       pathsep    :    end    ENDCASE    cd  current   current    if strpos nompal sep  lt 0 then BEGIN       if rstrpos current sep  NE strlen current 1 then current   current sep       multipath   str_sep path pathsep        for i   0  n_elements multipath 1 do          if rstrpos multipath i sep  NE strlen multipath i 1 then          multipath i    multipath i   sep       nompal    current  multipath  nompal    ENDIF   on test tous les noms possibles pour trouver ou est le fichier    nfile n_elements nompal     n   0    repeat begin       res   findfile nompal n         n   n 1    endrep until res 0  NE   OR n EQ n_elements nompal      if res 0  NE   then BEGIN       nompal   nompal n 1        if n_elements ex  NE 0 then           if  where tag_names ex  EQ  FILE 0  NE  1 then ex FILE   nompal   si on est en mode POSTSCRIPT  il faut repasser en mode X pour   changer la palette de couleur       oldname    d name       if  d name EQ  PS  OR  d name EQ  Z  then BEGIN           thisOS    VERSION OS_FAMILY          thisOS   STRMID thisOS  0  3           thisOS   STRUPCASE thisOS           CASE thisOS of              MAC : SET_PLOT  thisOS              WIN : SET_PLOT  thisOS             ELSE: SET_PLOT   X           ENDCASE           p BACKGROUND d n_colors 1    255           p color 0          if  d n_colors gt 256 then  p background ffffff x       ENDIF         if arg_present get_name  then begin          if n_elements numero  EQ 0 then loadct  file nompal  GET_NAME   get_name  _EXTRA   ex            ELSE loadct numero  file nompal   silent  GET_NAME   get_name _EXTRA   ex       ENDIF ELSE BEGIN           if n_elements numero  EQ 0 then loadct  file nompal  _EXTRA   ex            ELSE loadct numero  file nompal   silent  _EXTRA   ex       ENDELSE          if oldname EQ  PS  AND keyword_set lightness  then palit  lightness          set_plot  oldname       IF oldname EQ  X  OR oldname EQ  MAC  OR oldname EQ  WIN  then BEGIN           p BACKGROUND d n_colors 1    255           p color 0          if  d n_colors gt 256 then  p background ffffff x       ENDIF     ENDIF ELSE ras   report le fichier de palettes demande n existe pas      return end");
-a[176] = new Array("./ToBeReviewed/COULEURS/newpalette.html", "newpalette.pro", "", "          NAME:newpalette     PURPOSE:permet de stocker la palette qui est a l ecran dans un   fichier du meme type que celui fournit par defaut dans IDL:    colors1 tbl      CATEGORY:pour garder ses jolies palettes perso      CALLING SEQUENCE:newpalette nom_de_palette     INPUTS:nom_de_palette: c est un string qui contient le nom de la   nouvelle palette que l on veut ecrire      KEYWORD PARAMETERS:      OVER: c est un entier qui designe le numero de la palette que l on   veut remplacer par la palette a l ecran         ceux de modifyct     rq: si le mot cle file n est pas specifie  on cherche un fichier   contenant les palettes du nom de palette tbl    Ce fichier peut etre dans n importe quel repertoire du  path   Par contre il doit etre en droit d ecriture     MODIFICATION HISTORY: Guillaume Roulet  gr lodyc jussieu fr                          30 3 1999 s masson  ajout de _extra  de le                         recherche du nom complet  de OVER et du blabla                         5 5 1999 s masson  va copie eventuelle du                         fichier contenant les palettes         pro newpalette nom  OVER   over  _extra   ex   le mot cle file est passe par l intermediere de EXTRA    definition du mon du fichier qui contient les palettes de couleur    if n_elements ex  NE 0 then BEGIN        if  where tag_names ex  EQ  FILE 0  NE  1 then nompal ex FILE ELSE nompal palette tbl     ENDIF ELSE nompal    palette tbl     nomcourt   nompal   quelle est l adresse complete de nompal     nompal   find nompal     if nompal 0  NE  NOT FOUND  then begin       nompal   nompal 0    nompal nous appartient        spawn   whoami  login       appartient   strpos nompal  login 0        if appartient EQ  1 then begin          ouinon   report Le fichier  nompal  ne vous appartient pas  Voulez vous copier le fichier  nomcourt  dans le repertoire courant:  current     default_no   question           if ouinon then return ELSE BEGIN              spawn   cp  nompal   nomcourt   on copie             nompal   nomcourt             spawn    chmod u w  nompal   on se donne les droits d ecriture          ENDELSE       endif    ENDIF ELSE BEGIN               aucun fichier nompal a ete trouve       nompal   nomcourt           on recupe le nompal d origine       ouinon   report le fichier de palettes demande  nompal  n existe pas ds les repertoires  path  Voulez vous cree un fichier  nompal  dans le repertoire courant   default_no   question        if NOT ouinon then return       nomfichsource   filepath colors1 tbl  subdir resource   colors         spawn cp  nomfichsource   nompal   on copie       spawn    chmod u w  nompal   on se donne les droits d ecriture    ENDELSE      if n_elements ex  NE 0 then        if  where tag_names ex  EQ  FILE 0  NE  1 then ex FILE   nompal      tvlct r g b get    r congrid r 256     g congrid g 256     b congrid b 256     IF n_elements over  EQ 0 then over   255    modifyct over nom r g b file nompal  _extra   ex      return end");
-a[177] = new Array("./ToBeReviewed/COULEURS/palit.html", "palit.pro", "", "     Eclaircit la palette courante en jouant sur la luminosite              coef   regle l attenuation des couleurs            par defaut divise par 2 la luminosite      coef   0 1 pour la QMS papier de l IPSL convient tres bien   PRO palit  coef  red  green  blue    IF n_elements coef  EQ 0 THEN coef   0 5    IF n_elements red  EQ 0 THEN tvlct  red  green  blue   get    color_convert  red  green  blue  h  l  s   rgb_hls    l   1 coef 1 l       Le noir doit rester bien noir      toutes mes palettes commencent par du noir et finissent par du blanc      l 0    0     tvlct  h  l  s   hls    return END");
-a[178] = new Array("./ToBeReviewed/COULEURS/xlct.html", "xlct.pro", "", "   Id: xlct pro 19 2006 05 02 09:40:19Z pinsard       Copyright  c  1991 1998  Research Systems  Inc   All rights reserved          Unauthorized reproduction prohibited   PRO XLCT_PSAVE Save Restore our plotting state     Swaps our state with the current state each time its called   COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  updt_cb_data  tmp     xlct_psave  win:  d window  x:  x s  y:  y s   xtype:  x type                             ytype:  y type  clip:  p clip    wset  psave win  x type   psave xtype  y type   psave ytype  x s   psave x  y s   psave y  p clip   psave clip psave   tmp end  pro xlct_alert_caller COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  p_updt_cb_data      ErrorStatus   0     CATCH  ErrorStatus     if  ErrorStatus NE 0  then begin         CATCH   CANCEL         v   DIALOG_MESSAGE Unexpected error in XLCT:                             ERR_STRING        ERR_STRING                             ERROR          return     endif     if  STRLEN updt_callback  gt 0  then begin         if  PTR_VALID p_updt_cb_data  then begin             CALL_PROCEDURE  updt_callback  DATA p_updt_cb_data          endif else begin             CALL_PROCEDURE  updt_callback         endelse     endif end     Redraw the ramp image  PRO xlct_show COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  p_updt_cb_data      cur_win    D WINDOW     WSET  show_win     TV  BYTE FLOAT ncolors FINDGEN siz FLOAT siz 1              REPLICATE 1  w_height    BYTE cbot       WSET  cur_win        Let the caller of XLCT know that the color table was modified     xlct_alert_caller END  PRO xlct_draw_cps  i  c COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  tc   color if n_elements c  gt 0 then begin  tc   c  if c ne 0 then color   c  endif  if i 0  eq  1 then j   indgen n_elements cps  else j   i  plots  cps j  tfun j   noclip  color   tc plots  cps j  tfun j   noclip  psym 6  color   tc end  PRO xlct_transfer  UPDATE update COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  l   lonarr ncolors Subscripts m   n_elements cps  for i 0  m 2 do begin  n   cps i 1 cps i Interval  b    tfun i 1 tfun i float n   l cps i    findgen n    b    tfun i    cbot   endfor l ncolors 1    tfun m 1 Last point if use_values then begin   r_curr cbot     r   l r_orig    g_curr cbot     g   l g_orig    b_curr cbot     b   l b_orig  endif else begin   r_curr cbot     r   r_orig l    g_curr cbot     g   g_orig l    b_curr cbot     b   b_orig l  endelse  tvlct  r g b  cbot if  keyword_set  update   then     xlct_show end  PRO xlct_event  event COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  p_updt_cb_data   IF event id eq state draw THEN BEGIN  PROCESS DRAWABLE EVENTS    if event press ne 0 then begin Pressed button   dmin   1 0e8 Find closest control pnt  xlct_psave Remove old  p   convert_coord event x  event y   TO_DATA   DEVICE   xlct_psave Restore old  x   fix p 0   y   fix p 1   for i 0  n_elements cps 1 do begin  d    p 0 cps i 2    p 1 tfun i 2    dist   2  if d lt dmin then begin  dmin   d  pnt   i  endif  endfor  return  endif  if event release ne 0 then begin Released button   pnt    1                 xlct_transfer   update  return  endif  if pnt lt 0 then return Don t care here    xlct_psave Remove old           For visuals with static colormaps  erase plot before drawing new         if  COLORMAP_APPLICABLE redrawRequired  GT 0  and                redrawRequired GT 0  then begin            ERASE  color 0         endif  p   convert_coord event x  event y   TO_DATA   DEVICE Coord of mouse  n   ncolors  1 Into range   m   n_elements cps 1  x   fix p 0    0   cps pnt 1    1   0  0  0  0 0     else s    findgen nc     s nc     int nc    0 0    gamma    nc  if chop ne 0 then begin      too_high   where s ge nc  n       if n gt 0 then s too_high    0L      endif  if use_values then begin      s   s  1     cps   cps keep     tfun   tfun keep     goto  interp_cps    ENDIF  ENDCASE      ADDCP : BEGIN  xlct_psave  xlct_draw_cps   1  0  igap   0 Find largest gap  for i 0  n_elements cps 2 do    if  cps i 1    cps i  gt  cps igap 1 cps igap  then    igap   i  cps     cps 0:igap   cps igap cps igap 1 2  cps igap 1:   tfun     tfun 0:igap   tfun igap tfun igap 1 2  tfun igap 1:        interp_cps:  xlct_draw_cps   1   Redraw new  xlct_transfer   update  xlct_psave Restore old points  if n_elements reset_all  then goto  reset_all  ENDCASE ENDCASE  END       NAME:         XLCT   PURPOSE:         comme xloadct mais plus cour a ecrire et appelle par defaut la         palette palette tbl qui peut etre situee dans n importe quel         repertoire de  path      CATEGORY:         Widgets   CALLING SEQUENCE:         XLCT   INPUTS:         None    KEYWORDS:  FILE: If this keyword is set  the file by the given name is used  instead of the file colors1 tbl in the IDL directory   This  allows multiple IDL users to have their own color table file          GROUP   The widget ID of the widget that calls Xlct   When                  this ID is specified  a death of the caller results in a                  death of Xlct  NCOLORS   number of colors to use   Use color indices from BOTTOM  to the smaller of  D TABLE_SIZE 1 and NCOLORS 1   Default    D TABLE_SIZE   all available colors   BOTTOM   first color index to use  Use color indices from BOTTOM to  BOTTOM NCOLORS 1   Default   0          SILENT   Normally  no informational message is printed when                 a color map is loaded  If this keyword is present and                 zero  this message is printed   USE_CURRENT: If set  use the current color tables  regardless of  the contents of the COMMON block COLORS          MODAL:  If set  then XLCT runs in  modal  mode  meaning that                 all other widgets are blocked until the user quits XLCT                  A group leader must be specified  via the GROUP keyword                  for the MODAL keyword to have any effect    The default                 is to not run in modal mode   BLOCK:  Set this keyword to have XMANAGER block when this  application is registered   By default the Xmanager                 keyword NO_BLOCK is set to 1 to provide access to the                 command line if active command  line processing is available                  Note that setting BLOCK for this application will cause  all widget applications to block  not only this  application   For more information see the NO_BLOCK keyword  to XMANAGER          UPDATECALLBACK: Set this keyword to a string containing the name of                 a user supplied procedure that will be called when the color                 table is updated by XLCT   The procedure may optionally                 accept a keyword called DATA  which will be automatically                 set to the value specified by the optional UPDATECBDATA                 keyword          UPDATECBDATA: Set this keyword to a value of any type  It will be                 passed via the DATA keyword to the user supplied procedure                 specified via the UPDATECALLBACK keyword  if any  If the                 UPDATECBDATA keyword is not set the value accepted by the                 DATA keyword to the procedure specified by UPDATECALLBACK                 will be undefined      OUTPUTS:         None    COMMON BLOCKS:         None    SIDE EFFECTS:         One of the predefined color maps may be loaded    RESTRICTIONS:         This routine uses the LOADCT user library procedure to         do the actual work    MODIFICATION HISTORY:         5 5 1999 copie de xloadct par Sebastien Masson  smlod ipsl jussieu fr     PRO XLct  SILENT silent_f  GROUP group  FILE file              USE_CURRENT use_current  NCOLORS   nc  BOTTOM bottom              MODAL modal  BLOCK block  UPDATECALLBACK updt_cb_name              UPDATECBDATA updt_cb_data     COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr    COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt        top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider        gamma  color  use_values  ncolors  cbot  siz  w_height  show_win        updt_callback  p_updt_cb_data      IF XRegistered xlct  NE 0  THEN return     IF N_ELEMENTS block  EQ 0 THEN block 0    IF N_ELEMENTS updt_cb_name  EQ 0 THEN updt_callback       ELSE updt_callback updt_cb_name    IF N_ELEMENTS updt_cb_data  GT 0 THEN p_updt_cb_data PTR_NEW updt_cb_data       ELSE p_updt_cb_data PTR_NEW      values_button   lonarr 2      IF KEYWORD_SET SILENT_f  THEN silent   SILENT_F ELSE silent   1     changements effectues par S Masson      IF N_ELEMENTS file  GT 0 THEN filename   file ELSE BEGIN        filename   find palette tbl        filename   filename 0        if filename EQ  NOT FOUND  then filename filepath colors1 tbl subdir resource   colors     ENDELSE     file   filename      siz   256 Basic width of tool    names   0    LOADCT  GET_NAMES   names  FILE   file  Get table names    w_height   50                 Height of ramp    cur_win    D WINDOW    lock   0    chop   0    vbot   0    vtop   100    gamma   1 0    use_values 0     Bases:    0   slider base   stretch bottom  stretch top  gamma     1   transfer function drawable   buttons    2   color table list    3   options base   sliders  top  stretch      state     bases: lonarr 4  draw: 0L  name_list: 0L      DJC   Added modal keyword    Moved  group_leader  keyword from XMANAGER to WIDGET_BASE    Ignore modal keyword if a group leader is not supplied     if  N_ELEMENTS group  GT 0L  then       base   WIDGET_BASE TITLE Xlct   COLUMN  GROUP_LEADER group                           MODAL KEYWORD_SET modal       else       base   WIDGET_BASE TITLE Xlct   COLUMN      Setting the managed attribute indicates our intention to put this app   under the control of XMANAGER  and prevents our draw widgets from   becoming candidates for becoming the default window on WSET   1  XMANAGER   sets this  but doing it here prevents our own WSETs at startup from   having that problem     WIDGET_CONTROL   MANAGED  base      show   WIDGET_DRAW base  YSIZE w_height  XSIZE siz   FRAME  RETAIN   2     junk   WIDGET_BASE base   ROW     done   WIDGET_BUTTON junk  VALUE  Done   UVALUE    DONE     junk1   WIDGET_BUTTON junk  VALUE  Help   UVALUE    HELP      junk   CW_BGROUP base   ROW   EXCLUSIVE   NO_REL                         Tables   Options   Function                        UVALUE NEWBASE  SET_VALUE 0      junk   widget_base base     for i 0 1 do state bases i    WIDGET_BASE junk   COLUMN      sbase WIDGET_BASE state bases 0   COLUMN     bot   WIDGET_SLIDER sbase  TITLE    Stretch Bottom  MINIMUM   0                           MAXIMUM   100  VALUE   0   DRAG  UVALUE    BOTTOM  xsize siz     top   WIDGET_SLIDER sbase  TITLE    Stretch Top  MINIMUM   0                           MAXIMUM   100  VALUE   100   DRAG  UVALUE    TOP  xsize siz     g_lbl   WIDGET_LABEL sbase  VALUE   STRING 1 0     g_slider   WIDGET_slider sbase  TITLE    Gamma Correction                                MINIMUM   0  MAXIMUM   100  VALUE   50  UVALUE    GAMMA                                 SUPPRESS_VALUE   DRAG  xsize siz      junk   WIDGET_BASE sbase     for i 2 3 do state bases i    WIDGET_BASE junk   COLUMN     DEVICE  GET_SCREEN   junk    if junk 1  le 768 then junk   8 else junk   16    state name_list   WIDGET_LIST state bases 2  VALUE   names  ysize   junk     Drawable for transfer function     junk   WIDGET_BASE state bases 1   COLUMN   FRAME     junk1   WIDGET_BUTTON junk  VALUE    Reset Transfer Function                             UVALUE TFUNR     junk1   WIDGET_BUTTON junk  VALUE Add Control Point  UVALUE ADDCP     junk1   WIDGET_BUTTON junk  VALUE Remove Control Point  UVALUE REMCP      state draw   WIDGET_DRAW state bases 1  xsize   siz  ysize   siz                                 BUTTON_EVENTS   MOTION_EVENTS       opt_id   state bases 3     junk   CW_BGROUP opt_id   ROW  LABEL_LEFT Sliders:   EXCLUSIVE   NO_REL                         Independent   Gang  UVALUE GANG  SET_VALUE lock     junk   CW_BGROUP opt_id   ROW  LABEL_LEFT    Top:    EXCLUSIVE   NO_REL                         Clip   Chop  SET_VALUE chop  UVALUE CHOP     junk   CW_BGROUP opt_id   ROW  LABEL_LEFT Stretch:    EXCLUSIVE   NO_REL                         Indices   Intensity  UVALUE VALUES                        SET_VALUE use_values     junk   WIDGET_BUTTON opt_id  VALUE Reverse Table                            UVALUE REVERSE   NO_REL     junk   WIDGET_BUTTON opt_id  VALUE REPLACE Original Table                            UVALUE    OVERWRITE   NO_REL     junk   WIDGET_BUTTON opt_id  VALUE RESTORE Original Table                            UVALUE RESTORE   NO_REL      WIDGET_CONTROL  state bases 1  MAP 0  Tfun is not visible    WIDGET_CONTROL  state bases 3  MAP 0  options are not visible     WIDGET_CONTROL  base   REALIZE    WIDGET_CONTROL  state draw  GET_VALUE tmp     if n_elements bottom  gt 0 then cbot   bottom else cbot   0    ncolors    d table_size   cbot    if n_elements nc  gt 0 then ncolors   ncolors   nc    if ncolors le 0 then message Number of colors is 0 or negative      psave     xlct_psave  win:  d window  x:  x s  y:  y s   xtype:  x type                 ytype:  y type  clip:  p clip    Our initial state    wset  tmp Initial graph    xlct_psave                    Save original scaling   window    plot   0  ncolors 1   0  ncolors 1  xstyle 3  ystyle 3        xmargin    1 1  ymargin 1 1  ticklen    0 03   NODATA    xlct_psave                    Restore original scaling   window                                   If no common  use current colors    IF KEYWORD_SET use_current  or N_ELEMENTS r_orig  LE 0 THEN BEGIN       TVLCT  r_orig  g_orig  b_orig   GET       r_curr   r_orig       b_curr   b_orig       g_curr   g_orig    ENDIF     r0   r_curr                   Save original colors    g0   g_curr    b0   b_curr    color   ncolors   cbot  1    cps    0  ncolors 1     tfun   cps    pnt    1     WIDGET_CONTROL  show  GET_VALUE show_win    WSET  show_win    DJC   fixed color bar display bug    TVSCL  BYTSCL INDGEN siz    REPLICATE 1  w_height  top   ncolors 1     TV  BYTE FLOAT ncolors FINDGEN siz FLOAT siz 1                  REPLICATE 1  w_height    BYTE cbot      WSET  cur_win    DJC   moved GROUP_LEADER keyword to WIDGET_BASE     XManager   xlct  base  NO_BLOCK NOT FLOAT block        MODAL KEYWORD_SET modal   END");
-a[179] = new Array("./ToBeReviewed/COULEURS/xpal.html", "xpal.pro", "", "   Id: xpal pro 19 2006 05 02 09:40:19Z pinsard       Copyright  c  1992 1998  Research Systems  Inc   All rights reserved          Unauthorized reproduction prohibited      NAME:         XPAL     PURPOSE:         comme xpalette mais plus court a ecrire et possede en plus         une touche save qui  grace a la routine newpalette  permet de         sauver la routine que l on vient de faire  Rq qd on appuie         sur la touche predefined appelle xlct plutot que xloadct      CATEGORY:         Color tables  widgets      CALLING SEQUENCE:         XPAL     INPUTS:         No explicit inputs   The current color table is used as a starting         point      KEYWORD PARAMETERS:  BLOCK:  Set this keyword to have XMANAGER block when this  application is registered   By default the Xmanager                 keyword NO_BLOCK is set to 1 to provide access to the                 command line if active command  line processing is available                  Note that setting BLOCK for this application will cause  all widget applications to block  not only this  application   For more information see the NO_BLOCK keyword  to XMANAGER          UPDATECALLBACK: Set this keyword to a string containing the name of                 a user supplied procedure that will be called when the color                 table is updated by XLOADCT   The procedure may optionally                 accept a keyword called DATA  which will be automatically                 set to the value specified by the optional UPDATECBDATA                 keyword          UPDATECBDATA: Set this keyword to a value of any type  It will be                 passed via the DATA keyword to the user supplied procedure                 specified via the UPDATECALLBACK keyword  if any  If the                 UPDATECBDATA keyword is not set the value accepted by the                 DATA keyword to the procedure specified by UPDATECALLBACK                 will be undefined      OUTPUTS:         None      COMMON BLOCKS:         COLORS: Contains the current RGB color tables          XP_COM: Private to this module      SIDE EFFECTS:         XPAL uses two colors from the current color table as         drawing foreground and background colors  These are used         for the RGB plots on the left  and the current index marker on         the right  This means that if the user set these two colors         to the same value  the XPAL display could become unreadable          like writing on black paper with black ink  XPAL minimizes         this possibility by noting changes to the color map and always         using the brightest available color for the foreground color         and the darkest for the background  Thus  the only way         to make XPAL s display unreadable is to set the entire color         map to a single color  which is highly unlikely  The only side         effect of this policy is that you may notice XPAL redrawing         the entire display after you ve modified the current color          This simply means that the change has made XPAL pick new         drawing colors            The new color tables are saved in the COLORS common and loaded         to the display      PROCEDURE:         The XPAL widget has the following controls:           Left:   Three plots showing the current Red  Green  and Blue vectors            Center: A status region containing:                 1  The total number of colors                  2  The current color  XPAL allows changing                    one color at a time  This color is known as                    the  current color  and is indicated in the                    color spectrum display with a special marker                  3  The current mark index  The mark is used to                    remember a color index  It is established by                    pressing the  Set Mark Button  while the current                    color index is the desired mark index                  4  The current color  The special marker used in                    color spectrum display prevents the user from seeing                    the color of the current index  but it is visible                    here                    A panel of control buttons  which do the following when                 pressed:                   Done:   Exits XPAL              Predefined:   Starts XLOADCT to allow selection of one of the                         predefined color tables                    Help:   Supplies help information similar to this header                    Redraw: Completely redraws the display using the current                         state of the color map                  Set Mark: Set the value of the mark index to the                         current index               Switch Mark: Exchange the mark and the current index              Copy Current: Every color lying between the current                         index and the mark index  inclusive  is given                         the current color               Interpolate: The colors lying between the current                         index and the mark index are interpolated linearly                         to lie between the colors of two endpoints                    save: permet de sauver la palette qui est                         actuellement a l ecran  Qd on appuie sur ce                         bouton  un widget apparait qui demande:                          1  le nom a donner a la palette que l on veut sauver                          2  le numero de la palette que l on veut                          eventuellement ecrase par la nouvelle                          palette Si aucun numero n est specifie la                          nouvelle palette estajoutee aux anciennes                           3  le nom du fichier qui contient les                          palettes  Rq: suivre eventuellement les                          indications fournis au prompteur                              Three sliders  R  G  and B  that allow the user to modify the         current color            Right:  A display which shows the current color map as a series of                 squares  Color index 0 is at the upper left  The color index                 increases monotonically by rows going left to right and top                 to bottom   The current color index is indicated by a special                 marker symbol  There are 4 ways to change the current color:                         1  Press any mouse button while the mouse                            pointer is over the color map display                          2  Use the  By Index  slider to move to                            the desired color index                          3  Use the  Row  Slider to move the marker                            vertically                          4  Use the  Column  Slider to move the marker                            horizontally      MODIFICATION HISTORY:            addaptation de xpalette pour ajouter un bouton save par            Gima Nicolas  nglod ipsl jussieu fr  et par Masson            Sebastien  smlod ipsl jussieu fr     function XP_NEW_COLORS   Choose the best foreground and background colors for the current   color maps and set  P appropriately  Returns 1 if the colors changed    0 otherwise    common xp_com  xpw  state    res   0   junk   CT_LUMINANCE dark dark_col  bright bright_col     if  bright_col ne  p color  then begin      p color   bright_col     res   1   endif    if  dark_col ne  p background  then begin      p background   dark_col     res   1   endif    return  res end  pro XP_ALERT_CALLER    common xp_com  xpw  state    ErrorStatus   0   CATCH  ErrorStatus   if  ErrorStatus NE 0  then begin     CATCH   CANCEL     v   DIALOG_MESSAGE Unexpected error in XPAL:                             ERR_STRING        ERR_STRING                             ERROR      return   endif   if  STRLEN state updt_callback  gt 0  then begin     if  PTR_VALID state p_updt_cb_data  then begin       CALL_PROCEDURE  state updt_callback  DATA state p_updt_cb_data      endif else begin       CALL_PROCEDURE  state updt_callback     endelse   endif end  pro XP_XLCTCALLBACK     For visuals with static colormaps  update the graphics     after a change by XLOADCT    if  COLORMAP_APPLICABLE redrawRequired  GT 0  and            redrawRequired GT 0  then begin     XP_REDRAW   endif  end  pro XP_REDRAW    common xp_com  xpw  state    junk   XP_NEW_COLORS    WIDGET_CONTROL  xpw colorsel  set_value 1   XP_REPLOT   p color   F           Update the plots of RGB     Let the caller of XPAL know that the color table was modified   XP_ALERT_CALLER end    pro XP_REPLOT  color_index  type   Re draw the RGB plots  Type has the following possible values            D : Draw the data part of all three plots            F : draw all three plots            R : Draw the data part of the Red plot            G : Draw the data part of the Green plot            B : Draw the data part of the Blue plot    common xp_com  xpw  state   common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr   common pscale  r_x_s  r_y_s  g_x_s  g_y_s  b_x_s  b_y_s      Update the plots of RGB   save_win    D WINDOW   wset  state plot_win   save_p_region    p region   save_x_margin    x margin   save_y_margin    y margin   save_x_s    x s   save_y_s    y s   save_x_type    x type    save_y_type    y type      y margin   2  2     x margin   6  2     if  type eq  F  then begin      p region    0 6667  1  1      plot xstyle 2  ystyle 3  yrange 0  260  r_curr  title Red      r_x_s    x s     r_y_s    y s       p region    0 333  1   6667      plot noerase  xstyle 2 ystyle 3  yrange 0  260  g_curr  title Green      g_x_s    x s     g_y_s    y s       p region    0 0  1   333      plot noerase  xstyle 2 ystyle 3  yrange 0  260  b_curr  title Blue       b_x_s    x s     b_y_s    y s   endif else begin     if  type eq  D  or  type eq  R  then begin        p region    0 6667  1  1         x s   r_x_s        y s   r_y_s       oplot  r_curr  color color_index     endif     if  type eq  D  or  type eq  G  then begin        p region    0 333  1   6667         x s   g_x_s        y s   g_y_s       oplot  g_curr  color color_index     endif     if  type eq  D  or  type eq  B  then begin        p region    0 0  1   333         x s   b_x_s        y s   b_y_s       oplot  b_curr  color color_index     endif   endelse    empty   WSET  save_win    p region   save_p_region    x margin   save_x_margin    y margin   save_y_margin    x s   save_x_s    y s   save_y_s    x type   save_x_type    y type   save_y_type  end     pro XP_CHANGE_COLOR  type  value   Change current color  Type has the following possible values             R : Change the R part of the current color            G :              B :     common xp_com  xpw  state   common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr     cur_idx   state cur_idx    XP_REPLOT   p background  type    if  type eq  R  then r_curr cur_idx    value    if  type eq  G  then g_curr cur_idx    value    if  type eq  B  then b_curr cur_idx    value     tvlct  r_curr cur_idx  g_curr cur_idx  b_curr cur_idx  cur_idx    if  XP_NEW_COLORS  then begin       Highlight the current position using the marker     WIDGET_CONTROL  xpw colorsel  set_value 1    Re initialize     XP_REPLOT   p color   F    endif else begin     XP_REPLOT   p color  type   endelse      For visuals with static colormaps  update the graphics     of the current color    if  COLORMAP_APPLICABLE redrawRequired  GT 0  and            redrawRequired GT 0  then begin       Mark new square     tmp    D WINDOW     wset  state cur_color_win     erase  color state cur_idx     wset  tmp   endif      Let the caller of XPAL know that the color table was modified   xp_alert_caller  end        pro XP_BUTTON_EVENT  event     common xp_com  xpw  state    common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr                                    NOTE: The value of these tags depend on the order of the buttons                                       in the base     case  event value  of                                    DONE       0: begin          empty          r_orig   r_curr   g_orig   g_curr   b_orig   b_curr  new orig color tbl          WIDGET_CONTROL   DESTROY  event top           p   state old_p       end                                    PREDEFINED       1: xlct   silent  group xpw base  UPDATECALLBACK XP_XLCTCALLBACK                                     HELP       2: XDisplayFile  FILEPATH xpal txt  subdir help   widget           TITLE    Xpal Help  GROUP   event top  WIDTH   55  HEIGHT   16                                    REDRAW       3: XP_REDRAW                                    SET MARK       4: begin          state mark_idx   state cur_idx          WIDGET_CONTROL  xpw mark_label              set_value strcompress state mark_idx   REMOVE        end                                    SWITCH MARK       5 : if  state mark_idx ne state cur_idx  then begin          tmp   state mark_idx          state mark_idx   state cur_idx          state cur_idx   tmp          WIDGET_CONTROL  xpw colorsel  set_value tmp          WIDGET_CONTROL  xpw idx_label              set_value strcompress state cur_idx   REMOVE           WIDGET_CONTROL  xpw mark_label              set_value strcompress state mark_idx   REMOVE        endif                                    COPY CURRENT       6 : begin          do_copy:          cur_idx   state cur_idx          if  state mark_idx le cur_idx  then begin             s   state mark_idx             e   cur_idx          endif else begin             s   cur_idx             e   state mark_idx          endelse          n   e s 1          XP_REPLOT   p background   D           if  event value eq 6  then begin             r_curr s:e    r_curr cur_idx              g_curr s:e    g_curr cur_idx              b_curr s:e    b_curr cur_idx           endif else begin         Interpolate             scale   findgen n float n 1              r_curr s:e    r_curr s     fix r_curr e    fix r_curr s    scale             g_curr s:e    g_curr s     fix g_curr e    fix g_curr s    scale             b_curr s:e    b_curr s     fix b_curr e    fix b_curr s    scale          endelse          tvlct  r_curr s:e  g_curr s:e  b_curr s:e  s          if  XP_NEW_COLORS  then begin             WIDGET_CONTROL  xpw colorsel  SET_VALUE 1             XP_REPLOT   p color   F           endif else begin             XP_REPLOT   p color   D           endelse                                   Let the caller of XPAL know that the color table was modified          xp_alert_caller       end        7: goto  do_copy       8: BEGIN           COMMON basecommon   bas212  bas222   bas232          base   WIDGET_BASE COLUMN   FRAME           bas1   WIDGET_LABEL base  value    Save           bas2   WIDGET_BASE base   COLUMN           bas21   WIDGET_BASE bas2   COLUMN           bas211   WIDGET_LABEL bas21  value    Palette Name :            bas212   WIDGET_TEXT bas21  value    Noname   editable           bas22   WIDGET_BASE bas2   COLUMN           bas221   WIDGET_LABEL bas22  value     Overwrite palette number :            bas222   WIDGET_TEXT bas22  value      editable           bas23   WIDGET_BASE bas2   COLUMN           bas231   WIDGET_LABEL bas23  value    file name :            bas232   WIDGET_TEXT bas23  value    palette tbl   editable           bas3   WIDGET_BASE base   ROW           ok   WIDGET_BUTTON bas3  value    OK                               ALIGN_LEFT   FRAME  UVALUE    ok           cancel   WIDGET_BUTTON bas3  value    CANCEL                                   ALIGN_RIGHT   FRAME  UVALUE    cancel           WIDGET_CONTROL  base   REALIZE           WIDGET_CONTROL  base  SET_UVALUE   drawID          XMANAGER    xp_button_event   base          END       else:    endcase  end   PRO xp_button_event_event  ev COMMON basecommon   bas212  bas222   bas232   WIDGET_CONTROL  ev id   GET_UVALUE   uval   IF TAG_NAMES ev    STRUCTURE_NAME  EQ  WIDGET_BUTTON    THEN BEGIN     CASE uval OF       ok  :BEGIN          WIDGET_CONTROL  bas212  GET_VALUE   palname         WIDGET_CONTROL  bas222  GET_VALUE   over         WIDGET_CONTROL  bas232  GET_VALUE   fichname         if over 0  EQ   then over   255 ELSE over   long over           newpalette palname 0  OVER   over 0  file   fichname 0           WIDGET_CONTROL   ev top    DESTROY         END       cancel : WIDGET_CONTROL   ev top    DESTROY     ENDCASE   ENDIF  END      pro XP_EVENT  event     common xp_com  xpw  state    common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr     case  event id  of        xpw button_base: XP_BUTTON_EVENT  event        xpw rgb_base: begin          cur_idx   state cur_idx          if  event r ne r_curr cur_idx  then XP_CHANGE_COLOR   R  event r          if  event g ne g_curr cur_idx  then XP_CHANGE_COLOR   G  event g          if  event b ne b_curr cur_idx  then XP_CHANGE_COLOR   B  event b       end        xpw colorsel: begin          cur_idx   state cur_idx          new_pos   event value ne cur_idx                                   Update the RBG sliders          if  event value ne cur_idx  then begin             state cur_idx    cur_idx   event value              WIDGET_CONTROL  xpw idx_label                  set_value strcompress cur_idx   REMOVE_ALL                                    Mark new square             tmp    D WINDOW             wset  state cur_color_win             erase  color cur_idx             wset  tmp              WIDGET_CONTROL  xpw rgb_base                 set_value r_curr cur_idx  g_curr cur_idx  b_curr cur_idx           endif       end        else:    endcase  end        pro XPAL  group group  BLOCK block  UPDATECALLBACK updt_cb_name            UPDATECBDATA updt_cb_data     common xp_com  xpw  state   common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr    IF N_ELEMENTS updt_cb_name  EQ 0 THEN updt_callback                                     ELSE updt_callback updt_cb_name   IF N_ELEMENTS updt_cb_data  GT 0 THEN p_updt_cb_data PTR_NEW updt_cb_data                                     ELSE p_updt_cb_data PTR_NEW     xpw     xp_widgets  base:0L     colorsel:0L  mark_label:0L  idx_label:0L  button_base:0L  rgb_base:0L     state    old_p: p                          Original value of  P     mark_idx:0                        Current mark index     cur_idx:0                         Current index     cur_color_win:0                   Current Color draw window index     plot_win:0                        RGB plot draw window index     updt_callback: updt_callback      user defined callback  optional      p_updt_cb_data:p_updt_cb_data     data for callback  optional     if  XREGISTERED XPAL  then return        Only one copy at a time    IF N_ELEMENTS block  EQ 0 THEN block 0    on_error 2               Return to caller if an error occurs    nc    d table_size              of colors avail   if nc eq 0 then message   Device has static color tables   Can t modify    if  nc eq 2  then message   Unable to work with monochrome system     state old_p    p               Save  p    p noclip   1                  No clipping    p color   nc  1               Foreground color    p font   0                    Hdw font   save_win    d window   Previous window    IF N_ELEMENTS r_orig  LE 0 THEN BEGIN If no common  use current colors  TVLCT  r_orig  g_orig  b_orig   GET  r_curr   r_orig  b_curr   b_orig  g_curr   g_orig  ENDIF      Create widgets   xpw base WIDGET_BASE title Xpal   ROW  space 30      This is a little tricky  Setting the managed attribute indicates     our intention to put this app under the control of XMANAGER  and     prevents our draw widgets from becoming candidates for becoming     the default window on WSET   1  XMANAGER sets this  but doing it here     prevents our own WSETs at startup from having that problem    WIDGET_CONTROL   MANAGED  xpw base    version   WIDGET_INFO VERSION    if  version style Motif  then junk 510 else junk   580   plot_frame   WIDGET_DRAW xpw base  xsize 200  ysize junk     c1   WIDGET_BASE xpw base   COLUMN  space 20      status   WIDGET_BASE c1   COLUMN   FRAME        ncw   WIDGET_LABEL WIDGET_BASE status   DYNAMIC_RESIZE        xpw idx_label   CW_FIELD status  title Current Index:   value 0            xsize 20   STRING        xpw mark_label   CW_FIELD status  title Mark Index:      value 0     xsize 20   STRING        c1_1   widget_base status   ROW   junk   WIDGET_LABEL c1_1  value Current Color:      cur_color   WIDGET_DRAW c1_1  xsize   125  ysize 50   frame      names      Done   Predefined   Help   Redraw   Set Mark     Switch Mark   Copy Current   Interpolate   save      xpw button_base   CW_BGROUP c1  names  COLUMN 3   FRAME      xpw rgb_base   CW_RGBSLIDER c1   FRAME   DRAG       junk   WIDGET_BASE xpw base           Responds to YOFFSET     if  version style Motif  then junk2 30 else junk2   50     xpw colorsel   CW_COLORSEL junk  yoffset junk2      state cur_idx   0   state mark_idx   0      Position RGB slider appropriately   WIDGET_CONTROL  xpw rgb_base  SET_VALUE r_curr 0  g_curr 0  b_curr 0    WIDGET_CONTROL   REALIZE  xpw base    WIDGET_CONTROL  ncw     set_value Number Of Colors:     strcompress d n_colors   REMOVE_ALL    WIDGET_CONTROL  get_value tmp  cur_color   state cur_color_win   tmp   WIDGET_CONTROL  get_value tmp  plot_frame   state plot_win   tmp       Update the plots of RGB   junk   XP_NEW_COLORS    XP_REPLOT   p color   F     WSET  save_win    XMANAGER   Xpal  xpw base  event_handler XP_EVENT  group group     NO_BLOCK NOT FLOAT block  end ");
-a[180] = new Array("./ToBeReviewed/GRILLE/changegrid.html", "changegrid.pro", "", "function changegrid  newgrid    cm_4mesh        if cmpgrid newgrid  EQ 0 then return  0     update the common paramaters      ccmeshparameters   newgrid     ixminmesh   newgrid ixminmesh    ixmaxmesh   newgrid ixmaxmesh    iyminmesh   newgrid iyminmesh    iymaxmesh   newgrid iymaxmesh    izminmesh   newgrid izminmesh    izmaxmesh   newgrid izmaxmesh     read the new file      loadgrid  newgrid filename     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF      return  1 end");
-a[181] = new Array("./ToBeReviewed/GRILLE/cmpgrid.html", "cmpgrid.pro", "", "FUNCTION cmpgrid  newgrid    common       newgrid must be a structure      if size newgrid   type  NE 8 then return  0     does ccmeshparameters exist        if n_elements ccmeshparameters  EQ 0 then return  1     we compare the structure which caracterise the grid whith   ccmeshparameters      case 1 of       ccmeshparameters jpiglo NE newgrid jpiglo:       ccmeshparameters jpjglo NE newgrid jpjglo:       ccmeshparameters jpkglo NE newgrid jpkglo:       ccmeshparameters jpi NE newgrid jpi:       ccmeshparameters jpj NE newgrid jpj:       ccmeshparameters jpk NE newgrid jpk:       total ccmeshparameters glaminfo   newgrid glaminfo  NE 0:       total ccmeshparameters gphiinfo   newgrid gphiinfo  NE 0:       ccmeshparameters ixminmesh NE newgrid ixminmesh:       ccmeshparameters ixmaxmesh NE newgrid ixmaxmesh:       ccmeshparameters iyminmesh NE newgrid iyminmesh:       ccmeshparameters iymaxmesh NE newgrid iymaxmesh:       ccmeshparameters izminmesh NE newgrid izminmesh:       ccmeshparameters izmaxmesh NE newgrid izmaxmesh:       ccmeshparameters key_shift NE newgrid key_shift:       ccmeshparameters key_periodic NE newgrid key_periodic:       array_equal ccmeshparameters key_stride  newgrid key_stride  EQ 0:       ccmeshparameters key_gridtype NE newgrid key_gridtype:       ccmeshparameters key_yreverse NE newgrid key_yreverse:       ccmeshparameters key_zreverse NE newgrid key_zreverse:       ccmeshparameters key_partialstep NE newgrid key_partialstep:       ccmeshparameters key_onearth NE newgrid key_onearth:       ELSE:return  0    endcase     return  1 end");
-a[182] = new Array("./ToBeReviewed/GRILLE/decoupeterre.html", "decoupeterre.pro", "", "          NAME:decoupeterre     PURPOSE:tres semblable a grille  Ici qd vargrid ne  T  ou  W  alors   pour le trace il faut recuperer Tmask  glamt  gphit et le tableau de   triangulation sur le sous domaine considere  La specificite de   decoupeterre par rapport a grille  c est que l on prend ds la   mesure du possible un sous domaine juste un peu plus grand que celui   definit par domdef de facon a etre sur que le masque que l on trace   recouvrira bien tout le dessin      CATEGORY:pour plt     CALLING SEQUENCE:decoupeterre  mask  glam  gphi  z  nx  ny  nz  TRI   tri     INPUTS:     KEYWORD PARAMETERS:           TRI si ce mot clef sert a obtenir grace a grille la           triangulation qui se rapporte a la grille mais uniquement           sur la partie du zoom  ce tableau de triangulation reduit           est passe ds la variable que l on a egalee a tri par ex:           grille tri triangulation_reduite  ne mot clef est           utilise dans plt pro              WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W        OUTPUTS:le masque et ses coordonnees     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          24 2 99         PRO decoupeterre  mask  glam  gphi  gdep  TYPE   type  TRI   tri  INDICEZOOM   indicezoom  COINMONTE   coinmonte  COINDESCEND   coindescend  WDEPTH   wdepth  REALSECTION   realsection  USETRI   usetri  _extra   ex    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance     if vargrid EQ  W  then wdepth   1       horizontal parameters     if possible extent the domain according to the grid type   default case   case vargrid of      U :BEGIN       firstx   0    min firstxt  firstxu 1        lastx    max lastxt  lastxu 1    min firstyt  firstyu 1        lasty    max lastyt  lastyu 1    min firstxt  firstxv 1        lastx    max lastxt  lastxv 1    min firstyt  firstyv 1        lasty    max lastyt  lastyv 1    min firstxt  firstxf 1        lastx    max lastxt  lastxf 1    min firstyt  firstyf 1        lasty    max lastyt  lastyf 1    firstx 1 :lastx  firsty:lasty            ELSE glam   glamu 0    firstx 1 :lastx  firsty:lasty        ENDELSE     END      yz :BEGIN       if keyword_set realsection  EQ 0 then begin         if vargrid EQ  U  OR vargrid EQ  F  then             gphi   gphiu firstx:lastx  firsty:lasty        ENDIF ELSE BEGIN            to drawsectionbottom           if vargrid EQ  U  OR vargrid EQ  F  OR finite gphiv 0  EQ 0 then             gphi   gphif firstx:lastx  0    firsty 1 :lasty            ELSE gphi   gphiv firstx:lastx  0    firsty 1 :lasty        ENDELSE     END     ELSE:   ENDCASE     vertical boundaries     if keyword_set wdepth   then begin     firstz   0    min firstzt  firstzw 1      lastz    max lastzt  lastzw 1     jpk 1    ENDIF ELSE BEGIN     firstz   firstzt     lastz   lastzt   ENDELSE    nz   lastz firstz 1     mask     case type of      xy :BEGIN       mask   tmask firstx:lastx  firsty:lasty  firstz        profond   firstz NE 0     END   for the verical section  we have to choose the right mask according   to the grid point and to the direction of the section      xz :BEGIN       if vargrid EQ  V  OR vargrid EQ  F  then begin         mask    vmask firstx:lastx  firstyv:lastyv  firstz:lastz        ENDIF ELSE mask   tmask firstx:lastx  firsty:lasty  firstz:lastz      END      yz :BEGIN       if vargrid EQ  U  OR vargrid EQ  F  then begin         mask    umask firstxu:lastxu  firsty:lasty  firstz:lastz        ENDIF ELSE mask   tmask firstx:lastx  firsty:lasty  firstz:lastz      END     ELSE:mask   tmask firstx:lastx  firsty:lasty  firstz:lastz    endcase     vertical axis     when we do a real section we directly plot the gdepw    in drawsectionbottom pro  instead of contouring the mask at 0 5 at   gdept   IF keyword_set realsection  EQ 0 then gdep   gdept firstz:lastz      ELSE BEGIN       if lastz EQ jpk 1 then     we add some fictive very deep level that will not be used but that is   necessary to avoid array size bugs in draw bottom section        gdep    gdepw firstz 1:lastz  2 gdept jpk 1         ELSE gdep   gdepw firstz 1:lastz 1       gdep   gdepw firstz:lastz    special case when we are using the partial steps in the vertical   section that are only 1 point wide    in that case  the z axis is a 2d array and we modify the depth of   the last level ocean with hdepw that is the real depth of the bottom      CASE 1 OF       keyword_set key_partialstep  and type EQ  xz            AND ny EQ 1 AND keyword_set realsection :BEGIN         bottom   total mask  3          good   where bottom NE 0 AND bottom NE nz 1          bottom   lindgen nx bottom nx         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            gdep   replicate 1  nx gdep           truegdep   hdepw firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       keyword_set key_partialstep  and type EQ  yz            AND nx EQ 1 AND keyword_set realsection :BEGIN          bottom   total mask  3          good   where bottom NE 0 AND bottom NE nz 1          bottom   lindgen ny bottom ny         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            gdep   replicate 1  ny gdep           truegdep   hdepw firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       ELSE:     ENDCASE   ENDELSE     vecteur triangulation Qd TRI est active     IF arg_present TRI  then       if triangles_list 0  EQ  1 OR usetri LT 1 then tri    1 ELSE BEGIN   si on est en train de tracer un niveau profond on refait la   triangulation     if keyword_set profond  then begin       tri   triangule mask  coinmonte   coinmonte  coindescend   coindescend  _extra   ex        indicezoom    lindgen jpi  jpj firstx:lastx  firsty:lasty      ENDIF ELSE BEGIN    sinon on recupere la partie de triangulation qui nous interesse et   on la numerote convenablement        if nx EQ jpi AND ny EQ jpj then tri   triangles_list ELSE BEGIN          msk   bytarr jpi  jpj          msk firstx:lastx  firsty:lasty    1         ind   where  msk triangles_list 0    EQ 1                        AND msk triangles_list 1    EQ 1                        AND msk triangles_list 2    EQ 1           tri   triangles_list  ind firstx firsty jpi          y   tri jpi         x   tri y jpi         tri   x y nx       ENDELSE     ENDELSE   ENDELSE     if keyword_set key_performance  THEN print   temps decoupeterre  systime 1 tempsun      return end ");
-a[183] = new Array("./ToBeReviewed/GRILLE/domdef.html", "domdef.pro", "", "          NAME: DOMDEF     PURPOSE:permet d extraire un sous domaine d etude en fournissant les   parametres necessaires pour les traces   cf  outputs      CATEGORY:     CALLING SEQUENCE:domdef  lon1  lon2  lat1  lat2 vert1 vert2  ou               bien domdef vecteur     INPUTS: facultatif   vecteur a  2  4 ou 6 elements:    sans l utilisation des mots cles index xindex yindex zindex:    vert1  vert2: pour un domaine 3D dont la partie horizontale couvre tout    glam et gphi    lon1  lon2  lat1  lat2:   definissant les longitudes min  max et les latitudes min  max du  domaine a   etudier  tous les niveaux sont selectiones     lon1 lon2 lat1 lat2 vert1 vert2 pour specifier les profondeurs      KEYWORD PARAMETERS:           ENDPOINTS: a four elements vector  x1 y1 x2 y2  used to specify         that domdef must define the box used to make a plot  pltz  pltt          plt1d  done strictly along the line  that can have any direction          starting at  x1  y1  ending at  x2  y2  When defining endpoints          you must also define TYPE which define the type of plots          pltz   xt   yt   zt   x   y   z   t  will used         ENDPOINTS keywords           FINDALWAYS:oblige a redefinir une boite meme qd auqun point         n est trouve ds la boite  dans ce cas on selectionne toute la         grille     GRIDTYPE:un string ou un vecteur de string contennant le nom des  grilles  determinees uniquement par :  T U V W F  pour  lesquelles le calcul doit etre fait  par  ex : T  ou  T U             MEMEINDICES: il se peut que les points t u v et F correspondant a         une meme boite geographique ne concernent pas les memes         indices des tableaux  Ceci pose parfois de pb  ou du moins de         serieuses complications  ds les programmes ou plusieurs types         de grilles interviennent  cf : norme  curl  Activer         MEMEINDICES pour forcer domdef a prendre les memes indices  ceux         de la grille T  pour toutes les autres grilles             INDEX: activer si on veut specifier que tous les elements         passes en entree de domdef se rapportent aux indices des         tableaux glam  gphi et gdep plutot qu aux valeurs de ces         tableaux            xindex: activer si on veut que les elements passes en entrre         de domdef et concernant la dimension en x se rapportent aux         indices des tableaux glam qu aux valeurs de ces tableaux             yindex: cf xindex mais pour y et les gphi            zindex: cf xindex mais pour z et les gdep     OUTPUTS:on recupere pour les 4 grilles t u v f      nxt u v:entier qui contient le nombre de pts en longitude de      la grille reduite au domaine      nyt u v:entier qui contient le nombre de pts en latitude de      la grille reduite au domaine      nzt w:entier qui contient le nombre de pts en profondeur de      la grille reduite au domaine 3D      firstxt u v f: le first indice qui delimite le sous domaine     suivant x      firstyt u v f: le first indice qui delimite le sous domaine     suivant y      firstzt w: le first indice qui delimite le sous domaine     suivant z      lastxt u v f: le last indice qui delimite le sous domaine     suivant x      lastyt u v f: le last indice qui delimite le sous domaine     suivant y      lastzt w: le last indice qui delimite le sous domaine     suivant z     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   8 2 98   rewrite everything  debug and spee up Sebastien Masson April 2005         pro domdef  x1  x2  y1  y2  z1  z2  FINDALWAYS   findalways                 GRIDTYPE   gridtype  MEMEINDICES   memeindices                 XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex                 ENDPOINTS   endpoints  TYPE   type                 INDEX   index  _extra   ex     include commons  cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance     CASE N_PARAMS  OF     0:     1:     2:     4:     6:     ELSE:BEGIN       ras   report Bad number of parameter in the call of domdef        RETURN     END   ENDCASE     IF keyword_set endpoints  THEN BEGIN     IF NOT keyword_set type  THEN BEGIN        dummy   report If domdef is used do find the box associated                             to endpoints  you must also specify type keyword        return     ENDIF      CASE N_PARAMS  OF       0:       1:boxzoom    x1        2:boxzoom    x1  x2        4:boxzoom    x1  x2  y1  y2        6:boxzoom    x1  x2  y1  y2  z1  z2      ENDCASE     section  BOXZOOM   boxzoom  ENDPOINTS   endpoints  TYPE   type   ONLYBOX     return   ENDIF         recall domdef when there is only one input parameter       IF N_PARAMS  EQ 1 THEN BEGIN     CASE n_elements x1  OF       2:domdef  x1 0  x1 1  FINDALWAYS   findalways  GRIDTYPE   gridtype  MEMEINDICES   memeindices  XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex  INDEX   index  _extra   ex       4:domdef  x1 0  x1 1  x1 2  x1 3  FINDALWAYS   findalways  GRIDTYPE   gridtype  MEMEINDICES   memeindices  XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex  INDEX   index  _extra   ex       6:domdef  x1 0  x1 1  x1 2  x1 3  x1 4  x1 5  FINDALWAYS   findalways  GRIDTYPE   gridtype  MEMEINDICES   memeindices  XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex  INDEX   index  _extra   ex       ELSE:BEGIN         ras   report Bad number of elements in x1          RETURN       END     ENDCASE     RETURN     ENDIF     default definitions and checks     IF NOT keyword_set gridtype  THEN gridtype    T   U   V   W   F      ELSE gridtype   strupcase gridtype    IF keyword_set memeindices  THEN gridtype    T  gridtype    IF finite glamu 0  eq 0 THEN gridtype   gridtype where gridtype NE  U    IF finite glamv 0  eq 0 THEN gridtype   gridtype where gridtype NE  V    default definitions   lon1t   99999    lon2t    99999    lat1t   99999    lat2t    99999    lon1u   99999    lon2u    99999    lat1u   99999    lat2u    99999    lon1v   99999    lon2v    99999    lat1v   99999    lat2v    99999    lon1f   99999    lon2f    99999    lat1f   99999    lat2f    99999    vert1t   99999    vert2t    99999    vert1w   99999    vert2w    99999      IF jpj EQ 1 THEN BEGIN      IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN       glamt   reform glamt  jpi  jpj   over        gphit   reform gphit  jpi  jpj   over      ENDIF      IF  where gridtype eq  U 0  NE  1 THEN BEGIN       glamu   reform glamu  jpi  jpj   over        gphiu   reform gphiu  jpi  jpj   over      ENDIF       IF  where gridtype eq  V 0  NE  1 THEN BEGIN       glamv   reform glamv  jpi  jpj   over        gphiv   reform gphiv  jpi  jpj   over      ENDIF       IF  where gridtype eq  F 0  NE  1 THEN BEGIN       glamf   reform glamf  jpi  jpj   over        gphif   reform gphif  jpi  jpj   over      ENDIF     ENDIF     IF N_PARAMS  EQ 2 THEN GOTO  vertical         define all horizontal parameters     lon1 et lon2   lat1 et lat2   firstx tuvf  lastx tuvf  nx tuvf      check if the grid is defined for U and V points  If not  take care   of the cases gridtype eq  U  or  V      errstatus   0   IF  finite glamu 0 gphiu 0  EQ 0 OR n_elements glamu  EQ 0 OR n_elements gphiu  EQ 0  AND  where gridtype eq  U 0  NE  1 THEN BEGIN     firstxu    values f_nan     lastxu    values f_nan     nxu    values f_nan     okgrid   where gridtype NE  U  count      IF count NE 0 THEN gridtype   gridtype okgrid        ELSE errstatus   report U grid is undefined  Impossible to call domdef with vargid    U    ENDIF     IF  finite glamv 0 gphiv 0  EQ 0 OR n_elements glamv  EQ 0 OR n_elements gphiv  EQ 0  AND  where gridtype eq  V 0  NE  1 THEN BEGIN     firstxv    values f_nan     lastxv    values f_nan     nxv    values f_nan     okgrid   where gridtype NE  V  count      IF count NE 0 THEN gridtype   gridtype okgrid        ELSE errstatus   report V grid is undefined  Impossible to call domdef with vargid    V    ENDIF   IF errstatus EQ  1 THEN return       horizontal domain defined with lon1  lon2  lat1 and lat2       IF N_PARAMS  EQ 0       OR    N_PARAMS  EQ 4 OR N_PARAMS  EQ 6             AND NOT keyword_set xindex  AND NOT keyword_set yindex  AND NOT keyword_set index    THEN BEGIN     IF N_PARAMS  EQ 0 THEN BEGIN   find lon1 and lon2 the longitudinal boudaries of the full domain       IF  where gridtype eq  T 0  NE  1 THEN lon1t   min glamt  max   lon2t        IF  where gridtype eq  W 0  NE  1 AND  where gridtype eq  T 0  EQ  1 THEN lon1t   min glamt  max   lon2t        IF  where gridtype eq  U 0  NE  1 THEN lon1u   min glamu  max   lon2u        IF  where gridtype eq  V 0  NE  1 THEN lon1v   min glamv  max   lon2v        IF  where gridtype eq  F 0  NE  1 THEN lon1f   min glamf  max   lon2f        lon1   min lon1t  lon1u  lon1v  lon1f        lon2   max lon2t  lon2u  lon2v  lon2f    find lat1 and lat2 the latitudinal boudaries of the full domain       IF  where gridtype eq  T 0  NE  1 THEN lat1t   min gphit  max   lat2t        IF  where gridtype eq  W 0  NE  1 AND  where gridtype eq  T 0  EQ  1 THEN lat1t   min gphit  max   lat2t        IF  where gridtype eq  U 0  NE  1 THEN lat1u   min gphiu  max   lat2u        IF  where gridtype eq  V 0  NE  1 THEN lat1v   min gphiv  max   lat2v        IF  where gridtype eq  F 0  NE  1 THEN lat1f   min gphif  max   lat2f        lat1   min lat1t  lat1u  lat1v  lat1f        lat2   max lat2t  lat2u  lat2v  lat2f      ENDIF ELSE BEGIN        lon1   min x1  x2  max   lon2        lat1   min y1  y2  max   lat2      ENDELSE   find firstxt  firstxt  nxt and nyt according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN       dom   where   glamt GE lon1  AND  glamt LE lon2                       AND  gphit GE lat1  AND  gphit LE lat2          IF  dom 0  EQ  1  THEN BEGIN         IF keyword_set findalways  THEN BEGIN           print   WARNING  empty T points box  we get the neighnors to define a new box            neig1   neighbor lon1  lat1  glamt  gphit  sphere   keyword_set key_onearth    keyword_set key_irregular            neig2   neighbor lon2  lat2  glamt  gphit  sphere   keyword_set key_onearth    keyword_set key_irregular            CASE N_PARAMS  OF             4:domdef  min glamt neig1  max glamt neig2  min gphit neig1  max gphit neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex             6:domdef  min glamt neig1  max glamt neig2  min gphit neig1  max gphit neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex           ENDCASE           RETURN         ENDIF ELSE BEGIN           ras   report WARNING  The box does not contain any T points            firstxt    1   lastxt    1   nxt   0           firstyt    1   lastyt    1   nyt   0         ENDELSE       ENDIF ELSE BEGIN         jyt   dom   jpi         ixt   temporary dom  MOD jpi         firstxt   min temporary ixt  max   lastxt          firstyt   min temporary jyt  max   lastyt          nxt   lastxt   firstxt   1         nyt   lastyt   firstyt   1       ENDELSE     ENDIF   find firstxu  firstxu  firstyu  firstyu  nxu and nyu   according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  U 0  NE  1 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstxu   firstxt   lastxu   lastxt   nxu   nxt         firstyu   firstyt   lastyu   lastyt   nyu   nyt       ENDIF ELSE BEGIN         dom   where   glamu GE lon1  AND  glamu LE lon2                         AND  gphiu GE lat1  AND  gphiu LE lat2            IF  dom 0  EQ  1  THEN BEGIN           IF keyword_set findalways  THEN BEGIN   if t grid parameters alreday defined  we use them               CASE 1 OF                where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                 print   WARNING  empty U points box  we use the same index as T points                  firstxu   firstxt   lastxu   lastxt   nxu   nxt                 firstyu   firstyt   lastyu   lastyt   nyu   nyt               END               ELSE:BEGIN                 print   WARNING  empty U points box  we get the neighnors to define a new box                  neig1   neighbor lon1  lat1  glamu  gphiu  sphere   keyword_set key_onearth    keyword_set key_irregular                  neig2   neighbor lon2  lat2  glamu  gphiu  sphere   keyword_set key_onearth    keyword_set key_irregular                  CASE N_PARAMS  OF                   4:domdef  min glamu neig1  max glamu neig2  min gphiu neig1  max gphiu neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                   6:domdef  min glamu neig1  max glamu neig2  min gphiu neig1  max gphiu neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                 ENDCASE                 RETURN               END             ENDCASE           ENDIF ELSE BEGIN             ras   report WARNING  The box does not contain any U points              firstxu    1   lastxu    1   nxu   0             firstyu    1   lastyu    1   nyu   0           ENDELSE         ENDIF ELSE BEGIN           jyu   dom   jpi           ixu   temporary dom  MOD jpi           firstxu   min temporary ixu  max   lastxu            firstyu   min temporary jyu  max   lastyu            nxu   lastxu   firstxu   1           nyu   lastyu   firstyu   1         ENDELSE       ENDELSE     ENDIF   find firstxv  firstxv  firstyv  firstyv  nxv and nyv    according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  V 0  NE  1 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstxv   firstxt   lastxv   lastxt   nxv   nxt         firstyv   firstyt   lastyv   lastyt   nyv   nyt       ENDIF ELSE BEGIN         dom   where   glamv GE lon1  AND  glamv LE lon2                         AND  gphiv GE lat1  AND  gphiv LE lat2            IF  dom 0  EQ  1  THEN BEGIN           IF keyword_set findalways  THEN BEGIN             CASE 1 OF                where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                 print   WARNING  empty V points box  we use the same index as T points                  firstxv   firstxt   lastxv   lastxt   nxv   nxt                 firstyv   firstyt   lastyv   lastyt   nyv   nyt               END                 where gridtype eq  U 0  NE  1:BEGIN                 print   WARNING  empty V points box  we use the same index as U points                  firstxv   firstxu   lastxv   lastxu   nxv   nxu                 firstyv   firstyu   lastyv   lastyu   nyv   nyu               END                ELSE:BEGIN                 print   WARNING  empty V points box  we get the neighnors to define a new box                  neig1   neighbor lon1  lat1  glamv  gphiv  sphere   keyword_set key_onearth    keyword_set key_irregular                  neig2   neighbor lon2  lat2  glamv  gphiv  sphere   keyword_set key_onearth    keyword_set key_irregular                  CASE N_PARAMS  OF                   4:domdef  min glamv neig1  max glamv neig2  min gphiv neig1  max gphiv neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                   6:domdef  min glamv neig1  max glamv neig2  min gphiv neig1  max gphiv neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                 ENDCASE                 RETURN               END             ENDCASE           ENDIF ELSE BEGIN             ras   report WARNING  The box does not contain any V points              firstxv    1   lastxv    1   nxv   0             firstyv    1   lastyv    1   nyv   0           ENDELSE         ENDIF ELSE BEGIN           jyv   dom   jpi           ixv   temporary dom  MOD jpi           firstxv   min temporary ixv  max   lastxv            firstyv   min temporary jyv  max   lastyv            nxv   lastxv   firstxv   1           nyv   lastyv   firstyv   1         ENDELSE       ENDELSE     ENDIF   find firstxf  firstxf  firstyf  firstyf  nxf and nyf   according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  F 0  NE  1 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstxf   firstxt   lastxf   lastxt   nxf   nxt         firstyf   firstyt   lastyf   lastyt   nyf   nyt       ENDIF ELSE BEGIN         dom   where   glamf GE lon1  AND  glamf LE lon2                         AND  gphif GE lat1  AND  gphif LE lat2            IF  dom 0  EQ  1  THEN BEGIN           IF keyword_set findalways  THEN BEGIN             CASE 1 OF                where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                 print   WARNING  empty F points box  we use the same index as T points                  firstxf   firstxt   lastxf   lastxt   nxf   nxt                 firstyf   firstyt   lastyf   lastyt   nyf   nyt               END                 where gridtype eq  U 0  NE  1:BEGIN                 print   WARNING  empty F points box  we use the same index as U points                  firstxf   firstxu   lastxf   lastxu   nxf   nxu                 firstyf   firstyu   lastyf   lastyu   nyf   nyu               END                 where gridtype eq  V 0  NE  1:BEGIN                 print   WARNING  empty F points box  we use the same index as V points                  firstxf   firstxv   lastxf   lastxv   nxf   nxv                 firstyf   firstyv   lastyf   lastyv   nyf   nyv               END                ELSE:BEGIN                 print   WARNING  empty F points box  we get the neighnors to define a new box                  neig1   neighbor lon1  lat1  glamf  gphif  sphere   keyword_set key_onearth    keyword_set key_irregular                  neig2   neighbor lon2  lat2  glamf  gphif  sphere   keyword_set key_onearth    keyword_set key_irregular                  CASE N_PARAMS  OF                   4:domdef  min glamf neig1  max glamf neig2  min gphif neig1  max gphif neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                   6:domdef  min glamf neig1  max glamf neig2  min gphif neig1  max gphif neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                 ENDCASE                 RETURN               END             ENDCASE             ENDIF ELSE BEGIN             ras   report WARNING  The box does not contain any F points              firstxf    1   lastxf    1   nxf   0             firstyf    1   lastyf    1   nyf   0           ENDELSE         ENDIF ELSE BEGIN           jyf   dom   jpi           ixf   temporary dom  MOD jpi           firstxf   min temporary ixf  max   lastxf            firstyf   min temporary jyf  max   lastyf            nxf   lastxf   firstxf   1           nyf   lastyf   firstyf   1         ENDELSE       ENDELSE     ENDIF     ENDIF ELSE BEGIN     CASE 1 OF       horizontal domain defined with the X and Y indexes            keyword_set xindex  AND keyword_set yindex  OR keyword_set index :BEGIN         fstx   min x1  x2  max   lstx          fsty   min y1  y2  max   lsty          IF fstx LT 0 OR lstx GE jpi THEN BEGIN           ras   report Bad definition of X1 or X2            return         ENDIF         IF fsty LT 0 OR lsty GE jpj THEN BEGIN           ras   report Bad definition of Y1 or Y2            return         ENDIF         nx   lstx   fstx   1         ny   lsty   fsty   1   find lon1t  lon2t  lat1t  lat2t  firstxt  firstxt  nxt and nyt   according to x1  x2  y1  y2         IF  where gridtype eq  T 0  NE  1 OR  where gridtype eq  W 0  NE  1 THEN BEGIN           lon1t   min glamt fstx:lstx  fsty:lsty  max   lon2t            lat1t   min gphit fstx:lstx  fsty:lsty  max   lat2t            firstxt   fstx   lastxt   lstx           firstyt   fsty   lastyt   lsty           nxt   nx   nyt   ny         ENDIF   find lon1u  lon2u  lat1u  lat2u  firstxu  firstxu  nxu and nyu   according to x1  x2  y1  y2         IF  where gridtype eq  U 0  NE  1 THEN BEGIN           lon1u   min glamu fstx:lstx  fsty:lsty  max   lon2u            lat1u   min gphiu fstx:lstx  fsty:lsty  max   lat2u            firstxu   fstx   lastxu   lstx           firstyu   fsty   lastyu   lsty           nxu   nx   nyu   ny         ENDIF   find lon1v  lon2v  lat1v  lat2v  firstxv  firstxv  nxv and nyv   according to x1  x2  y1  y2         IF  where gridtype eq  V 0  NE  1 THEN BEGIN           lon1v   min glamv fstx:lstx  fsty:lsty  max   lon2v            lat1v   min gphiv fstx:lstx  fsty:lsty  max   lat2v            firstxv   fstx   lastxv   lstx           firstyv   fsty   lastyv   lsty           nxv   nx   nyv   ny         ENDIF            find lon1f  lon2f  lat1f  lat2f  firstxf  firstxf  nxf and nyf   according to x1  x2  y1  y2         IF  where gridtype eq  F 0  NE  1 THEN BEGIN           lon1f   min glamf fstx:lstx  fsty:lsty  max   lon2f            lat1f   min gphif fstx:lstx  fsty:lsty  max   lat2f            firstxf   fstx   lastxf   lstx           firstyf   fsty   lastyf   lsty           nxf   nx   nyf   ny         ENDIF         lon1   min lon1t  lon1u  lon1v  lon1f          lon2   max lon2t  lon2u  lon2v  lon2f          lat1   min lat1t  lat1u  lat1v  lat1f          lat2   max lat2t  lat2u  lat2v  lat2f        END       horizontal domain defined with the X index and lat1 lat2           keyword_set xindex :BEGIN         fstx   min x1  x2  max   lstx          IF fstx LT 0 OR lstx GE jpi THEN BEGIN           ras   report Bad definition of X1 or X2            return         ENDIF         nx   lstx   fstx   1         lat1   min y1  y2  max   lat2    find lon1t  lon2t  firstxt  firstxt  firstyt  firstyt  nxt   and nyt according to x1  x2  lat1 and lat2         IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN           firstxt   fstx   lastxt   lstx   nxt   nx           dom   where   gphit fstx:lstx    GE lat1  AND  gphit fstx:lstx    LE lat2              IF  dom 0  EQ  1  THEN BEGIN             IF keyword_set findalways  THEN BEGIN               print   WARNING  empty T points box  we get the neighnors to define a new box                neig1   neighbor lon1  lat1  glamt fstx:lstx    gphit fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                neig2   neighbor lon2  lat2  glamt fstx:lstx    gphit fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                CASE N_PARAMS  OF                 4:domdef  fstx  lstx  min gphit fstx:lstx   neig1  max gphit fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                 6:domdef  fstx  lstx  min gphit fstx:lstx   neig1  max gphit fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex               ENDCASE               RETURN             ENDIF ELSE BEGIN               ras   report WARNING  The box does not contain any T points                firstyt    1   lastyt    1   nyt   0             ENDELSE           ENDIF ELSE BEGIN             jyt   temporary dom    nx             firstyt   min temporary jyt  max   lastyt              nyt   lastyt   firstyt   1           ENDELSE           IF nyt NE 0 THEN lon1t   min glamt firstxt:lastxt  firstyt:lastyt  max   lon2t          ENDIF   find lon1u  lon2u  firstxu  firstxu  firstyu  firstyu  nxu   and nyu according to x1  x2  lat1 and lat2         IF  where gridtype eq  U 0  NE  1 THEN BEGIN           firstxu   fstx   lastxu   lstx   nxu   nx           IF keyword_set memeindices  THEN BEGIN             firstyu   firstyt   lastyu   lastyt   nyu   nyt           ENDIF ELSE BEGIN             dom   where   gphiu fstx:lstx    GE lat1  AND  gphiu fstx:lstx    LE lat2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty U points box  we use the same index as T points                      firstyu   firstyt   lastyu   lastyt   nyu   nyt                   END                    ELSE:BEGIN                     print   WARNING  empty U points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamu fstx:lstx    gphiu fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamu fstx:lstx    gphiu fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  fstx  lstx  min gphiu fstx:lstx   neig1  max gphiu fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  fstx  lstx  min gphiu fstx:lstx   neig1  max gphiu fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                 ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any U points                  firstyu    1   lastyu    1   nyu   0               ENDELSE             ENDIF ELSE BEGIN               jyu   temporary dom    nx               firstyu   min temporary jyu  max   lastyu                nyu   lastyu   firstyu   1             ENDELSE           ENDELSE           IF nyu NE 0 THEN lon1u   min glamu firstxu:lastxu  firstyu:lastyu  max   lon2u          ENDIF   find lon1v  lon2v  firstxv  firstxv  firstyv  firstyv  nxv   and nyv according to x1  x2  lat1 and lat2         IF  where gridtype eq  V 0  NE  1 THEN BEGIN           firstxv   fstx   lastxv   lstx   nxv   nx           IF keyword_set memeindices  THEN BEGIN             firstyv   firstyt   lastyv   lastyt   nyv   nyt           ENDIF ELSE BEGIN             dom   where   gphiv fstx:lstx    GE lat1  AND  gphiv fstx:lstx    LE lat2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as T points                      firstyv   firstyt   lastyv   lastyt   nyv   nyt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as U points                      firstyv   firstyu   lastyv   lastyu   nyv   nyu                   END                    ELSE:BEGIN                     print   WARNING  empty V points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamv fstx:lstx    gphiv fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamv fstx:lstx    gphiv fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  fstx  lstx  min gphiv fstx:lstx   neig1  max gphiv fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  fstx  lstx  min gphiv fstx:lstx   neig1  max gphiv fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                  ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any V points                  firstyv    1   lastyv    1   nyv   0               ENDELSE             ENDIF ELSE BEGIN               jyv   temporary dom    nx               firstyv   min temporary jyv  max   lastyv                nyv   lastyv   firstyv   1             ENDELSE           ENDELSE           IF nyv NE 0 THEN lon1v   min glamv firstxv:lastxv  firstyv:lastyv  max   lon2v          ENDIF   find lon1f  lon2f  firstxf  firstxf  firstyf  firstyf  nxf   and nyf according to x1  x2  lat1 and lat2         IF  where gridtype eq  F 0  NE  1 THEN BEGIN           firstxf   fstx   lastxf   lstx   nxf   nx           IF keyword_set memeindices  THEN BEGIN             firstyf   firstyt   lastyf   lastyt   nyf   nyt           ENDIF ELSE BEGIN             dom   where   gphif fstx:lstx    GE lat1  AND  gphif fstx:lstx    LE lat2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as T points                      firstyf   firstyt   lastyf   lastyt   nyf   nyt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as U points                      firstyf   firstyu   lastyf   lastyu   nyf   nyu                   END                     where gridtype eq  V 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as V points                      firstyf   firstyv   lastyf   lastyv   nyf   nyv                   END                    ELSE:BEGIN                     print   WARNING  empty F points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamf fstx:lstx    gphif fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamf fstx:lstx    gphif fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  fstx  lstx  min gphif fstx:lstx   neig1  max gphif fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  fstx  lstx  min gphif fstx:lstx   neig1  max gphif fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                 ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any F points                  firstyf    1   lastyf    1   nyf   0               ENDELSE             ENDIF ELSE BEGIN               jyf   temporary dom    nx               firstyf   min temporary jyf  max   lastyf                nyf   lastyf   firstyf   1             ENDELSE           ENDELSE           IF nyf NE 0 THEN lon1f   min glamf firstxf:lastxf  firstyf:lastyf  max   lon2f          ENDIF         lon1   min lon1t  lon1u  lon1v  lon1f          lon2   max lon2t  lon2u  lon2v  lon2f        END       horizontal domain defined with the Y index and lon1 lon2           keyword_set yindex :BEGIN         fsty   min y1  y2  max   lsty          IF fsty LT 0 OR lsty GE jpj THEN BEGIN           ras   report Bad definition of Y1 or Y2            return         ENDIF         ny   lsty   fsty   1         lon1   min x1  x2  max   lon2    find lat1t  lat2t  firstxt  firstxt  firstyt  firstyt  nxt   and nyt according to x1  x2  lon1 and lon2         IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN           firstyt   fsty   lastyt   lsty   nyt   ny           dom   where   glamt  fsty:lsty  GE lon1  AND  glamt  fsty:lsty  LE lon2              IF  dom 0  EQ  1  THEN BEGIN             IF keyword_set findalways  THEN BEGIN               print   WARNING  empty T points box  we get the neighnors to define a new box                neig1   neighbor lon1  lat1  glamt  fsty:lsty  gphit  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                neig2   neighbor lon2  lat2  glamt  fsty:lsty  gphit  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                CASE N_PARAMS  OF                 4:domdef  min glamt  fsty:lsty neig1  max glamt  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                 6:domdef  min glamt  fsty:lsty neig1  max glamt  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex               ENDCASE               RETURN             ENDIF ELSE BEGIN               ras   report WARNING  The box does not contain any T points                firstxt    1   lastxt    1   nxt   0             ENDELSE           ENDIF ELSE BEGIN             jxt   temporary dom  MOD jpi             firstxt   min temporary jxt  max   lastxt              nxt   lastxt   firstxt   1           ENDELSE           IF nxt NE 0 THEN lat1t   min gphit firstxt:lastxt  firstyt:lastyt  max   lat2t          ENDIF   find lat1u  lat2u  firstxu  firstxu  firstyu  firstyu  nxu   and nyu according to x1  x2  lon1 and lon2         IF  where gridtype eq  U 0  NE  1 THEN BEGIN           firstyu   fsty   lastyu   lsty   nyu   ny           IF keyword_set memeindices  THEN BEGIN             firstxu   firstyt   lastxu   lastyt   nxu   nxt           ENDIF ELSE BEGIN             dom   where   glamu  fsty:lsty  GE lon1  AND  glamu  fsty:lsty  LE lon2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty U points box  we use the same index as T points                      firstxu   firstxt   lastxu   lastxt   nxu   nxt                   END                    ELSE:BEGIN                     print   WARNING  empty U points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamu  fsty:lsty  gphiu  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamu  fsty:lsty  gphiu  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  min glamu  fsty:lsty neig1  max glamu  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  min glamu  fsty:lsty neig1  max glamu  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                 ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any U points                  firstxu    1   lastxu    1   nxu   0               ENDELSE             ENDIF ELSE BEGIN               jxu   temporary dom  MOD jpi               firstxu   min temporary jxu  max   lastxu                nxu   lastxu   firstxu   1             ENDELSE           ENDELSE           IF nxu NE 0 THEN lat1u   min gphiu firstxu:lastxu  firstyu:lastyu  max   lat2u          ENDIF   find lat1v  lat2v  firstxv  firstxv  firstyv  firstyv  nxv   and nyv according to x1  x2  lon1 and lon2         IF  where gridtype eq  V 0  NE  1 THEN BEGIN           firstyv   fsty   lastyv   lsty   nyv   ny           IF keyword_set memeindices  THEN BEGIN             firstxv   firstyt   lastxv   lastyt   nxv   nxt           ENDIF ELSE BEGIN             dom   where   glamv  fsty:lsty  GE lon1  AND  glamv  fsty:lsty  LE lon2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as T points                      firstxv   firstxt   lastxv   lastxt   nxv   nxt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as U points                      firstxv   firstxu   lastxv   lastxu   nxv   nxu                   END                    ELSE:BEGIN                     print   WARNING  empty V points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamv  fsty:lsty  gphiv  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamv  fsty:lsty  gphiv  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  min glamv  fsty:lsty neig1  max glamv  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  min glamv  fsty:lsty neig1  max glamv  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                  ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any V points                  firstxv    1   lastxv    1   nxv   0               ENDELSE             ENDIF ELSE BEGIN               jxv   temporary dom  MOD jpi               firstxv   min temporary jxv  max   lastxv                nxv   lastxv   firstxv   1             ENDELSE           ENDELSE           IF nxv NE 0 THEN lat1v   min gphiv firstxv:lastxv  firstyv:lastyv  max   lat2v          ENDIF   find lat1f  lat2f  firstxf  firstxf  firstyf  firstyf  nxf   and nyf according to x1  x2  lon1 and lon2         IF  where gridtype eq  F 0  NE  1 THEN BEGIN           firstyf   fsty   lastyf   lsty   nyf   ny           IF keyword_set memeindices  THEN BEGIN             firstxf   firstyt   lastxf   lastyt   nxf   nxt           ENDIF ELSE BEGIN             dom   where   glamf  fsty:lsty  GE lon1  AND  glamf  fsty:lsty  LE lon2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as T points                      firstxf   firstxt   lastxf   lastxt   nxf   nxt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as U points                      firstxf   firstxu   lastxf   lastxu   nxf   nxu                   END                     where gridtype eq  V 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as V points                      firstxf   firstxv   lastxf   lastxv   nxf   nxv                   END                    ELSE:BEGIN                     print   WARNING  empty F points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamf  fsty:lsty  gphif  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamf  fsty:lsty  gphif  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  min glamf  fsty:lsty neig1  max glamf  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  min glamf  fsty:lsty neig1  max glamf  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                  ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any F points                  firstxf    1   lastyf    1   nxf   0               ENDELSE             ENDIF ELSE BEGIN               jxf   temporary dom  MOD jpi               firstxf   min temporary jxf  max   lastxf                nxf   lastxf   firstxf   1             ENDELSE           ENDELSE           IF nxf NE 0 THEN lat1f   min gphif firstxf:lastxf  firstyf:lastyf  max   lat2f          ENDIF         lat1   min lat1t  lat1u  lat1v  lat1f          lat2   max lat2t  lat2u  lat2v  lat2f        END     ENDCASE   ENDELSE      The extracted domain is it regular or not       CASE 1 OF      where gridtype eq  T 0  NE  1 OR  where gridtype eq  W 0  NE  1  AND nxt NE 0 AND nyt NE 0:BEGIN   to get faster  we first test the most basic cases befor testing the   full array        CASE 0 OF         array_equal glamt firstxt:lastxt  firstyt  glamt firstxt:lastxt  lastyt :key_irregular   1b         array_equal gphit firstxt  firstyt:lastyt  gphit lastxt  firstyt:lastyt :key_irregular   1b         array_equal glamt firstxt:lastxt  firstyt:lastyt                          glamt firstxt:lastxt  firstyt replicate 1  nyt :key_irregular   1b         array_equal gphit firstxt:lastxt  firstyt:lastyt                          replicate 1  nxt gphit firstxt  firstyt:lastyt :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END      where gridtype eq  U 0  NE  1 AND nxu NE 0 AND nyu NE 0:BEGIN       CASE 0 OF         array_equal glamu firstxu:lastxu  firstyu  glamu firstxu:lastxu  lastyu :key_irregular   1b         array_equal gphiu firstxu  firstyu:lastyu  gphiu lastxu  firstyu:lastyu :key_irregular   1b         array_equal glamu firstxu:lastxu  firstyu:lastyu                          glamu firstxu:lastxu  firstyu replicate 1  nyu :key_irregular   1b         array_equal gphiu firstxu:lastxu  firstyu:lastyu                          replicate 1  nxu gphiu firstxu  firstyu:lastyu :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END      where gridtype eq  V 0  NE  1 AND nxv NE 0 AND nyv NE 0:BEGIN       CASE 0 OF         array_equal glamv firstxv:lastxv  firstyv  glamv firstxv:lastxv  lastyv :key_irregular   1b         array_equal gphiv firstxv  firstyv:lastyv  gphiv lastxv  firstyv:lastyv :key_irregular   1b         array_equal glamv firstxv:lastxv  firstyv:lastyv                          glamv firstxv:lastxv  firstyv replicate 1  nyv :key_irregular   1b         array_equal gphiv firstxv:lastxv  firstyv:lastyv                          replicate 1  nxv gphiv firstxv  firstyv:lastyv :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END      where gridtype eq  F 0  NE  1 AND nxf NE 0 AND nyf NE 0:BEGIN       CASE 0 OF         array_equal glamf firstxf:lastxf  firstyf  glamf firstxf:lastxf  lastyf :key_irregular   1b         array_equal gphif firstxf  firstyf:lastyf  gphif lastxf  firstyf:lastyf :key_irregular   1b         array_equal glamf firstxf:lastxf  firstyf:lastyf                          glamf firstxf:lastxf  firstyf replicate 1  nyf :key_irregular   1b         array_equal gphif firstxf:lastxf  firstyf:lastyf                          replicate 1  nxf gphif firstxf  firstyf:lastyf :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END     ELSE:   ENDCASE         define all vertical parameters     vert1  vert2   firstz tw  lastz tw  nz tw          vertical:       vertical domain defined with vert1  vert2     IF NOT  keyword_set zindex  OR keyword_set index  THEN BEGIN   define vert1 et vert2     CASE N_PARAMS  OF       2:vert1   min x1  x2  max   vert2        6:vert1   min z1  z2  max   vert2        ELSE:BEGIN         IF  inter byte gridtype  byte T   U   V   F 0  NE  1 THEN             vert1t   min gdept  max   vert2t          IF  where gridtype eq  W 0  NE  1 AND n_elements gdepw  NE 0 THEN             vert1w   min gdepw  max   vert2w          vert1   min vert1t  vert1w          vert2   max vert2t  vert2w        END     ENDCASE   define firstzt  firstzt  nzt     IF  inter byte gridtype  byte T   U   V   F 0  NE  1 THEN BEGIN       domz   where gdept ge vert1 and gdept le vert2  nzt        IF nzt NE 0 THEN BEGIN         firstzt   domz 0          lastzt   domz nzt 1        ENDIF ELSE BEGIN          ras   report WARNING  The box does not contain any T level          firstzt    1         lastzt    1       ENDELSE      ENDIF   define firstzw  firstzw  nzw     IF  where gridtype eq  W 0  NE  1 AND n_elements gdepw  NE 0 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstzw   firstzt         lastzw   lastzt         nzw   nzt       ENDIF ELSE BEGIN          domz   where gdepw ge vert1 and gdepw le vert2  nzw          IF nzw NE 0 THEN BEGIN           firstzw   domz 0            lastzw   domz nzw 1          ENDIF ELSE BEGIN            ras   report WARNING  The box does not contain any W level            firstzw    1           lastzw    1         ENDELSE        ENDELSE      ENDIF     vertical domain defined with the Z index     ENDIF ELSE BEGIN      CASE N_PARAMS  OF       2:fstz   min x1  x2  max   lstz        4:return       6:fstz   min z1  z2  max   lstz      ENDCASE     IF fstz LT 0 OR lstz GE jpk THEN BEGIN       ras   report Bad definition of X1  X2  Z1 or Z2        return     ENDIF     nz   lstz   fstz   1   find vert1t  vert2t  firstzt  firstzt  nzt   according to  x1  x2  or  z1  z2      IF  where gridtype eq  T 0  NE  1 THEN BEGIN       vert1t   min gdept fstz:lstz  max   vert2t        firstzt   fstz   lastzt   lstz   nzt   nz     ENDIF         find vert1w  vert2w  firstzw  firstzw  nzw   according to  x1  x2  or  z1  z2      IF  where gridtype eq  W 0  NE  1 AND n_elements gdepw  NE 0 THEN BEGIN       vert1w   min gdepw fstz:lstz  max   vert2w        firstzw   fstz   lastzw   lstz   nzw   nz     ENDIF           vert1   min vert1t  vert1w      vert2   max vert2t  vert2w    ENDELSE       IF NOT keyword_set key_forgetold  THEN BEGIN  updateold   ENDIF      if keyword_set key_performance  THEN print   temps domdef  systime 1 tempsun         return end");
-a[184] = new Array("./ToBeReviewed/GRILLE/f2v.html", "f2v.pro", "", "          NAME:f2v     PURPOSE:permet de passer un champs se rapportant a la grille F sur   la grille V  grace a la moyenne: res   0 5 res   shift res  1  0              CATEGORY:grille     CALLING SEQUENCE:res f2v tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:a partir des programmes de Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION f2v  temp    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp  on force nxt nxf  etc      firstxv   firstxf    lastxv   lastxf    firstyv   firstyf    lastyv   lastyf    nxv   nxf    nyv   nyf    vargrid    V     if NOT keyword_set valmask  then valmask   1e20    lon1   glamv firstxv  0     lon2   glamf lastxf  0     cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxf and taille 2  eq nyf:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxf:lastxf  firstyf:lastyf              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask    fmask firstxf:lastxf  firstyf:lastyf  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  1  0           if NOT  keyword_set key_periodic  AND nxf EQ jpi  then res 0       values f_nan          mask    vmask firstxf:lastxf  firstyf:lastyf  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ nzt:             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxf:lastxf  firstyf:lastyf  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxf:lastxf  firstyf:lastyf                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask    fmask firstxf:lastxf  firstyf:lastyf  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxf  nyf  jpt   over           ENDIF ELSE mask    fmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0           if NOT  keyword_set key_periodic  AND nxf EQ jpi  then res 0         values f_nan          if taille 3  EQ jpt then BEGIN             mask   tmask firstxf:lastxf  firstyf:lastyf  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxf  nyf  jpt   over           ENDIF ELSE mask    vmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxf:lastxf  firstyf:lastyf  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask    fmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxf  nyf  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0  0           if NOT  keyword_set key_periodic  AND nxf EQ jpi  then res 0           values f_nan          mask    vmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxf  nyf  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END    endcase     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold    ENDIF         return  res END ");
-a[185] = new Array("./ToBeReviewed/GRILLE/fmask.html", "fmask.pro", "", "          NAME:fmask     PURPOSE:calcule fmask     CATEGORY:fonction economisatrice de memoire  plus besion de garder   fmask        CALLING SEQUENCE:res fmask      OUTPUTS:un tableau 3d correspondant a fmask     EXAMPLE:s utilise comme si fmask etait un tableau connu en   replacant ds la syntaxe fmask par  fmask  par ex:   au lieu de taper fmask domainef  il faut taper  fmask domainef      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98         FUNCTION fmask    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance      CASE size tmask   n_dimensions  OF     2:res   tmask shift tmask   1  0 shift tmask  0   1 shift tmask   1   1      3:res   tmask shift tmask   1  0  0 shift tmask  0   1  0 shift tmask   1   1  0    ENDCASE     if NOT keyword_set key_periodic  then res jpi 1        fmaskredy   res  jpj 1      fmaskredx     if keyword_set key_performance  THEN print   temps fmask  systime 1 tempsun       return  res end");
-a[186] = new Array("./ToBeReviewed/GRILLE/grille.html", "grille.pro", "", "          NAME:grille     PURPOSE: choisit la grille qui doit etre utilisee pour faire le graphe en   fonction de vargrid et renvoie les parametres correspondants calcules ds   domdef pro et reduit au domaine definit par domdef  contrairement a   grandegrille pro      CATEGORY:     CALLING SEQUENCE:    grille mask glam gphi gdep nx ny nz firstx firsty firstz lastx lasty lastz e1 e2 e3     INPUTS:rien  ATTENTION les choix de la grille se fait a partir de la   valeur de la variable globale vargrid  qui peut etre egale a  T     U   V   W  ou  F      KEYWORD PARAMETERS:           TRI si ce mot clef sert a obtenir grace a grille la           triangulation qui se rapporte a la grille mais uniquement           sur la partie du zoom  ce tableau de triangulation reduit           est passe ds la variable que l on a egalee a tri par ex:           grille tri triangulation_reduite  ne mot clef est           utilise dans plt pro              FORPLT: ds plt on veut que sur les points terres  glam et           gphi soit egale a glamt et gphit quelle que soit la grille               NOTRI: utile seulement qd TRI est active  dans ce cas           grille retourne  1 ds la variable tri meme si la variable du           common triangles_list est definie et differente de  1              WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W      OUTPUTS:mask glam gphi gdep nx ny nz firstx firsty firstz            lastx lasty lastz e1 e2 e3             pour leur definition cf domdef et la gestion des sous           domaines sur le web             Rq: ces outputs sont optionnels  si je veux recuperer que           mask  glam et gphi il suffit de taper grille  mask  glam  gphi     COMMON BLOCKS: cm_4mesh and cm_4data     SIDE EFFECTS: utilise la variable globale vargird     RESTRICTIONS: vargrid doit etre  T   W   U   V  ou  F      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   12 2 1999                         10 11 1999  forplt         pro grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz  e1  e2  e3  TRI   tri  NOTRI   notri  TOUT   tout  FORPLT   forplt  IFPLTZ   ifpltz  WDEPTH   wdepth  _EXTRA   ex     include commons  cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance     vargrid   strupcase strmid vargrid 0 reverse_offset      if vargrid eq  W  then wdepth   1   if keyword_set tout  then begin     savedbox   1b     saveboxparam   boxparam4grille dat      domdef  gridtype   vargrid  _EXTRA   ex   endif   tempdeux   systime 1            pour key_performance  2       IF keyword_set wdepth  THEN BEGIN     firstz   firstzw      lastz   lastzw     nz   nzw   ENDIF ELSE BEGIN     firstz   firstzt     lastz   lastzt     nz   nzt   ENDELSE       CASE 1 OF      grille T and W       vargrid eq  T  OR vargrid eq  W  : begin  scalaires       nx   nxt       ny   nyt       firstx   firstxt       firsty   firstyt       lastx   lastxt       lasty   lastyt  vecteurs 2d       IF arg_present glam  THEN glam   glamt firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphit firstx:lastx  firsty:lasty        IF arg_present e1  THEN e1   e1t firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2   e2t firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask   tmask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask   tmask firstx:lastx  firsty:lasty  firstz:lastz      end     grille U       vargrid eq  U : begin  scalaires       nx   nxu       ny   nyu       firstx   firstxu       firsty   firstyu       lastx   lastxu       lasty   lastyu  vecteurs 2d       IF arg_present glam  THEN glam   glamu firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphiu firstx:lastx  firsty:lasty        if keyword_set forplt  then BEGIN         mask   1b tmask firstx:lastx  firsty:lasty  firstz          eastboarder   mask shift mask  1  0 mask         westboarder   mask shift mask   1  0 mask         if key_periodic NE 1 OR nx NE jpi then westboarder nx 1      0b         tmp1   shift eastboarder  0  1          tmp1  0    0b         tmp2   shift eastboarder  0   1          tmp2  ny 1    0b         add    temporary tmp1 temporary tmp2 1b eastboarder 1b temporary westboarder          eastboarder   temporary eastboarder temporary add          tmp1    mask shift mask  0   1 shift mask  0  1  NE 1b         tmp1  ny 1    1b         tmp1  0    1b         tmp2    mask shift mask   1  0 shift mask  1  0  NE 1b         if key_periodic NE 1 OR nx NE jpi then begin           tmp2 nx 1      1b           tmp2 0      0b         endif         no1   temporary tmp1 temporary tmp2          tmp   temporary eastboarder temporary no1 mask         mask 0:nx 2      0b          tmp   temporary tmp temporary mask          tmp   where tmp GE 1          if tmp 0  NE  1 then begin           glam tmp     glamt firstx:lastx  firsty:lasty tmp            gphi tmp     gphit firstx:lastx  firsty:lasty tmp          endif       ENDIF       IF arg_present e1  THEN e1    e1u firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2    e2u firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask    umask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask    umask firstx:lastx  firsty:lasty  firstz:lastz      end     grille V       vargrid eq  OPAPTDHV  or vargrid eq  OPAPT3DV          or vargrid eq  V : begin  scalaires       nx   nxv       ny   nyv       firstx   firstxv       firsty   firstyv       lastx   lastxv       lasty   lastyv  vecteurs 2d       IF arg_present glam  THEN glam   glamv firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphiv firstx:lastx  firsty:lasty        if keyword_set forplt  then BEGIN          mask   1b tmask firstx:lastx  firsty:lasty  firstz          northboarder   mask shift mask  0  1 mask         southboarder   mask shift mask  0   1 mask         southboarder  ny 1    0b         tmp1   shift northboarder   1  0          if key_periodic NE 1 OR nx NE jpi then tmp1 nx 1      0b         tmp2   shift northboarder  1  0          if key_periodic NE 1 OR nx NE jpi then tmp2 0      0b         add    temporary tmp1 temporary tmp2 1b northboarder 1b southboarder          northboarder   temporary northboarder temporary add          tmp1    mask shift mask  0   1 shift mask  0  1  NE 1b         tmp1  ny 1    1b         tmp1  0    0b         tmp2    mask shift mask   1  0 shift mask  1  0  NE 1b         if key_periodic NE 1 OR nx NE jpi then begin           tmp2 nx 1      1b           tmp2 0      1b         endif         no1   temporary tmp1 temporary tmp2          tmp   temporary northboarder mask temporary no1          mask  0:ny 2    0b         tmp   temporary tmp temporary mask          tmp   where tmp GE 1          if tmp 0  NE  1 then begin           glam tmp     glamt firstx:lastx  firsty:lasty tmp            gphi tmp     gphit firstx:lastx  firsty:lasty tmp          endif       ENDIF       IF arg_present e1  THEN e1    e1v firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2    e2v firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask    vmask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask    vmask firstx:lastx  firsty:lasty  firstz:lastz      end     grille F       vargrid eq  OPAPTDHF  or vargrid eq  OPAPT3DF           or vargrid eq  F : begin  scalaires       nx   nxf       ny   nyf       firstx   firstxf       firsty   firstyf       lastx   lastxf       lasty   lastyf  vecteurs 2d       IF arg_present glam  THEN glam   glamf firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphif firstx:lastx  firsty:lasty        if keyword_set forplt  then BEGIN          mask   1b tmask firstx:lastx  firsty:lasty  firstz          eastboarder   mask shift mask  1  0 mask         westboarder   mask shift mask   1  0 mask         westboarder nx 1      0b         northboarder   mask shift mask  0  1 mask         southboarder   mask shift mask  0   1 mask         southboarder  ny 1    0b         tmp1   shift northboarder   1  0          if key_periodic NE 1 OR nx NE jpi then tmp1 nx 1      0b         tmp2   shift northboarder  1  0          if key_periodic NE 1 OR nx NE jpi then tmp2 0      0b         add    temporary tmp1 temporary tmp2 1b northboarder 1b southboarder          northboarder   temporary northboarder temporary add          tmp1   shift eastboarder  0  1          tmp1  0    0b         tmp2   shift eastboarder  0   1          tmp2  ny 1    0b         add    temporary tmp1 temporary tmp2 1b eastboarder 1b temporary westboarder          eastboarder   temporary eastboarder temporary add          tmp1    mask shift mask  0   1 shift mask  0  1  NE 1b         tmp1  ny 1    1b         tmp1  0    1b         tmp2    mask shift mask   1  0 shift mask  1  0  NE 1b         if key_periodic NE 1 OR nx NE jpi then begin           tmp2 nx 1      1b           tmp2 0      1b         endif         no1   temporary tmp1 temporary tmp2          tmp    temporary northboarder temporary eastboarder mask temporary no1          mask 0:nx 2      0b          mask  0:ny 2    0b          tmp   temporary tmp temporary mask          tmp   where tmp GE 1          if tmp 0  NE  1 then begin           glam tmp     glamt firstx:lastx  firsty:lasty tmp            gphi tmp     gphit firstx:lastx  firsty:lasty tmp          endif       ENDIF       IF arg_present e1  THEN e1    e1f firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2    e2f firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask    fmask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask    fmask firstx:lastx  firsty:lasty  firstz:lastz      END       ELSE:BEGIN        ras   report Wrong definition of vargrid    vargrid  Only T  U  V  W or F are acceptable        stop     END   ENDCASE   IF testvar var   key_performance  EQ 2 THEN       print   temps grille: attribution des scalaires  vecteurs et tableaux   systime 1 tempdeux           Variables se rapportant a la dimension verticale             tempdeux   systime 1            pour key_performance  2   if keyword_set wdepth  then begin     gdep   gdepw firstz:lastz      e3   e3w firstz:lastz    endif else begin     gdep   gdept firstz:lastz      e3   e3t firstz:lastz    ENDELSE   for the vertical sections with partial steps   IF keyword_set ifpltz  AND keyword_set key_partialstep  THEN BEGIN     CASE 1 OF       ifpltz EQ  xz  AND ny EQ 1:BEGIN         bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3          good   where bottom NE 0 AND bottom NE nz keyword_set wdepth          bottom   lindgen nx bottom 1l keyword_set wdepth nx         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            IF lastz EQ jpk 1 THEN gdep nz 1    max hdepw            gdep   replicate 1  nx gdep           if keyword_set wdepth  THEN               truegdep   hdepw firstx:lastx  firsty:lasty              ELSE truegdep   hdept firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       ifpltz EQ  yz  AND nx EQ 1:BEGIN         bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3          good   where bottom NE 0 AND bottom NE nz keyword_set wdepth          bottom   lindgen ny bottom 1l keyword_set wdepth ny         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            IF lastz EQ jpk 1 THEN gdep nz 1    max hdepw            gdep   replicate 1  ny gdep           if keyword_set wdepth  THEN               truegdep   hdepw firstx:lastx  firsty:lasty              ELSE truegdep   hdept firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       ELSE:     ENDCASE   ENDIF   IF testvar var   key_performance  EQ 2 THEN       print   temps grille: Variables se rapportant a la dimension verticale   systime 1 tempdeux     vecteur triangulation Qd TRI est active     if arg_present TRI  then       if triangles_list 0  EQ  1 OR keyword_set notri  then tri    1 ELSE BEGIN      tempdeux   systime 1          pour key_performance  2     msk   bytarr jpi  jpj      msk firstx:lastx  firsty:lasty    1     ind   where  msk triangles_list 0   msk triangles_list 1   msk triangles_list 2    EQ 1       tri   triangles_list  ind firstx firsty jpi      y   tri jpi     x   tri y jpi     tri   x y nx     IF testvar var   key_performance  EQ 2 THEN         print   temps grille: decoupage de la triangulation   systime 1 tempdeux   ENDELSE     pour s assurer qu il n y a pas de dimension degenerees  1         mask reform mask   over       glam reform glam   over       gphi reform gphi   over       gdep reform gdep   over       e1 reform e1   over       e2 reform e2   over       e3 reform e3   over     if keyword_set savedbox  THEN restoreboxparam   boxparam4grille dat    if keyword_set key_performance  THEN print   temps grille  systime 1 tempsun       IF NOT keyword_set key_forgetold  THEN BEGIN  updateold   ENDIF      return  end       ");
-a[187] = new Array("./ToBeReviewed/GRILLE/t2v.html", "t2v.pro", "", "          NAME:t2v     PURPOSE:permet de passer un champs se rapportant a la grille T sur   la grille V  grace a la moyenne: res   0 5 res   shift res  0   1              CATEGORY:grille     CALLING SEQUENCE:res t2v tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION t2v  temp    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp   on force nxt nxv  etc      firstxv   firstxt    lastxv   lastxt    firstyv   firstyt    lastyv   lastyt    nxv   nxt    nyv   nyt    vargrid    V     if NOT keyword_set valmask  then valmask   1e20    lat1   gphit 0  firstyt     lat2   gphiv 0  lastyv     cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxt and taille 2  eq nyt:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxt:lastxt  firstyt:lastyt              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask   tmask firstxt:lastxt  firstyt:lastyt  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  0   1           res  nyt 1     values f_nan          mask    vmask firstxt:lastxt  firstyt:lastyt  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ nzt:             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxt:lastxt  firstyt:lastyt  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxt:lastxt  firstyt:lastyt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask   tmask firstxt:lastxt  firstyt:lastyt  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxt  nyt  jpt   over           ENDIF ELSE mask   tmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0           res  nyt 1       values f_nan          if taille 3  EQ jpt then BEGIN             mask    vmask firstxt:lastxt  firstyt:lastyt  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxt  nyt  jpt   over           ENDIF ELSE mask    vmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxt:lastxt  firstyt:lastyt  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask   tmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxt  nyt  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0  0           res  nyt 1         values f_nan          mask    vmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxt  nyt  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END     ENDCASE    IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF      return  res END ");
-a[188] = new Array("./ToBeReviewed/GRILLE/tracegrille.html", "tracegrille.pro", "", "          NAME:tracegrille     PURPOSE:dessine la grille     CATEGORY:     CALLING SEQUENCE:tracegrille      INPUTS:glam et gphi  les tableaux 1d ou 2d des position en   longitude latitude des points de la grille  Si glam et gphi ne sont   pas specifies  trace la grille specifiee par vargrid  sur le domaine   definit par le dernier domdef      KEYWORD PARAMETERS:            XSTRIDE un entier pour specifier qu on ne veut tracer          qu une ligne de i constant tout les xstride points            YSTRIDE un entier pour specifier qu on ne veut tracer          qu une ligne de j constant tout les ystride points             OCEAN: pour ne tracer la grille que sur les points oceans              EARTH: pour ne tracer la grille que sur les points terre             RMOUT:select to remove all cell having one corner out of the          plot boundaries  x range   y range               tous les mots clefs de la procedure PLOTS     OUTPUTS:none     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:         IDL  plt indgen jpi jpj nocontour nofill       IDL  vargrid T        IDL  tracegrille ocean color 20       IDL  tracegrille earth color 80       MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                                  PRO tracegrille  glamin  gphiin  OCEAN   ocean  EARTH   earth                      XSTRIDE   xstride  YSTRIDE   ystride  RMOUT   rmout                      _extra   extra    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance   to avoid warning message   oldexcept    except    except   0   if n_elements key_gridtype  EQ 0 then key_gridtype    c      if n_elements glamin    n_elements gphiin  EQ 0 then BEGIN     grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz     IF keyword_set ocean  AND key_gridtype EQ  c  THEN BEGIN   we reduce the mask to take into account the point located ON the coastline        CASE vargrid OF          U :BEGIN           mask   tmask firstx:lastx  firsty:lasty            IF NOT keyword_set key_periodic  OR nx NE jpi               THEN tmpx   mask nx 1              mask    mask shift mask   1  0    1           IF NOT keyword_set key_periodic  OR nx NE jpi               THEN mask nx 1      temporary tmpx          END          V :BEGIN           mask   tmask firstx:lastx  firsty:lasty            tmpy   mask  ny 1            mask    mask shift mask  0   1    1           mask  ny 1    temporary tmpy          END          F :BEGIN           mask   tmask firstx:lastx  firsty:lasty            IF NOT keyword_set key_periodic  OR nx NE jpi               THEN tmpx   mask nx 1              tmpy   mask  ny 1            mask    mask shift mask   1  0 shift mask  0   1 shift mask   1   1    1           mask  ny 1    temporary tmpy            IF NOT keyword_set key_periodic  OR nx NE jpi               THEN mask nx 1      temporary tmpx          END         ELSE:       ENDCASE     ENDIF   ENDIF ELSE BEGIN     glam   glamin     gphi   gphiin     IF  size glam 0  EQ 1 AND  size gphi 0  EQ 1 THEN BEGIN       nx   n_elements glam         ny   n_elements gphi         glam   glam replicate 1  ny        gphi   replicate 1  nx gphi     ENDIF ELSE BEGIN       nx    size glam 1        ny    size glam 2      ENDELSE   ENDELSE   if n_elements mask  EQ 0 then mask   replicate 1b  nx  ny    if  size mask 0  EQ 3 then mask   mask    0      IF keyword_set RMOUT  THEN BEGIN     out   where glam GT max x range  OR glam LT min x range                    OR gphi GT max y range  OR gphi LT min y range      IF out 0  NE  1 THEN BEGIN       glam out     values f_nan       gphi out     values f_nan     ENDIF   ENDIF     IF keyword_set ocean  then BEGIN     earth   where mask EQ 0      if earth 0  NE  1 then begin       glam earth     values f_nan       gphi earth     values f_nan     ENDIF     earth   0   ENDIF     IF keyword_set earth  THEN BEGIN     ocean   where mask EQ 1      if ocean 0  NE  1 then begin       glam ocean     values f_nan       gphi ocean     values f_nan     ENDIF     ocean   0   ENDIF     if NOT keyword_set xstride  then xstride   1   if NOT keyword_set ystride  then ystride   1   case key_gridtype of      c :BEGIN       for i   0  ny 1  ystride do begin         plots   glam  i  gphi  i  _extra   extra       endfor       for i   0  nx 1  xstride do begin         plots   glam i    gphi i    _extra   extra       endfor     END      e :BEGIN       shifted   glam 0  0  LT glam 0  1        glam2   glam glam 1 glam 0 2        if shifted then begin         for i   0  ny 2 do BEGIN           xx    transpose glam  i   glam2  i            yy    transpose gphi  i   gphi  i 1            plots  xx 0:2 nx 2  yy 0:2 nx 2  _extra   extra         ENDFOR       ENDIF ELSE BEGIN         for i   1  ny 1 do BEGIN           xx    transpose glam  i   glam2  i            yy    transpose gphi  i   gphi  i 1            plots  xx 0:2 nx 2  yy 0:2 nx 2  _extra   extra         ENDFOR       ENDELSE       for i   1   ny 1 2 do           plots   glam 0  2 i 1  glam 0  2 i               gphi 0  2 i 1  gphi 0  2 i  _extra   extra       for i   0   ny 2 2 do           plots   glam nx 1  2 i  glam nx 1  2 i 1               gphi nx 1  2 i  gphi nx 1  2 i 1  _extra   extra     END   endcase    if keyword_set key_performance  THEN print   temps trace grille  systime 1 tempsun     except   oldexcept    return end");
-a[189] = new Array("./ToBeReviewed/GRILLE/u2t.html", "u2t.pro", "", "          NAME:u2t     PURPOSE:permet de passer un champs se rapportant a la grille U sur   la grille T  grace a la moyenne: res   0 5 res   shift res  1  0              CATEGORY:grille     CALLING SEQUENCE:res u2t tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:a partir des programmes de Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION u2t  temp    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp  on force nxt nxu  etc      firstxt   firstxu    lastxt   lastxu    firstyt   firstyu    lastyt   lastyu    nxt   nxu    nyt   nyu    vargrid    T     if NOT keyword_set valmask  then valmask   1e20    lon1   glamt firstxt  0     lon2   glamu lastxu  0      cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxu and taille 2  eq nyu:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxu:lastxu  firstyu:lastyu              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask    umask firstxu:lastxu  firstyu:lastyu  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  1  0           if NOT  keyword_set key_periodic  AND nxu EQ jpi  then res 0       values f_nan          mask   tmask firstxu:lastxu  firstyu:lastyu  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ nzt:             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxu:lastxu  firstyu:lastyu  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxu:lastxu  firstyu:lastyu                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask    umask firstxu:lastxu  firstyu:lastyu  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxu  nyu  jpt   over           ENDIF ELSE mask    umask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0           if NOT  keyword_set key_periodic  AND nxu EQ jpi  then res 0         values f_nan          if taille 3  EQ jpt then BEGIN             mask   tmask firstxu:lastxu  firstyu:lastyu  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxu  nyu  jpt   over           ENDIF ELSE mask   tmask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxu:lastxu  firstyu:lastyu  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask    umask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxu  nyu  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0  0           if NOT  keyword_set key_periodic  AND nxu EQ jpi  then res 0           values f_nan          mask   tmask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxu  nyu  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END    endcase    IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF        return  res END ");
-a[190] = new Array("./ToBeReviewed/GRILLE/umask.html", "umask.pro", "", "          NAME:umask     PURPOSE:calcule umask     CATEGORY:fonction economisatrice de memoire  plus besion de garder   umask        CALLING SEQUENCE:res umask      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:un tableau 3d correspondant a umask     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:s utilise comme si umask etait un tableau connu en   replacant ds la syntaxe umask par umask  par ex:   au lieu de taper umask domaineu  il faut taper  umask domaineu       MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98                          6 99 introduction du key_shift                         20 9 99 cas jpk 1  merci jpblod ipsl jussieu fr          FUNCTION umask    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance     CASE size tmask   n_dimensions  OF     2:res   tmask shift tmask   1  0      3:res   tmask shift tmask   1  0  0    ENDCASE        if NOT keyword_set key_periodic  then res jpi 1        umaskred   if keyword_set key_performance  THEN print   temps umask  systime 1 tempsun      return  res end");
-a[191] = new Array("./ToBeReviewed/GRILLE/v2t.html", "v2t.pro", "", "          NAME:v2t     PURPOSE:permet de passer un champs se rapportant a la grille V sur   la grille T  grace a la moyenne: res   0 5 res   shift res  0   1              CATEGORY:grille     CALLING SEQUENCE:res v2t tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:a partir des programmes de Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION v2t  temp    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp  on force nxt nxv  etc      firstxt   firstxv    lastxt   lastxv    firstyt   firstyv    lastyt   lastyv    nxt   nxv    nyt   nyv    vargrid    T     if NOT keyword_set valmask  then valmask   1e20    lat1   gphit 0  firstyt     lat2   gphiv 0  lastyv     cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxv and taille 2  eq nyv:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxv:lastxv  firstyv:lastyv              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask    vmask firstxv:lastxv  firstyv:lastyv  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  0   1           res  0     values f_nan          mask   tmask firstxv:lastxv  firstyv:lastyv  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ nzt:             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxv:lastxv  firstyv:lastyv  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxv:lastxv  firstyv:lastyv                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask    vmask firstxv:lastxv  firstyv:lastyv  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxv  nyv  jpt   over           ENDIF ELSE mask    vmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0           res  0       values f_nan          if taille 3  EQ jpt then BEGIN             mask   tmask firstxv:lastxv  firstyv:lastyv  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxv  nyv  jpt   over           ENDIF ELSE mask   tmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxv:lastxv  firstyv:lastyv  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask    vmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxv  nyv  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0  0           res  0         values f_nan          mask   tmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxv  nyv  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END    endcase     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold    ENDIF       return  res END ");
-a[192] = new Array("./ToBeReviewed/GRILLE/vmask.html", "vmask.pro", "", "          NAME:vmask     PURPOSE:calcule vmask     CATEGORY:fonction economisatrice de memoire  plus besion de garder   vmask        CALLING SEQUENCE:res vmask      OUTPUTS:un tableau 3d correspondant a vmask     EXAMPLE:s utilise comme si vmask etait un tableau connu en   replacant ds la syntaxe vmask par vmask  par ex:   au lieu de taper vmask domainef  il faut taper vmask domainef      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98                         20 9 99 cas jpk 1  merci jpblod ipsl jussieu fr          FUNCTION vmask  common   tempsun   systime 1             pour key_performance     CASE size tmask   n_dimensions  OF     2:res   tmask shift tmask  0   1      3:res   tmask shift tmask  0   1  0    ENDCASE     res  jpj 1      vmaskred   if keyword_set key_performance  THEN print   temps vmask  systime 1 tempsun      return  res end");
-a[193] = new Array("./ToBeReviewed/HOPE/completetype.html", "completetype.pro", "", " function completetype  typein    type typein    case type of        x :type type yzt         y :type type xzt         z :type type zyt         t :type type xyz         xy :type type zt         xz :type type yt         yz :type type xt         xt :type type yz         yt :type type xz         zt :type type xy         xyz :type type t         xyt :type type z         yzt :type type x         xyzt :    endcase    return  type  end  ");
-a[194] = new Array("./ToBeReviewed/HOPE/computehopegrid.html", "computehopegrid.pro", "", "          NAME:computehopegrid     PURPOSE:     CATEGORY:grille     CALLING SEQUENCE:computehopegrid      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         2001 06         PRO computehopegrid  xaxis  yaxis  zaxis  linetype  FORTHEMASK   forthemask  WPOINT   wpoint  FIRSTS   firsts  LASTS   lasts  PTTYPE   pttype    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF        if not  keyword_set scalar keyword_set vector  then scalar 1      jpiglo   n_elements xaxis     jpjglo   n_elements yaxis     jpkglo   n_elements zaxis       jpi   jpiglo    jpj   jpjglo    jpk   jpkglo      if NOT keyword_set firsts  then firsts    0  0  0     if NOT keyword_set lasts  then lasts    jpi 1  jpj 1  jpk 1      depermination of the grid type and of the point type      if keyword_set pttype  then vargrid   pttype    if linetype EQ  odd even  then key_gridtype    e  ELSE key_gridtype    c      computation of the horizontal grid      if key_gridtype EQ  e  then begin       if vargrid EQ  T  then begin          glamt xaxis          glamt   glamt replicate 1  jpj           xstep glamt 1 0 glamt 0 0 2           glamt 2 lindgen jpj 2 glamt 2 lindgen jpj 2 xstep          glamu glamt xstep       ENDIF ELSE BEGIN          glamu xaxis          glamu   glamu replicate 1  jpj           xstep glamu 1 0 glamu 0 0 2           glamu 2 lindgen jpj 2 glamu 2 lindgen jpj 2 xstep          glamt glamu xstep       ENDELSE  zoom       glamt   glamt firsts 0 :lasts 0  firsts 1 :lasts 1        glamu   glamu firsts 0 :lasts 0  firsts 1 :lasts 1        jpiglo   lasts 0 firsts 0 1       jpi   jpiglo       jpjglo   lasts 1 firsts 1 1       jpj   jpjglo       glamv   glamu       glamf   glamu       gphit   yaxis firsts 1 :lasts 1        gphit   replicate 1  jpi gphit       gphif   gphit       gphiu   gphit       gphiv   gphif    ENDIF ELSE BEGIN       if vargrid eq  T  then begin          glamt xaxis          glamt   glamt replicate 1  jpj           glamu glamt glamt 1 0 glamt 0 0 2        ENDIF ELSE BEGIN          glamu xaxis          glamu   glamu replicate 1  jpj           xstep glamu 1 0 glamu 0 0 2           glamt glamu glamu 1 0 glamu 0 0 2        ENDELSE  zoom       glamt   glamt firsts 0 :lasts 0  firsts 1 :lasts 1        glamu   glamu firsts 0 :lasts 0  firsts 1 :lasts 1        jpiglo   lasts 0 firsts 0 1       jpi   jpiglo       jpjglo   lasts 1 firsts 1 1       jpj   jpjglo       glamv   glamt       glamf   glamu       gphit   yaxis firsts 1 :lasts 1        gphit   replicate 1  jpi gphit       gphiu   gphit       if jpj GT 1 then begin          gphiv   gphit gphit 0  1 gphit 0  0 2           gphif   gphit gphit 0  1 gphit 0  0 2        ENDIF ELSE BEGIN           gphiv   gphit          gphif   gphit       ENDELSE    ENDELSE     computation of the vertical grid      if keyword_set wpoint  then begin       gdepw   zaxis       if jpk ne 1 then begin          gdept shift gdepw   1 gdepw 2           gdept jpk 1 gdepw jpk 1 5 gdepw jpk 1 gdepw jpk 2        endif else gdept zaxis    endif else begin       gdept   zaxis       if jpk ne 1 then begin          gdepw shift gdept  1 gdept 2           gdepw 0 0       endif else gdepw   zaxis    endelse     computation of the vertical scale factors      if jpk ne 1 then begin       e3t   abs shift gdepw 1 gdepw        e3t jpk 1    abs gdept jpk 1 gdepw jpk 1        e3w   abs gdept shift gdept 1        e3w 0    abs gdept 0 gdepw 0     endif else begin       e3t 1       e3w 1    endelse   zoom    gdept   gdept firsts 2 :lasts 2     gdepw   gdepw firsts 2 :lasts 2     e3t   e3t firsts 2 :lasts 2     e3w   e3w firsts 2 :lasts 2     jpkglo   lasts 2 firsts 2 1    jpk   jpkglo     computation of the horizontal scale factors      e1t   replicate 1b jpi jpj     e2t   replicate 1b jpi jpj     e1u   e1t    e2u   e2t    e1v   e1t    e2v   e2t    e1f   e1t    e2f   e2t     mask       tmask   replicate 1b  jpi  jpj  jpk     if keyword_set forthemask  then BEGIN       land where forthemask ge valmask 10        if land 0  ne  1 then tmask land    0b    endif    umaskred   replicate 1  jpj  jpk     vmaskred   replicate 1  jpi  jpk     fmaskredy   replicate 1  jpj  jpk     fmaskredx   replicate 1  jpi  jpk      updateold    domdef    if keyword_set firsts  AND keyword_set lasts  then BEGIN       if vargrid EQ  T  then BEGIN          if jpj GT 1 then begin             lon1   min glamt 0   0  1              lon2   max glamt jpi 1   0  1           endif ELSE BEGIN             lon1   min glamt 0  0              lon2   max glamt jpi 1   0           ENDELSE       ENDIF ELSE BEGIN          if jpj GT 1 then begin             lon1   min glamu 0   0  1              lon2   max glamu jpi 1   0  1           endif ELSE BEGIN             lon1   min glamu 0  0              lon2   max glamu jpi 1  0           ENDELSE       ENDELSE       lat1   min gphit 0  0  gphit 0  jpj 1        lat2   max gphit 0  0  gphit 0  jpj 1        domdef  lon1  lon2  lat1  lat2  gdepw 0  gdept jpk 1  gridtype   vargrid    ENDIF      ixminmesh   0l    ixmaxmesh   long jpi 1     iyminmesh   0l    iymaxmesh   long jpj 1     izminmesh   0l    izmaxmesh   long jpk 1      for the triangulation      key_periodic   glamt 0  EQ  glamt jpi 1 glamt 1 glamt 0  MOD 360     if jpi gt 4 AND jpj GT 4 then begin       triangles_list   triangule shifted   glamt 0  0  LT glamt 0  1        twin_corners_up 1       twin_corners_dn 1    ENDIF ELSE BEGIN       triangles_list 1       twin_corners_up 1       twin_corners_dn 1    ENDELSE     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF       return end  ");
-a[195] = new Array("./ToBeReviewed/HOPE/createhopestruct.html", "createhopestruct.pro", "", "FUNCTION createhopestruct  event    widget_control  event top  get_uvalue top_uvalue   find the selected variable    selected    top_uvalue 1  findline top_uvalue   selected    get the variable id    varid top_uvalue 1  findline top_uvalue   datavarid selected    get the section type    type    top_uvalue 1  findline top_uvalue   sectype selected    get its dimension    dimsvar top_uvalue 1  findline top_uvalue   dimvar selected     tosort sortdim completetype type     dimsvar dimsvar tosort    get the specified spatial domain and build reading parameters    linetype  top_uvalue 1  findline top_uvalue   linetype selected     case linetype of        odd :domainid   widget_info event top find_by_uname    basedomainodd         even :domainid   widget_info event top find_by_uname    basedomaineven         odd even :domainid   widget_info event top find_by_uname    basedomainodd even     endcase    allaxes top_uvalue 1  findline top_uvalue   dimlist     xaxis allaxes dimsvar 0     xlimits    top_uvalue 1  findline top_uvalue   xlimits     if NOT keyword_set xlimits  then begin       xid widget_info domainid find_by_uname    xinterval        widget_control  xid  get_value xint    endif ELSE xint   xaxis where xaxis GE xlimits 0  AND xaxis LE xlimits 1     yaxis allaxes dimsvar 1     yaxis   reverse yaxis          latitudes from the south to the north    ylimits    top_uvalue 1  findline top_uvalue   ylimits     if NOT keyword_set ylimits  then begin       yid widget_info domainid find_by_uname    yinterval        widget_control  yid  get_value yint    endif ELSE yint   yaxis where yaxis GE ylimits 0  AND yaxis LE ylimits 1     zaxis allaxes dimsvar 2     zlimits    top_uvalue 1  findline top_uvalue   zlimits     if NOT keyword_set zlimits  then begin       zid widget_info domainid find_by_uname    zinterval        widget_control  zid  get_value zint    endif ELSE zint   zaxis where zaxis GE zlimits 0  AND zaxis LE zlimits 1    time axis and time interval    time allaxes dimsvar 3     yyyymmdd   vairdate time     tlimits    top_uvalue 1  findline top_uvalue   tlimits     if NOT keyword_set tlimits  then BEGIN       date1id   widget_info event top  find_by_uname    date1        widget_control  date1id  get_value   date1       date2id   widget_info event top  find_by_uname    date2        widget_control  date2id  get_value   date2       tlimits    date1  date2     ENDIF    tint   time where yyyymmdd GE tlimits 0  AND yyyymmdd LE tlimits 1       limits of the domain      nxt   n_elements xint     nyt   n_elements yint     nzt   n_elements zint     jpt   n_elements tint        firstx    where xaxis GE xint 0 0     firsty    where yaxis GE yint 0 0     lasty   firsty nyt 1    firstz    where zaxis GE zint 0 0     firstt    where time GE tint 0 0      read the array      cdfid ncdf_open top_uvalue 1  findline top_uvalue   filename     offset firstx n_elements yaxis lasty 1 firstz firstt     count nxt nyt nzt jpt     tosortinv sortdim completetype type inv    sort the offset and count for the case of the array is not written   as a xyzt array but for example as a yzxt array     offset offset tosortinv     count count tosortinv    call to ncdf_varget    ncdf_varget  cdfid  varid  array  offset offset  count count     force to keep the dimension equal to 1    if count 3  eq 1 then array reform array count 0 count 1 count 2 count 3 over     if not  array_equal tosort  lindgen 4  then array transpose temporary array tosort     count nxt nyt nzt jpt     if jpt eq 1 then array reform array count 0 count 1 count 2 count 3 over     array reverse array  2   over    if there is no longitude zoom  shift the array to obtain longitude   between 20 and 380    if nxt EQ 128 OR nxt EQ 256 then begin       key_shift    where xaxis GE 20 0        xaxis   shift temporary xaxis  key_shift        xaxis where xaxis LT 20    xaxis where xaxis LT 20 360       array   shift temporary array  key_shift  0  0  0     ENDIF ELSE key_shift   0   get some informations about the array    insidevar ncdf_varinq cdfid varid     if insidevar natts NE 0 then begin       attnames   strarr insidevar natts        for attiq 0 insidevar natts 1 do attnames attiq strlowcase ncdf_attname cdfid varid attiq    get the name       if  where attnames EQ  long_name 0  EQ  1 then value             ELSE ncdf_attget cdfid varid long_name value       varname   strtrim string value  2    get the units       if  where attnames EQ  units 0  EQ  1 then value             ELSE ncdf_attget cdfid varid units value       varunit   strtrim string value  2    get the  missing_value        if  where attnames EQ  missing_value 0  EQ  1 then valmask   1e20         ELSE ncdf_attget cdfid varid missing_value  valmask    ENDIF ELSE BEGIN        varunit           valmask   1e20       varname        ENDELSE    varexp         build arguments to use computehopegrid and put it together in a structure    firsts    firstx firsty firstz     lasts    firstx nxt 1 firsty nyt 1 firstz nzt 1     vargrid    top_uvalue 1  findline top_uvalue   pointtype selected     hopegrid    xaxis:xaxis  yaxis:yaxis  zaxis:zaxis  firsts:firsts  lasts:lasts  type:type  linetype:linetype  pttype:vargrid     hopestru    array:array  unit:varunit  name:varname  date:time firstt:firstt jpt 1  grid:vargrid  hopegrid:hopegrid    we close the netcdf file before living     ncdf_close   cdfid    return  hopestru end");
-a[196] = new Array("./ToBeReviewed/HOPE/cw_selectinterval.html", "cw_selectinterval.pro", "", " PRO testwid_event  event    widget_control  event id  get_uvalue uval    if n_elements uval  EQ 0 then return    case uval of        done :widget_control  event top   destroy        get :BEGIN          id   widget_info event top find_by_uname    discret           widget_control  id  get_value   value1          help  value1          print   value1  value1          id   widget_info event top find_by_uname    continus           widget_control  id  get_value   value2          help  value2          print   value2  value2       END       ELSE:    endcase    return end PRO testwid  _extra   ex    base widget_base COLUMN     nothing   widget_label base  value    beginning of the test       nothing   cw_selectinterval base  10 indgen 5  _extra   ex  uname    discret  uvalue    discret     print  nothing    nothing   cw_selectinterval base  indgen 20  _extra   ex  uname    continus  uvalue    continus     print  nothing      nothing   widget_button base  value    get  uvalue    get     nothing   widget_button base  value    done  uvalue    done     widget_control  base   REALIZE    xmanager testwid  base   no_block    return end       function cw_selectinterval_get_value  id    bgroupid widget_info id  find_by_uname    bgroup    the widget is a set of button    if bgroupid ne 0 then begin       widget_control  bgroupid  get_value   selected       widget_control  bgroupid  get_uvalue   vecteur       vecteur   vecteur vecteur    endif else begin   the widget is 2 sliders       Minid   Widget_Info Id  Find_by_uname    min        widget_control  minid  get_value   minval       minval   minval value       maxid   widget_info id  find_by_uname    max        widget_control  maxid  get_value   maxval       maxval   maxval value       widget_control  minid  get_uvalue   vecteur       vecteur   vecteur vecteur       selected   where vecteur ge minval and vecteur le maxval     ENDELSE   if selected 0  eq  1 then return   1 else return  vecteur selected  END   function cw_selectinterval_event  event    widget_control  event id  get_uvalue uval    case uval name of        min :begin                 change the value if the minimum for the slider called max          maxid widget_info event handler  find_by_uname    max           widget_control  maxid  set_value SLIDER_MIN:event value 1        end        max :begin                 change the value if the maximum for the slider called min          minid widget_info event handler  find_by_uname    min           widget_control  minid  set_value SLIDER_MAX:event value 1        end        bgroup :    endcase    return   ID:event handler  TOP:event top  HANDLER:0L  END    function cw_selectinterval  parent  vecteur  _extra   ex     base   widget_base parent                           EVENT_FUNC    cw_selectinterval_event                            FUNC_GET_VALUE cw_selectinterval_get_value                            PRO_SET_VALUE cw_selectinterval_set_value                             ROW  _extra   ex     if n_elements vecteur  le 10 then begin       nothing   CW_BGROUP base  strtrim vecteur 1 nonexclusive row  uvalue    name: bgroup  vecteur:vecteur  uname bgroup        buttvalue bytarr n_elements nothing        buttvalue 0 1       widget_control  nothing  set_value buttvalue    endif else begin       min min floor vecteur        max max ceil vecteur        nothing cw_slider_pm base  value   min  min min  max max 1  uvalue    name: min  vecteur:vecteur  uname min        nothing cw_slider_pm base  value   max  min min 1  max max  uvalue    name: max  uname max     endelse    return  base end");
-a[197] = new Array("./ToBeReviewed/HOPE/domainpart.html", "domainpart.pro", "", "pro domainpart  top_uvalue  basedomain  selected  DESTROY   destroy     if keyword_set destroy  then BEGIN         id   widget_info basedomain find_by_uname    title          IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    oddsecchoice        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    evensecchoice        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    odd evensecchoice        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    basex        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    basey        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    basez        IF id NE 0 THEN widget_control  id   destroy       return    endif     we get the size of the dimenstion id of this section      dimvar    top_uvalue 1  findline top_uvalue   dimvar     selecteddim   dimvar  selected     typedim    top_uvalue 1  findline top_uvalue   typedim     sorteddim   selecteddim sortdim typedim selecteddim     dimlist    top_uvalue 1  findline top_uvalue   dimlist       longitude part      basex widget_info basedomain find_by_uname    basex     IF basex NE 0 THEN widget_control  basex   destroy    basex widget_base basedomain row  uname basex     nothing widget_text basex value longitude  xsize   10     nothing cw_selectinterval basex dimlist sorteddim 0 uname xinterval uvalue name: xinterval       latitude part      basey widget_info basedomain find_by_uname    basey     IF basey NE 0 THEN widget_control  basey   destroy    basey widget_base basedomain row  uname basey     nothing widget_text basey value latitude  xsize   10     nothing cw_selectinterval basey reverse dimlist sorteddim 1  uname yinterval uvalue name: yinterval       depth part      basez widget_info basedomain find_by_uname    basez     IF basez NE 0 THEN widget_control  basez   destroy    basez widget_base basedomain row  uname basez     nothing widget_text basez value depth  xsize   10     nothing cw_selectinterval basez dimlist sorteddim 2 uname zinterval uvalue name: zinterval    end  ");
-a[198] = new Array("./ToBeReviewed/HOPE/findlineandpointtype.html", "findlineandpointtype.pro", "", "FUNCTION findlineandpointtype  sectype  xaxis  yaxis  iodir   the file  HOPE_lonlat nc  is used in this function  This file must   be localized in iodir   netcdf HOPE_lonlat     dimensions:           latTlow   242             lonTlowodd   128             latThigh   390             lonThighodd   256     variables:           float latTlow latTlow                      latTlow:units    degrees_north              float lonTlowodd lonTlowodd                      lonTlowodd:units    degrees_east                      lonTlowodd:point_spacing    even                      lonTlowodd:modulo                   float latThigh latThigh                      latThigh:units    degrees_north              float lonThighodd lonThighodd                      lonThighodd:units    degrees_east                      lonThighodd:point_spacing    even                      lonThighodd:modulo                jpi   n_elements xaxis     jpj   n_elements yaxis      depermination of the grid type and of the point type     low resolution grid: jpi 128  jpj 121   x 2  jpk 20                     0        1 4         2 8       4 2        5 6      odd                    T          u          T          u  93 3      even        T          u          T          u             92 2      odd                    T          u          T          u  91 1      even        T          u          T          u             90 0       high resolution grid: jpi 256  jpj 195   x 2  jpk 29                     0        0 7         1 4        2 1        2 8             odd                    T          u          T          u  91 6      even        T          u          T          u             91 0      odd                    T          u          T          u  90 5      even        T          u          T          u             90 0        x0   floor xaxis 0 10 10     y0   floor yaxis 0 10 10     case sectype of        xy :BEGIN          if  jpi NE 128 and jpi NE 256              OR  jpj NE 121 AND jpj NE 121 2 AND jpj NE 195 AND jpj NE 195 2  then begin             print    CASE NOT coded              stop          ENDIF          case 1 of             jpj EQ 195: BEGIN                case X0 OF                   0:BEGIN                      line    even                       vargrid    T                    END                   0 7:BEGIN                      case y0 OF                         91 6:BEGIN                            line    odd                             vargrid    T                          END                         91 0:BEGIN                            line    even                             vargrid    U                          END                         ELSE:BEGIN                            print    CASE NOT coded                             stop                         END                      endcase                   END                   1 4:BEGIN                      line    odd                       vargrid    U                    END                endcase             END             jpj EQ 121:BEGIN                case x0 OF                   0:BEGIN                      line    even                       vargrid    T                    END                   1 4:BEGIN                      case y0 OF                         93 3:BEGIN                            line    odd                             vargrid    T                          END                         92 2:BEGIN                            line    even                             vargrid    U                          END                         ELSE:BEGIN                            print    CASE NOT coded                             stop                         END                      endcase                   END                   2 8:BEGIN                      line    odd                       vargrid    U                    END                endcase             END             jpj EQ 195 2:BEGIN                line    odd even                 case x0 OF                   0 7:vargrid    T                    1 4:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             jpj EQ 121 2:BEGIN                line    odd even                 case x0 OF                   1 4:vargrid    T                    2 8:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             ELSE:BEGIN                print    CASE NOT coded                 stop             END          endcase       END        xz :BEGIN          if  jpi NE 128 and jpi NE 256  then begin             print    CASE NOT coded              stop          ENDIF          case X0 OF             0:BEGIN                line    even                 vargrid    T              END             0 7:BEGIN                id   ncdf_open iodir HOPE_lonlat nc                 ncdf_varget  id   latThigh  lat                test    where lat EQ yaxis 0 0                 if test EQ  1 then begin                   print    CASE NOT coded                    stop                endif                IF  test MOD 2  EQ 1 THEN BEGIN                   line    even                    vargrid    U                 ENDIF ELSE BEGIN                   line    odd                    vargrid    T                 ENDELSE                ncdf_close  id             END             1 4:BEGIN                if jpi EQ 128 then begin                   id   ncdf_open iodir HOPE_lonlat nc                    ncdf_varget  id   latTlow  lat                   test    where lat EQ yaxis 0 0                    if test EQ  1 then begin                      print    CASE NOT coded                       stop                   endif                   IF  test MOD 2  EQ 1 THEN BEGIN                      line    even                       vargrid    U                    ENDIF ELSE BEGIN                      line    odd                       vargrid    T                    ENDELSE                   ncdf_close  id                ENDIF ELSE BEGIN                   line    odd                    vargrid    U                 ENDELSE             END             2 8:BEGIN                line    odd                 vargrid    U              END          endcase       END        yz :BEGIN          if  jpj NE 121 AND jpj NE 195  then begin             print    CASE NOT coded              stop          ENDIF          id   ncdf_open iodir HOPE_lonlat nc           case y0 of             93 3:BEGIN                line    odd                 ncdf_varget  id   lonTlowodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    T                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             92 2:BEGIN                line    even                 ncdf_varget  id   lonTlowodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    U                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    T                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             91 6:BEGIN                line    odd                 ncdf_varget  id   lonThighodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    T                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             91 0:BEGIN                line    even                 ncdf_varget  id   lonThighodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    U                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    T                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             ELSE:BEGIN                print    CASE NOT coded                 stop             END          endcase          ncdf_close  id       END       else:BEGIN          print   case not coded           stop       END    endcase     return   linetype:line  pointtype:vargrid  end");
-a[199] = new Array("./ToBeReviewed/HOPE/read_hope.html", "read_hope.pro", "", "          NAME: read_hope     PURPOSE: read the Hope grid file converted in NetCdf by xconv     CATEGORY: reading     CALLING SEQUENCE: a read_hope typein  varnamein       INPUTS:          typein: a string specifing from which type of section the 4D          array based:  xy   xz   yz             varnamein: a string the name of the cariable to be read  in          lower or upper case      KEYWORD PARAMETERS:             FILENAME   the name of the file to be read             XLIMITS   a two elements vertor  lonmin  lonmax                      the bondary of the longitudes  from 0 to 360              YLIMITS   a two elements vertor  latmin  latmax                      the bondary of the latitudes  from  90 to 90              ZLIMITS   a two elements vertor  depthmin  depthmax                      the bondary of the depth             TLIMITS   a two elements vertor  date1  date2                      the bondary of the calendar with date1 and date2                     folowing the syntaxe yyyymmdd              ODDPT: activate to read only the sections located on ODD           points               EVENPT: activate to read only the sections located on even           points               ODDEVENPT: activate to read only the sections located on           both even and odd points  horizontal sections      OUTPUTS:             1 if typein and varnamein are undefine  this is the widget          version             a structure which but be read by litchamp pro and is          necessary to complute the grid associated to the data  see          the example      COMMON BLOCKS: common pro  usefull only for the definition of iodir      SIDE EFFECTS:        x   y   z   t   xt   yt  and  zt  section not coded  xconv       must be able to works with this kind of fonction        The grib file has no zoom possibilities on horizontal       dimensions      RESTRICTIONS:         When typein and varnamein are defined  the methode to find the       godd variable is:       1  find the variables which are available on this type of       sections woth this name       2  if ODDPT  EVENPT or ODDEVENPT are specified  consider only       these types of sections       3  for an XY section the chosen variable is the one which has       the most level in the vertical domain specified by ZLIMITS           for an XZ section the chosen variable is the one which has       the most points in the latitude domain specified by YLIMITS           for an YZ section the chosen variable is the one which has       the most points in the longitude domain specified by XLIMITS        EXAMPLE:         IDL  a read_hope xy ocpt filename CLIM_CNT_1993 1998 nc        IDL  help  a struct         Structure   6 tags  length 1860176  refs 1:          ARRAY           FLOAT     Array 128  242  15           UNIT            STRING     deg C           NAME            STRING     Ocean potential temperature           DATE            FLOAT     Array 1           GRID            STRING     T           HOPEGRID        STRUCT       Array 1        IDL  help  a hopegrid struct         Structure   8 tags  length 1588  refs 2:          XAXIS           FLOAT     Array 128           YAXIS           FLOAT     Array 242           ZAXIS           FLOAT     Array 15           FIRSTS          LONG      Array 3           LASTS           LONG      Array 3           TYPE            STRING     xy           LINETYPE        STRING     odd even           PTTYPE          STRING     T        IDL  help  litchamp a            FLOAT       Array 128  242  15      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         June 2001             pro read_hope_event  event    widget_control  event id  get_uvalue uval    widget_control  event top  get_uvalue top_uvalue    case uval name OF          cancel :begin   close the file          cdfid top_uvalue 1  findline top_uvalue   cdfid           ncdf_close  cdfid   clear the pointer          for i 0 n_elements top_uvalue 1 do ptr_free  top_uvalue i    kill the widget          widget_control event top destroy       end          type choice :begin   find the new type of selected section          typeindex widget_info event id droplist_select           selectedtype top_uvalue 1  findline top_uvalue   type choice typeindex    find the available variables for this type of section          sectype    top_uvalue 1  findline top_uvalue   sectype           goodvar   where sectype EQ selectedtype           namevar    top_uvalue 1  findline top_uvalue   namevar           goodnamevar   namevar goodvar    find the selected var name          varchoiceid   widget_info event top find_by_uname    var choice           varindex   widget_info varchoiceid droplist_select           varchoice    top_uvalue 1  findline top_uvalue   var choice           selectedvarname varchoice varindex    do we change the variable           if  where goodnamevar EQ selectedvarname 0  EQ  1 then begin             selectedvarname   goodnamevar 0              varindex    where varchoice EQ selectedvarname 0              widget_control  varchoiceid  set_droplist_select   varindex          ENDIF   displays the different domains          selected   goodvar where goodnamevar EQ selectedvarname           rh_alldomains  event top  selected       end          var choice :BEGIN   find the new variable          varindex widget_info event id droplist_select           selectedvar top_uvalue 1  findline top_uvalue   var choice varindex    find the available variables for this type of section          namevar    top_uvalue 1  findline top_uvalue   namevar           goodvar   where namevar EQ selectedvar           sectype    top_uvalue 1  findline top_uvalue   sectype           goodtype   sectype goodvar    find the selected type of section          typechoiceid   widget_info event top find_by_uname    type choice           typeindex   widget_info typechoiceid droplist_select           typechoice    top_uvalue 1  findline top_uvalue   type choice           selectedtype typechoice typeindex    do we change the type of section            if  where goodtype EQ selectedtype 0  EQ  1 then begin             selectedtype   goodtype 0              typeindex    where typechoice EQ selectedtype 0              widget_control  typechoiceid  set_droplist_select   typeindex          ENDIF   displays the different domains          selected   goodvar where goodtype EQ selectedtype           rh_alldomains  event top  selected       END          plot :BEGIN   plot the array          res   createhopestruct event    type of section          selected    top_uvalue 1  findline top_uvalue   selected           type    top_uvalue 1  findline top_uvalue   sectype selected    get the informations of cw_specifie          specifieid widget_info event top find_by_uname    specifie           widget_control  specifieid  get_value   specifie          specifie   struct2string specifie direct2string           case type of              x :command    plt1d res x specifie              y :command    plt1d res y specifie              z :command    plt1d res z specifie              t :command    pltt res t   specifie              xy :command    plt  res specifie              xz :command    pltz  res xz specifie              yz :command    pltz  res yz specifie              xt :command    pltt res xt specifie              yt :command    pltt res yt specifie              zt :command    pltt res zt specifie              xyz :              xyt :              yzt :              xyzt :          ENDCASE          test   execute command           if test EQ 0 then stop       end          linechoice :BEGIN          if event select EQ 1 then begin             sensitive   bytarr 3              sensitive where odd   even   odd even  eq event value    1             basedomainodd widget_info event top find_by_uname    basedomainodd              widget_control  basedomainodd  sensitive   sensitive 0              basedomaineven widget_info event top find_by_uname    basedomaineven              widget_control  basedomaineven  sensitive   sensitive 1              basedomainoddeven widget_info event top find_by_uname    basedomainodd even              widget_control  basedomainoddeven  sensitive   sensitive 2              case  where sensitive EQ 1 0  of                0:BEGIN                   widget_control  basedomainodd  get_uvalue   oddsecchoice                   oddsecchoiceid widget_info event top find_by_uname    oddsecchoice                    if oddsecchoiceid NE 0 then                      index   widget_info oddsecchoiceid   droplist_select                      ELSE index   0                    top_uvalue 1  findline top_uvalue   selected    oddsecchoice index                 END                1:BEGIN                   widget_control  basedomaineven  get_uvalue   evensecchoice                   evensecchoiceid widget_info event top find_by_uname    evensecchoice                    if evensecchoiceid NE 0 then                      index   widget_info evensecchoiceid   droplist_select                      ELSE index   0                    top_uvalue 1  findline top_uvalue   selected    evensecchoice index                 END                2:BEGIN                   widget_control  basedomainodd  get_uvalue   oddevensecchoice                   oddevensecchoiceid widget_info event top find_by_uname    odd evensecchoice                    if oddevensecchoiceid NE 0 then                      index   widget_info oddevensecchoiceid   droplist_select                      ELSE index   0                    top_uvalue 1  findline top_uvalue   selected    oddevensecchoice index                 END             endcase          endif       END          oddsecchoice :BEGIN          widget_control  event top  update 0          basedomainodd widget_info event top find_by_uname    basedomainodd           widget_control  basedomainodd  get_uvalue   oddsecchoice          domainpart  top_uvalue  basedomainodd  oddsecchoice event index            top_uvalue 1  findline top_uvalue   selected    oddsecchoice event index           widget_control  event top  update 1       END          evensecchoice :BEGIN          widget_control  event top  update 0          basedomaineven widget_info event top find_by_uname    basedomaineven           widget_control  basedomaineven  get_uvalue   evensecchoice          domainpart  top_uvalue  basedomaineven  evensecchoice event index            top_uvalue 1  findline top_uvalue   selected    evensecchoice event index           widget_control  event top  update 1       END          odd evensecchoice :BEGIN          widget_control  event top  update 0          basedomainoddeven widget_info event top find_by_uname    basedomainodd even           widget_control  basedomainoddeven  get_uvalue   oddevensecchoice          domainpart  top_uvalue  basedomainoddeven  oddevensecchoice event index            top_uvalue 1  findline top_uvalue   selected    oddevensecchoice event index           widget_control  event top  update 1       END          date1 :BEGIN          date2id   widget_info event top  find_by_uname    date2           widget_control  date2id  get_value   date2          if event value GT date2 then widget_control  date2id  set_value   event value       END          date2 :BEGIN          date1id   widget_info event top  find_by_uname    date1           widget_control  date1id  get_value   date1          if event value LT date1 then widget_control  date1id  set_value   event value       END         else:    endcase    return end                   FUNCTION read_hope  typein  varnamein  FILENAME   filename  XLIMITS   xlimits  YLIMITS   ylimits   ZLIMITS   zlimits  TLIMITS   tlimits  ODDPT   oddpt  ODDEVENPT   oddevenpt  EVENPT   evenpt  _extra   ex  common                           usefull only for the definition of iodir    if n_elements filename  EQ 0 then filename   isafile iodirectory   iodir  _extra   ex    IF size filename   type  NE 7 THEN return   1   filename   isafile filename   filename  iodirectory   iodir  _extra   ex      cdfid   ncdf_open filename          id of the netcdf file    wathinside   ncdf_inquire cdfid     structure with global informations       dimensions      namedim   strarr wathinside ndims     name of the dimensions   typedim   strarr wathinside ndims     type of the dimensions  x y z t    sizedim   lonarr wathinside ndims     size of each dimension   loop on the dimensions to get the names and sizes   for dimiq   0  wathinside ndims 1 do begin     ncdf_diminq  cdfid  dimiq  name  value     namedim dimiq    name     case 1 of        STRCMP name   lon  3   FOLD_CASE :typedim dimiq     x        STRCMP name   lat  3   FOLD_CASE :typedim dimiq     y        STRCMP name   z  1   FOLD_CASE :typedim dimiq     z        STRCMP name   t  1   FOLD_CASE :typedim dimiq     t        ELSE:BEGIN         ncdf_close  cdfid         return  report Unknown name of dimension        END     endcase     sizedim dimiq    value   endfor   dimlist: structure which contains the name and the value of each   dimension   we suppose that there is always a variable which has the    same name that the dimension and which gives the values of   this dimension   ncdf_varget  cdfid  namedim 0  value   dimlist   create_struct namedim 0  value    for dimiq   1  wathinside ndims 1 do begin     ncdf_varget  cdfid  namedim dimiq  value  get the value     dimlist   create_struct dimlist  namedim dimiq  value    endfor       variables      namevar   strarr wathinside nvars      names of the variables   ndimsvar   lonarr wathinside nvars     number of dim for each variable   dimvar   replicate 1  wathinside ndims  wathinside nvars    dims of each variables   loop over the variable ids to fill namevar  ndimsvar and dimvar   for varid   0  wathinside nvars 1 do begin     res   ncdf_varinq cdfid  varid      namevar varid    res name     namevar varid    strjoin strsplit namevar varid   _ 0 99   EXTRACT   REGEX      ndimsvar varid    res ndims     dimvar 0:res ndims 1  varid    res dim   ENDFOR   we cut dimvar to select only the interessant part   dimvar   dimvar 0:max ndimsvar 1      selection of the data variables which are diffrent from the   dimension variables   we suppose that that data variables are 4D array  with sometime   dimensions equal to 1  they must be different from dimension   variables which have only 1 dimension   datavarid   where ndimsvar eq 4    numberofvar   n_elements datavarid    namevar   namevar datavarid    ndimsvar   ndimsvar datavarid    dimvar   dimvar  datavarid      sectype   strarr numberofvar    the type of section for each variable : xy   xz   yz    linetype   strarr numberofvar    the line of the points : odd  even or odd even   pointtype   strarr numberofvar    the type of variable : scalar  T  or vector  U    for i   0  numberofvar 1 do begin     dimofthevar   dimvar  i      sectype i    typedim dimofthevar 0 typedim dimofthevar 1      xaxisid   dimofthevar where typedim dimofthevar  EQ  x      yaxisid   dimofthevar where typedim dimofthevar  EQ  y      lineandpt   findlineandpointtype sectype i  dimlist xaxisid 0  dimlist yaxisid 0  iodir      linetype i    lineandpt linetype     pointtype i    lineandpt pointtype   endfor                  definition of the widget               base   widget_base column        first base:       droplist to select the type of section      droplist to select the variable      button to select type of line : odd  even or odd even       base1   widget_base base   row   frame    typechoice   sectype uniq sectype  sort sectype    if n_elements typechoice  GT 1 then typechoice   typechoice sortdim typechoice    base11   widget_droplist base1  title    Type of section  value   typechoice  uvalue    name: type choice  uname    type choice    if n_elements typein  NE 0 then BEGIN     selectedtype   strmid typein  0  2      widget_control  base11  set_droplist_select                         0L    where typechoice EQ selectedtype 0    ENDIF ELSE selectedtype   typechoice 0       varchoice   namevar uniq namevar  sort namevar    base12   widget_droplist base1  title    Available data  value   varchoice  uvalue    name: var choice  uname    var choice    if n_elements varnamein  NE 0 THEN BEGIN     selectedname   varnamein     widget_control  base12  set_droplist_select                         0L    where strlowcase varchoice  EQ strlowcase varnamein 0    ENDIF ELSE selectedname   varchoice 0      base13   widget_base base1   row  uname    linechoicebase        base 2: base to select the domain of the odd points     base2   widget_base base   column  uname    basedomainodd   frame        base 3: base to select the domain of the even points     base3   widget_base base   column  uname    basedomaineven   frame        base 4: base to select the domain of the odd even points     base4   widget_base base   column  uname    basedomainodd even   frame        base 5: calendar     base5   widget_base base   row  uname    baset   frame    timename   strlowcase tag_names dimlist wathinside recdim    read the time axis in julina days   time   ncdf_timeget cdfid  timename    update the dimlist structure   dimlist wathinside recdim    time   base51   cw_calendar base5  time  uname    date1  uvalue    name: date1    base52   cw_calendar base5  time  uname    date2  uvalue    name: date2         base 6: base to select the min  max    and others keywords     base6   cw_specifie base   column  uname    specifie  uvalue    name: specifie         base 7: last base with the action buttons     base7   widget_base base   row  uname    finalaction    base71   widget_button base7  value    Plot  uvalue    name: plot    base72   widget_button base7  value    Cancel  uvalue    name: cancel        determination of the selected variable         goodname   0   where strlowcase namevar  EQ strlowcase selectedname    goodtype   0   where sectype EQ selectedtype    selected   inter goodname  goodtype    if selected 0  EQ  1 then BEGIN     widget_control  base   destroy     ncdf_close  cdfid     return  report impossible combinaison : type of section  selectedtype  variable name  selectedname    ENDIF   if n_elements typein  NE 0 then BEGIN     if NOT keyword_set xlimits  then xlimits    1e9  1e9      if NOT keyword_set ylimits  then ylimits    1e9  1e9      if NOT keyword_set zlimits  then zlimits    1e9  1e9      if NOT keyword_set tlimits  then tlimits    1e9  1e9    ENDIF   if n_elements typein  NE 0 AND n_elements selected  NE 1 then BEGIN     if keyword_set oddpt  then selected   inter selected  where linetype EQ  odd      if keyword_set evenpt  then selected   inter selected  where linetype EQ  even      if keyword_set oddevenpt  then selected   inter selected  where linetype EQ  odd even      if selected 0  EQ  1 then BEGIN       widget_control  base   destroy       ncdf_close  cdfid       return  report impossible combinaison : type of section  selectedtype  variable name  selectedname  and line type       endif     if n_elements selected  NE 1 then begin       case selectedtype of          xy :BEGIN   choice on the vertical axis   choice based on the variable which has the most available levels   between the zlimits            if NOT keyword_set zlimits  then begin             print   case not coded              stop           ENDIF           number   lonarr n_elements selected            for i   0  n_elements selected 1 do begin             zdim   dimvar 2  selected i              zaxis   dimlist zdim              nothing   where zaxis GE zlimits 0  AND zaxis LE zlimits 1  count              number i    count           ENDFOR           selected   selected where number EQ max number            if n_elements selected  NE 1 then begin             print   case not coded              stop           endif         END          xz :BEGIN   choice on the latitude axis           if NOT keyword_set ylimits  then begin             print   case not coded              stop           ENDIF           number   lonarr n_elements selected            for i   0  n_elements selected 1 do begin             ydim   dimvar 2  selected i              yaxis   dimlist ydim              nothing   where yaxis GE ylimits 0  AND yaxis LE ylimits 1  count              number i    count           ENDFOR           selected   selected where number EQ max number            if n_elements selected  NE 1 then begin             print   case not coded              stop           endif         END          yz :BEGIN   choice on the longitude axis           if NOT keyword_set xlimits  then begin             print   case not coded              stop           ENDIF           number   lonarr n_elements selected            for i   0  n_elements selected 1 do begin             xdim   dimvar 2  selected i              xaxis   dimlist xdim              nothing   where xaxis GE xlimits 0  AND xaxis LE xlimits 1  count              number i    count           ENDFOR           selected   selected where number EQ max number            if n_elements selected  NE 1 then begin             print   case not coded              stop           endif         END       endcase     endif   ENDIF       definition of the uvalue of the base which allows to share the   variables between programs         top_uvalue   ptrarr 2  18   allocate_heap     top_uvalue 0  0     type choice     top_uvalue 1  0    temporary typechoice     top_uvalue 0  1     var choice     top_uvalue 1  1    temporary varchoice     top_uvalue 0  2     namevar     top_uvalue 1  2    temporary namevar     top_uvalue 0  3     dimvar     top_uvalue 1  3    temporary dimvar     top_uvalue 0  4     sectype     top_uvalue 1  4    temporary sectype     top_uvalue 0  5     linetype     top_uvalue 1  5    temporary linetype     top_uvalue 0  6     pointtype     top_uvalue 1  6    temporary pointtype     top_uvalue 0  7     dimlist     top_uvalue 1  7    temporary dimlist     top_uvalue 0  8     typedim     top_uvalue 1  8    temporary typedim     top_uvalue 0  9     sizedim     top_uvalue 1  9    temporary sizedim     top_uvalue 0  10     cdfid     top_uvalue 1  10    cdfid    top_uvalue 0  11     datavarid     top_uvalue 1  11    datavarid    top_uvalue 0  12     selected     top_uvalue 1  12    selected    top_uvalue 0  13     filename     top_uvalue 1  13    filename    top_uvalue 0  14     xlimits     top_uvalue 1  14    testvar var   xlimits     top_uvalue 0  15     ylimits     top_uvalue 1  15    testvar var   ylimits     top_uvalue 0  16     zlimits     top_uvalue 1  16    testvar var   zlimits     top_uvalue 0  17     tlimits     top_uvalue 1  17    testvar var   tlimits      widget_control  base  set_uvalue   top_uvalue   rh_alldomains  base  selected    if n_params  EQ 0 then BEGIN   we use the widget     widget_control  base   REALIZE     xmanager   read_hope  base   no_block     return    1   ENDIF   get the output   output   createhopestruct top:base    clear the pointer   for i   0  n_elements top_uvalue 1 do ptr_free  top_uvalue i    close the file   ncdf_close  cdfid   return  output end");
-a[200] = new Array("./ToBeReviewed/HOPE/rh_alldomains.html", "rh_alldomains.pro", "", "PRO rh_alldomains  topid  selected     widget_control  topid  get_uvalue top_uvalue    widget_control  topid  update 0      selectedline top_uvalue 1  findline top_uvalue   linetype selected      we get the size of the dimenstion id of this section      dimvar    top_uvalue 1  findline top_uvalue   dimvar     typedim    top_uvalue 1  findline top_uvalue   typedim     dimlist    top_uvalue 1  findline top_uvalue   dimlist     sizedim    top_uvalue 1  findline top_uvalue   sizedim      buttons to select type of line : odd  even or odd even      linechoicebase widget_info topid find_by_uname    linechoicebase     id   widget_info linechoicebase find_by_uname    linechoice     IF id NE 0 THEN widget_control  id   destroy    choice        if  where selectedline EQ  odd 0  NE  1 then choice    choice   odd     if  where selectedline EQ  even 0  NE  1 then choice    choice   even     if  where selectedline EQ  odd even 0  NE  1 then choice    choice   odd even     choice   choice 1:n_elements choice 1     nothing   cw_bgroup linechoicebase choice   row exclusive   return_name  uname    linechoice  uvalue    name: linechoice     widget_control  nothing  set_value   0    sensitive   bytarr 3     sensitive where odd   even   odd even  eq choice 0    1      odd points domain      basedomainodd widget_info topid find_by_uname    basedomainodd     id   widget_info basedomainodd find_by_uname    title     IF id NE 0 THEN widget_control  id   destroy    oddsecchoice   where selectedline EQ  odd     if oddsecchoice 0  NE  1 then BEGIN       oddsecchoice   selected oddsecchoice        nothing widget_label basedomainodd  value    Domain of the odd points  uname    title        IF n_elements oddsecchoice  GT 1 THEN BEGIN          selecteddim   dimvar  oddsecchoice           sorteddim   selecteddim          FOR i   0  n_elements oddsecchoice 1 DO             sorteddim  i    selecteddim sortdim typedim selecteddim  i  i           zdim   sorteddim 2             sizedims   sizedim zdim           sortedzdim   sort sizedims           sizedims   sizedims sortedzdim           oddsecchoice   oddsecchoice sortedzdim           nothing widget_droplist basedomainodd title    number of levels  value   strtrim sizedims  2  uvalue    name: oddsecchoice  uname oddsecchoice        ENDIF        domainpart  top_uvalue  basedomainodd  oddsecchoice 0        widget_control  basedomainodd  set_uvalue   oddsecchoice    ENDIF ELSE BEGIN        nothing widget_label basedomainodd  value       uname    title        domainpart  top_uvalue  basedomainodd   destroy       widget_control  basedomainodd  set_uvalue    1    ENDELSE    widget_control  basedomainodd  sensitive   sensitive 0       even points domain      basedomaineven widget_info topid find_by_uname    basedomaineven     id   widget_info basedomaineven find_by_uname    title     IF id NE 0 THEN widget_control  id   destroy    evensecchoice   where selectedline EQ  even     if evensecchoice 0  NE  1 then BEGIN       evensecchoice   selected evensecchoice        nothing widget_label basedomaineven  value    Domain of the even points  uname    title        IF n_elements evensecchoice  GT 1 THEN BEGIN          selecteddim   dimvar  evensecchoice           sorteddim   selecteddim          FOR i   0  n_elements evensecchoice 1 DO             sorteddim  i    selecteddim sortdim typedim selecteddim  i  i           zdim   sorteddim 2             sizedims   sizedim zdim           sortedzdim   sort sizedims           sizedims   sizedims sortedzdim           evensecchoice   evensecchoice sortedzdim           nothing widget_droplist basedomaineven title    number of levels  value   strtrim sizedims  2  uvalue    name: evensecchoice  uname evensecchoice        ENDIF        domainpart  top_uvalue  basedomaineven  evensecchoice 0        widget_control  basedomaineven  set_uvalue   evensecchoice    ENDIF ELSE BEGIN       domainpart  top_uvalue  basedomaineven   destroy       nothing widget_label basedomaineven  value       uname    title        widget_control  basedomaineven  set_uvalue    1    ENDELSE    widget_control  basedomaineven  sensitive   sensitive 1       odd even points domain      basedomainoddeven widget_info topid find_by_uname    basedomainodd even     id   widget_info basedomainoddeven find_by_uname    title     IF id NE 0 THEN widget_control  id   destroy    oddevensecchoice   where selectedline EQ  odd even     if oddevensecchoice 0  NE  1 then BEGIN       oddevensecchoice   selected oddevensecchoice        nothing widget_label basedomainoddeven  value    Domain of the odd even points  uname    title        IF n_elements oddevensecchoice  GT 1 THEN BEGIN          selecteddim   dimvar  oddevensecchoice           sorteddim   selecteddim          FOR i   0  n_elements oddevensecchoice 1 DO             sorteddim  i    selecteddim sortdim typedim selecteddim  i  i           zdim   sorteddim 2             sizedims   sizedim zdim           sortedzdim   sort sizedims           sizedims   sizedims sortedzdim           oddevensecchoice   oddevensecchoice sortedzdim           nothing widget_droplist basedomainoddeven title    number of levels  value   strtrim sizedims  2  uvalue    name: odd evensecchoice  uname odd evensecchoice        ENDIF        domainpart  top_uvalue  basedomainoddeven  oddevensecchoice 0        widget_control  basedomainoddeven  set_uvalue   oddevensecchoice    ENDIF ELSE BEGIN       domainpart  top_uvalue  basedomainoddeven   destroy       nothing widget_label basedomainoddeven  value       uname    title        widget_control  basedomainoddeven  set_uvalue    1    ENDELSE    widget_control  basedomainoddeven  sensitive   sensitive 2       case  where sensitive EQ 1 0  of       0: top_uvalue 1  findline top_uvalue   selected    oddsecchoice 0        1: top_uvalue 1  findline top_uvalue   selected    evensecchoice 0        2: top_uvalue 1  findline top_uvalue   selected    oddevensecchoice 0     endcase      widget_control  topid  update 1    return end");
-a[201] = new Array("./ToBeReviewed/HOPE/sortdim.html", "sortdim.pro", "", "  function sortdim  dims  inverse inverse       IDL  a x y t z       IDL  b a sortdim a       IDL  print  a      x y t z     IDL  print  b      x y z t     IDL  print  b sortdim a inv       x y t z     IDL  a xytz      IDL  print  sortdim a                 0           1           3           2          tosort   dims    if n_elements tosort  eq 1 then       tosort   string reform byte tosort 1 strlen tosort 0     tosort   strrepl tosort strwhere tosort x a     tosort   strrepl tosort strwhere tosort y b     tosort   strrepl tosort strwhere tosort z c     tosort   strrepl tosort strwhere tosort t d     tosort   uniq tosort sort tosort     if keyword_set inverse  then tosort sort tosort     return  tosort  end   ");
-a[202] = new Array("./ToBeReviewed/HOPE/xrh.html", "xrh.pro", "", "  procedure to call read_hope in the widget mode PRO xrh  _extra   ex    a   read_hope _extra   ex     return end");
-a[203] = new Array("./ToBeReviewed/IMAGE/animgif.html", "animgif.pro", "", "          NAME:animgif     PURPOSE:construire une animation gif     CATEGORY:pour faire des dessins animes     CALLING SEQUENCE:animgif   toto gif      INPUTS:toto gif: c est le nom du fichier gif contenant   l animation  Rq ce fichier est place dans le repertoire definit par   iodir      KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:on utilise le Z buffer pour aller plus vite                 donc si on plante ds animgif il faut faire:                IDL  device   close                IDL  set_plot   x                 IDL  retall     RESTRICTIONS: si on veut supprimer le  common                  il faut definir a la main la taille de l image  les                 variables xsize et ysize  ainsi que iodir      EXAMPLE:     MODIFICATION HISTORY: Guillaume Roullet  grlod ipsl jussieu fr                          Sebastien Masson  smasson lodyc jussieu fr                          30 4 1999         PRO animgif  nomfic  common      recupere la palette de couleur et la place dans rouge  vert  bleu      tvlct   rouge vert bleu get      complete la palette courante sur 256 couleurs      red    rouge  replicate 255  256 n_elements rouge      green    vert  replicate 255  256 n_elements rouge      blue    bleu  replicate 255  256 n_elements rouge       bascule sur le z device  permettant de creer l image sans   l afficher    thisOS    VERSION OS_FAMILY    thisOS   STRMID thisOS  0  3     thisOS   STRUPCASE thisOS     set_plot   z    taille de l image  en nombre de pixel:    xsize   30 min page_size  max   ma key_portrait   ma 1 key_portrait     ysize   30 min page_size  max   ma 1 key_portrait    ma key_portrait     device  set_resolution    xsize  ysize      commencement du fichier gif  ecriture d une image vide       reinitplt    plot   0   0   nodata    write_gif iodir nomfic tvrd red  green  blue   multiple         debut de la partie a changer       boucle de creation de l image      calen   TIMEGEN 366  START JULDAY 1 1 2000      debut   where calen EQ 19810105     debut   where calen EQ 19790105     debut   debut 0     if debut EQ  1 then begin       device   close       CASE thisOS of           MAC : SET_PLOT  thisOS           WIN : SET_PLOT  thisOS          ELSE: SET_PLOT   X        ENDCASE       stop    endif     for i   0  73 15 1 do begin     for i   0  3 2 1 do begin     for i   0  73 2 1 do begin       print   Image numero :  strtrim i  2        date   calen debut i        erase  255       plt  nlec sst  date   ATF  19  29  int    5   noerase        plt  nlec sss  date   ATF  label   2   noerase        plt  nlec htoth  date   RE3 nlec hpycn  date   RE3  10  60  int   5   inv   noerase        domdef  290 340 5 15         plt  norme nlec unsurf  date   RE3  nlec vnsurf  date   RE3  0  1 2  int    1   noerase         Ecriture de l image dans le fichier  gif         write_gif iodir nomfic tvrd red  green  blue   multiple    ENDFOR      fin de la partie a changer       fermeture du fichier    write_gif iodir nomfic close    rebascule en mode terminal X    device   close    CASE thisOS of        MAC : SET_PLOT  thisOS        WIN : SET_PLOT  thisOS       ELSE: SET_PLOT   X     ENDCASE      return end");
-a[204] = new Array("./ToBeReviewed/IMAGE/image_viewer.html", "image_viewer.pro", "", "    NAME:         IMAGE_VIEWER     PURPOSE:         The purpose of this program is to provide an interactive tool that can be used         to view JPEG  BMP  GIF  PNG  and TIFF picture files   Images are loaded into         memory  so the initial file access may take a while  but once each picture has         been opened they can all be viewed in a very rapid fashion      CATEGORY:         Visualization  Widgets     CALLING SEQUENCE:         image_viewer     INPUT PARAMETERS:         None      KEYWORD PARAMETERS:         None      OUTPUTS:         None      COMMON BLOCKS:         None      SIDE EFFECTS:         While this program is running in an IDL session it will change the current         working directory  enables disables color decomposition  and sets  QUIET 1           ORDER 0     P BACKGROUND 0   These settings are returned to their initial         settings before the program was initiated once it is terminated      RESTRICTIONS:         This program is supported in IDL version 5 5 and newer   In order to open         GIF files or TIFF files with LZW compression the copy of IDL being used must         be licensed with these features   IDL only supports BMP files in the standard         Windows format and does not support OS2 bitmaps      MODIFICATION HISTORY:         Written by: AEB  1 02        PRO IMAGE_VIEWER_OPEN_FILES event  THIS PROCEDURE IS CALLED WHEN A USER SELECTS  File   Open Picture Files  FROM THE MAIN MENU  error handling:  ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR     if status report dialog is still active  destroy it:   if SIZE tlb TYPE  NE 0 then WIDGET_CONTROL tlb DESTROY   RETURN endif  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState  prompt user to select files with native file selection dialog: if  pState gifFlag EQ 1 then filter JPG jpg JPEG jpeg JPE jpe     JFIF jfif GIF gif BMP bmp TIF tif TIFF tiff     PNG png  else     filter JPG jpg JPEG jpeg JPE jpe JFIF jfif BMP bmp     TIF tif TIFF tiff PNG png  files DIALOG_PICKFILE TITLE Select picture files to open MULTIPLE_FILES                        FILTER filter GET_PATH path   if user hit  Cancel  then return to previous program level: if  files 0  EQ   then RETURN  change current working directory to location of selected files: CD path nFiles N_ELEMENTS files   pState nFiles nFiles  pState increment 100 nFiles files files SORT files   create status report dialog: xCenter pState screenSize 0 2 yCenter pState screenSize 1 2 tlb2 WIDGET_BASE TITLE Status Report COLUMN ALIGN_CENTER TLB_FRAME_ATTR 19 MODAL                   GROUP_LEADER pState tlb    spacer WIDGET_LABEL tlb2 VALUE      label1 WIDGET_LABEL tlb2 VALUE LOADING SELECTED IMAGE FILES INTO MEMORY    spacer WIDGET_LABEL tlb2 VALUE      label2 WIDGET_LABEL tlb2 VALUE  PLEASE WAIT     spacer WIDGET_LABEL tlb2 VALUE      statusBase WIDGET_BASE tlb2 ROW FRAME BASE_ALIGN_CENTER ALIGN_CENTER EVENT_PRO image_viewer_timer      cancelBut WIDGET_BUTTON statusBase VALUE Cancel EVENT_PRO image_viewer_cancel      progressLabel WIDGET_LABEL statusBase Value  Progress :  0       statusSlider WIDGET_SLIDER statusBase SENSITIVE 0 TITLE   XSIZE 200      percentLabel WIDGET_LABEL statusBase VALUE  100   geom WIDGET_INFO tlb2 GEOMETRY  xHalfSize geom Scr_XSize 2 yHalfSize geom Scr_YSize 2 WIDGET_CONTROL tlb2 XOFFSET xCenter xHalfSize YOFFSET yCenter yHalfSize WIDGET_CONTROL tlb2 REALIZE  pState statusBase statusBase  pState statusSlider statusSlider WIDGET_CONTROL tlb2 SET_UVALUE pState  reset settings of GUI: WIDGET_CONTROL pState fileText SET_VALUE  WIDGET_CONTROL pState imageDraw GET_VALUE drawID WSET drawID TVLCT 0 0 0 0 ERASE  re create thumbnails base with appropriate size for number of images selected: nRows   CEIL  nFiles   3 0  WIDGET_CONTROL pState thumbBase DESTROY  pState thumbBase WIDGET_BASE pState controlsBase COLUMN ALIGN_TOP FRAME XSIZE 260                                  YSIZE nRows 89 SCROLL X_SCROLL_SIZE 260 Y_SCROLL_SIZE 650   initialize pointer array to reference image data: numImages N_ELEMENTS pState images  if numImages NE 0 then PTR_FREE pState images  pState images PTRARR nFiles ALLOCATE_HEAP   pState files files  loop through each file:  pState timer 1B WIDGET_CONTROL statusBase TIMER 0 01 END       PRO IMAGE_VIEWER_OPEN_FOLDER event  THIS PROCEDURE IS CALLED WHEN A USER SELECTS  File   Open All In Folder  FROM THE MAIN MENU  error handling:  ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR     if status report dialog is still active  destroy it:   if SIZE tlb TYPE  NE 0 then WIDGET_CONTROL tlb DESTROY   RETURN endif  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState  prompt user to select files with native file selection dialog: folder DIALOG_PICKFILE TITLE Select folder that contains picture files DIRECTORY   if user hit  Cancel  then return to previous program level: if folder EQ   then RETURN  change current working directory to location of selected files: CD folder if  pState gifFlag EQ 1 then filter JPG JPEG JPE JFIF GIF BMP     TIF TIFF PNG  else     filter JPG JPEG JPE JFIF BMP TIF TIFF PNG  files FILE_SEARCH filter COUNT nFiles FOLD_CASE FULLY_QUALIFY_PATH NOSORT  if nFiles EQ 0 then begin   dummy DIALOG_MESSAGE No valid picture files were found in the selected folder  INFO    RETURN endif  pState nFiles nFiles  pState increment 100 nFiles files files SORT files   create status report dialog: xCenter pState screenSize 0 2 yCenter pState screenSize 1 2 tlb2 WIDGET_BASE TITLE Status Report COLUMN ALIGN_CENTER TLB_FRAME_ATTR 19 MODAL                   GROUP_LEADER pState tlb    spacer WIDGET_LABEL tlb2 VALUE      label1 WIDGET_LABEL tlb2 VALUE LOADING SELECTED IMAGE FILES INTO MEMORY    spacer WIDGET_LABEL tlb2 VALUE      label2 WIDGET_LABEL tlb2 VALUE  PLEASE WAIT     spacer WIDGET_LABEL tlb2 VALUE      statusBase WIDGET_BASE tlb2 ROW FRAME BASE_ALIGN_CENTER ALIGN_CENTER EVENT_PRO image_viewer_timer      cancelBut WIDGET_BUTTON statusBase VALUE Cancel EVENT_PRO image_viewer_cancel      progressLabel WIDGET_LABEL statusBase Value  Progress :  0       statusSlider WIDGET_SLIDER statusBase SENSITIVE 0 TITLE   XSIZE 200      percentLabel WIDGET_LABEL statusBase VALUE  100   geom WIDGET_INFO tlb2 GEOMETRY  xHalfSize geom Scr_XSize 2 yHalfSize geom Scr_YSize 2 WIDGET_CONTROL tlb2 XOFFSET xCenter xHalfSize YOFFSET yCenter yHalfSize WIDGET_CONTROL tlb2 REALIZE  pState statusBase statusBase  pState statusSlider statusSlider WIDGET_CONTROL tlb2 SET_UVALUE pState  reset settings of GUI: WIDGET_CONTROL pState fileText SET_VALUE  WIDGET_CONTROL pState imageDraw GET_VALUE drawID WSET drawID TVLCT 0 0 0 0 ERASE  re create thumbnails base with appropriate size for number of images selected: nRows   CEIL  nFiles   3 0  WIDGET_CONTROL pState thumbBase DESTROY  pState thumbBase WIDGET_BASE pState controlsBase COLUMN ALIGN_TOP FRAME XSIZE 260                                  YSIZE nRows 89 SCROLL X_SCROLL_SIZE 260 Y_SCROLL_SIZE 650   initialize pointer array to reference image data: numImages N_ELEMENTS pState images  if numImages NE 0 then PTR_FREE pState images  pState images PTRARR nFiles ALLOCATE_HEAP   pState files files  loop through each file:  pState timer 1B WIDGET_CONTROL statusBase TIMER 0 01 END       PRO IMAGE_VIEWER_CANCEL event  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState  shut off timer:  pState timer 0B END       PRO IMAGE_VIEWER_TIMER event  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState if  pState timer EQ 1 then begin  continue processing files:   if  pState currFile LE  pState nFiles 1 then begin     i pState currFile     extension STRUPCASE STRMID pState files i STRPOS pState files i REVERSE_SEARCH 1      if extension EQ  JPG  or extension EQ  JPEG  or extension EQ  JPE  or extension EQ  JFIF  then begin       result QUERY_JPEG pState files i info        if result NE 1 then begin         dummy DIALOG_MESSAGE Selected file: pState files i                                 does not appear to be a valid JPEG file  ERROR          if  i MOD 3  EQ 0 then  pState rowBase WIDGET_BASE pState thumbBase ROW ALIGN_LEFT          if  pState currFile EQ  pState nFiles 1 then begin            last file   terminate timer:            pState timer 0B            pState currFile 0L           WIDGET_CONTROL event top DESTROY         endif else begin            increment file number and update progress slider:            pState currFile pState currFile 1           progressValue   ROUND i 1 pState increment   Exit  FROM THE MAIN MENU  terminate the program by destroying the top level base  widgetID always stored in event top : WIDGET_CONTROL event top DESTROY END       PRO IMAGE_VIEWER_HELP event  THIS PROCEDURE IS CALLED WHEN A USER SELECTS  Help   Help on IMAGE_VIEWER   FROM THE MAIN MENU  display a simple message: messageStr IMAGE_VIEWER written by AEB  2002               The purpose of this program is to provide an interactive tool that can be used               to view JPEG  BMP  GIF  PNG  and TIFF picture files   In order to provide rapid               viewing capabilities the images are loaded into memory  which can cause the               initial file access to take a bit of time while the pictures are opened and               thumbnails are created  dummy DIALOG_MESSAGE messageStr info  END       PRO IMAGE_VIEWER_THUMBS event  THIS PROCEDURE IS CALLED WHEN A USER CLICKS ON ONE OF THE THUMBNAIL PICTURES  error handling:  ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR    RETURN endif if event press EQ 1 then begin   WIDGET_CONTROL HOURGLASS    obtain state structure for top level base from its UVALUE:   WIDGET_CONTROL event top GET_UVALUE pState   WIDGET_CONTROL pState imageDraw GET_VALUE drawID   WSET drawID   TVLCT 0 0 0 0   ERASE    obtain current image data:   WIDGET_CONTROL event id GET_UVALUE fileID   imageStruct pState images fileID 1    xOffset ROUND 710 imageStruct xSize 2    yOffset ROUND 650 imageStruct ySize 2    if  pState colorMode EQ  PSEUDO  then begin     TVLCT imageStruct red imageStruct green imageStruct blue     TV TEMPORARY imageStruct image xOffset yOffset   endif else begin  pState colorMode EQ  TRUE :     if imageStruct imageColorMode EQ  PSEUDO  then begin       DEVICE DECOMPOSED 0       TVLCT imageStruct red imageStruct green imageStruct blue       TV TEMPORARY imageStruct image xOffset yOffset     endif else begin  imageStruct imageColorMode EQ  TRUE :       DEVICE DECOMPOSED 1       TV TEMPORARY imageStruct image xOffset yOffset TRUE 1     endelse   endelse   WIDGET_CONTROL pState fileText SET_VALUE pState files fileID 1  endif END       PRO IMAGE_VIEWER_CLEANUP widgetID  THIS PROCEDURE IS CALLED WHEN THE PROGRAM IS TERMINATED AND XMANAGER REGISTERS A CLEANUP:  obtain state structure for top level base from its uvalue: WIDGET_CONTROL widgetID GET_UVALUE pState  test for validity of state structure pointer: if PTR_VALID pState  then begin    reset original settings:    QUIET pState quietInit    ORDER pState orderInit    P BACKGROUND pState backInit   CD pState currentDir   DEVICE DECOMPOSED pState dc   TVLCT pState r pState g pState b    cleanup heap memory:   PTR_FREE TEMPORARY pState files    numImages N_ELEMENTS pState images    if numImages NE 0 then PTR_FREE pState images   PTR_FREE TEMPORARY pState images    PTR_FREE TEMPORARY pState  endif END       PRO IMAGE_VIEWER_EVENT event  THIS PROCEDURE IS CALLED WHEN A USER RESIZES THE TOP LEVEL BASE  error handling:  ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR    RETURN endif  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState  reset widget size: WIDGET_CONTROL event top XSIZE pState tlbWidth YSIZE pState tlbHeight XOFFSET 0 YOFFSET 0 END       PRO IMAGE_VIEWER  error handling:  ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR     QUIET quietInit    ORDER orderInit    P BACKGROUND backInit   CD currentDir   RETURN endif  ignore beta and development build versions of IDL because string to float conversion will fail: betaTest STRPOS STRLOWCASE VERSION RELEASE beta  buildTest STRPOS STRLOWCASE VERSION RELEASE build   check to make sure the version of IDL running is 5 5 or newer: if betaTest EQ  1 and buildTest EQ  1 then begin   if FLOAT VERSION RELEASE  LT 5 5 then begin     dummy dialog_message IMAGE_VIEWER is only supported in IDL version 5 5 or newer ERROR      RETURN   endif endif  check to make sure there is adequate real estate: DEVICE GET_SCREEN_SIZE screenSize if  LONG screenSize 0 screenSize 1  LT 786432 then begin   messageStr IMAGE_VIEWER requires the computer monitor  Display  to be                 configured in  1024 x 768  mode or better    dummy DIALOG_MESSAGE messageStr    RETURN endif  check in auxiliary license: result LMGR idl_tifflzw VERSION 1 0  result LMGR idl_gif VERSION 1 0  gifFlag 1B if result NE 1 then begin   messageStr The ability to read GIF  and TIFF LZW compressed  images requires                 an auxiliary license in order to conform with the patent rights of the                 Unisys Corporation   IMAGE_VIEWER was unable to find the required                 license in this installation   Consequently  the ability to read GIF files                 will be disabled    dummy DIALOG_MESSAGE messageStr    gifFlag 0B endif  warn users of color flashing if monitor in PseudoColor mode: if  D N_COLORS LE 256 then begin   messageStr The computer monitor  Display  is currently configured in 8 bit  256 Colors                 PseudoColor mode   Due to the dynamic  read write  nature of the colormap                 system for this visual  when a colortable is loaded for an image it affects                 all visible graphics windows  including the thumbnails of other images   This                 can lead to a phenomenon known as  color flashing                 If possible  it is recommended that you exit this program  reconfigure your                 monitor in 24 bit  TrueColor  mode or better  and restart IMAGE_VIEWER    dummy DIALOG_MESSAGE messageStr  endif  obtain the current working directory: CD CURRENT currentDir if STRUPCASE VERSION OS_FAMILY  EQ  WINDOWS  then begin   executeStr cd  USERPROFILE My Documents My Pictures    cd    SPAWN executeStr pathInit HIDE   pathInit pathInit 0    result FILE_TEST pathInit READ    if result EQ 1 then begin     CD pathInit   endif else begin     result FILE_TEST C: My Documents My Pictures READ      if result EQ 1 then begin       CD C: My Documents My Pictures      endif else begin       result FILE_TEST C: READ        if result EQ 1 then CD C:      endelse   endelse endif  suppress informational messaging: quietInit QUIET  QUIET 1  make sure color decomposition is disabled: DEVICE GET_DECOMPOSED dc if  D N_COLORS GT 256 then colorMode TRUE  else colorMode PSEUDO   obtain the current color table: TVLCT r g b GET LOADCT 0 SILENT  force  ORDER 0: orderInit ORDER  ORDER 0  force  P BACKGROUND 0: backInit P BACKGROUND  P BACKGROUND 0  create GUI: tlb WIDGET_BASE TITLE Image Viewer ROW MBAR menuBar TLB_SIZE_EVENTS XOFFSET 0 YOFFSET 0    fileMenu WIDGET_BUTTON menuBar VALUE File MENU      fileBttn1 WIDGET_BUTTON fileMenu VALUE Open Picture Files EVENT_PRO image_viewer_open_files      fileBttn2 WIDGET_BUTTON fileMenu VALUE Open All In Folder EVENT_PRO image_viewer_open_folder      fileBttn3 WIDGET_BUTTON fileMenu VALUE Exit EVENT_PRO image_viewer_exit    helpMenu WIDGET_BUTTON menuBar VALUE Help MENU      helpBttn1 WIDGET_BUTTON helpMenu VALUE Help on IMAGE_VIEWER EVENT_PRO image_viewer_help    controlsBase WIDGET_BASE tlb COLUMN FRAME ALIGN_TOP      labelBase WIDGET_BASE controlsBase COLUMN SCR_XSIZE 280        thumbLabel WIDGET_LABEL labelBase ALIGN_CENTER VALUE CLICK ON THUMBNAIL TO VIEW IMAGE      thumbBase WIDGET_BASE controlsBase COLUMN ALIGN_TOP FRAME XSIZE 260 YSIZE 700                             SCROLL X_SCROLL_SIZE 260 Y_SCROLL_SIZE 650    imageBase WIDGET_BASE tlb COLUMN FRAME ALIGN_TOP      fileBase WIDGET_BASE imageBase ROW ALIGN_CENTER        fileLabel WIDGET_LABEL fileBase VALUE Current Image File           fileText WIDGET_TEXT fileBase XSIZE 75 YSIZE 1      imageDraw WIDGET_DRAW imageBase XSIZE 710 YSIZE 650 RETAIN 2   display the GUI on the computer monitor: WIDGET_CONTROL tlb REALIZE  obtain the top level base geometry: tlbGeom WIDGET_INFO tlb GEOMETRY  tlbWidth tlbGeom xsize tlbHeight tlbGeom ysize if tlbWidth EQ 0 or tlbHeight EQ 0 then begin   WIDGET_CONTROL tlb TLB_GET_SIZE tlbSize   tlbWidth tlbSize 0    tlbHeight tlbSize 1  endif  create state structure to store information needed by the other event handling procedures: pState PTR_NEW files:PTR_NEW ALLOCATE_HEAP                  images:PTR_NEW ALLOCATE_HEAP                  screenSize:screenSize quietInit:quietInit orderInit:orderInit tlb:tlb statusBase:0L                  controlsBase:controlsBase thumbBase:thumbBase fileText:fileText timer:0B nFiles:0L                  currentDir:currentDir imageDraw:imageDraw dc:dc r:r g:g b:b gifFlag:gifFlag statusSlider:0L                  backInit:backInit colorMode:colorMode tlbWidth:tlbWidth tlbHeight:tlbHeight currFile:0L                  rowBase:0L increment:0 0   store this state structure in the uvalue of the top level base  so it can be obtained by other program units: WIDGET_CONTROL tlb SET_UVALUE pState  register the GUI with the XMANAGER event handler routine: XMANAGER image_viewer tlb CLEANUP image_viewer_cleanup  END  ");
-a[205] = new Array("./ToBeReviewed/IMAGE/imdisp.html", "imdisp.pro", "", "  FUNCTION IMDISP_GETPOS  ASPECT  POSITION POSITION  MARGIN MARGIN    Compute a position vector given an aspect ratio  called by IMDISP_IMSIZE     Check arguments if  n_params  ne 1  then message   Usage: RESULT   IMDISP_GETPOS ASPECT  if  n_elements aspect  eq 0  then message   ASPECT is undefined     Check keywords if  n_elements position  eq 0  then position    0 0  0 0  1 0  1 0  if  n_elements margin  eq 0  then margin   0 1    Get range limited aspect ratio and margin input values aspect_val    float aspect 0    0 01   0 0   0L y0   round position 1     d y_vsize    0L    Compute size of image  device units  xsize   round position 2    position 0     d x_vsize    2L ysize   round position 3    position 1     d y_vsize    2L    Recompute the image position based on actual image size position   fltarr 4  position 0    x0   float d x_vsize  position 1    y0   float d y_vsize  position 2     x0   xsize    float d x_vsize  position 3     y0   ysize    float d y_vsize   END   PRO IMDISP  IMAGE  RANGE RANGE  BOTTOM BOTTOM  NCOLORS NCOLORS      MARGIN MARGIN  INTERP INTERP  DITHER DITHER  ASPECT ASPECT      POSITION POSITION  OUT_POS OUT_POS  NOSCALE NOSCALE  NORESIZE NORESIZE      ORDER ORDER  USEPOS USEPOS  CHANNEL CHANNEL      BACKGROUND BACKGROUND  ERASE ERASE      AXIS AXIS  NEGATIVE NEGATIVE  _EXTRA EXTRA_KEYWORDS      NAME:      IMDISP     PURPOSE:      Display an image on the current graphics device       IMDISP is an advanced replacement for TV and TVSCL           Supports WIN  MAC  X  CGM  PCL  PRINTER  PS  and Z graphics devices         Image is automatically byte scaled  can be disabled         Custom byte scaling of Pseudo color images via the RANGE keyword         Pseudo  indexed  color and True color images are handled automatically         8 bit and 24 bit graphics devices  are handled automatically         Decomposed color settings are handled automatically         Image is automatically sized to fit the display  can be disabled         The  P MULTI system variable is honored for multiple image display         Image can be positioned via the POSITION keyword         Color table splitting via the BOTTOM and NCOLORS keywords         Image aspect ratio customization via the ASPECT keyword         Resized images can be resampled  default  or interpolated         Top down image display via the ORDER keyword  ORDER is ignored         Selectable display channel  R G B  via the CHANNEL keyword         Background can be set to a specified color via the BACKGROUND keyword         Screen can be erased prior to image display via the ERASE keyword         Plot axes can be drawn on the image via the AXIS keyword         Photographic negative images can be displayed via the NEGATIVE keyword      CATEGORY:      Image display     CALLING SEQUENCE:      IMDISP  IMAGE     INPUTS:      IMAGE       Array containing image data                   Pseudo  indexed  color images must have 2 dimensions                   True color images must have 3 dimensions  in either                   3  NX  NY   NX  3  NY  or  NX  NY  3  form      OPTIONAL INPUTS:      None      KEYWORD PARAMETERS:      RANGE       For Pseudo Color images only  a vector with two elements                  specifying the minimum and maximum values of the image                  array to be considered when the image is byte scaled                   default is minimum and maximum array values                   This keyword is ignored for True Color images                   or if the NOSCALE keyword is set         BOTTOM      Bottom value in the color table to be used                  for the byte scaled image                   default is 0                   This keyword is ignored if the NOSCALE keyword is set         NCOLORS     Number of colors in the color table to be used                  for the byte scaled image                   default is  D TABLE_SIZE   BOTTOM                   This keyword is ignored if the NOSCALE keyword is set         MARGIN      A scalar value specifying the margin to be maintained                  around the image in normal coordinates                   default is 0 1  or 0 025 if  P MULTI is set to display                  multiple images         INTERP      If set  the resized image will be interpolated using                  bilinear interpolation                   default is nearest neighbor sampling         DITHER      If set  true color images will be dithered when displayed                  on an 8 bit graphics device                   default is no dithering         ASPECT      A scalar value specifying the aspect ratio  height width                   for the displayed image                   default is to maintain native aspect ratio         POSITION    On input  a 4 element vector specifying the position                  of the displayed image in the form  X0 Y0 X1 Y1  in                  in normal coordinates                   default is  0 0 0 0 1 0 1 0                   See the examples below to display an image where only the                  offset and size are known  e g  MAP_IMAGE output         OUT_POS     On output  a 4 element vector specifying the position                  actually used to display the image         NOSCALE     If set  the image will not be byte scaled                   default is to byte scale the image         NORESIZE    If set  the image will not be resized                    default is to resize the image to fit the display         ORDER       If set  the image is displayed from the top down                   default is to display the image from the bottom up                   Note that the system variable  ORDER is always ignored         USEPOS      If set  the image will be sized to exactly fit a supplied                  POSITION vector  over riding ASPECT and MARGIN                   default is to honor ASPECT and MARGIN when a POSITION                  vector is supplied         CHANNEL     Display channel  Red  Green  or Blue  to be written                   0   All channels  the default                   1   Red channel                  2   Green channel                  3   Blue channel                  This keyword is only recognized by graphics devices which                  support 24 bit decomposed color  WIN  MAC  X  It is ignored                  by all other graphics devices  However True color  RGB                   images can be displayed on any device supported by IMDISP         BACKGROUND  If set to a positive integer  the background will be filled                  with the color defined by BACKGROUND         ERASE       If set  the screen contents will be erased  Note that if                   P MULTI is set to display multiple images  the screen is                  always erased when the first image is displayed         AXIS        If set  plot axes will be drawn on the image  The default                  x and y axis ranges are determined by the size of the image                   When the AXIS keyword is set  IMDISP accepts any keywords                  supported by PLOT  e g  TITLE  COLOR  CHARSIZE etc         NEGATIVE    If set  a photographic negative of the image is displayed                   The values of BOTTOM and NCOLORS are honored  This keyword                  allows True color images scanned from color negatives to be                  displayed  It also allows Pseudo color images to be displayed                  as negatives without reversing the color table  This keyword                  is ignored if the NOSCALE keyword is set      OUTPUTS:      None      OPTIONAL OUTPUTS:      None     COMMON BLOCKS:      None     SIDE EFFECTS:      The image is displayed on the current graphics device      RESTRICTIONS:      Requires IDL 5 0 or higher  square bracket array syntax      EXAMPLE:     Load test data    openr  lun  filepath ctscan dat  subdir examples data   get_lun  ctscan   bytarr 256  256   readu  lun  ctscan  free_lun  lun  openr  lun  filepath hurric dat  subdir examples data   get_lun  hurric   bytarr 440  330   readu  lun  hurric  free_lun  lun  read_jpeg  filepath rose jpg  subdir examples data  rose  help  ctscan  hurric  rose     Display single images    p multi   0  loadct  0  imdisp  hurric   erase  wait  3 0  imdisp  rose   interp   erase  wait  3 0     Display multiple images without color table splitting    works on 24 bit displays only  top 2 images are garbled on 8 bit displays     p multi    0  1  3  0  0   loadct  0  imdisp  ctscan  margin 0 02  loadct  13  imdisp  hurric  margin 0 02  imdisp  rose  margin 0 02  wait  3 0     Display multiple images with color table splitting    works on 8 bit or 24 bit displays     p multi    0  1  3  0  0   loadct  0  ncolors 64  bottom 0  imdisp  ctscan  margin 0 02  ncolors 64  bottom 0  loadct  13  ncolors 64  bottom 64  imdisp  hurric  margin 0 02  ncolors 64  bottom 64  imdisp  rose  margin 0 02  ncolors 64  bottom 128  wait  3 0     Display an image at a specific position  over riding aspect and margin    p multi   0  loadct  0  imdisp  hurric  position 0 0  0 0  1 0  0 5   usepos   erase  wait  3 0     Display an image with axis overlay    p multi   0  loadct  0  imdisp  rose   axis   erase  wait  3 0     Display an image with contour plot overlay    p multi   0  loadct  0  imdisp  hurric  out_pos out_pos   erase  contour  smooth hurric  10   edge   noerase  position out_pos       xstyle 1  ystyle 1  levels findgen 5 40 0   follow  wait  3 0     Display a small image with correct resizing    p multi   0  loadct  0  data    dist 8 1:7  1:7   imdisp  data   erase  wait  3 0  imdisp  data   interp  wait  3 0     Display a true color image without and with interpolation    p multi   0  imdisp  rose   erase  wait  3 0  imdisp  rose   interp  wait  3 0     Display a true color image as a photographic negative    imdisp  rose   negative   erase  wait  3 0     Display a true color image on PostScript output    note that color table is handled automatically     current_device    d name  set_plot   PS   device   color  bits_per_pixel 8  filename imdisp_true ps   imdisp  rose   axis  title PostScript True Color Output   device   close  set_plot  current_device     Display a pseudo color image on PostScript output    current_device    d name  set_plot   PS   device   color  bits_per_pixel 8  filename imdisp_pseudo ps   loadct  0  imdisp  hurric   axis  title PostScript Pseudo Color Output   device   close  set_plot  current_device     Display an image where only the offset and size are known     Read world elevation data  file   filepath worldelv dat  subdir examples data   openr  lun  file   get_lun  data   bytarr 360  360   readu  lun  data  free_lun  lun   Reorganize array so it spans 180W to 180E  world   data  world 0:179      data 180:     world 180:      data 0:179      Create remapped image  map_set   orthographic   isotropic   noborder  remap   map_image world  x0  y0  xsize  ysize  compress 1    Convert offset and size to position vector  pos   fltarr 4   pos 0    x0   float d x_vsize   pos 1    y0   float d y_vsize   pos 2     x0   xsize    float d x_vsize   pos 3     y0   ysize    float d y_vsize    Display the image  loadct  0  imdisp  remap  pos pos   usepos  map_continents  map_grid     MODIFICATION HISTORY:   Liam Gumley ssec wisc edu   http: cimss ssec wisc edu gumley    Id: imdisp pro v 1 47 2002 06 05 16:31:07 gumley Exp       Copyright  C  1999  2000 Liam E  Gumley     This program is free software  you can redistribute it and or   modify it under the terms of the GNU General Public License   as published by the Free Software Foundation  either version 2   of the License  or  at your option  any later version      This program is distributed in the hope that it will be useful    but WITHOUT ANY WARRANTY  without even the implied warranty of   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE   See the   GNU General Public License for more details      You should have received a copy of the GNU General Public License   along with this program  if not  write to the Free Software   Foundation  Inc  59 Temple Place   Suite 330  Boston  MA  02111 1307  USA     rcs_id    Id: imdisp pro v 1 47 2002 06 05 16:31:07 gumley Exp        CHECK INPUT      Check arguments if  n_params  ne 1  then message   Usage: IMDISP  IMAGE  if  n_elements image  eq 0  then message   Argument IMAGE is undefined  if  max p multi  eq 0  then begin   if  n_elements margin  eq 0  then begin     if  n_elements position  eq 4  then margin   0 0 else margin   0 1   endif endif else begin   if  n_elements margin  eq 0  then margin   0 025 endelse if  n_elements order  eq 0  then order   0 if  n_elements channel  eq 0  then channel   0    Check position vector if  n_elements position  gt 0  then begin   if  n_elements position  ne 4  then       message   POSITION must be a 4 element vector of the form  X0  Y0  X1  Y1    if  position 0  lt 0 0  then message   POSITION 0  must be GE 0 0    if  position 1  lt 0 0  then message   POSITION 1  must be GE 0 0    if  position 2  gt 1 0  then message   POSITION 2  must be LE 1 0    if  position 3  gt 1 0  then message   POSITION 3  must be LE 1 0    if  position 0  ge position 2  then       message   POSITION 0  must be LT POSITION 2    if  position 1  ge position 3  then       message   POSITION 1  must be LT POSITION 3  endif    Check the image dimensions result   size image  ndims   result 0  if  ndims lt 2  or  ndims gt 3  then     message   IMAGE must be a Pseudo Color  2D  or True Color  3D  image array  dims   result 1:ndims     Check that 3D image array is in valid true color format true   0 if  ndims eq 3  then begin   index   where dims eq 3L  count    if  count eq 0  then       message   True Color dimensions must be  3 NX NY   NX 3 NY  or  NX NY 3    true   1   truedim   index 0  endif    Check scaling range for pseudo color images if  true eq 0  then begin   if  n_elements range  eq 0  then begin     min_value   min image  max max_value      range    min_value  max_value    endif   if  n_elements range  ne 2  then       message   RANGE keyword must be a 2 element vector  endif else begin   if  n_elements range  gt 0  then       message   RANGE keyword is not used for True Color images   continue endelse    Check for supported graphics devices names    WIN   MAC   X   CGM   PCL   PRINTER   PS   Z  result   where d name eq names  count  if  count eq 0  then message   Graphics device is not supported     Get color table information if  d flags and 256  ne 0  and  d window lt 0  then begin   window   free   pixmap   wdelete   d window endif if  n_elements bottom  eq 0  then bottom   0 if  n_elements ncolors  eq 0  then ncolors    d table_size   bottom    Get IDL version number version   float version release     Check for IDL 5 2 or higher if printer device is selected if  version lt 5 2  and  d name eq  PRINTER  then     message   IDL 5 2 or higher is required for PRINTER device support       GET RED  GREEN  AND BLUE COMPONENTS OF TRUE COLOR IMAGE    if  true eq 1  then begin     case truedim of       0 : begin             red   image 0                  grn   image 1                  blu   image 2            end       1 : begin             red   image  0                grn   image  1                blu   image  2          end       2 : begin             red   image    0              grn   image    1              blu   image    2        end   endcase   red   reform red   overwrite    grn   reform grn   overwrite    blu   reform blu   overwrite  endif      COMPUTE POSITION FOR IMAGE      Save first element of  p multi multi_first    p multi 0     Establish image position if not defined if  n_elements position  eq 0  then begin   if  max p multi  eq 0  then begin     position    0 0  0 0  1 0  1 0    endif else begin     plot   0   nodata  xstyle 4  ystyle 4  xmargin 0  0  ymargin 0  0      position    x window 0   y window 0   x window 1   y window 1    endelse endif    Erase and fill the background if required if  multi_first eq 0  then begin   if keyword_set erase  then erase   if  n_elements background  gt 0  then begin     polyfill   0 01   1 01   1 01   0 01   0 01           0 01   0 01   1 01   1 01   0 01   normal  color background 0    endif endif    Compute image aspect ratio if not defined if  n_elements aspect  eq 0  then begin   case true of     0 : result   size image      1 : result   size red    endcase   dims   result 1:2    aspect   float dims 1    float dims 0  endif    Save image xrange and yrange for axis overlays xrange    0  dims 0  yrange    0  dims 1  if  order eq 1  then yrange   reverse yrange     Set the aspect ratio and margin to fill the position window if requested if keyword_set usepos  then begin   xpos_size   float d x_vsize     position 2    position 0    ypos_size   float d y_vsize     position 3    position 1    aspect_value   ypos_size   xpos_size   margin_value   0 0 endif else begin   aspect_value   aspect   margin_value   margin endelse    Compute size of displayed image and save output position pos   position case true of   0 : imdisp_imsize  image  x0  y0  xsize  ysize  position pos            aspect aspect_value  margin margin_value   1 : imdisp_imsize    red  x0  y0  xsize  ysize  position pos            aspect aspect_value  margin margin_value endcase out_pos   pos      BYTE SCALE THE IMAGE IF REQUIRED      Choose whether to scale the image or not if  keyword_set noscale  eq 0  then begin      Scale the image   case true of     0 : scaled   imdisp_imscale image  bottom bottom  ncolors ncolors              range range  negative keyword_set negative      1 : begin           scaled_dims    size red 1:2            scaled   bytarr scaled_dims 0  scaled_dims 1  3            scaled 0  0  0    imdisp_imscale red  bottom 0  ncolors 256                negative keyword_set negative            scaled 0  0  1    imdisp_imscale grn  bottom 0  ncolors 256                negative keyword_set negative            scaled 0  0  2    imdisp_imscale blu  bottom 0  ncolors 256                negative keyword_set negative          end   endcase  endif else begin      Don t scale the image   case true of     0 : scaled   image     1 : begin           scaled_dims    size red 1:2            scaled   replicate red 0  scaled_dims 0  scaled_dims 1  3            scaled 0  0  0    red           scaled 0  0  1    grn           scaled 0  0  2    blu         end   endcase  endelse      DISPLAY IMAGE ON PRINTER DEVICE    if  d name eq  PRINTER  then begin      Display the image   case true of     0 : begin           device   index_color           tv  scaled  x0  y0  xsize xsize  ysize ysize  order order         end     1 : begin           device   true_color           tv  scaled  x0  y0  xsize xsize  ysize ysize  order order  true 3         end   endcase      Draw axes if required   if keyword_set axis  then       plot   0   nodata   noerase  position out_pos          xrange xrange  xstyle 1  yrange yrange  ystyle 1          _extra extra_keywords      Return to caller   return  endif      DISPLAY IMAGE ON GRAPHICS DEVICES WHICH HAVE SCALEABLE PIXELS    if  d flags and 1  ne 0  then begin      Display the image   case true of     0 : tv  scaled  x0  y0  xsize xsize  ysize ysize  order order     1 : begin           tvlct  r  g  b   get           loadct  0   silent           tv  scaled  x0  y0  xsize xsize  ysize ysize  order order  true 3           tvlct  r  g  b         end   endcase      Draw axes if required   if keyword_set axis  then       plot   0   nodata   noerase  position out_pos          xrange xrange  xstyle 1  yrange yrange  ystyle 1          _extra extra_keywords      Return to caller   return  endif      RESIZE THE IMAGE      Resize the image if  keyword_set noresize  eq 0  then begin   if  true eq 0  then begin     resized   imdisp_imregrid scaled  xsize  ysize  interp keyword_set interp    endif else begin     resized   replicate scaled 0  xsize  ysize  3      resized 0  0  0    imdisp_imregrid reform scaled    0  xsize  ysize          interp keyword_set interp      resized 0  0  1    imdisp_imregrid reform scaled    1  xsize  ysize          interp keyword_set interp      resized 0  0  2    imdisp_imregrid reform scaled    2  xsize  ysize          interp keyword_set interp    endelse endif else begin   resized   temporary scaled    x0   0   y0   0 endelse      GET BIT DEPTH FOR THIS DISPLAY      If this device supports windows  make sure a window has been opened if  d flags and 256  ne 0 then begin   if  d window lt 0  then begin     window   free   pixmap     wdelete   d window   endif endif    Set default display depth depth   8    Get actual bit depth on supported displays if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  then begin   if  version ge 5 1  then begin     device  get_visual_depth depth   endif else begin     if  d n_colors gt 256  then depth   24   endelse endif      SELECT DECOMPOSED COLOR MODE  ON OR OFF  FOR 24 BIT DISPLAYS    if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  then begin   if  depth gt 8  then begin     if  version ge 5 2  then device  get_decomposed entry_decomposed else         entry_decomposed   0     if  true eq 1  or  channel gt 0  then device  decomposed 1 else         device  decomposed 0   endif endif      DISPLAY THE IMAGE      If the display is 8 bit and the image is true color    convert image from true color to indexed color if  depth le 8  and  true eq 1  then begin   resized   color_quan temporary resized  3  r  g  b        colors ncolors  dither keyword_set dither    byte bottom    tvlct  r  g  b  bottom   true   0 endif    Set channel value for supported devices if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  then begin   channel_value   channel endif else begin   channel_value   0 endelse    Display the image case true of   0 : tv  resized  x0  y0  order order  channel channel_value   1 : tv  resized  x0  y0  order order  true 3 endcase      RESTORE THE DECOMPOSED COLOR MODE FOR 24 BIT DISPLAYS    if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  and      depth gt 8  then begin   device  decomposed entry_decomposed   if  d name eq  MAC  then tv   0   1   1 endif      DRAW AXES IF REQUIRED    if keyword_set axis  then     plot   0   nodata   noerase  position out_pos        xrange xrange  xstyle 1  yrange yrange  ystyle 1        _extra extra_keywords  END");
-a[206] = new Array("./ToBeReviewed/IMAGE/saveimage.html", "saveimage.pro", "", "PRO SAVEIMAGE  FILE  BMP BMP  PNG PNG  PICT PICT  JPEG JPEG  TIFF TIFF      QUALITY QUALITY  DITHER DITHER  CUBE CUBE  QUIET QUIET  MULTIPLE   multiple      NAME:      SAVEIMAGE     PURPOSE:      Save the current graphics window to an output file  GIF by default         The output formats supported are:      GIF   8 bit with color table       BMP   8 bit with color table       PNG   8 bit with color table       PICT  8 bit with color table       JPEG 24 bit true color       TIFF 24 bit true color         Any conversions necessary to convert 8 bit or 24 bit images onscreen to      8 bit or 24 bit output files are done automatically      CATEGORY:      Input Output      CALLING SEQUENCE:      SAVEIMAGE  FILE     INPUTS:      FILE     Name of the output file  GIF format by default      OPTIONAL INPUTS:      None      KEYWORD PARAMETERS:      BMP      Set this keyword to create BMP format  8 bit with color table       PNG      Set this keyword to create PNG format  8 bit with color table       PICT     Set this keyword to create PICT format  8 bit with color table       JPEG     Set this keyword to create JPEG format  24 bit true color       TIFF     Set this keyword to create TIFF format  24 bit true color       QUALITY  If set to a named variable  specifies the quality for               JPEG output  default 75  Ranges from 0  terrible  to               100  excellent  Smaller quality values yield higher               compression ratios and smaller output files       DITHER   If set  dither the output image when creating 8 bit output               which is read from a 24 bit display  default is no dithering       CUBE     If set  use the color cube method to quantize colors when               creating 8 bit output which is read from a 24 bit display                default is to use the statistical method  This may improve               the accuracy of colors in the output image  especially white       QUIET    Set this keyword to suppress the information message                default is to print an information message       MULTIPLE to write multiple gif image     OUTPUTS:      None      OPTIONAL OUTPUTS:      None     COMMON BLOCKS:      None     SIDE EFFECTS:      The output file is overwritten if it exists      RESTRICTIONS:      Requires IDL 5 0 or higher  square bracket array syntax      EXAMPLE:    openr  lun  filepath hurric dat  subdir examples data   get_lun  image   bytarr 440  330   readu  lun  image  free_lun  lun  loadct  13  tvscl  image  saveimage   hurric gif      MODIFICATION HISTORY:   Liam Gumley ssec wisc edu   http: cimss ssec wisc edu gumley    Id: saveimage pro 69 2006 05 11 10:35:53Z smasson       Copyright  C  1999 Liam E  Gumley     This program is free software  you can redistribute it and or   modify it under the terms of the GNU General Public License   as published by the Free Software Foundation  either version 2   of the License  or  at your option  any later version      This program is distributed in the hope that it will be useful    but WITHOUT ANY WARRANTY  without even the implied warranty of   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE   See the   GNU General Public License for more details      You should have received a copy of the GNU General Public License   along with this program  if not  write to the Free Software   Foundation  Inc  59 Temple Place   Suite 330  Boston  MA  02111 1307  USA     rcs_id    Id: saveimage pro 69 2006 05 11 10:35:53Z smasson        CHECK INPUT      Check arguments if  n_params  ne 1  then message   Usage: SAVEIMAGE  FILE  if  n_elements file  eq 0  then message   Argument FILE is undefined  if  n_elements file  gt 1  then message   Argument FILE must be a scalar string     Check keywords output    GIF  if keyword_set bmp   then output    BMP  if keyword_Set png   then output    PNG  if keyword_set pict  then output    PICT  if keyword_set jpeg  then output    JPEG  if keyword_set tiff  then output    TIFF  if  n_elements quality  eq 0  then quality   75    Check for TVRD capable device if  d flags and 128  eq 0 then message   Unsupported graphics device     Check for open window if  d flags and 256  ne 0 then begin   if  d window lt 0  then message   No graphics windows are open  endif    Get display depth depth   8 if  d n_colors gt 256  then depth   24      GET CONTENTS OF GRAPHICS WINDOW      Handle window devices  other than the Z buffer  if  d flags and 256  ne 0 then begin      Copy the contents of the current display to a pixmap   current_window    d window   xsize    d x_size   ysize    d y_size   window   free   pixmap  xsize xsize  ysize ysize  retain 2   device  copy 0  0  xsize  ysize  0  0  current_window       Set decomposed color mode for 24 bit displays   version   float version release    if  depth gt 8  then begin     if  version gt 5 1  then device  get_decomposed entry_decomposed     device  decomposed 1   endif  endif    Read the pixmap contents into an array if  depth gt 8  then begin   image   tvrd order 0  true 1  endif else begin   image   tvrd order 0  endelse    Handle window devices  other than the Z buffer  if  d flags and 256  ne 0 then begin      Restore decomposed color mode for 24 bit displays   if  depth gt 8  then begin     if  version gt 5 1  then begin       device  decomposed entry_decomposed     endif else begin       device  decomposed 0       if  keyword_set quiet  eq 0  then           print   Decomposed color was turned off      endelse   endif      Delete the pixmap   wdelete   d window   wset  current_window  endif    Get the current color table tvlct  r  g  b   get    If an 8 bit image was read  reduce the number of colors if  depth le 8  then begin   reduce_colors  image  index   r   r index    g   g index    b   b index  endif      WRITE OUTPUT FILE    case 1 of      Save the image in 8 bit output format    output eq  GIF   or  output eq  BMP  or      output eq  PICT  or  output eq  PNG  : begin      if  depth gt 8  then begin          Convert 24 bit image to 8 bit       case keyword_set cube  of         0 : image   color_quan image  1  r  g  b  colors 256                  dither keyword_set dither          1 : image   color_quan image  1  r  g  b  cube 6        endcase          Sort the color table from darkest to brightest       table_sum   total long r   long g   long b  2        table_index   sort table_sum        image_index   sort table_index        r   r table_index        g   g table_index        b   b table_index        oldimage   image       image    image_index temporary oldimage       endif        Save the image     case output of        GIF   : write_gif   file  image  r  g  b  MULTIPLE   multiple        BMP   : write_bmp   file  image  r  g  b        PNG   : write_png   file  image  r  g  b        PICT  : write_pict  file  image  r  g  b     endcase    end      Save the image in 24 bit output format    output eq  JPEG  or  output eq  TIFF  : begin        Convert 8 bit image to 24 bit     if  depth le 8  then begin       info   size image        nx   info 1        ny   info 2        true   bytarr 3  nx  ny        true 0        r image        true 1        g image        true 2        b image        image   temporary true      endif        If TIFF format output  reverse image top to bottom     if  output eq  TIFF  then image   reverse temporary image  3         Write the image     case output of        JPEG  : write_jpeg  file  image  true 1  quality quality        TIFF  : write_tiff  file  image  1     endcase    end  endcase    Print information for the user if  keyword_set quiet  eq 0  then     print  file  output  format Created  a  in  a  format   END");
-a[207] = new Array("./ToBeReviewed/IMAGE/showimage.html", "showimage.pro", "", "PRO SHOWIMAGE  FILE  DITHER DITHER  CURRENT CURRENT      NAME:      SHOWIMAGE     PURPOSE:      Show the contents of a graphics file in the current window         The input formats supported are:      GIF   8 bit with color table       BMP   8 bit with color table or 24 bit true color       PICT  8 bit with color table       TIFF  8 bit with color table or 24 bit true color       JPEG 24 bit true color         Any conversions necessary to translate 8 bit or 24 bit files      to 8 bit or 24 bit images on screen are done automatically      CATEGORY:      Input Output      CALLING SEQUENCE:      SHOWIMAGE  FILE     INPUTS:      FILE     Name of the output file  format is identified automatically      OPTIONAL INPUTS:      None      KEYWORD PARAMETERS:      DITHER   Set this keyword to dither the input image when displaying               24 bit images on an 8 bit display  default is no dithering       CURRENT  Set this keyword to display the image in the current window                default is to create a new window sized to fit the image      OUTPUTS:      None      OPTIONAL OUTPUTS:      None     COMMON BLOCKS:      None     SIDE EFFECTS:      The color table is modified      RESTRICTIONS:      Requires IDL 5 2 or higher  image QUERY functions      EXAMPLE:    showimage  filepath rose jpg  subdir examples data      MODIFICATION HISTORY:   Liam Gumley ssec wisc edu   http: cimss ssec wisc edu gumley    Id: showimage pro 69 2006 05 11 10:35:53Z smasson       Copyright  C  1999 Liam E  Gumley     This program is free software  you can redistribute it and or   modify it under the terms of the GNU General Public License   as published by the Free Software Foundation  either version 2   of the License  or  at your option  any later version      This program is distributed in the hope that it will be useful    but WITHOUT ANY WARRANTY  without even the implied warranty of   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE   See the   GNU General Public License for more details      You should have received a copy of the GNU General Public License   along with this program  if not  write to the Free Software   Foundation  Inc  59 Temple Place   Suite 330  Boston  MA  02111 1307  USA     rcs_id    Id: showimage pro 69 2006 05 11 10:35:53Z smasson        CHECK INPUT      Check IDL version  if float version release  lt 5 2 then begin   message   IDL 5 2 or higher is required   continue   return endif    Check input arguments  case 1 of   n_params  ne 1           : error    Usage: SHOWIMAGE  FILE    n_elements file  eq 0     : error    Argument FILE is undefined    n_elements file  gt 1     : error    Argument FILE must be a scalar string     findfile file 0  eq   : error    Argument FILE was not found    else                      : error     endcase  if error ne   then begin   message  error   continue   return endif      CHECK THE GRAPHICS DEVICE      Check for device supporting windows and tvrd   if  d flags and 256  eq 0  or  d flags and 128  eq 0  then begin   error   string d name  format Graphics device  a  is not supported    message  error   continue   return endif    Make sure a window has been opened in this session and get visual depth  if  d window lt 0 then begin   window   free   pixmap  xsize 20  ysize 20   wdelete   d window endif device  get_visual_depth depth    If 8 bit display is low on colors  print a message  if  depth eq 8  and  d table_size  lt 64 then message       Display has less than 64 colors  image quality may degrade   continue      IDENTIFY FILE AND READ IMAGE      Identify the file format  result   query_gif file  info  if result eq 0 then result   query_bmp file  info  if result eq 0 then result   query_pict file  info  if result eq 0 then result   query_tiff file  info  if result eq 0 then result   query_jpeg file  info  if result eq 0 then begin   message   File format not recognized   continue   return endif    Fix the channel information for GIF images  if info type eq  GIF  then info channels   1    Read the image  case info type of     GIF  : read_gif  file  image  r  g  b     BMP  : begin     if info channels eq 1 then begin       image   read_bmp file  r  g  b      endif else begin       image   read_bmp file        image   reverse temporary image  1      endelse   end     PICT  : read_pict  file  image  r  g  b     TIFF  : begin     if info channels eq 1 then begin       image   read_tiff file  r  g  b  order order        image   reverse temporary image  2      endif else begin       image   read_tiff file  order order        image   reverse temporary image  3      endelse   end     JPEG  : read_jpeg  file  image  endcase    If an 8 bit image was read  reduce the number of colors  if info channels eq 1 then begin   reduce_colors  image  index   r   r index    g   g index    b   b index  endif    Get image size  dims   size image   dimensions  if n_elements dims  eq 2 then begin   nx   dims 0    ny   dims 1  endif else begin   nx   dims 1    ny   dims 2  endelse      CREATE A WINDOW      Create a draw widget sized to fit the image  if not keyword_set current  then begin      Set default window size    scroll   0   xsize   nx   ysize   ny   draw_xsize   nx   draw_ysize   ny      Adjust the window size if the image is too large    device  get_screen_size screen   screen_xsize   screen 0    screen_ysize   screen 1    if  nx gt screen_xsize  then begin     xsize   0 9   screen_xsize     scroll   1   endif   if  ny gt screen_ysize  then begin     ysize   0 9   screen_ysize     scroll   1   endif      Create the draw widget    base   widget_base title file    draw   widget_draw base  scroll scroll    widget_control  draw  xsize xsize  ysize ysize        draw_xsize draw_xsize  draw_ysize draw_ysize  endif      HANDLE IDL 8 BIT MODE    if depth eq 8 then begin      If the color table of an 8 bit image is larger than     the current display table  convert the image to 24 bit    if  info channels eq 1  and  n_elements r  gt  d table_size  then begin        Convert to 24 bit      dims   size image   dimensions      nx   dims 0      ny   dims 1      true   bytarr 3  nx  ny      true 0        r image      true 1        g image      true 2        b image      image   temporary true         Reset the number of channels      info channels   3    endif      If image is 24 bit  convert to 8 bit    if info channels eq 3 then begin        Convert 24 bit image to 8 bit      image   color_quan image  1  r  g  b  colors d table_size          dither keyword_set dither         Sort the color table from darkest to brightest      table_sum   total long r   long g   long b  2      table_index   sort table_sum      image_index   sort table_index      r   r table_index      g   g table_index      b   b table_index      oldimage   image     image    image_index temporary oldimage         Reset the number of channels      info channels   1    endif  endif      DISPLAY THE IMAGE      Realize the draw widget  if not keyword_set current  then widget_control  base   realize    Save current decomposed mode and display order  device  get_decomposed current_decomposed current_order    order    Set image to display from bottom up   order   0    Display the image  if info channels eq 1 then begin    device  decomposed 0   tvlct  r  g  b   tv  image  endif else begin    device  decomposed 1   tv  image  true 1  endelse    Restore decomposed mode and display order  device  decomposed current_decomposed  order   current_order  END");
-a[208] = new Array("./ToBeReviewed/INIT/initncdf.html", "initncdf.pro", "", "          NAME:initncdf     PURPOSE:initfile for Netcdf file  define all the grid parameters     CATEGORY:     CALLING SEQUENCE:initncdf  ncfilename      INPUTS:ncfilename: a string giving the name of the NetCdf file     KEYWORD PARAMETERS:           GLAMBOUNDARY:a 2 elements vector   lon1 lon2  the longitute         boundaries that should be used to visualize the data            lon2   lon1           lon2   lon1 le 360         key_shift will be defined according to GLAMBOUNDARY             INVMASK: to inverse the mask: mask   1 mask           IODIRECTORY a string giving the name of iodirectory  see         isafile pro for all possibilities  default value is common          variable iodir           MASKNAME: a string giving the name of the variable in the file          that contains the land sea mask           MISSING_VALUE: to define  or redifine if the attribute is         already existing  the missing values used with USEASMASK         keyword            start1: index the axis from 1 instead of 0 when using          xyindex and or zindex           USEASMASK: a string giving the name of the variable in the file          that will be used to build the land sea mask  In this case the         mask is based on the first record  if record dimension         exists  The mask is build according to :           1 the keyword missing_value if existing           2 the attribute  missing_value  if existing           3 NaN values if existing            XYZ AXISNAME  a string giving the name of the variable in the file          that contains the  xyz axis           for X axis  default name must be  x   longitude   nav_lon  or  lon          for Y axis  default name must be  y   latitude   nav_lat  or  lat          for Z axis  default name must be  z   level   lev   depth             XYZ MINMESH: to define the common variables i xyz minmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are 0L            XYZ MAXMESH: to define the common variables i xyz maxmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are jp ijk glo 1            xyindex: to define the x y axis with index instead of using         the values contained in X YAXISNAME           x yaxis   keyword_set start1    findgen jpi jpj           this forces key_onearth   0            zindex: to define the z axis with index instead of using         the values contained in ZAXISNAME           zaxis   keyword_set start1    findgen jpk       OUTPUTS:none  except the grid parameters of the common pro     COMMON BLOCKS:common pro     SIDE EFFECTS:change the grid parameters of the common pro     RESTRICTIONS:   the file must contain an x and an y axis   1 ou 2 dimentional array      EXAMPLE: IDL  initncdf toto nc glam 180 180      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         8 May 2002         PRO initncdf  ncfilein  XAXISNAME   xaxisname  YAXISNAME   yaxisname                   ZAXISNAME   zaxisname  MASKNAME   maskname                   INVMASK   invmask  USEASMASK   useasmask                   MISSING_VALUE   missing_value  START1   start1                   XYINDEX   xyindex  ZINDEX   zindex                   _EXTRA   ex    common     check the name of the file   ncfile   isafile FILENAME   ncfilein  IODIRECTORY   iodir  _extra   ex    if size ncfile   type  NE 7 then BEGIN     print   initncdf cancelled      return   endif   if the file is stored on tape   if  version os_family EQ  unix  then spawn   file  ncfile     dev null       open the file   cdfid   ncdf_open ncfile    what is inside the file   inside   ncdf_inquire cdfid      name of the variables   namevar   strarr inside nvars    for varid   0  inside nvars 1 do begin     invar   ncdf_varinq cdfid  varid      namevar varid    strlowcase invar name    ENDFOR     find the xaxis   if keyword_set xaxisname  then xaxisname   strlowcase xaxisname  ELSE xaxisname    x    xvarid   where namevar EQ xaxisname OR namevar EQ  longitude                     OR namevar EQ  nav_lon  OR namevar EQ  lon    xvarid   xvarid 0    if xvarid EQ  1 then begin     print   the xaxis was not found  check the use of XAXISNAME keyword      stop   endif   get the size of xaxis   xinq   ncdf_varinq cdfid  xvarid    ncdf_diminq  cdfid  xinq dim 0  blabla  jpifromx   should we read or compute the xaxis    IF NOT keyword_set xyindex  THEN BEGIN   read the xaxis     ncdf_varget  cdfid  xvarid  xaxis   make sure of the shape of xaxis     IF xinq ndims GE 2 THEN BEGIN       ncdf_diminq  cdfid  xinq dim 1  blabla  jpjfromx       xaxis   reform xaxis  jpifromx  jpjfromx   over      ENDIF   ENDIF ELSE xaxis   keyword_set start1    findgen jpifromx      find the yaxis   if keyword_set yaxisname  then yaxisname   strlowcase yaxisname  ELSE yaxisname    y    yvarid   where namevar EQ yaxisname OR namevar EQ  latitude  OR namevar EQ  nav_lat  OR namevar EQ  lat    yvarid   yvarid 0    if yvarid EQ  1 then begin     print   the yaxis was not found  check the use of YAXISNAME keyword      stop   endif   get the size of yaxis and check it is ok with the values found for x   yinq   ncdf_varinq cdfid  yvarid    IF xinq ndims GE 2 THEN BEGIN     ncdf_diminq  cdfid  yinq dim 0  blabla  jpifromy     ncdf_diminq  cdfid  yinq dim 1  blabla  jpjfromy     IF jpifromy NE jpifromx THEN BEGIN        print   xaxis and y axis do not have the same x dimension      ENDIF   ENDIF ELSE ncdf_diminq  cdfid  yinq dim 0  blabla  jpjfromy   IF n_elements jpjfromx  NE 0 THEN BEGIN     IF jpjfromy NE jpjfromx THEN BEGIN        print   xaxis and y axis do not have the same y dimension      ENDIF       ENDIF   should we read or compute the xaxis    IF NOT keyword_set xyindex  THEN BEGIN   read the yaxis     ncdf_varget  cdfid  yvarid  yaxis   make sure of the shape of xaxis     IF xinq ndims GE 2 THEN yaxis   reform yaxis  jpifromy  jpjfromy   over    ENDIF ELSE yaxis   keyword_set start1    findgen jpjfromy      find the zaxis   if keyword_set zaxisname  then zaxisname   strlowcase zaxisname  ELSE zaxisname    z    zvarid   where namevar EQ  nav_lev  or namevar EQ zaxisname OR namevar EQ  level  OR namevar EQ  lev  OR strmid namevar  0  5  EQ  depth    zvarid   zvarid 0    if zvarid EQ  1 AND inside ndims GT 3 then begin     print   initncdf: the zaxis was not found  check the the use of ZAXISNAME keyword if you whant to find one        stop   endif   read the zaxis   if zvarid NE  1 THEN ncdf_varget  cdfid  zvarid  zaxis   IF keyword_set zindex  THEN       zaxis   keyword_set start1    findgen n_elements zaxis      mask   CASE 1 OF     keyword_set maskname :BEGIN       mskid    where namevar EQ strlowcase maskname 0        if mskid NE  1 THEN BEGIN          mskinq   ncdf_varinq cdfid  mskid    is the mask variable containing the record dimension          withrcd    where mskinq dim EQ inside recdim 0          IF withrcd NE  1 THEN BEGIN   in order to read only the first record             we need to get the size of each dimension           count   replicate 1L  mskinq ndims            FOR d   0  mskinq ndims  1 DO BEGIN             IF d NE withrcd THEN BEGIN               ncdf_diminq  cdfid  mskinq dim d  name  size               count d    size             ENDIF           ENDFOR   read the variable for the first record                     ncdf_varget  cdfid  mskid  tmask  count   count         ENDIF ELSE ncdf_varget  cdfid  mskid  tmask   check if we need to applay add_offset and scale factor                  FOR a   0  mskinq natts 1 DO BEGIN           attname   ncdf_attname cdfid  mskid  a                 CASE strlowcase attname  OF              add_offset :ncdf_attget  cdfid  mskid  attname  add_offset              scale_factor :ncdf_attget  cdfid  mskid  attname  scale_factor             ELSE:           ENDCASE         ENDFOR         IF n_elements scale_factor  NE 0 THEN tmask   tmask scale_factor         IF n_elements add_offset  NE 0 THEN tmask   tmask add_offset         if keyword_set invmask  then tmask   1 tmask         tmask   byte round tmask        ENDIF ELSE tmask    1            END       keyword_set useasmask :BEGIN       mskid    where namevar EQ strlowcase useasmask 0        if mskid NE  1 THEN BEGIN          mskinq   ncdf_varinq cdfid  mskid    is the mask variable containing the record dimension          withrcd    where mskinq dim EQ inside recdim 0          IF withrcd NE  1 THEN BEGIN   in order to read only the first record             we need to get the size of each dimension           count   replicate 1L  mskinq ndims            FOR d   0  mskinq ndims  1 DO BEGIN             IF d NE withrcd THEN BEGIN               ncdf_diminq  cdfid  mskinq dim d  name  size               count d    size             ENDIF           ENDFOR   read the variable for the first record                  ncdf_varget  cdfid  mskid  tmask  count   count         ENDIF ELSE ncdf_varget  cdfid  mskid  tmask   check if we need to applay add_offset and scale factor                FOR a   0  mskinq natts 1 DO BEGIN           attname   ncdf_attname cdfid  mskid  a                 CASE strlowcase attname  OF              add_offset :ncdf_attget  cdfid  mskid  attname  add_offset              scale_factor :ncdf_attget  cdfid  mskid  attname  scale_factor              missing_value :IF n_elements missing_value  EQ 0 THEN                 ncdf_attget  cdfid  mskid  attname  missing_value             ELSE:           ENDCASE         ENDFOR         IF n_elements scale_factor  NE 0 THEN tmask   tmask scale_factor         IF n_elements add_offset  NE 0 THEN tmask   tmask add_offset         IF n_elements missing_value  NE 0 THEN BEGIN   we have to take care of the float accuracy           CASE 1 OF             missing_value GE 1 e6:tmask   tmask LT  missing_value 10              missing_value LE  1 e6:tmask   tmask GT  missing_value 10              abs missing_value  LE 1 e 6:tmask   abs tmask  GT 1 e 6             ELSE:tmask   tmask NE missing_value           ENDCASE           if keyword_set invmask  then tmask   1 tmask         ENDIF ELSE BEGIN           tmask   finite tmask            IF min tmask  EQ 1 THEN BEGIN             print   missing or nan values not found              tmask    1                     ENDIF         ENDELSE       ENDIF ELSE tmask    1            END       ELSE:tmask     1   ENDCASE   ncdf_close  cdfid     compute the grid   if zvarid EQ  1 then BEGIN      computegrid  xaxis   xaxis  yaxis   yaxis           mask   tmask  onearth   1b   keyword_set xyindex  _EXTRA   ex    ENDIF ELSE BEGIN      computegrid  xaxis   xaxis  yaxis   yaxis  zaxis   zaxis           mask   tmask  onearth   1b   keyword_set xyindex  _EXTRA   ex   ENDELSE    IF n_elements time  EQ 0 THEN time   0   jpt   n_elements time        return end");
-a[209] = new Array("./ToBeReviewed/INIT/initncdfxxx.html", "initncdfxxx.pro", "", "");
-a[210] = new Array("./ToBeReviewed/INIT/initorca05.html", "initorca05.pro", "", "");
-a[211] = new Array("./ToBeReviewed/INIT/initorca2.html", "initorca2.pro", "", "");
-a[212] = new Array("./ToBeReviewed/INIT/initorca2full.html", "initorca2full.pro", "", "");
-a[213] = new Array("./ToBeReviewed/LECTURE/GRIB/bit2int.html", "bit2int.pro", "", "FUNCTION bit2int  bitin  checkneg   checkneg    res   0L   n   n_elements bitin 1   IF keyword_set checkneg  THEN BEGIN     IF bitin 0  EQ 1 THEN BEGIN       bitin 0    0       neg    1     ENDIF ELSE neg   1   ENDIF ELSE neg   1   FOR i   0  n  DO res   res 2L i bitin n i     RETURN  neg res END");
-a[214] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib.html", "read_grib.pro", "", "function read_grib  varcode  date1  date2  file   file  common   http: www wmo ch web www WDM Guides Guide binary 2 html      gribfile       d1fes2 raid6 SINTEX common ES10 d 00 atm 5d ES10 d 00_5d_00911201_00911230 grib    IF keyword_set file  THEN gribfile   isafile file   file   iodir   iodir  ELSE gribfile    d1fes2 raid6 SINTEX common ES10 atm 5d ZOOM_IND ES10_5d_00210101_00301230 grib      openr  num  gribfile   GET_LUN  ERROR   err   SWAP_IF_LITTLE_ENDIAN   if err ne 0 then begin     print   err_string     return   1   ENDIF     recstart   scan_grib_recstart num         messize   scan_grib_messize num  recstart       addoff   lonarr n_elements recstart       FOR i   1L  n_elements recstart 1 DO          addoff i    recstart i recstart i 1 messize i 1           nbits   scan_grib_nbits num  recstart       print nbits uniq nbits sort nbits      codes   scan_grib_code num  recstart    nbcodes    uniq codes  sort codes      dates   scan_grib_date num  recstart    nbdates   uniq dates  sort dates      goodvar   where codes EQ varcode    IF goodvar 0  EQ  1 THEN BEGIN     print   no var code  strtrim varcode  2  in the file      return   1   ENDIF     recstart   recstart goodvar    dates   dates goodvar      gooddate   where dates GE date1 AND dates LE date2    IF gooddate 0  EQ  1 THEN BEGIN     print   no dates between  strtrim date1  2  and  strtrim date2  2  in the file      return   1   ENDIF   recstart   recstart gooddate    dates   dates gooddate    key_caltype    360d    time   date2jul dates    jpt   n_elements time    IF jpt EQ 1 THEN vardate   strtrim dates 0  2  ELSE vardate   strtrim dates 0  2     strtrim dates jpt 1  2     varname   vargrid    T     varexp    varunit     grib_pds   read_grib_pds num  recstart 0    grid parameters   IF grib_pds gdsnotomitted THEN BEGIN     grib_gds   read_grib_gds num  recstart 0    min  max of the latitude with a precision of 10 2     lat1   fix 100 grib_gds la1 100      lat2   fix 100 grib_gds la2 100        CASE grib_gds gridtype OF   Latitude Longitude Grid       0:BEGIN          computegrid  grib_gds lo1  grib_gds la1  grib_gds di   grib_gds dj               grib_gds ni  grib_gds nj        END   Gaussian Latitude Longitude Grid       4:BEGIN   find the latitude axis         CASE 1 OF   n48           grib_gds n EQ 48 AND lat1 EQ 88 57 AND lat2 EQ  88 57:              gphit   n48gaussian    n80            grib_gds n EQ 80 AND lat1 EQ 89 14 AND lat2 EQ  89 14:               gphit   n80gaussian    n128            grib_gds n EQ 128 AND lat1 EQ 89 46 AND lat2 EQ  89 46:               gphit   n128gaussian    n160            grib_gds n EQ 160 AND lat1 EQ 89 57 AND lat2 EQ  89 57:               gphit   n160gaussian    n256            grib_gds n EQ 256 AND lat1 EQ 89 73 AND lat2 EQ  89 73:               gphit   n256gaussian    part of one of the gaussian grids defined above            ELSE:BEGIN              cnt   0              REPEAT BEGIN                CASE cnt OF                  0:gphit   n48gaussian                   1:gphit   n80gaussian                   2:gphit   n128gaussian                   3:gphit   n160gaussian                   4:gphit   n256gaussian                   5:BEGIN                    gphit   n80gaussian                     lat1   29 71                    lat2    19 62                  END                  ELSE:stop                ENDCASE                nfix   fix gphit 100 100                 nlat1    where nfix EQ lat1 0                 nlat2    where nfix EQ lat2 0                 IF nlat1 NE  1 AND  nlat2 NE  1                    AND nlat2 nlat1 1 EQ grib_gds nj                    THEN gphit   gphit nlat1:nlat2  ELSE gphit    1                cnt   cnt 1              ENDREP UNTIL gphit 0  NE  1            END          ENDCASE          computegrid  grib_gds lo1   1  grib_gds di   1  grib_gds ni   1  YAXIS   gphit        END   Mercator Projection Grid        gridtype EQ 1:   Gnomonic Projection Grid        gridtype EQ 2:   Lambert Conformal  secant or tangent  conical or bipolar  normal or   oblique  Projection Grid          gridtype EQ 3:   Polar Stereographic Projection Grid        gridtype EQ 5:   Oblique Lambert conformal  secant or tangent  conical or bipolar    projection        gridtype EQ 13:   Spherical Harmonic Coefficients        gridtype EQ 50:   Space view perspective or orthographic grid        gridtype EQ 90:   reserved   see Manual on Codes        ELSE:      ENDCASE    ENDIF ELSE stop      res   fltarr grib_gds ni  grib_gds nj  n_elements recstart     FOR i   0  n_elements recstart 1 DO BEGIN      res    i    read_grib_bds num  recstart i  grib_gds ni  grib_gds nj     ENDFOR      free_lun  num      IF keyword_set key_yreverse  THEN res   reverse res  2      RETURN  res  END");
-a[215] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_bds.html", "read_grib_bds.pro", "", "FUNCTION read_grib_bds  num  recstart  ni  nj     offset   recstart 8   a   assoc num  bytarr 1   nozero  offset 1    sizepds   bit2int binary a 1  binary a 2  binary a 3    flag   binary a 8    gdsnotomitted   flag 0    bmsnotomitted   flag 1    ddd    bit2int binary a 27  binary a 28   checkneg      offset   offset sizepds     IF gdsnotomitted THEN BEGIN     a   assoc num  bytarr 1   nozero  offset 1      sizedds   bit2int binary a 1  binary a 2  binary a 3      offset   offset sizedds   ENDIF     IF bmsnotomitted THEN BEGIN     a   assoc num  bytarr 1   nozero  offset 1      sizebms   bit2int binary a 1  binary a 2  binary a 3      offset   offset sizebms   ENDIF     a   assoc num  bytarr 1   nozero  offset 1      sizebds   bit2int binary a 1  binary a 2  binary a 3                                       flags   binary a 4    BIT VALUE MEANING   1   0     Grid point data       1     Spherical Harmonic Coefficients   2   0     Simple packing        1     Second order  Complex  Packing    3   0     Original data were floating point values       1     Original data were integer values   4   0     No additional flags at octet 14       1     Octet 14 contains flag bits 5   12   5         Reserved  set to 0    6   0     Single datum at each grid point       1     Matrix of values at each grid point   7   0     No secondary bit maps       1     Secondary bit maps present   8   0     Second order values have constant width       1     Second order values have different widths   9 12      Reserved  set to 0      eee   bit2int binary a 5  binary a 6   checkneg      aaa   bit2int binary a 7   checkneg    bbb   bit2int binary a 8  binary a 9  binary a 10    IF aaa LT 0 THEN rrr    2 24    bbb   16 aaa 64      ELSE rrr   2 24    bbb   16 aaa 64      nbits    a 11 0    CASE 1 OF     flags 0  EQ 0 AND flags 1  EQ 0:BEGIN       CASE nbits OF         8 :a   assoc num  bytarr ni  nj   nozero  offset 1 12          16:a   assoc num  uintarr ni  nj   nozero  offset 1 12          32:a   assoc num  ulonarr ni  nj   nozero  offset 1 12          64:a   assoc num  ulon64arr ni  nj   nozero  offset 1 12          ELSE:       ENDCASE     END   ENDCASE    RETURN   rrr a 0 2 eee 10 ddd  END");
-a[216] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_end.html", "read_grib_end.pro", "", "PRO read_grib_end   num  offset    a   assoc num  bytarr 4   nozero  offset    endcode   string a 0    IF endcode NE  7777  THEN stop    RETURN END");
-a[217] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_gds.html", "read_grib_gds.pro", "", "FUNCTION read_grib_gds  num  recstart     offset   recstart 8   a   assoc num  bytarr 1   nozero  offset 1    sizepds   bit2int binary a 1  binary a 2  binary a 3      offset   recstart 8 sizepds   a   assoc num  bytarr 1   nozero  offset 1      sizegds   bit2int binary a 1  binary a 2  binary a 3       nv    a 4 0    pv    a 5 0      gridtype    a 6 0      CASE 1 OF   Latitude Longitude Grid   Gaussian Latitude Longitude Grid     gridtype EQ 0 OR gridtype EQ 4:BEGIN       ni   bit2int binary a 7  binary a 8        nj   bit2int binary a 9  binary a 10          la1   bit2int binary a 11  binary a 12  binary a 13   checkneg 1000        lo1   bit2int binary a 14  binary a 15  binary a 16   checkneg 1000          resflags   binary a 17          la2   bit2int binary a 18  binary a 19  binary a 20   checkneg 1000        lo2   bit2int binary a 21  binary a 22  binary a 23   checkneg 1000          di   bit2int binary a 24  binary a 25 1000        IF di EQ 65 5350 THEN di    1         IF gridtype EQ 0 THEN BEGIN         dj   bit2int binary a 26  binary a 27 1000          IF dj EQ 65 5350 THEN dj    1       ENDIF ELSE BEGIN         n   bit2int binary a 26  binary a 27        ENDELSE         scanflags   binary a 28          res    size:sizegds  gridtype:gridtype  ni:ni  nj:nj  la1:la1  la2:la2  lo1:lo1  lo2:lo2  di:di        IF gridtype EQ 0 THEN res   create_struct res   dj  dj          ELSE res   create_struct res   n  n        RETURN  res     END   Mercator Projection Grid     gridtype EQ 1:   Gnomonic Projection Grid     gridtype EQ 2:   Lambert Conformal  secant or tangent  conical or bipolar  normal or   oblique  Projection Grid       gridtype EQ 3:   Polar Stereographic Projection Grid     gridtype EQ 5:   Oblique Lambert conformal  secant or tangent  conical or bipolar    projection     gridtype EQ 13:   Spherical Harmonic Coefficients     gridtype EQ 50:   Space view perspective or orthographic grid     gridtype EQ 90:   reserved   see Manual on Codes     ELSE:   ENDCASE     RETURN   1 END");
-a[218] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_is.html", "read_grib_is.pro", "", "FUNCTION read_grib_is  num  offset    infofile   fstat num     a   assoc num  bytarr 4   nozero  offset    typefile   string a 0    IF  typefile NE  GRIB  THEN stop        a   assoc num  bytarr 1   nozero  offset 4    sizerecord   bit2int binary a 0  binary a 1  binary a 2        a   assoc num  bytarr 1   nozero  offset 7    gribed   a 0    IF gribed NE 1 THEN stop     RETURN   typefile:typefile  sizerecord:sizerecord  gribed:gribed 0  END");
-a[219] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_pds.html", "read_grib_pds.pro", "", "FUNCTION read_grib_pds  num  recstart     offset   recstart 8   a   assoc num  bytarr 1   nozero  offset 1      sizepds   bit2int binary a 1  binary a 2  binary a 3        paramtableversion    a 4 0        centerid    a 5 0        procid    a 6 0        gridid    a 7 0      flag   binary a 8    gdsnotomitted   flag 0    bmsnotomitted   flag 1      paramunitid    a 9 0      levtype    a 10 0      levalue1    a 11 0    levalue2    a 12 0      year    a 13 0    month    a 14 0    day    a 15 0    hour    a 16 0    minute    a 17 0    timeunit    a 18 0    p1    a 19 0    p2    a 20 0    timerange    a 21 0    n1    a 22 0    n2    a 23 0    nbmiss    a 24 0    century    a 25 0      subcenterid    a 26 0      d    bit2int binary a 27  binary a 28   checkneg        RETURN   size:sizepds  gdsnotomitted:gdsnotomitted  bmsnotomitted:bmsnotomitted  d:d  END");
-a[220] = new Array("./ToBeReviewed/LECTURE/GRIB/read_gribtable.html", "read_gribtable.pro", "", "    NAME:  read_gribtable     PURPOSE:         Read contents of a gribtable  Gribtables are located         in the gribtables subdirectory of HIPHOP        CATEGORY:  HIPHOP  GRIB  ECMWF     CALLING SEQUENCE:         read_gribtable tablename parmtabl parmtabl     EXAMPLE:         tablename ectab_128      INPUTS:  tablename : the full path name of a gribtable file     OPTIONAL INPUT PARAMETERS:     KEYWORD INPUT PARAMETERS:     OUTPUTS:  parmtable : the parameter table     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     PROCEDURE:     MODIFICATION HISTORY:     Dominik Brunner  Apr 2000   PRO read_gribtable tablename parmtabl parmtabl center center                     subcenter subcenter tablnum tablnum    ON_ERROR 2  parmtabl StrArr 3 256  center 1 subcenter 1 tablnum 1   First Subscript  3  is  name description units    Second   256  is defined size of a parameter table  IF n_elements tablename  EQ 0 THEN return  openr lun tablename get  line    read first line which  eventually  contains information   about center  subcenter and table number readf lun line parts STR_SEP line :  IF n_elements parts  GT 3 THEN BEGIN   center fix parts 1    subcenter fix parts 2    tablnum fix parts 3  ENDIF ELSE BEGIN   IF n_elements parts  GE 3 THEN parmtabl 0:1 fix parts 0 parts 1:2      ELSE IF n_elements parts  EQ 2 THEN parmtabl 0 fix parts 0 parts 1  ENDELSE    loop over remaining lines REPEAT BEGIN   readf lun line   parts STR_SEP line :    IF n_elements parts  GE 3 THEN parmtabl 0:1 fix parts 0 parts 1:2      ELSE IF n_elements parts  EQ 2 THEN parmtabl 0 fix parts 0 parts 1  END UNTIL EOF lun   free_lun lun    fill up missing varible names index WHERE parmtabl 0  EQ  count  IF count GT 0 THEN parmtabl 0 index var strcompress index rem   END");
-a[221] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_code.html", "scan_grib_code.pro", "", "FUNCTION scan_grib_code  num  recstart     nrec    n_elements recstart    codes   bytarr nrec      FOR i   0L nrec 1 DO BEGIN     offset   recstart i      a   assoc num  bytarr 1   nozero  offset 8 9 1      codes i    a 0    ENDFOR     RETURN  codes END");
-a[222] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_date.html", "scan_grib_date.pro", "", "FUNCTION scan_grib_date  num  recstart     nrec    n_elements recstart    dates   lonarr nrec      FOR i   0L nrec 1 DO BEGIN     offset   recstart i      a   assoc num  bytarr 1   nozero  offset 8 1      dates i     a 13 100L a 25 1 10000L a 14 100L a 15    ENDFOR     RETURN  dates END");
-a[223] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_messize.html", "scan_grib_messize.pro", "", "FUNCTION scan_grib_messize  num  recstart     nrec    n_elements recstart    messize   lonarr nrec      FOR i   0L nrec 1 DO BEGIN     offset   recstart i      a   assoc num  bytarr 1   nozero  offset 4      messize i    bit2int binary a 0  binary a 1  binary a 2    ENDFOR     RETURN  messize END");
-a[224] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_nbits.html", "scan_grib_nbits.pro", "", "FUNCTION scan_grib_nbits  num  recstart      nrec    n_elements recstart    nbits   bytarr nrec      FOR i   0L  nrec 1 DO BEGIN     offset   recstart i 8     a   assoc num  bytarr 1   nozero  offset 1      sizepds   bit2int binary a 1  binary a 2  binary a 3      flag   binary a 8      gdsnotomitted   flag 0      bmsnotomitted   flag 1      ddd    bit2int binary a 27  binary a 28   checkneg        offset   offset sizepds       IF gdsnotomitted THEN BEGIN       a   assoc num  bytarr 1   nozero  offset 1        sizedds   bit2int binary a 1  binary a 2  binary a 3        offset   offset sizedds     ENDIF       IF bmsnotomitted THEN BEGIN       a   assoc num  bytarr 1   nozero  offset 1        sizebms   bit2int binary a 1  binary a 2  binary a 3        offset   offset sizebms     ENDIF      a   assoc num  bytarr 1   nozero  offset 1      nbits i    a 11     ENDFOR     RETURN  nbits END");
-a[225] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_recstart.html", "scan_grib_recstart.pro", "", "FUNCTION scan_grib_recstart  num    infofile   fstat num    minimum size of one record   minisize   8L 28L 4L 4L   maxoffset   infofile size minisize     start   0L   offset   0L   previousrecsize   0L    WHILE offset LT maxoffset DO BEGIN   Every record must begin with  GRIB    However  their is no rule to define the space between 2 records     1  we try space   previousrecsize MOD 8  because for echam outputs    the total size of the records is rounded to modulo 8     addoff   8    previousrecsize MOD 8      offset   offset addoff     IF offset GE maxoffset THEN GOTO  out     a   assoc num  bytarr 4   nozero  offset      typefile   string a 0      IF typefile NE  GRIB  THEN offset   offset addoff    2  we try space   previousrecsize MOD 120  because for ecmwf   outputs  the total size of the records is rounded to modulo 120     addoff   120    previousrecsize MOD 120      IF typefile NE  GRIB  THEN BEGIN       offset   offset addoff       IF offset GE maxoffset THEN GOTO  out       a   assoc num  bytarr 4   nozero  offset        typefile   string a 0        IF typefile NE  GRIB  THEN offset   offset addoff     ENDIF    3  we try space   0     IF typefile NE  GRIB  THEN BEGIN       a   assoc num  bytarr 4   nozero  offset        typefile   string a 0      ENDIF    4  we try any value for space     IF typefile NE  GRIB  THEN BEGIN       REPEAT BEGIN         CASE 1 OF           array_equal a 0 3    byte G    :offset   offset 3           array_equal a 0 2:3  byte GR   :offset   offset 2           array_equal a 0 1:3  byte GRI :offset   offset 1           else:offset   offset 4         ENDCASE         IF offset GE maxoffset THEN GOTO  out         a   assoc num  bytarr 4   nozero  offset          typefile   string a 0        ENDREP UNTIL typefile EQ  GRIB      ENDIF       start    start  offset            a   assoc num  bytarr 1   nozero  offset 4      recsize   bit2int binary a 0  binary a 1  binary a 2      offset   offset recsize     previousrecsize   recsize     ENDWHILE   out:     RETURN  start 1:n_elements start 1   END");
-a[226] = new Array("./ToBeReviewed/LECTURE/binary.html", "binary.pro", "", "    Name:     binary   Purpose:     Returns the binary representation of a number of any numerical type    Argument:     number   scalar or array of numbers  any numerical type    Returns:     Byte array with binary representation of numbers    Examples:     Binary representation of 11b:       IDL  print  binary 11b        0 0 0 0 1 0 1 1     Binary representation of pi  x86: Little endian IEEE representation :       IDL  print  format z9 8 5x 4 1x 8i1  long pi 0  binary pi         40490fdb      01000000 01001001 00001111 11011011  x86 Linux         0fdb4149      00001111 11011011 01000001 01001001  Alpha OpenVMS        IDL  print  format 8 1x 8i0  binary dpi         01000000 00001001 00100001 11111011 01010100 01000100 00101101 00011000     Some first tests before type double was added:       print  format 2a6 4x 2z9 8 4x 8z3 2             version arch   version os  long dpi 0 2  byte dpi 0 8          x86 linux     54442d18 400921fb     18 2d 44 54 fb 21 09 40       sparc sunos     400921fb 54442d18     40 09 21 fb 54 44 2d 18       alpha   vms     0fda4149 68c0a221     49 41 da 0f 21 a2 c0 68        Beginning with IDL 5 1  Alpha VMS uses IEEE representation as well    Modification history:      19 Dec 1997  Originally a news posting by David Fanning                           Re: bits from bytes       20 Dec 1997   Complete  rewrite: eliminate loops       22 Dec 1997  Bit shift instead of exponentiation  return byte        array  handle input arrays         Think about double and complex types       22 Sep 1998  Complete rewrite: reduce every numerical type to        single bytes  Check that big and little endian machines        return exactly the same results  if IEEE       7 May 2003     Added newish data types  unsigned and long64   BT   function binary  number   s   size number    type   s s 0    1    n_no   s s 0    2    Numerical types:  will have to be completed if IDL adds double long      1: byte              1 byte unsigned integer    2: integer           2 byte   signed integer    3: long              4 byte   signed integer    4: floating point    4 byte  single precision    5: double precision  8 byte  double precision    6: complex         2x4 byte  single precision    9: double complex  2x8 byte  double precision    12: uInt       2 byte  unsigned integer    13: uLong      4 byte  unsigned integer    14: Long64        8 byte  signed integer    15: uLong64       8 byte  unsigned integer    Non numerical types:   0: undefined  7: string  8: structure  10: pointer  11: object reference    nbyt    0  1  2  4  4  8  8  0  0  16  0  0    number of bytes per type   code    0  1  2  3  4  5  6  7  8  9  10  11  12  13  14  15    nbyt    0  1  2  4  4  8  8  0  0  16  0  0   2   4   8   8    ntyp   nbyt type    if ntyp eq 0 then message   Invalid argument  must be numerical type    bits    128  64  32  16   8   4   2   1      ishft 1b  7 indgen 8    For correct array handling and byte comparison   number  and  bits  require   same dimensions   numvalue and bitvalue   bitvalue    bits  intarr ntyp    intarr n_no    little_endian    byte 1  0  1 0    In case of complex type and little endian machine  swap the two float values   before the complete second dimension is reversed at returning    if  type eq 6 or type eq 9  and little_endian then     type complex     numvalue   reform byte number  0  1  ntyp 2  2  n_no                         intarr 8     1 0    8  ntyp  n_no      else numvalue    byte number  0  1  ntyp  n_no intarr 8        On little endian machines  the second dimension of the return value must   be reversed    if little_endian AND type NE 1 then       return  reverse numvalue and bitvalue  ne 0  2  else       return           numvalue and bitvalue  ne 0 end");
-a[227] = new Array("./ToBeReviewed/LECTURE/changeread.html", "changeread.pro", "", "FUNCTION changeread  newread    common       newread must be two structures      if size newread   type  NE 8 then return  0     we compare the two structure which caracterise the read        case 1 of       ccreadparameters funclec_name NE newread funclec_name:       ccreadparameters jpidta NE newread jpidta:       ccreadparameters jpjdta NE newread jpjdta:       ccreadparameters jpkdta NE newread jpkdta:       ccreadparameters ixmindta NE newread ixmindta:       ccreadparameters ixmaxdta NE newread ixmaxdta:       ccreadparameters iymindta NE newread iymindta:       ccreadparameters iymaxdta NE newread iymaxdta:       ccreadparameters izmindta NE newread izmindta:       ccreadparameters izmaxdta NE newread izmaxdta:       ELSE:return  0    endcase     update the common paramaters      ccreadparameters   newread    jpidta   newread jpidta    jpjdta   newread jpjdta    jpkdta   newread jpkdta    ixmindta   newread ixmindta    ixmaxdta   newread ixmaxdta    iymindta   newread iymindta    iymaxdta   newread iymaxdta    izmindta   newread izmindta    izmaxdta   newread izmaxdta      return  1 end");
-a[228] = new Array("./ToBeReviewed/LECTURE/inverse_binary.html", "inverse_binary.pro", "", "    NAME: inverse_binary     PURPOSE: inverse function of the binary pro function   given a   input array of 0 1  return its corresponding byte integer long   representation     CATEGORY:     CALLING SEQUENCE: res   inverse_binary binnum      INPUTS:       binnum must be a binary type array containing only 0 and 1       According to binary pro outputs  binnum array must have the      following dimensions values:  8  t  d1  d2       t gives the output type: t   1   byte                               t   2   integer                               t   4   long              d1  d2  are the output dimensions     KEYWORD PARAMETERS: no     OUTPUTS: a byte integer long array with  d1  d2  dimensions     COMMON BLOCKS: no     RESTRICTIONS:the binary number can represent only byte integer long     EXAMPLE:         IDL  a indgen 5        IDL  b binary a        IDL  help  b       B               BYTE        Array 8  2  5        IDL  print  b          0   0   0   0   0   0   0   0          0   0   0   0   0   0   0   0                 0   0   0   0   0   0   0   0          0   0   0   0   0   0   0   1                 0   0   0   0   0   0   0   0          0   0   0   0   0   0   1   0                 0   0   0   0   0   0   0   0          0   0   0   0   0   0   1   1                 0   0   0   0   0   0   0   0          0   0   0   0   0   1   0   0       IDL  help  inverse_binary b            INT         Array 5        IDL  print  inverse_binary b               0       1       2       3       4     MODIFICATION HISTORY:        Sebastien Masson  smasson jamstec go jp         July 2004       FUNCTION inverse_binary  binnumb     s   size binnumb   dimensions    IF n_elements s  EQ 1 THEN numbofbit   8 ELSE numbofbit   8 s 1    nvalues   n_elements binnumb numbofbit   bn   reform long binnumb  numbofbit  nvalues      CASE numbofbit OF     8:res   byte total temporary bn 2b reverse indgen numbofbit replicate 1b  nvalues  1  1      16:res   fix total temporary bn 2 reverse indgen numbofbit replicate 1  nvalues  1  1   double      32:res   long total temporary bn 2L reverse indgen numbofbit replicate 1L  nvalues  1  1   double    ENDCASE     CASE n_elements s  OF     1:res   res 0      2:res   res 0      3:     ELSE:res   reform res  s 2:n_elements s 1   over    ENDCASE     return  res end");
-a[229] = new Array("./ToBeReviewed/LECTURE/litchamp.html", "litchamp.pro", "", "          NAME:litchamp     PURPOSE:permet de lire un simple tableau ou une structure   correspondant a un champ    Si en entree on a :      un simple tableau  litchamp renvoie le tableau      une stucture  litchamp renvoie le premier element de la structure     qui doit obligatoirement etre le champ sous forme d un tableau      Au passage litchamp regarde les autres elements de la structure et     met a jour si besoin les variables globales qui se rapportent au     champ: vargrid  varname  varunit  vardate  varexp   valmask et time      CATEGORY:permet d appeler plt  pltz  pltt   avec un tableau ou une   structure et de mettre a jour les variables globales liees au champ       CALLING SEQUENCE:res litchamp struct      INPUTS:          struct: c est soit un tableau soit une structure       Si struct est une structure  elle doit suivre les regles      suivantes:           le premier element est le tableau contenant le champ            les autres elements sont des strings qui contiennent des          informations sur le champ SAUF pour l element relatif a          date  Ce dernier peut etre soit un string pour designer une date          particuliere  ex:  August 1999  ou bien un vecteur de jours          juliens  d IDL  correspondant au calendrier a associer au          champ si c est une serie temporelle            l ordre des elements  autre que le premier  n a pas          d importance             les autres elements  autre que le premier  sont tous          optionnels            ils sont reconnus par la premiere lettre de leur nom:               g  pour actualiser vargrid               u  pour actualiser varunit               e  pour actualiser varexp               d  pour actualiser vardate               n  pour actualiser varname               m  pour actualiser valmask     KEYWORD PARAMETERS:             GRID: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  g  si il existe et   dans le cas contraire              UNIT: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  u  si il existe et   dans le cas contraire              EXP: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  e  si il existe et   dans le cas contraire              DATE: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  d  si il existe et   dans le cas contraire              NAME: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  n  si il existe et   dans le cas contraire              LEVEL: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  l  si il existe et  1 dans le cas contraire              MASK: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  m  si il existe et  1 dans le cas contraire      OUTPUTS:c est le tableau qui continent le champ      COMMON BLOCKS:  common pro     SIDE EFFECTS: actualise au besion les variables globales vargrid    varname  varunit  vardate  varexp  valmask et time      RESTRICTIONS:     EXAMPLE:             IDL  print  vargrid    varname    varunit    vardate    varexp           T        0         IDL  help  litchamp a:indgen 5  u: C  name: toto              INT         Array 5       IDL  print  vargrid    varname    varunit    vardate    varexp            T  toto  C  0         IDL  help  litchamp a:indgen 5  da: 1999              INT         Array 5       IDL  print  vargrid    varname    varunit    vardate    varexp           T  toto  C  1999           MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          28 5 1999         FUNCTION litchamp  struct  GRID   grid  NAME   name  UNIT   unit  EXP   exp  DATE   date                        LEVEL   level  MASK   mask  common      if size struct   type  ne 8 then BEGIN   alors contour n est pas une structure       if keyword_set grid  then return          if keyword_set name  then return          if keyword_set unit  then return          if keyword_set exp   then return          if keyword_set date   then return          if keyword_set level   then return   1       if keyword_set mask   then return   1       return   struct               ENDIF        IF n_tags struct  EQ 1 then BEGIN   la structure n a qu un element       if keyword_set grid  then return          if keyword_set name  then return          if keyword_set unit  then return          if keyword_set exp   then return          if keyword_set date   then return          if keyword_set level   then return   1       if keyword_set mask   then return   1       return   struct 0     ENDIF        nomelements   tag_names struct     for i   1  n_tags struct 1 do begin       case strlowcase strmid nomelements i  0  1  of           g :BEGIN             if keyword_set grid  then return  strupcase struct i              vargrid   strupcase struct i           END           n :BEGIN             if keyword_set name  then return  struct i              varname   struct i           END           u :BEGIN             if keyword_set unit  then return  struct i              varunit   struct i           END           e :BEGIN             if keyword_set exp  then return  struct i              varexp   struct i           END           m :BEGIN             if keyword_set mask  then return  struct i              valmask   struct i           END           d :BEGIN              if size struct i type  EQ 7 THEN BEGIN                 vardate   struct i              ENDIF ELSE BEGIN                time   struct i                 jpt   n_elements time                 if jpt EQ 1 then vardate    strtrim vairdate struct i 0  2                 ELSE vardate    strtrim vairdate struct i 0  2                         strtrim vairdate struct i jpt 1  2               ENDELSE             if keyword_set date  then return  vardate          END           h :BEGIN             computehopegrid   struct i xaxis   struct i yaxis                   struct i zaxis   struct i linetype                  FIRSTS    struct i firsts  LASTS    struct i lasts                  FORTHEMASK   struct 0  pttype    struct i pttype          END          ELSE:BEGIN              ras   report Le nom  nomelements i  ne correspont a aucun element reconnu de la structure  cf  IDL  xhelp   litchamp           end       endcase    endfor      if keyword_set grid  then return       if keyword_set name  then return       if keyword_set unit  then return       if keyword_set exp   then return       if keyword_set date   then return       if keyword_set level   then return   1    if keyword_set mask   then return   1     return   struct 0  end");
-a[230] = new Array("./ToBeReviewed/LECTURE/ncdf_lec.html", "ncdf_lec.pro", "", "          NAME:ncdflec     PURPOSE:donne des infos sur un fichier netcdf et permet de recupere   les variables qui y sont ecrites      CATEGORY:lecture de fichiers netcdf     CALLING SEQUENCE: res ncdflec nom_de _fichier      INPUTS:nom_de _fichier:nom d un fichier net cdf situe ds e repertoire   stipule par iodir     KEYWORD PARAMETERS:    ATT:  global  ou au nom d une variable  permet de voir tous les   attributs rattaches a une variable     DIM:donne la liste des dimensions    VAR:         1   var: donne la liste des variables         2  var nom de variable : ds ce cas la fonction retourne la variable           IODIR: string contenant le repertoire ou aller chercher le         fichier a lire            _EXTRA: permet de passer les mots cles definits par IDL pour         les fonction NETCDF  en particulier OFFSET et COUNT ds ncdf_varget      OUTPUTS: 1 sauf si var nom de variable  auquel cas la fonction retourne la variable     REMARQUE:les noms des variables du programme sont similaires a ceux employes   ds le manuel IDL  scientific data formats      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          4 1 98     function ncdf_lec nom ATT att DIM dim VAR var  IODIR   iodir  _extra   ex    res    1      if NOT keyword_set IODIR  then iodir        if not keyword_set att  or keyword_set dim  or keyword_set var  then BEGIN       att   1       dim   1       var   1        commande ncdump  c  iodir nom        spawn commande        goto fini    endif     ouverture du fichier nom      cdfid ncdf_open iodir nom      que contient le fichier       wathinside ncdf_inquire cdfid      print dans le fichier   iodir nom  il y a:     if keyword_set dim  then begin        print nombre de dimensions:  strtrim wathinside ndims 1        print numero de la dimension dont la valeur est infini:  strtrim wathinside recdim 1     endif    if keyword_set var  then       if size var   type  NE 7 then print nombre de variables  : strtrim wathinside nvars 1     if keyword_set att  then begin       if strlowcase att  ne  global  then goto nonglobal       print nombre de attributs globaux : strtrim wathinside ngatts 1     endif     attributs globaux      if keyword_set att  then begin       print          print ATTRIBUTS GLOBAUX        for attiq 0 wathinside ngatts 1 do begin          name ncdf_attname cdfid attiq global   nom de l atribut          ncdf_attget cdfid name value global  valeur de l atribut          print name :  string value        endfor    endif nonglobal:     affichage des differentes dimensions      if keyword_set dim  then begin        print          print DIMENSIONS     endif    nomdim    strarr wathinside ndims     tailledim lonarr wathinside ndims     for dimiq 0 wathinside ndims 1 do begin       ncdf_diminq cdfid dimiq name value   nom et valeur de la dimension       nomdim dimiq name       tailledim dimiq value       if keyword_set dim  then begin           print dimension numero  strtrim dimiq 1  nom:  nomdim dimiq                valeur:    strtrim tailledim dimiq 1        endif    endfor     affichage des differentes variables        if keyword_set att  or keyword_set var  then begin    vature de var   string ou 1    help  var  output   nature    if  strpos nature   STRING 0  NE  1 then nature    string  ELSE nature    1    si on doit juste lire la variable    if nature EQ  string  then begin       ncdf_varget  cdfid  var  res  _extra   ex       GOTO  sortie    ENDIF    si c est pour avoir des renseignements    if not keyword_set att  then att rien        print          for varid 0 wathinside nvars 1 do begin          varcontent ncdf_varinq cdfid varid    que contient la variable          if strlowcase att  eq strlowcase varcontent name  or keyword_set var              then begin             print variable numero:  strtrim varid 1  nom: varcontent name                  type:   varcontent datatype  dimensions: nomdim varcontent dim              if strlowcase att  eq strlowcase varcontent name  then begin                for attiq 0 varcontent natts 1 do begin                   name ncdf_attname cdfid varid attiq                    ncdf_attget cdfid varid name value                   print       strtrim attiq   name :  strtrim string value 1                 endfor                goto  sortie             endif          endif       endfor    endif   sortie:    ncdf_close cdfid     fini:     return  res end");
-a[231] = new Array("./ToBeReviewed/LECTURE/read_ftp.html", "read_ftp.pro", "", "    READ_FTP     Syntax:     READ_FTP  remote_host   files    directory   FILE   DATA variable                  USER string   PASS string   PTR      Arguments     remote_host   Name of the remote host  ftp server  that you want                   to connect to  or a complete ftp location such as for example:                        ftp: ftp rsinc com pub gzip README GZIP       directory   Remote directory where the files reside on the ftp                 server       files   A single filename or an array of filenames to be             retrieved      Keywords     FILE   Set this keyword to make a local copy of the file to be            transferred   The local file will have the same name as the            remote file and will be placed in the current working            directory        DATA   Set this to a named variable that will contain either a            byte array or an array of pointers to byte arrays with the            transferred data   If there is more than one file  an array            of pointers is returned  one for each file             Note that when downloading large files using  FILE            instead will require much less memory since the entire file            is not stored in a variable in that case        PTR    Set this keyword to return an array of pointers            even when there is only one file        USER   Specify user name to connect to server with   Default is:            anonymous        PASS   Specify password to use when connecting   Default is:            test test com      Examples of use    1  Retrieve and print the contents of ftp: ftp rsinc com pub gzip README GZIP:     IDL  READ_FTP   ftp: ftp rsinc com pub gzip README GZIP  DATA data     IDL  help  data            DATA            BYTE        Array 2134      IDL  print  string data                README file: Research Systems Anonymous FTP site  ftp rsinc com                      pub directory                     gzip directory                 2  Retrieve some files from podaac jpl nasa gov and store the files      in the current working directory:        IDL  files   string lindgen 10 50 format MGB370 3 3d gz       IDL  READ_FTP   podaac jpl nasa gov  files          IDL         pub sea_surface_height topex_poseidon mgdrb data MGB_370   FILE      IDL  spawn dir MGB log_output       Volume in drive C is Local Disk       Volume Serial Number is 34CE 24DF         Directory of C: test test0307        07 28 2003  11:58a             362 167 MGB370 050 gz      07 28 2003  11:58a             333 005 MGB370 051 gz      07 28 2003  11:58a             310 287 MGB370 052 gz      07 28 2003  11:58a             358 771 MGB370 053 gz      07 28 2003  11:59a             387 282 MGB370 054 gz      07 28 2003  11:59a             361 633 MGB370 055 gz      07 28 2003  11:59a             383 075 MGB370 056 gz      07 28 2003  11:59a             365 844 MGB370 057 gz      07 28 2003  11:59a             383 918 MGB370 058 gz      07 28 2003  12:00p             372 712 MGB370 059 gz                    10 File s       3 618 694 bytes      These compressed files can cosequently be opened with OPENR and the      COMPRESSED keyword      pro ftp_post  u  cmd  res  out out  count count   compile_opt idl2   if  cmd ne   then begin     printf  u  cmd  format a      comment out the following line to disable debug info     print   cmd   endif   if  size out type  eq 0  then out 2      catch  err   if  err ne 0  then return   line    count 0   while arg_present res  do begin     readf  u  line     if count eq 0 then res line else res res line      count count 1     comment out the following line to disable debug info     print   line     if strmatch line out  then break   endwhile end  pro ftp_parse_pasv  text  host  port   t strtrim text 2    ind where strcmp t 227 3    i ind 0    if  i ne  1  then begin     sub stregex t i 0 9 extract      p strsplit strmid sub 1 strlen sub 2 extract      p strtrim p 2      host p 0 p 1 p 2 p 3      port 256 long p 4 long p 5    endif end  pro read_ftp  site  files  dir  port  data data  file file  user user                  pass pass  ptr ptr   compile_opt idl2   if n_elements port  eq 0 then port ftp    if n_elements files  eq 0 then begin     if strcmp site ftp: 6  then host strmid site 6  else host site     pos strpos host      dir strmid host pos      host strmid host 0 pos      pos strpos dir reverse_search      files strmid dir pos 1      dir strmid dir 0 pos    endif else host site   if  size user type  eq 0  then user anonymous    if  size pass type  eq 0  then pass test test com                                      socket  u  host  port  connect_timeout 5  read_timeout 5   get_lun   ftp_post  u    res   ftp_post  u   USER  user  res  out 3      ftp_post  u   PASS  pass  res   ftp_post  u   TYPE I  res   if  size dir type  ne 0  then ftp_post  u   CWD  dir  res   if keyword_set file  or arg_present data  then begin     bufsize 512     buffer bytarr bufsize      n n_elements files      if arg_present data  then dat ptrarr n      for i 0  n 1 do begin       ftp_post  u   SIZE  files i  res  out 213         sz long64 strmid res n_elements res 1 4        if arg_present data  then dat i ptr_new bytarr sz        ftp_post  u   PASV  res       ftp_parse_pasv  res  host  port       ftp_post  u   RETR  files i  res  out 1          socket  v  host  port  connect_timeout 5  read_timeout 5              get_lun   rawio       tc 0ll       if keyword_set file  then openw w files i get_lun       while  tc lt sz  do begin         if  sz tc lt bufsize  then begin           bufsize sz tc           buffer bytarr bufsize          endif         readu  v  buffer  transfer_count dtc         if arg_present data  then               dat i tc dtc eq bufsize buffer:buffer 0:dtc 1          if keyword_set file  then              writeu w dtc eq bufsize buffer:buffer 0:dtc 1          tc tc dtc       endwhile       free_lun  v       if keyword_set file  then free_lun  w       ftp_post  u    res     endfor     if arg_present data  then begin        if  n gt 1 or keyword_set ptr  then data dat          else data temporary dat 0       endif   endif   ftp_post  u   QUIT  res   free_lun  u end");
-a[232] = new Array("./ToBeReviewed/LECTURE/read_ncdf.html", "read_ncdf.pro", "", "          NAME: read_ncdf     PURPOSE:fonction de lecture pour fichier net_cdf    Ce programme  est moins universel que ncdf_lec  il fait appelle au   variables declarees dans common pro  mais il est du cop bcp plus   facile d utilisation  Il prend en compte la declaration des   differents zoom qui ont ete definis  ixminmesh premierx  la   declaration de la variable key_shift  bref le resultat de   read_ncdf peut dorectement etre utilise dans plt    C est aussi ce programme qui est utilise par defaut dans mes   widgets pour la partie lecture      CATEGORY:lecture de fichiers NetCdf     CALLING SEQUENCE:res   read_ncdf name debut fin       INPUTS: name: un string definissant le champ a lire            debut et fin: sont relatifs a l axe des temps  Ce peut etre             2 dates du type yyyymmdd et ds ce cas on selectionne les           dates qui sont comprisent entre ces 2 dates              2 indices qui definissent entre quel et quel pas de temps             on doit extraire la dimension temporelle            exp: ne sert a rien      KEYWORD PARAMETERS: utilisables hors du contexte des widgets            BOXZOOM: contient la boxzoom sur laquelle on doit faire la          lecture          FILENAME: string contennant le nom du fichier           INIT  to call automatically initncdf  filename and thus          redefine all the grid parameters          GRID UTVWF  to specify the type of grid  Defaut is  1           based on the name of the file if the file ends by          GRID _ TUVFW NC  not case sensible  or  2  T if case  1           is not found           IODIRECTORY a string giving the name of iodirectory  see          isafile pro for all possibilities  default value is common           variable iodir          TIMESTEP:activer pour specifier que debut et fin font          reference a des indices de l axe du temps et non pas a des          dates            TOUT: activer si on veut lire le ficher sur l ensemble du          domaine sans tenir compte du sous domaine definit par boxzoom          ou lon1 lon2 lat1 lat2 vert1 vert2           NOSTRUCT: activer si on ne veut pas que read_ncdf reourne          une structure mais uniquement le tableau se rapportant au          champ            TIMEVAR: a string to define the name of the variable that          contains the time axis  This keyword can be usefull if there          is no unlimited dimension or if the time axis selected by defaut           the first 1D array with unlimited dimension  is not the good one        OUTPUTS:une stucture lisible par litchamp pro ou un simple tableau   si  NOSTRUCT est active      COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:le champ doit avoir une dimension temporelle     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 10 1999         FUNCTION read_ncdf  name  debut  fin  pour_etre_compatible  BOXZOOM   boxzoom  FILENAME   filename                         PARENTIN   parentin  TIMESTEP   timestep  TIMEVAR   timevar                         TOUT   tout  NOSTRUCT   nostruct  CONT_NOFILL   CONT_NOFILL  INIT   init                         GRID   grid  FBASE2TBASE   fbase2tbase  _EXTRA   ex    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     we find the filename       print filename    is parent a valid widget     if keyword_set parentin  then BEGIN     parent   long parentin      parent   parent widget_info parent   managed    ENDIF   filename   isafile filename   filename  IODIRECTORY   iodir  _EXTRA   ex      ouverture du fichier nom     if size filename   type  NE 7 then       return  report read_ncdf cancelled    IF  version OS_FAMILY EQ  unix  THEN spawn   file  filename     dev null    cdfid   ncdf_open filename    contient   ncdf_inquire cdfid      we check if the variable name exists in the file      if ncdf_varid cdfid  name  EQ  1 then BEGIN     ncdf_close  cdfid     return  report variable  name   C not found in the file  filename    ENDIF   varcontient   ncdf_varinq cdfid  name      shall we redefine the grid parameters     if keyword_set init  THEN initncdf  filename  _extra   ex     check the time axis and the debut and fin dates     if n_elements debut  EQ 0 then begin     debut   0     timestep   1   endif   if keyword_set timestep  then begin     firsttps   debut 0      if n_elements fin  NE 0 then lasttps   fin 0  ELSE lasttps   firsttps     jpt   lasttps firsttps 1     time   julday 1  1  1    lindgen jpt    ENDIF ELSE BEGIN     if keyword_set parent  then BEGIN       widget_control  parent  get_uvalue   top_uvalue       filelist   extractatt top_uvalue   filelist        IF filelist 0  EQ  many   THEN filelist   filename       currentfile    where filelist EQ filename 0        time    extractatt top_uvalue   fileparameters currentfile time_counter       date1   date2jul debut 0        if n_elements fin  NE 0 then date2   date2jul fin 0  ELSE date2   date1       firsttps   where time EQ date1    firsttps   firsttps 0        lasttps   where time EQ date2    lasttps   lasttps 0      ENDIF ELSE BEGIN       IF keyword_set timevar  THEN BEGIN          timeid   ncdf_varid cdfid  timevar          IF timeid EQ  1 THEN BEGIN           ncdf_close  cdfid           return  report the file  filename  as no variable     timevar                                 C Use the TIMESTEP keyword          endif         timecontient   ncdf_varinq cdfid  timeid          contient recdim   timecontient dim 0        ENDIF ELSE BEGIN    we find the infinite dimension         timedim   contient recdim         if timedim EQ  1 then BEGIN           ncdf_close  cdfid           return  report the file  filename  as no infinite dimension   C Use TIMESTEP or TIMEVAR keyword          endif   we find the FIRST time axis               timeid   0         repeat BEGIN         tant que l on a pas trouve une variable qui n a qu                                    une dimension: la dimension infinie           timecontient   ncdf_varinq cdfid  timeid    que contient la variable           timeid   timeid 1         endrep until  n_elements timecontient dim  EQ 1                         AND timecontient dim 0  EQ contient recdim              OR timeid EQ contient nvars 1           if timeid EQ contient nvars 1 then BEGIN           ncdf_close  cdfid           return  report the file  filename  as no time axis variable   C Use the TIMESTEP keyword          endif         timeid   timeid 1       ENDELSE    we must found the time origin of the julian calendar used in the   time axis     does the attribut units an dcalendar exist for the variable time axis        if timecontient natts EQ 0 then BEGIN         ncdf_close  cdfid         return  report the variable  timecontient name  has no attribut C Use the TIMESTEP keyword or add the attribut  units  to the variable        endif       attnames   strarr timecontient natts        for attiq   0  timecontient natts 1 do attnames attiq    ncdf_attname cdfid  timeid  attiq        if  where attnames EQ  units 0  EQ  1 then BEGIN         ncdf_close  cdfid         return  report Attribut  units  not found for the variable  timecontient name   C Use the TIMESTEP keyword        ENDIF     now we try to find the attribut called calendar    the the attribute  calendar  exists    If no  we suppose that the calendar is gregorian calendar         if  where attnames EQ  calendar 0  NE  1 then BEGIN         ncdf_attget  cdfid  timeid   calendar  value         value   string value          CASE value OF            noleap :key_caltype    noleap             360d :key_caltype    360d             greg :IF n_elements key_caltype  EQ 0 THEN key_caltype    greg            ELSE:BEGIN              notused   report Unknown calendar:  value  we use greg calendar               key_caltype    greg            END         ENDCASE       ENDIF ELSE BEGIN          notused   report Unknown calendar  we use  key_caltype  calendar           IF n_elements key_caltype  EQ 0 THEN key_caltype    greg        ENDELSE     now we take acre of units attribut       ncdf_attget  cdfid  timeid   units  value     time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00        we decript the  units  attribut to find the time origin       value   strtrim strcompress string value  2        mots   str_sep value            unite   mots 0        depart   str_sep mots 2          ncdf_varget  cdfid  timeid  time       time   double time        unite   strlowcase unite        IF strpos unite   s  strlen unite 1  NE  1 THEN unite   strmid unite  0  strlen unite 1        IF strpos unite   julian_  NE  1 THEN unite   strmid unite  7        case unite of          second :time   julday depart 1  depart 2  depart 0 time 86400 d          hour :time   julday depart 1  depart 2  depart 0 time 24 d          day :time   julday depart 1  depart 2  depart 0 time          month :BEGIN            if total fix time  NE time  NE 0 then     we switch to days with 30d m             time   julday depart 1  depart 2  depart 0 round time 30                ELSE for t   0  n_elements time 1 DO               time t    julday depart 1 time t  depart 2  depart 0          END          year :BEGIN           if total fix time  NE time  NE 0 then     we switch to days with 365d y             time   julday depart 1  depart 2  depart 0 round time 365                ELSE for t   0  n_elements time 1 do               time t    julday depart 1  depart 2  depart 0 time t          END         ELSE:BEGIN           ncdf_close  cdfid           return  report The  units  attribu of the time axis must be something like:  C  seconds since 0001 01 01    C  days since 1979 01 01    C  months since 1979 01 01    C  years since 1979 01 01           end       ENDCASE       date1   date2jul debut 0        if n_elements fin  NE 0 then date2   date2jul fin 0  ELSE date2   date1       time   double time        firsttps   where time GE date1    firsttps   firsttps 0        if firsttps EQ  1 THEN BEGIN         ncdf_close  cdfid         return  report date 1:  strtrim jul2date date1  1  is not found in the time axis        ENDIF       lasttps   where time LE date2        if lasttps 0  EQ  1 THEN BEGIN         ncdf_close  cdfid         return  report the time axis as no date before date 2:  strtrim jul2date date2  1        endif       lasttps   lasttps n_elements lasttps 1        if lasttps LT firsttps then BEGIN         ncdf_close  cdfid         return  report the time axis as no dates between date1 and  date 2:  strtrim jul2date date1  1   strtrim jul2date date2  1        endif     ENDELSE     time   time firsttps:lasttps      jpt   lasttps firsttps 1   ENDELSE     nom de la grille a laquelle se rapporte le champ     IF keyword_set grid  THEN vargrid   strupcase grid  ELSE BEGIN     vargrid    T                  default definition     IF finite glamu 0  EQ 1 THEN BEGIN       pattern    GRID   GRID_   GRID   UPID_   30ID_        gdtype    T   U   V   W   F        fnametest   strupcase filename        FOR i   0  n_elements pattern 1 DO BEGIN         FOR j   0  n_elements gdtype 1 DO BEGIN           substr   pattern i gdtype j            pos   strpos fnametest  substr            IF pos NE  1 THEN                vargrid   strmid fnametest  pos strlen substr 1  1          ENDFOR       ENDFOR     ENDIF   ENDELSE     call the init function          redefinition du domaine      if keyword_set tout  then begin     nx   jpi     ny   jpj     nz   jpk     firstx   0     firsty   0     firstz   0     lastx   jpi 1     lasty   jpj 1     lastz   jpk 1     case strupcase vargrid  of        T :mask   tmask        U :mask   umask         V :mask   vmask         W :mask   tmask        F :mask   fmask      endcase   ENDIF ELSE BEGIN     if keyword_set boxzoom  then BEGIN        Case 1 Of         N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0          N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1          N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2          N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4          N_Elements Boxzoom  Eq 6:bte   Boxzoom         Else: BEGIN           ncdf_close  cdfid           return  report Wrong Definition of Boxzoom          end       ENDCASE       savedbox   1b       saveboxparam   boxparam4rdncdf dat        domdef  bte  GRIDTYPE    T  vargrid  _extra   ex     ENDIF     grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz     undefine  glam   undefine  gphi     on libere un peu de memoire    ENDELSE     on initialise les ixmindta  iymindta au besoin     if n_elements jpidta  EQ 0 THEN jpidta   jpiglo   if n_elements jpjdta  EQ 0 THEN jpjdta   jpjglo   if n_elements jpkdta  EQ 0 THEN jpkdta   jpkglo   if n_elements ixmindta  EQ 0 THEN ixmindta   0   if n_elements ixmaxdta  EQ 0 then ixmaxdta   jpidta 1   if ixmindta EQ  1 THEN ixmindta   0   IF ixmaxdta EQ  1 then ixmaxdta   jpidta 1   if n_elements iymindta  EQ 0 THEN iymindta   0   IF n_elements iymaxdta  EQ 0 then iymaxdta   jpjdta 1   if iymindta EQ  1 THEN iymindta   0   IF iymaxdta EQ  1 then iymaxdta   jpjdta 1   if n_elements izmindta  EQ 0 THEN izmindta   0   IF n_elements izmaxdta  EQ 0 then izmaxdta   jpkdta 1   if izmindta EQ  1 THEN izmindta   0   IF izmaxdta EQ  1 then izmaxdta   jpkdta 1     on va lire le fichier     if n_elements key_stride  LE 2 then key_stride    1  1  1    key_stride   1l   long key_stride    key_shift   long testvar var   key_shift      IF n_elements key_yreverse  EQ 0 THEN key_yreverse   0   IF keyword_set key_yreverse  THEN BEGIN     tmp   jpj 1 firsty     firsty   jpj 1 lasty     lasty   tmp   ENDIF     IF keyword_set fbase2tbase  THEN BEGIN     case strupcase vargrid  of        U :BEGIN         IF NOT keyword_set key_periodic  THEN BEGIN           firstx   firstx 1           lastx   lastx 1         ENDIF       END        V :BEGIN         firsty   firsty 1         lasty   lasty 1       END        F :BEGIN         firsty   firsty 1         lasty   lasty 1         IF NOT keyword_set key_periodic  THEN BEGIN           firstx   firstx 1           lastx   lastx 1         ENDIF       END       ELSE:     endcase   ENDIF     IF keyword_set fbase2tbase  AND keyword_set key_periodic        AND  strupcase vargrid  EQ  U  OR strupcase vargrid  EQ  F  THEN key_shift    key_shift 1        read_ncdf_varget         IF keyword_set fbase2tbase  AND keyword_set key_periodic        AND  strupcase vargrid  EQ  U  OR strupcase vargrid  EQ  F  THEN key_shift    key_shift 1     on definit les variables globales rattachees a la variable     varname   varname   name   varunit   if varcontient natts NE 0 then begin     attnames   strarr varcontient natts      for attiq   0  varcontient natts 1 do attnames attiq    ncdf_attname cdfid  name  attiq      lowattnames   strlowcase attnames        found    where lowattnames EQ  units 0      IF found NE  1 then ncdf_attget  cdfid  name  attnames found  value ELSE value         varunit   strtrim string value  2        found    where lowattnames EQ  add_offset 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  add_offset ELSE add_offset   0        found    where lowattnames EQ  scale_factor 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  scale_factor ELSE scale_factor   1        missing_value    no      found    where lowattnames EQ  _fillvalue 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  missing_value     found    where lowattnames EQ  missing_value 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  missing_value     ENDIF ELSE BEGIN      varunit         add_offset   0      scale_factor   1      missing_value    no    ENDELSE   vardate   on construit une belle date lisible en fonction du langage specifie     year   long debut 0 10000   month    long debut 0 100  MOD 100   day    long debut 0  MOD 100    vardate   string format    C CMoA  31 month 1   strtrim day  1   strtrim year  1    varexp   file_basename filename     we apply reverse   if keyword_set key_yreverse  then res   reverse temporary res   2    if keyword_set key_zreverse  AND  size res 0  EQ 3 AND jpt EQ 1 then res   reverse temporary res  3    if keyword_set key_zreverse  AND  size res 0  EQ 4 THEN res   reverse temporary res  3     on applique la valeur valmask sur les points terre   if NOT keyword_set cont_nofill  then begin     valmask   1e20     case 1 of       varcontient ndims eq 2:BEGIN  xy array         mask   mask    0          earth   where mask EQ 0        END       varcontient ndims eq 3 AND  where varcontient dim EQ contient recdim 0  EQ  1:BEGIN  xyz array         earth   where mask EQ 0        END       varcontient ndims eq 3 AND  where varcontient dim EQ contient recdim 0  NE  1:BEGIN  xyt array         mask   mask    0          earth   where mask EQ 0          if earth 0  NE  1 then BEGIN           earth   earth replicate 1  jpt replicate nx ny  n_elements earth lindgen jpt          END       END       varcontient ndims eq 4:BEGIN  xyzt array         earth   where mask EQ 0          if earth 0  NE  1 then BEGIN           earth   earth replicate 1  jpt replicate nx ny nz  n_elements earth lindgen jpt          END       END     endcase   ENDIF ELSE earth    1   we look for  missing_value   IF size missing_value   type  NE 7 then BEGIN     IF size missing_value   type  EQ 1 THEN BEGIN        IF isnumber string missing_value  tmp  EQ 1 THEN missing_value   tmp     ENDIF       if missing_value NE valmask then begin     if abs missing_value  LT 1e6 then missing   where res EQ missing_value        ELSE missing   where abs res  gt abs missing_value 10       ENDIF ELSE missing    1   ENDIF ELSE missing    1   on applique les add_offset  scale_factor et missing_value   if scale_factor NE 1 then res   temporary res scale_factor   if add_offset NE 0 then res   temporary res add_offset   if missing 0  NE  1 then res temporary missing     values f_nan   if earth 0  NE  1 then res temporary earth    1e20     ncdf_close  cdfid     if keyword_set savedbox  THEN restoreboxparam   boxparam4rdncdf dat    if keyword_set nostruct  then return  res     ELSE BEGIN      IF keyword_set key_forgetold  THEN BEGIN       return   arr:res  grid:vargrid  unit:varunit  experiment:varexp  name:varname       ENDIF ELSE BEGIN        return   tab:res  grille:vargrid  unite:varunit  experience:varexp  nom:varname      ENDELSE    ENDELSE  END      ");
-a[233] = new Array("./ToBeReviewed/LECTURE/read_ncdf_varget.html", "read_ncdf_varget.pro", "", "");
-a[234] = new Array("./ToBeReviewed/LECTURE/xncdf_lec.html", "xncdf_lec.pro", "", "  La lecture de ce programme se fait de bas en haut:     1  xncdf_lec       2  xncdf_lec_event           3  wid_var                wid_var_event   pro wid_var_event   event   NAME:wid_var_event     PURPOSE:procedure appele par xmanager qd on appuie sur un bouton du   2eme widget cree par wid_var      INPUTS: event  une structure caracterisant le type d evenement qui   arrive au widget numero1 2     COMMON BLOCKS:wididbase resultat infovariable indicewid motcle          COMMON wididbase  base    COMMON resultat  res    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON indicewid_var  widbase1  widbase2111  widbase212  widbase213  selectatt    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar     quel est le type d evenement     widget_control  event id  get_uvalue uval    tailledimvar   tailledim varcontient dim     if n_elements uval  EQ 0 then return   case sur le type d evenement    case uval OF       1:BEGIN                     on change des valeurs dans le tableau   on controle que les valeurs mises dans le tableau ne sont pas   completement fausses          widget_control  widbase1  get_value   table   agument du bon type     si le type est mauvais on change automatiquement par des valeurs par   defaut          if event x GT  size table 1  then return          if event y GT  size table 2  then return          if size table event x  event y   type  GE 6             OR size table event x  event y   type  EQ 0 then BEGIN              if event x EQ 1 then                widget_control  widbase1  use_table_select    1  event y 1  event y                   set_value   tailledimvar event y                ELSE widget_control  widbase1                  use_table_select    event x  event y  event x  event y  set_value   0          endif   agument avec une valeur nom debile           table   fix table           case event x of             0:BEGIN               on a touche a l offset:                if table 0  event y  LT 0 then BEGIN                   table 0  event y    0                   widget_control  widbase1  use_table_select    0  event y  0  event y                         set_value   0                endif   si il depasse la dim du tableau on le met au max et le cont a 1                if table 0  event y  GT tailledimvar event y table 3  event y  then begin                   widget_control  widbase1  use_table_select    0  event y 1  event y                         set_value    tailledimvar event y table 3  event y  1                 ENDIF ELSE BEGIN   si avec le nouvel offset le count est trop grand  on le diminue juste   de ce qu il faut                    if table 1  event y  GT                       tailledimvar event y table 3  event y table 0  event y  then begin                      widget_control  widbase1  use_table_select    1  event y  1  event y                            set_value    tailledimvar event y table 3  event y table 0  event y                    endif                ENDELSE             END             1:BEGIN              on a touche au count                if table 1  event y  LT 1 then BEGIN                   table 1  event y    1                   widget_control  widbase1  use_table_select    1  event y  1  event y                         set_value   1                endif   si il est trop grand  on le diminue juste de ce qu il faut                 if table 1  event y  GT                    tailledimvar event y table 3  event y table 0  event y  then BEGIN                   widget_control  widbase1  use_table_select    1  event y  1  event y                         set_value    tailledimvar event y table 3  event y table 0  event y                 endif             END             2:BEGIN               on a touche au shift                widget_control  widbase1  use_table_select    2  event y  2  event y                      set_value   table 2  event y  MOD  tailledimvar event y table 3  event y              END             3:BEGIN               on touche au stride                if table 3  event y  LT 1 then BEGIN                   table 3  event y    1                   widget_control  widbase1  use_table_select    3  event y  3  event y                         set_value   1                endif                if table 3  event y  EQ 0 then     il ne doit pas etre nul                 widget_control  widbase1  use_table_select    3  event y  3  event y                      set_value   1   il ne doit pas etre trop grand                if table 3  event y  GT tailledimvar event y  then                   widget_control  widbase1  use_table_select    0  event y 3  event y                      set_value    0  1  0  tailledimvar event y                   ELSE BEGIN                   if table 1  event y  GT                       tailledimvar event y table 3  event y table 0  event y  then begin                      widget_control  widbase1  use_table_select    1  event y  1  event y                            set_value    tailledimvar event y table 3  event y table 0  event y                    endif                ENDELSE             END             ELSE:          endcase       END       2111:BEGIN                 on a touche aux boutons oui non   on actualise le vecteur selectatt a 0 ou 1 pour l attribut concerne    numero event id           selectatt where widbase2111 EQ event id    event select       end       31:BEGIN                   on a appuye sur  get           widget_control  widbase1  get_value   table          table   fix table           mcshift   where table 2    NE 0           mcoffset   table 0             mccount   table 1             mcstride   table 3             if mcshift 0  NE  1 then BEGIN   il y a des shifts   on lit l integralite des dimensions pour lesquelles il y a un shift             mcoffset mcshift    0             mccount mcshift    tailledimvar mcshift    on active pas stride qd il n y en a pas besoin car ca fait ecrire a   l ecran qqch de louche              if total mcstride  EQ n_elements mcstride  then                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount               ELSE                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount  STRIDE   mcstride   pour faire le shift             mcshift   table 2                mcoffset   table 0                mccount   table 1      on definit commende qui permet de faire un shift             commande    res shift res              for dim   0  varcontient ndims 1 do commande   commande string table 2 dim              commande   commande              rien   execute commande    on redefinit commnade qui permet de couper les dimensions qui n ont   pas ete encore coupees  c est celles que l on shift              commande    res res    initialisation de la commende             for dim   0  varcontient ndims 1 do BEGIN                 if mcshift dim  EQ 0 then commande   commande                   ELSE commande commande string mcoffset dim : string mccount dim mcoffset dim 1              ENDFOR             commande   strmid commande  0  strlen commande 1              rien   execute commande    cas sans shift  on lit directement le bon bout de tableau          ENDIF ELSE BEGIN             if total mcstride  EQ n_elements mcstride  then                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount               ELSE                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount  STRIDE   mcstride          ENDELSE   faut il constituer une structure avec les attributs qui on ete selectionnes          if total selectatt  NE 0 then BEGIN   il y a des attributs selectionnes             res   create_struct varcontient name  res    on cree la structure             selectatt   where selectatt EQ 1    on trouve les attributs selectiones              for attid   0   n_elements selectatt 1 do BEGIN   pour lesquels on prend                widget_control  widbase212 selectatt attid  get_value   attname   le nom                widget_control  widbase213 selectatt attid  get_value   attvalue   la valeur               res   create_struct res  attname 0  attvalue 0    on concatene la structe             endfor          endif          widget_control  event top   destroy  on ferme le 2eme widget          widget_control  base   destroy  on ferme le 1eme widget          ncdf_close cdfid       END       32:                        cas de l affichage d un held  avec xdisplayfile        33:widget_control  event top   destroy  on ferme le 2eme widget       ELSE:    endcase    return end     PRO wid_var  widid_pere         NAME: wid_var     PURPOSE: cette procedure gere le 2eme widget cree qd on appelle   xncdf_lec  ce widget concerne la lecture de la variable     INPUTS: widid_pere: un scalere contenant l identite du widget pere   qui a etait cree par xncdf_lec et qui a permis de selectionner la   variable a lire      OUTPUTS: indirectement res  le tableau ou la structure resultat      COMMON BLOCKS:resultat infovariable indicewid_var motcle            COMMON resultat  res    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON indicewid_var  widbase1  widbase2111  widbase212  widbase213  selectatt    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar    res    1     ouverture de la fenetre de base sous forme de colonnes      widbase   widget_base column  title variable:  varcontient name   align_center  group_leader   widid_pere      ouverture de  sous fenetres de base       widbase1 tableau des offsets      rien   widget_label widbase  value         on saute une ligne   defintion des lables des lignes du tableau    rowlab   string tailledim varcontient dim     for i   0   n_elements rowlab 1 do rowlab i    strtrim rowlab i  1     rowlab   nomdim varcontient dim replicate :   n_elements varcontient dim rowlab   definition des valeurs initiales du tableau    valinit   lonarr 4  n_elements varcontient dim    colonne 0 : les offset    if keyword_set mcoffset  AND n_elements mcoffset  EQ varcontient ndims THEN       valinit 0 mcoffset ELSE valinit 0      0   colonne 1 : les counts    if keyword_set mccount  AND n_elements mccount  EQ varcontient ndims THEN        valinit 1 mccount ELSE valinit 1      tailledim varcontient dim    colonne 2 : les shifts    if keyword_set mcshift  AND n_elements mcshift  EQ varcontient ndims THEN       valinit 2 mcshift ELSE valinit 2      0   colonne 3 : les strides    if keyword_set mcstride  AND n_elements mcstride  EQ varcontient ndims THEN       valinit 3 mcstride ELSE valinit 3      1   test des valeurs initiales du tableau    valinit   fix valinit     valinit 3      1   valinit 3     valinit 0     valinit 1       tailledim varcontient dim valinit 3   valinit 0       valinit 2      valinit 2    MOD  tailledim varcontient dim valinit 3      test des shifts   declaration du tableau    widbase1   widget_table widbase  row_labels   rowlab  value   valinit   editable                                column_labels    Offset   Count   Shift   Stride  uvalue   1    un petit blabla    rien   widget_label widbase  value    ATTENTION: Faire des  return  pour que les valeurs   align_center     rien   widget_label widbase  value    du tableau ou des textes soient bien prises en compte   align_center      widbase2 choix des attributs      rien   widget_label widbase  value         on saute une ligne    widbase2   widget_base widbase   column    pour chaque attribut  on cree un widget  widbase21  qui contient en ligne un   bouton oui non  widbase211  et deux wigdet text  widbase212    widbase213 comportant le nom et la valeur de l attribut     widbase21   lonarr varcontient natts     widbase211   lonarr varcontient natts     widbase2111   lonarr varcontient natts    vecteur qui serviera a savoir quels boutons oui non sont   selectiones  cf  wid_var_event    selectatt   lonarr varcontient natts     selectatt    0    widbase212   lonarr varcontient natts     widbase213   lonarr varcontient natts     for attid   0  varcontient natts 1 do BEGIN  boucle sur le nombre d attributs       widbase21 attid    widget_base widbase2   row        name ncdf_attname cdfid varid attid        ncdf_attget cdfid varid name value       widbase211 attid    widget_base widbase21 attid   nonexclusive        widbase2111 attid     widget_button widbase211 attid  value       uvalue   2111        widbase212 attid    widget_text widbase21 attid  value   name   editable        widbase213 attid    widget_text widbase21 attid  value strtrim string value 1   editable     endfor     widbase3 boutons du bas      widbase3   widget_base widbase   row align_center     widbase31 widget_button widbase3 value GET  uvalue 31     widbase32 widget_button widbase3 value Help  uvalue 32     widbase33 widget_button widbase3 value DONE  uvalue 33     execution de la fentre de base et des sous fenetres      widget_control widbase realize      xmanager wid_var widbase    return end    PRO xncdf_lec_event  event         NAME:xncdf_lec_event     PURPOSE: procedure appele par xmanager qd on appuie sur un bouton du   1ere widget cree par xncdf_lec      INPUTS: event  une structure caracterisant le type d evenement qui   arrive au widget numero1     COMMON BLOCKS:resultat  infovariable  motcle            COMMON resultat  res    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar   quel est le type d evenement     widget_control  event id  get_uvalue uval   case sur le type d evenement    case uval of       1:BEGIN                     on veut lire un autre fichier          widget_control  event id  get_value   nom   on recupere le nom          widget_control  event top   destroy  on ferme le widget          ncdf_close cdfid         on ferme le mauvais fichier qui a ete ouvert   on reapelle xncdf_lec          res   xncdf_lec nom 0  ATT   mcatt  COUNT   mccount  OFFSET   mcoffset  IODIR   mciodir                              SHIFT   mcshift   STRIDE   mcstride  VAR   mcvar            return       END       2:BEGIN                     une variable est selectionee          varid   event index      on recupere son numero ds le fichier Netcdf          varcontient   ncdf_varinq cdfid varid           wid_var  event top       on appelle le programme qui lance le 2eme widget  cf    haut       END       3:BEGIN                     bouton done          widget_control  event top   destroy   on tue le widget          ncdf_close cdfid         on ferme le fichier       END       ELSE:    endcase    return end           NAME: xncdf_lec     PURPOSE: lecture d un fichier Net Cdf avec des widgets        CATEGORY: lecture de fichiers avec widgets     CALLING SEQUENCE: res xncdf_lec nom_fichier       INPUTS:         OPTIONNEL  nom_fichier: c est un string qui donne le nom du         fichier a ouvrir Si nomfichier ne contient pas le caractere         separateur de repertoirte   sous unix par ex  Le fichier         sera cherche ds le repertoire courant     KEYWORD PARAMETERS:           IODIR: string contenant le repertoire ou aller chercher le         fichier a lire  Si nomfichier ne contient pas le caractere         separateur de repertoirte   sous unix par ex  Le fichier         cherche s appelera iodir nom_fichier            COUNT: An optional vector containing the counts to be used in         reading Value  COUNT is a 1 based vector with an element for         each dimension of the data to be written The default matches         the size of the variable so that all data is written out            GROUP: The widget ID of the widget that calls XNCDF_LEC  When         this ID is specified  a death of the caller results in a death         of XNCDF_LEC             OFFSET: An optional vector containing the starting position         for the read  The default start position is  0  0              SHIFT: un vecteur d entiers  specifiant pour chaque dimension         de combien il faut la shifter  Par defaut c est          0 0  cf  la fonction shift pour           d explications  ATTENTION  le shift est effectue sur le         tableau de taille maximum avant la reduction eventuelle         determinee par OFFSET et COUNT  Par contre il est effectue         apres l extraction eventuelle cree par le STRIDE            STRIDE: An optional vector containing the strides  or sampling         intervals  between accessed values of the netCDF variable  The         default stride vector is that for a contiguous read   1  1                OUTPUTS: 2 cas possibles:         1  aucun attributs n a ete selectionne  Dans ce cas res est         le tableau que l on voulait lire          2  Des attributs ont ete selectionnes  Dans ce cas res est une         structre dont le premier element portant le nom de la variable         est le tableau de valeurs et les autre auguments sont les         arguments selectiones     COMMON BLOCKS: wididbase  infovariable  resultat  motcle     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE: help  xncdf_lec      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         24 8 1999         FUNCTION xncdf_lec  nom  ATT   att  COUNT   count  GROUP   group  OFFSET   offset  IODIR   iodir  SHIFT   shift   STRIDE   stride  VAR   var    COMMON wididbase  base    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON resultat  res    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar     bidouille pour utiliser les mots cles  on passe par des variables   declarees ds un common       res    1    if keyword_set att  then mcatt   att ELSE mcatt   0    if keyword_set count  then mccount  count  ELSE mccount   0    if keyword_set offset  then mcoffset   offset ELSE mcoffset   0    if keyword_set shift  then mcshift   shift ELSE mcshift   0    if keyword_set stride  then mcstride   stride ELSE mcstride   0    if keyword_set var  then mcvar   var ELSE mcvar   0     choix du nom du fichier     Quel type de machine est utiliee    thisOS   strupcase strmid version os_family  0  3     CASE thisOS of        MAC :sep    :         WIN :sep           ELSE: sep        ENDCASE   si iodir n est pas definit on l initialise au repertoire courant    if NOT keyword_set iodir  then cd   current   iodir    mciodir   iodir   on complete iodir d un caractere separateur de repertoire si besoin   est     IF rstrpos iodir  sep  NE strlen iodir 1 THEN iodir   iodir sep     if n_elements nom  EQ 0 then BEGIN   si nom n est pas definit   on en trouve un grace au programme dialog_pickfile       nom   dialog_pickfile filter   iodir nc         if nom 0  EQ   then return    1   si on a rien trouve on sort  on complete nom par iodir si nom ne contient pas de caractere  separateur derepertoire    ENDIF ELSE if strpos nom  sep  EQ  1 then nom   iodir nom    test   findfile nom            le nom cherche correspond bien a un fichier     while test 0  EQ   OR n_elements test  GT 1 do BEGIN   on en cherche un tant qu il ne correspond a rien        test   test 0        nom   dialog_pickfile filter   iodir nc        if nom EQ   then return    1       test   findfile nom     endwhile     ouverture du fichier nom      cdfid ncdf_open nom     contient ncdf_inquire cdfid      que contient le fichier      ouverture de la fenetre de base sous forme de colonnes    if n_elements group  EQ 0 then base   widget_base column  title Fichier:  nom   align_left       ELSE base   widget_base column  title Fichier:  nom   align_left  GROUP_LEADER   group    ouverture de  sous fenetres de base       base 1 titre portant le nom du fichier      base1   widget_base base   column   align_center     rien   widget_label base1  value    Net Cdf filename   align_center    blabla    rien   widget_text base1  value   nom   align_center  uvalue 1   editable   nom du fichier que l on peut changer     rien   widget_label base1  value         on saute une ligne     base 2 informations generales sur le fichier      base2   widget_base base   column      informations sur les attributs globaux      if contient ngatts NE  1 then begin       rien   widget_label base2  value    Nombre de attributs globaux:   strtrim contient ngatts 1   align_left        for attiq 0 contient ngatts 1 do BEGIN   bouble sur le nombre d attributs globaux          name ncdf_attname cdfid attiq global   nom de l atribut          ncdf_attget cdfid name value global  valeur de l atribut          rien   widget_text base2  value   name :  strtrim string value 1  xsize   60   scroll   wrap   align_right        endfor       rien   widget_label base2  value          endif      informations sur les dimensions      rien   widget_label base2  value    Nombre de dimensions:  strtrim contient ndims 1   align_left     if contient recdim NE  1 then begin   bouble sur le nombre de dimensions       ncdf_diminq cdfid contient recdim name value   nom et valeur de la dimension       rien   widget_label base2  value    nom de la dimension infinie:  name   align_left     endif      nomdim    strarr contient ndims    vecteur contenant le nom des dimensions    tailledim lonarr contient ndims    vecteur contenant la valeur des dimensions    for dimiq 0 contient ndims 1 do begin   bouble sur le nombre de dimensions       ncdf_diminq cdfid dimiq name value   nom et valeur de la dimension       nomdim dimiq name       tailledim dimiq value       rien   widget_label base2  value   name  de taille:  strtrim value 1   align_right     ENDFOR    rien   widget_label base2  value         on saute une ligne     base 3 choix de la variable      base3   widget_base base   column     rien   widget_label base3  value    Nombre de variables:  strtrim contient nvars 1   align_left     base31   widget_base base3   row   align_center   creation d un vecteur listename contenant le nom de toutes les  variables du fichier    listename   strarr contient nvars     for varid 0 contient nvars 1 do begin       varcontient ncdf_varinq cdfid varid    que contient la variable       listename varid    varcontient name    endfor    rien  widget_label base31  value    variable    creation d un bouton a menu deroulant    base311 widget_droplist base31 value listename  uvalue 2     rien   widget_label base3  value         base 4 bouton done      base4   widget_base base   row     base42 widget_button base4 value done  uvalue 3   align_right   execution de la fentre de base et des sous fenetres    widget_control base realize      xmanager xncdf_lec base          return  res end");
-a[235] = new Array("./ToBeReviewed/MATRICE/cmapply.html", "cmapply.pro", "", "    NAME:     CMAPPLY     AUTHOR:     Craig B  Markwardt  NASA GSFC Code 662  Greenbelt  MD 20770     craigm lheamail gsfc nasa gov     PURPOSE:     Applies a function to specified dimensions of an array     MAJOR TOPICS:     Arrays     CALLING SEQUENCE:     XX   CMAPPLY OP  ARRAY  DIMS   DOUBLE   TYPE TYPE      DESCRIPTION:     CMAPPLY will apply one of a few select functions to specified      dimensions of an array   Unlike some IDL functions  you  do  have     a choice of which dimensions that are to be  collapsed  by this     function   Iterative loops are avoided where possible  for      performance reasons        The possible functions are:              and number of loop iterations:                Performs a sum  as in TOTAL        number of collapsed dimensions       AND     Finds LOGICAL  AND   not bitwise   same       OR      Finds LOGICAL  OR    not bitwise   same               Performs a product                 LOG_2 no  of collapsed elts          MIN     Finds the minimum value            smaller of no  of collapsed       MAX     Finds the maximum value            or output elements         USER    Applies user defined function      no  of output elements         It is possible to perform user defined operations arrays using     CMAPPLY   The OP parameter is set to  USER:FUNCTNAME  where     FUNCTNAME is the name of a user defined function   The user     defined function should be defined such that it accepts a single     parameter  a vector  and returns a single scalar value   Here is a     prototype for the function definition:          FUNCTION FUNCTNAME  x  KEYWORD1 key1              scalar     function of x or keywords             RETURN  scalar        END       The function may accept keywords   Keyword values are passed in to     CMAPPLY through the FUNCTARGS keywords parameter  and passed to     the user function via the _EXTRA mechanism   Thus  while the     definition of the user function is highly constrained in the     number of positional parameters  there is absolute freedom in     passing keyword parameters        It s worth noting however  that the implementation of user defined     functions is not particularly optimized for speed   Users are     encouraged to implement their own array if the number of output     elements is large        INPUTS:       OP   The operation to perform  as a string   May be upper or lower          case             If a user defined operation is to be passed  then OP is of          the form   USER:FUNCTNAME  where FUNCTNAME is the name of          the user defined function        ARRAY   An array of values to be operated on   Must not be of type             STRING  7  or STRUCTURE  8      OPTIONAL INPUTS:       DIMS   An array of dimensions that are to be  collapsed  where            the the first dimension starts with 1  ie  same convention            as IDL function TOTAL   Whereas TOTAL only allows one            dimension to be added  you can specify multiple dimensions            to CMAPPLY   Order does not matter  since all operations            are associative and transitive   NOTE: the dimensions refer            to the  input  array  not the output array   IDL allows a             maximum of 8 dimensions             DEFAULT: 1  ie  first dimension      KEYWORDS:       DOUBLE   Set this if you wish the internal computations to be done              in double precision if necessary   If ARRAY is double               precision  real or complex  then DOUBLE 1 is implied               DEFAULT: not set       TYPE   Set this to the IDL code of the desired output type  refer            to documentation of SIZE   Internal results will be            rounded to the nearest integer if the output type is an            integer type             DEFAULT: same is input type       FUNCTARGS   If OP is  USER:  then the contents of this keyword                 are passed to the user function using the _EXTRA                 mechanism   This way you can pass additional data to                 your user supplied function  via keywords  without                 using common blocks                  DEFAULT: undefined  i e  no keywords passed by _EXTRA      RETURN VALUE:       An array of the required TYPE  whose elements are the result of     the requested operation   Depending on the operation and number of     elements in the input array  the result may be vulnerable to     overflow or underflow      EXAMPLES:     Shows how CMAPPLY can be used to total the second dimension of the     array called IN   This is equivalent to OUT   TOTAL IN  2        IDL  IN    INDGEN 5 5      IDL  OUT   CMAPPLY  IN   2      IDL  HELP  OUT     OUT             INT         Array 5        Second example   Input is assumed to be an 5x100 array of 1 s and     0 s indicating the status of 5 detectors at 100 points in time      The desired output is an array of 100 values  indicating whether     all 5 detectors are on  1  at one time   Use the logical AND     operation        IDL  IN   detector_status               5x100 array     IDL  OUT   CMAPPLY AND  IN   1       collapses 1st dimension     IDL  HELP  OUT     OUT             BYTE        Array 100         note that MIN could also have been used in this particular case      although there would have been more loop iterations        Third example   Shows sum over first and third dimensions in an     array with dimensions 4x4x4:       IDL  IN   INDGEN 4 4 4      IDL  OUT   CMAPPLY  IN   1 3      IDL  PRINT  OUT          408     472     536     600       Fourth example  A user function  MEDIAN  is used:       IDL  IN   RANDOMN SEED 10 10 5      IDL  OUT   CMAPPLY USER:MEDIAN  IN  3      IDL  HELP  OUT     OUT             FLOAT       Array 10  10         OUT i j  is the median value of IN i j      MODIFICATION HISTORY:     Mar 1998  Written  CM     Changed usage message to not bomb  24 Mar 2000  CM     Signficant rewrite for   MIN and MAX  inspired by Todd Clements         FOR loop indices are now type       LONG  copying terms are liberalized  CM  22  Aug 2000     More efficient MAX MIN  inspired by Alex Schuster  CM  25 Jan       2002     Make new MAX MIN actually work with 3d arrays  CM  08 Feb 2002     Add user defined functions  ON_ERROR  CM  09 Feb 2002     Correct bug in MAX MIN initialization of RESULT  CM  05 Dec 2002       Id: cmapply pro 31 2006 05 02 13:54:11Z pinsard         Copyright  C  1998  2000  2002  Craig Markwardt   This software is provided as is without any warranty whatsoever    Permission to use  copy  modify  and distribute modified or   unmodified copies is granted  provided this copyright and disclaimer   are included unchanged       Utility function  adapted from CMPRODUCT function cmapply_product  x   sz   size x    n   sz 1     while n GT 1 do begin       if  n mod 2  EQ 1 then x 0    x 0    x n 1        n2   floor n 2        x   x 0:n2 1    x n2:        n   n2   endwhile   return  reform x 0   overwrite  end    Utility function  used to collect collaped dimensions pro cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep   sz   size newarr      First task: rearrange dimensions so that the dimensions     that are  kept   ie  uncollapsed  are at the back   dimkeep   where histogram dimapply min 1 max sz 0  ne 1  nkeep    if nkeep EQ 0 then return    newarr   transpose temporary newarr   dimapply 1  dimkeep      totcol is the total number of collapsed elements   totcol   sz dimapply 0    for i   1  n_elements dimapply 1 do totcol   totcol   sz dimapply i    totkeep   sz dimkeep 0 1    for i   1  n_elements dimkeep 1 do totkeep   totkeep   sz dimkeep i 1       this new array has two dimensions:         the first  all elements that will be collapsed         the second  all dimensions that will be preserved      the ordering is so that all elements to be collapsed are      adjacent in memory    newarr   reform newarr   totcol  totkeep   overwrite  end    Main function function cmapply  op  array  dimapply  double dbl  type type                      functargs functargs  nocatch nocatch    if n_params  LT 2 then begin       message   USAGE: XX   CMAPPLY OP ARRAY 2   info       message          where OP is     AND  OR  MIN  MAX   info       return   1L   endif   if NOT keyword_set nocatch  then       on_error  2     else       on_error  0      Parameter checking     1  the dimensions of the array   sz   size array    if sz 0  EQ 0 then       message   ERROR: ARRAY must be an array       2  The type of the array   if sz sz 0 1  EQ 0 OR sz sz 0 1  EQ 7 OR sz sz 0 1  EQ 8 then       message   ERROR: Cannot apply to UNDEFINED  STRING  or STRUCTURE    if n_elements type  EQ 0 then type   sz sz 0 1       3  The type of the operation   szop   size op    if szop szop 0 1  NE 7 then       message   ERROR: operation OP was not a string       4  The dimensions to apply  default is to apply to first dim    if n_params  EQ 2 then dimapply   1   dimapply     dimapply     dimapply   dimapply sort dimapply      Sort in ascending order   napply   n_elements dimapply       5  Use double precision if requested or if needed   if n_elements dbl  EQ 0 then begin       dbl 0       if type EQ 5 OR type EQ 9 then dbl 1   endif    newop   strupcase op    newarr   array   newarr   reform newarr  sz 1:sz 0   overwrite    case 1 of            Addition        newop EQ  : begin           for i   0L  napply 1 do begin               newarr   total temporary newarr  dimapply i i  double dbl            endfor       end            Multiplication        newop EQ  : begin   Multiplication  by summation of logarithms            cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep           if nkeep EQ 0 then begin               newarr   reform newarr  n_elements newarr  1   overwrite                return   cmapply_product newarr 0            endif            result   cmapply_product newarr            result   reform result  sz dimkeep 1   overwrite            return  result       end            LOGICAL AND or OR        newop EQ  AND  OR  newop EQ  OR : begin           newarr   temporary newarr  NE 0           totelt   1L           for i   0L  napply 1 do begin               newarr   total temporary newarr  dimapply i i                totelt   totelt   sz dimapply i            endfor           if newop EQ  AND  then return   round newarr  EQ totelt            if newop EQ  OR   then return   round newarr  NE 0        end          Operations requiring a little more attention over how to         iterate        newop EQ  MAX  OR  newop EQ  MIN : begin           cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep           if nkeep EQ 0 then begin               if newop EQ  MAX  then return  max newarr                if newop EQ  MIN  then return  min newarr            endif                        Next task: create result array           result   make_array totkeep  type type                         Now either iterate over the number of output elements  or             the number of collapsed elements  whichever is smaller            if totcol LT totkeep then begin                 Iterate over the number of collapsed elements               result 0    reform newarr 0 totkeep overwrite                case newop of                     MAX : for i   1L  totcol 1 do                       result 0    result   newarr i                     MIN : for i   1L  totcol 1 do                       result 0    result   newarr i                endcase           endif else begin                 Iterate over the number of output elements               case newop of                     MAX : for i   0L  totkeep 1 do result i    max newarr i                     MIN : for i   0L  totkeep 1 do result i    min newarr i                endcase           endelse            result   reform result  sz dimkeep 1   overwrite            return  result       end          User function        strmid newop 0 4  EQ  USER : begin           functname   strmid newop 5            if functname EQ   then               message   ERROR:  newop  is not a valid operation             cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep           if nkeep EQ 0 then begin               if n_elements functargs  GT 0 then                   return  call_function functname  newarr  _EXTRA functargs                return  call_function functname  newarr            endif                        Next task: create result array           result   make_array totkeep  type type                         Iterate over the number of output elements           if n_elements functargs  GT 0 then begin               for i   0L  totkeep 1 do                   result i    call_function functname  newarr i  _EXTRA functargs            endif else begin               for i   0L  totkeep 1 do                   result i    call_function functname  newarr i            endelse            result   reform result  sz dimkeep 1   overwrite            return  result       end                   endcase    newsz   size newarr    if type EQ newsz newsz 0 1  then return  newarr      Cast the result into the desired type  if necessary   castfns    UNDEF   BYTE   FIX   LONG   FLOAT                  DOUBLE   COMPLEX   UNDEF   UNDEF   DCOMPLEX      if type GE 1 AND type LE 3 then       return  call_function castfns type  round newarr      else       return  call_function castfns type  newarr  end   ");
-a[236] = new Array("./ToBeReviewed/MATRICE/cmset_op.html", "cmset_op.pro", "", "    NAME:     CMSET_OP     AUTHOR:     Craig B  Markwardt  NASA GSFC Code 662  Greenbelt  MD 20770     craigm lheamail gsfc nasa gov     PURPOSE:     Performs an AND  OR  or XOR operation between two sets     CALLING SEQUENCE:     SET        CMSET_OP A  OP  B      DESCRIPTION:        SET_OP performs three common operations between two sets   The     three supported functions of OP are:            OP          Meaning         AND    to find the intersection of A and B          OR     to find the union of A and B          XOR    to find the those elements who are members of A or B                 but not both        Sets as defined here are one dimensional arrays composed of     numeric or string types   Comparisons of equality between elements     are done using the IDL EQ operator        The complements of either set can be taken as well  by using the     NOT1 and NOT2 keywords   For example  it may be desireable to find     the elements in A but not B  or B but not A  they are different      The following IDL expressions achieve each of those effects:          SET   CMSET_OP A   AND   NOT2  B      A but not B        SET   CMSET_OP NOT1  A   AND  B      B but not A       Note the distinction between NOT1 and NOT2   NOT1 refers to the     first set  A  and NOT2 refers to the second  B   Their ordered     placement in the calling sequence is entirely optional  but the     above ordering makes the logical meaning explicit        NOT1 and NOT2 can only be set for the  AND  operator  and never     simultaneously   This is because the results of an operation with      OR  or  XOR  and any combination of NOTs   or with  AND  and     both NOTs   formally cannot produce a defined result        The implementation depends on the type of operands   For integer     types  a fast technique using HISTOGRAM is used   However  this     algorithm becomes inefficient when the dynamic range in the data     is large   For those cases  and for other data types  a technique     based on SORT  is used   Thus the compute time should scale     roughly as  A B ALOG A B  or better  rather than  A B  for the     brute force approach   For large arrays this is a significant     benefit      INPUTS:       A  B   the two sets to be operated on   A one dimensional array of            either numeric or string type   A and B must be of the same            type   Empty sets are permitted  and are either represented            as an undefined variable  or by setting EMPTY1 or EMPTY2        OP   a string  the operation to be performed   Must be one of           AND   OR  or  XOR   lower or mixed case is permitted           Other operations will cause an error message to be produced      KEYWORDS:       NOT1  NOT2   if set and OP is  AND  then the complement of A  for                  NOT1  or B  for NOT2  will be used in the operation                   NOT1 and NOT2 cannot be set simultaneously        EMPTY1  EMPTY2   if set  then A  for EMPTY1  or B  for EMPTY2  are                      assumed to be the empty set   The actual values                      passed as A or B are then ignored        INDEX   if set  then return a list of indices instead of the array             values themselves   The  slower  set operations are always             performed in this case                The indices refer to the  combined  array  A B   To             clarify  in the following call: I   CMSET_OP   INDEX              returned values from 0 to NA 1 refer to A I  and values             from NA to NA NB 1 refer to B I NA        COUNT   upon return  the number of elements in the result set              This is only important when the result set is the empty             set  in which case COUNT is set to zero      RETURNS:       The resulting set as a one dimensional array   The set may be     represented by either an array of data values  default  or an     array of indices  if INDEX is set   Duplicate elements  if any      are removed  and element order may not be preserved        The empty set is represented as a return value of  1L  and COUNT     is set to zero   Note that the only way to recognize the empty set     is to examine COUNT      SEE ALSO:       SET_UTILS PRO by RSI     MODIFICATION HISTORY:     Written  CM  23 Feb 2000     Added empty set capability  CM  25 Feb 2000     Documentation clarification  CM 02 Mar 2000     Incompatible but more consistent reworking of EMPTY keywords  CM        04 Mar 2000     Minor documentation clarifications  CM  26 Mar 2000     Corrected bug in empty_arg special case  CM 06 Apr 2000     Add INDEX keyword  CM 31 Jul 2000     Clarify INDEX keyword documentation  CM 06 Sep 2000     Made INDEX keyword always force SLOW_SET_OP  CM 06 Sep 2000     Added CMSET_OP_UNIQ  and ability to select FIRST_UNIQUE or       LAST_UNIQUE values  CM  18 Sep 2000     Removed FIRST_UNIQUE and LAST_UNIQUE  and streamlined       CMSET_OP_UNIQ until problems with SORT can be understood  CM  20       Sep 2000  thanks to Ben Tupper      Still trying to get documentation of INDEX and NOT right  CM  28       Sep 2000  no code changes      Correct bug for AND case  when input sets A and B each only have       one unique value  and the values are equal   CM  04 Mar 2004        thanks to James B  jbattat at cfa dot harvard dot edu      Add support for the cases where the input data types are mixed         but still compatible  also  attempt to return the same data        type that was passed in  CM  05 Feb 2005     Fix bug in type checking  thanks to  marit  CM  10 Dec 2005     Work around a stupidity in the built in IDL HISTOGRAM routine         which tries to  help  you by restricting the MIN MAX to the        range of the input variable  thanks to Will Maddox  CM  16 Jan 2006       Id: cmset_op pro v 1 6 2006 01 16 19:45:22 craigm Exp         Copyright  C  2000  2004  2005  2006  Craig Markwardt   This software is provided as is without any warranty whatsoever    Permission to use  copy  modify  and distribute modified or   unmodified copies is granted  provided this copyright and disclaimer   are included unchanged       Utility function  similar to UNIQ  but allowing choice of taking   first or last unique element  or non unique elements    Unfortunately this doesn t work because of implementation dependent   versions of the SORT  function     function cmset_op_uniq  a  first first  non non  count ct  sort sortit     if n_elements a  LE 1 then return  0L     sh    2L keyword_set first 1L 2L keyword_set non 1        if keyword_set sortit  then begin           Sort it manually         ii   sort a    b   a ii          if keyword_set non  then wh   where b EQ shift b  sh  ct            else                     wh   where b NE shift b  sh  ct          if ct GT 0 then return  ii wh      endif else begin           Use the user s values directly         if keyword_set non  then wh   where a EQ shift a  sh  ct            else                     wh   where a NE shift a  sh  ct          if ct GT 0 then return  wh     endelse       if keyword_set first  then return  0L else return  n_elements a 1   end    Simplified version of CMSET_OP_UNIQ which sorts  and takes the    first  value  whatever that may mean  function cmset_op_uniq  a   if n_elements a  LE 1 then return  0L    ii   sort a    b   a ii    wh   where b NE shift b   1L  ct    if ct GT 0 then return  ii wh     return  0L end  function cmset_op  a  op0  b  not1 not1  not2 not2  count count                  empty1 empty1  empty2 empty2  maxarray ma  index index    on_error  2   return on error   count   0L   index0    1L     Histogram technique is used for array sizes  max2       nbins   maxx minn 1       if  maxx minn  GT floor ma 0  then goto  SLOW_SET_OP          Work around a stupidity in the built in IDL HISTOGRAM routine       if  tp1 EQ 2 OR tp2 EQ 2  AND  minn LT  32768 OR maxx GT 32767  then           goto  SLOW_SET_OP          Following operations create a histogram of the integer values        ha   histogram a  min minn  max maxx    1       hb   histogram b  min minn  max maxx    1          Compute NOT cases       if keyword_set not1  then ha   1b   ha         if keyword_set not2  then hb   1b   hb       case op of              Boolean operations            AND : mask   temporary ha  AND temporary hb               OR : mask   temporary ha   OR temporary hb             XOR : mask   temporary ha  XOR temporary hb        endcase        wh   where temporary mask  count        if count EQ 0 then return   1L              result   temporary wh minn        if tp1 NE tp2 then return  result       szr   size result    tpr   szr szr 0 1           Cast to the original type if necessary       if tpr NE tp1 then begin           fresult   make_array n_elements result  type tp1            fresult 0    temporary result            result   temporary fresult        endif        return  result    endelse    return   1L    DEFAULT CASE end        Here is how I did the INDEX stuff with fast histogramming   It       works  but is complicated  so I forced it to go to SLOW_SET_OP        ha   histogram a  min minn  max maxx  reverse ra    1       rr   ra 0:nbins    mask   rr NE rr 1:    ra   ra rr mask 1L mask       hb   histogram b  min minn  max maxx  reverse rb    1       rr   rb 0:nbins    mask   rr NE rr 1:    rb   rb rr mask 1L mask          AND OR XOR NOT masking here         ra   ra wh    rb   rb wh        return  ra ra GE 0     rb n1 ra LT 0    is last  ra  right  ");
-a[237] = new Array("./ToBeReviewed/MATRICE/colle.html", "colle.pro", "", "          NAME:colle     PURPOSE: Cette fonction de concatenation existe ds IDL  avec   cf   ds le programme ds le case pour direc egale 1 2 3  tant que l on ne   cherche pas a coller suivant une dimensionsuperieure ou egale a 4        CATEGORY:bidouillage de matrice     CALLING SEQUENCE:res colle bableau_de_pointeur direc  ou bien                    res colle tab1 tab2 tab3 tab4 direc      INPUTS:                     CAS 1:          tableau_de_pointeur:comme son nom l indique c est un tableau          de pointeur  dont chaque elements pointe sur tableau a coller            par ex ds un programme  on veut coller n tableaux entre eux              tab ptrarr n allocate_heap             for i 0 n 1 do begin                tab n replicate n 2 3             endfor            res colle tab 1             CAS 2:          on donne directement les tableaux a coller          rq: ds ce cas on peut au plus donner 20 tableaux en entree             ATTENTION : sans le mot cle  SAUVE les arguments en entree          sont detruits lorsque l on construit res  ds le cas 1 on          detruit le tableau de pointeurs et les variables sur          lesquelles on pointe             direc: la direction suivant laquelle les coller  1 2 3       KEYWORD PARAMETERS:              SAUVE: mot cle qui force a sauvegarder le tableau de           pointeur et les tableaux a coller      OUTPUTS:res matrice resultat     RESTRICTIONS:     EXAMPLE:              IDL  print  colle replicate 1 2 2 2 indgen 2 2 2 2                      1       1                  1       1                  0       1                  2       3                    1       1                  1       1                  4       5                  6       7     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          13 1 98           pour suprimer une variable       PRO UNDEFINE  varname         tempvar   SIZE TEMPORARY varname     END     FUNCTION colle  a0  a1  a2  a3  a4  a5  a6  a7  a8  a9  a10  a11  a12  a13  a14  a15  a16  a17  a18  a19  a20  SAUVE   sauve    res    1     on met en place ptrtab et direc en fonction des arguments en entree      case 1 of       n_params  EQ 2:BEGIN       cas ou l on donne directement le tableau de pointeurs          ptrtab   a0          direc   a1          if NOT keyword_set sauve  then undefine  a0   on recupere le nombre de tableaux a coller          nbretab    size ptrtab 1        end       n_params  GT 2:BEGIN   on recupere le nombre de tableaux a coller          nbretab   n_params 1          bidon   execute direc   a strtrim n_params 1  2    on ecrit le tableau de pointeur dont chaque element pointe sur un tableau          ptrtab ptrarr nbretab allocate_heap           for n   0 nbretab 1 do begin             bidon   execute ptrtab n a strtrim n  2              if NOT keyword_set sauve  then bidon   execute undefine  a strtrim n  2           endfor          sauve   0       end       ELSE:    endcase     case sur la valeure de direc      case direc of       1:BEGIN                     on colle suivant la dimension 1          res    ptrtab 0           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN             res    temporary res   ptrtab n              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR        END        2:BEGIN                     on colle suivant la dimension 2          res    ptrtab 0           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN             res    temporary res   ptrtab n              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR        END        3:BEGIN                     on colle suivant la dimension 3          res    ptrtab 0           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN             res    temporary res   ptrtab n              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR        END       ELSE:BEGIN    on transpose res de facon a mettre la dimension a coller numero 1    pour cela on contient le vecteur permute qui donne la place que   doivent prendre les dimensions ds la matrice transposee         siz    size ptrtab 0 0           if siz LT direc then              ptrtab 0    reform ptrtab 0   size ptrtab 0 1:siz  replicate 1  direc siz   over           permute   indgen size ptrtab 0 0           permute 0    direc 1          permute direc 1    0          res   transpose ptrtab 0  permute           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN   on colle suivant la dimension 1             if  size ptrtab n 0  LT direc then                 ptrtab n    reform ptrtab n   size ptrtab n 1:siz  replicate 1  direc siz                          res    temporary res  transpose ptrtab n  permute              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR          res   transpose temporary res  permute        END    ENDCASE       if NOT keyword_set sauve  then undefine  ptrtab sortie:    return   res      END     ");
-a[238] = new Array("./ToBeReviewed/MATRICE/congridseb.html", "congridseb.pro", "", "          NAME:CONGRIDSEB     PURPOSE:meme chose que congrid mais qui marche            cf par ex:  IDL  print  congrid 1 2 3 4 5 6 7 8 12 4          1 1 1 2 2 2 3 3 3 3 4 4         1 1 1 2 2 2 3 3 3 3 4 4         5 5 5 6 6 6 7 7 7 7 8 8         5 5 5 6 6 6 7 7 7 7 8 8  IDL  print  rebin 1 2 3 4 5 6 7 8 12 4          1 1 1 2 2 2 3 3 3 4 4 4         3 3 3 4 4 4 5 5 5 6 6 6         5 5 5 6 6 6 7 7 7 8 8 8         5 5 5 6 6 6 7 7 7 8 8 8  IDL  print  congridseb 1 2 3 4 5 6 7 8 12 4          1 1 1 2 2 2 3 3 3 4 4 4         1 1 1 2 2 2 3 3 3 4 4 4         5 5 5 6 6 6 7 7 7 8 8 8         5 5 5 6 6 6 7 7 7 8 8 8     CATEGORY:bidouille matrices     CALLING SEQUENCE:res congridseb tableau x y      INPUTS:tableau:un tableau 1 ou 2d          x:dim en x du resultat doit etre un multiple de dim en x de tableau          y:dim en y du resultat doit etre un multiple de dim en y de tableau     KEYWORD PARAMETERS:     OUTPUTS:res un tableau de dim x   y     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                         20 3 98                        18 6 1999 supression d une horrible boucle         function congridseb  tableau  x  y    res tableau    taille   size tableau     CASE N_PARAMS  OF       2: begin          res replicate 1 1 x taille 1 res           return  res        end       3: begin          res   transpose res           res   replicate 1  1 y taille 2 res           res   reform res  y  taille 1   over           res   transpose res           res   replicate 1  1 x taille 1 res          return  reform res  x y   overwrite        end       else: return  report Mauvais nombre de parametre dans l appel de CONGRIDSEB     endcase             end");
-a[239] = new Array("./ToBeReviewed/MATRICE/different.html", "different.pro", "", "          NAME:different     PURPOSE:calcule les elements differents de 2 matrices D ENTIERS POSITIFS     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res different a b      INPUTS:a et b:arrays of positive integers  which need                 not be sorted  Duplicate elements are ignored  as they have no                 effect on the result     KEYWORD PARAMETERS:     OUTPUTS:tableau     COMMON BLOCKS:     SIDE EFFECTS:     The empty set is denoted by an array with the first element equal to    1      RESTRICTIONS:     These functions will not be efficient on sparse sets with wide   ranges  as they trade memory for efficiency  The HISTOGRAM function   is used  which creates arrays of size equal to the range of the   resulting set      EXAMPLE:       a    2 4 6 8      b    6 1 3 2      different a b      4  8            Elements in A but not in B     MODIFICATION HISTORY:      http: www dfanning com tips set_operations html         FUNCTION different  a  b           a and  not b    elements in A but not in B  mina   Min a  Max maxa  minb   Min b  Max maxb  IF  minb GT maxa  OR  maxb LT mina  THEN RETURN  a  No intersection  r   Where Histogram a  Min mina  Max maxa               1 Histogram b  Min mina  Max maxa  count  IF count eq 0 THEN RETURN   1 ELSE RETURN  r   mina END");
-a[240] = new Array("./ToBeReviewed/MATRICE/extrait.html", "extrait.pro", "", "          NAME:extrait     PURPOSE:extraction de sous domaines de matrices  Meme si le sous   domaine est  troue  cf  : l exemple   Par defaut IDL peut faire des extractions de sous domaines:          IDL  a indgen 5 5          IDL  print  a                0       1       2       3       4               5       6       7       8       9              10      11      12      13      14              15      16      17      18      19              20      21      22      23      24        IDL  print  a 0 2 3                15      17        IDL  print  a 0 2                  0       2               5       7              10      12              15      17              20      22   mais         IDL  print  a 0 2 3 4                15      22   alors que        IDL  print  extrait a 0 2 3 4                 15      17              20      22     CATEGORY:bidouille avec les matrices     CALLING SEQUENCE:res extrait tab indicex indicey indicez indicet      INPUTS:          tab: un tableau 1 2 3 ou 4 d            indicex: indicex peut avoir deux formes:                1 un vecteur contenant les indices des lignes a garder                2 le string   dans ce cas touts les lignes sont                gardees            indicey z t: la meme chose que indicex mais pour les          dimensions 2 3 et 4             rq: il faut autant de vecteurs indice que tab a de dimensions     KEYWORD PARAMETERS:     OUTPUTS:           res: une matice 1 2 3 ou 4d extraite a partir de tab     COMMON BLOCKS:     SIDE EFFECTS:res 1 en cas d erreur     RESTRICTIONS:     EXAMPLE:   j ai une matrice A de dim 2  je veux en extraire une petite matrice   2d interscetion de la ligne 2 3 et 7 et de la colonne 0 et 1                res extrait A 2 3 7 0 1     autre ex:        IDL  print  a         a b c        d e f        g h i        IDL  print  extrait a 0 2 0 2                 a c        g i     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          12 1 1999                         29 4 1999: correction d un bug et complement                         de l en tete         FUNCTION extrait  tab  indicex  indicey  indicez  indicet      taille   size tab      test du nombre de parametres   et de la nature de indice  pour LE cas  x       if n_params  NE taille 0 1 THEN       return  report il faut autant d indices que de dimension du tableau     IF n_params  GE 5 THEN BEGIN        if size indicet type  EQ 7 then indicet   lindgen taille 4          ELSE indicet   long indicet        nt   n_elements indicet      ENDIF     IF n_params  GE 4 THEN BEGIN        if size indicez type  EQ 7 then indicez   lindgen taille 3          ELSE indicez   long indicez        nz   n_elements indicez      ENDIF     IF n_params  GE 3 THEN BEGIN        if size indicey type  EQ 7 then indicey   lindgen taille 2          ELSE indicey   long indicey        ny   n_elements indicey      ENDIF    IF n_params  GE 2 THEN BEGIN        if size indicex type  EQ 7 then indicex   lindgen taille 1          ELSE indicex   long indicex        nx   n_elements indicex      ENDIF         construction du tableau d indice et du resultat suivant la taille   de tab     case taille 0  of       1:res   tab indicex        2:BEGIN          indice   indicex replicate 1  ny taille 1 replicate 1  nx indicey          res   tab indice        END        3:BEGIN          indice   indicex replicate 1  ny taille 1 replicate 1  nx indicey          indice   temporary indice replicate 1  nz               taille 1 taille 2 replicate 1  nx ny indicez          res   tab reform indice  nx  ny  nz   over        END        4:BEGIN          indice   indicex replicate 1  ny taille 1 replicate 1  nx indicey          indice   temporary indice replicate 1  nz               taille 1 taille 2 replicate 1  nx ny indicez          indice   temporary indice replicate 1  nt               taille 1 taille 2 taille 3 replicate 1  nx ny nz indicet          res   tab reform indice  nx  ny  nz  nz   over        END     endcase          return  res end");
-a[241] = new Array("./ToBeReviewed/MATRICE/inter.html", "inter.pro", "", "          NAME:inter     PURPOSE:calcule l intersection de 2 matrices D ENTIERS POSITIFS     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res inter a b      INPUTS:a et b:arrays of positive integers  which need not to be   sorted  Duplicate elements are ignored  as they have noeffect on the   result     KEYWORD PARAMETERS:     OUTPUTS:tableau     COMMON BLOCKS:     SIDE EFFECTS:     The empty set is denoted by an array with the first element equal to    1      RESTRICTIONS:     These functions will not be efficient on sparse sets with wide   ranges  as they trade memory for efficiency  The HISTOGRAM function   is used  which creates arrays of size equal to the range of the   resulting set      EXAMPLE:       a    2 4 6 8      b    6 1 3 2      inter a b      2  6          Common elements     MODIFICATION HISTORY:      http: www dfanning com tips set_operations html          FUNCTION inter  a  b      case 1 of       n_elements a  EQ 0:return    1       n_elements b  EQ 0:return    1       n_elements a  EQ 1 AND n_elements b  NE 1:          if  where b EQ a 0 0  EQ  1 then return   1 ELSE return   a 0        n_elements b  EQ 1 AND n_elements a  NE 1:          if  where a EQ b 0 0  EQ  1 then return   1 ELSE return   b 0        n_elements a  EQ 1 AND n_elements b  EQ 1:          if  where a 0  EQ b 0 0  EQ  1 then return   1 ELSE return   a 0        ELSE:    ENDCASE   minab   Min a  Max maxa    Min b  Max maxb   Only need intersection of ranges maxab   maxa   maxb       If either set is empty  or their ranges don t intersect: result   NULL   IF maxab LT minab OR maxab LT 0 THEN RETURN   1 r   Where Histogram a  Min minab  Max maxab               Histogram b  Min minab  Max maxab  count   IF count EQ 0 THEN RETURN   1 ELSE RETURN  r   minab END");
-a[242] = new Array("./ToBeReviewed/MATRICE/make_selection.html", "make_selection.pro", "", "   Id: make_selection pro 31 2006 05 02 13:54:11Z pinsard         NAME:          MAKE_SELECTION  function      PURPOSE:          Convert an array of selected values to an index          array that identifies the selected values in a list          or data array       CATEGORY:          Tools     CALLING SEQUENCE:          index   MAKE_SELECTION NAMES SELNAMES  keywords      INPUTS:          NAMES   A list or array of values to choose from             SELNAMES   A list of selected values     KEYWORD PARAMETERS:          ONLY_VALID   Return only indices of found values  Values not              found are skipped  Default is to return 1 index value for              each SELNAME  which is  1 if SELNAME is not contained in               NAMES  If ONLY_VALID is set  the  1 values will be deleted               and a value of  1 indicates that no SELNAME has been found              at all             REQUIRED   Normally  MAKE_SELECTION will return indices for              all values that are found  simply ignoring the selected              values that are not in the NAMES array  although an error              message is displayed  Set this keyword to return with               1 as soon as a selected value is not found             QUIET   Suppress printing of the error message if a              selected value is not found  the error condition will              still be set      OUTPUTS:          A  long  array with indices to reference the selected values          in the NAMES array      SUBROUTINES:     REQUIREMENTS:     NOTES:          If the NAMES array contains multiple entries of the same value           only the index to the first entry will be returned             A selection can contain multiple instances of the same value           The index array will contain one entry per selected item           See example below      EXAMPLE:          names      Alfred Anton Peter John Mary           index   MAKE_SELECTION names Peter Mary           print index            prints  2  4            vals   indgen 20           index   MAKE_SELECTION vals 9 5 8 7 7 8 9           print index            prints  9   1  8  7  7  8  9            index   MAKE_SELECTION vals 9 5 8 7 7 8 9 ONLY_VALID           print index            prints  9  8  7  7  8  9            index   MAKE_SELECTION vals 9 5 8 7 7 8 9 REQUIRED           print index            prints   1       MODIFICATION HISTORY:          mgs  28 Aug 1998: VERSION 1 00          mgs  29 Aug 1998:   changed behaviour and added ONLY_VALID keyword       Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine make_selection      function make_selection names selnames                 only_valid only_valid required required                 quiet quiet             return an index array with a number for each element in        selnames that is found in names        Set the REQUIRED keyword to return  1 if one element is       not found  otherwise  1 will only be returned  if no        element is found          reset error state to 0     message reset       quiet   keyword_set quiet      result    1L       for i 0 n_elements selnames 1 do begin        test   where names eq selnames i         result     result  test 0            if  test 0  lt 0  then begin            if  keyword_set ONLY_VALID  OR keyword_set REQUIRED  then                 message Selected name not found in names array                           strtrim selnames i 2 CONT NOPRINT quiet            if  keyword_set required  then return 1L        endif     endfor       if  n_elements result  gt 1  then result   result 1:       if  keyword_set only_valid  then begin         ind   where result ge 0          if  ind 0  ge 0  then result   result ind            else result    1L     endif       return result   end");
-a[243] = new Array("./ToBeReviewed/MATRICE/union.html", "union.pro", "", "          NAME:union     PURPOSE:calcule l union de 2 matrices D ENTIERS POSITIFS     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res union a b      INPUTS:a et b:arrays of positive integers  which need                 not be sorted  Duplicate elements are ignored  as they have no                 effect on the result     KEYWORD PARAMETERS:     OUTPUTS:tableau     COMMON BLOCKS:     SIDE EFFECTS:     The empty set is denoted by an array with the first element equal to    1      RESTRICTIONS:     These functions will not be efficient on sparse sets with wide   ranges  as they trade memory for efficiency  The HISTOGRAM function   is used  which creates arrays of size equal to the range of the   resulting set      EXAMPLE:       a    2 4 6 8      b    6 1 3 2      union a b      1  2  3  4  6  8     Elements in either set     MODIFICATION HISTORY:      http: www dfanning com tips set_operations html         FUNCTION union  a  b IF a 0  LT 0 THEN RETURN  b     A union NULL   a IF b 0  LT 0 THEN RETURN  a     B union NULL   b RETURN  Where Histogram a b  OMin   omin    omin   Return combined set END");
-a[244] = new Array("./ToBeReviewed/MATRICE/zeroun.html", "zeroun.pro", "", "          NAME:zeroun     PURPOSE:renvoie un vecteur ou une matrice constitue de o et de 1 en   alternance     CATEGORY:function  matrices     CALLING SEQUENCE:resultat zeroun n1  n2      INPUTS:  n1 nombre d elements dans la premiere dimension  n2 nombre d elements dans la deuxieme dimension     KEYWORD PARAMETERS:     OUTPUTS:resultat     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          1 12 98         function zeroun  n1 n2    CASE N_PARAMS  OF       1:return  findgen n1  mod 2       2:BEGIN           if fix n1 2  EQ n1 2  then BEGIN  nombre pair de colonnes             res   findgen n1 1 n2  mod 2             return  res 0:n1 1             ENDIF ELSE return  findgen n1 n2  mod 2  nombre impair de colonnes       END       else: return   report Mauvais nombre de parametre dans l appel de ZEROUN     endcase             end");
-a[245] = new Array("./ToBeReviewed/PLOTS/DESSINE/bar_plot.html", "bar_plot.pro", "", "   Id: bar_plot pro 97 2006 06 09 15:18:59Z pinsard       Copyright  c  1990 2000  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited        PURPOSE:  Create a bar graph  or overplot on an existing one      CATEGORY:  Graphics      CALLING SEQUENCE:  BAR_PLOT  Values     INPUTS:  Values: A vector containing the values to be represented by the bars   Each element in VALUES corresponds to a single bar in the  output      KEYWORD PARAMETERS:     BASELINES: A vector  the same size as VALUES  that contains the  base value associated with each bar   If not specified   a base value of zero is used for all bars           COLORS: A vector  the same size as VALUES  containing the color index  to be used for each bar   If not specified  the colors are  selected based on spacing the color indices as widely as  possible within the available colors  specified by D N_COLORS         BARNAMES: A string array  containing one string label per bar   If the bars are vertical  the labels are placed beneath  them   If horizontal  rotated  bars are specified  the labels  are placed to the left of the bars     TITLE: A string containing the main title to for the bar plot     XTITLE: A string containing the title for the X axis     YTITLE: A string containing the title for the Y axis        BASERANGE: A floating point scalar in the range 0 0 to 1 0  that  determines the fraction of the total available plotting area  in the direction perpendicular to the bars  to be used   If not specified  the full available area is used         BARWIDTH: A floating point value that specifies the width of the bars  in units of  nominal bar width   The nominal bar width is  computed so that all the bars  and the space between them   set by default to 20  of the width of the bars  will fill the  available space  optionally controlled with the BASERANGE  keyword         BARSPACE:  A scalar that specifies  in units of  nominal bar width   the spacing between bars   For example  if BARSPACE is 1 0   then all bars will have one bar width of space between them   If not specified  the bars are spaced apart by 20  of the bar  width        BAROFFSET: A scalar that specifies the offset to be applied to the  first bar  in units of  nominal bar width   This keyword  allows  for example  different groups of bars to be overplotted  on the same graph   If not specified  the default offset is  equal to BARSPACE          OUTLINE: If set  this keyword specifies that an outline should be  drawn around each bar         OVERPLOT: If set  this keyword specifies that the bar plot should be  overplotted on an existing graph       BACKGROUND: A scalar that specifies the color index to be used for  the background color   By default  the normal IDL background  color is used     ROTATE: If set  this keyword indicates that horizontal rather than  vertical bars should be drawn   The bases of horizontal bars  are on the left   Y  axis and the bars extend to the right      OUTPUTS:  A bar plot is created  or an existing one is overplotted      EXAMPLE:  By using the overplotting capability  it is relatively easy to create  stacked bar charts  or different groups of bars on the same graph     For example  if ARRAY is a two dimensional array of 5 columns and 8  rows  it is natural to make a plot with 5 bars  each of which is a  stacked  composite of 8 sections   First  create a 2D COLORS array   equal in size to ARRAY  that has identical color index values across  each row to ensure that the same item is represented by the same color  in all bars     With ARRAYS and COLORS defined  the following code fragment  illustrates the creation of stacked bars  note that the number of rows  and columns is arbitrary :    Y RANGE    0 ymax    Scale range to accommodate the total bar lengths   BASE   INTARR NROWS   FOR I   0  NROWS 1 DO BEGIN     BAR_PLOT  ARRAY I  COLORS COLORS I  BASELINES BASE                  BARWIDTH 0 75  BARSPACE 0 25  OVER I GT 0      BASE   BASE   ARRAY I   ENDFOR    To plot each row of ARRAY as a clustered group of bars within the same  graph  use the BASERANGE keyword to restrict the available plotting  region for each set of bars   The sample code fragment below  illustrates this method:    FOR I   0  NROWS 1 DO       BAR_PLOT  ARRAY I  COLORS COLORVECT  BARWIDTH 0 8 BARSPACE 0 2          BAROFFSET I 1 0 BARSPACE NCOLS  OVER I GT 0  BASERANGE 0 19    where NCOLS is the number of columns in ARRAY  and COLORVECT is a  vector containing the color indices to be used for each group of  bars    In this example  each group uses the same set of colors  but  this could easily be changed      MODIFICATION HISTORY:  August 1990  T J  Armitage  RSI  initial programming   Replacement  for PLOTBAR and OPLOTBAR routines written by William Thompson     September 1990  Steve Richards  RSI  changed defaults to improve the  appearance of the bar plots in the default mode  Included  spacing the bars slightly    pro bar_plot values baselines baselines colors colors barnames barnames              title title xtitle xtitle ytitle ytitle baserange baserange              barwidth barwidth barspace barspace baroffset baroffset              outline outline overplot overplot background background              rotate rotate  _EXTRA   ex if  n_params d  eq 0  then begin   Print call   return if no parameters   print bar_test values baselines baselines colors colors barnames barnames    print  title title xtitle xtitle ytitle ytitle baserange baserange      print  barwidth barwidth barspace barspace baroffset baroffset      print  outline outline overplot overplot background background      print  rotate rotate    return endif  nbars n_elements values  Determine number of bars   Baselines  bars extend from baselines through values  default 0 if not keyword_set baselines  then baselines intarr nbars    Default colors spaced evenly in current color table if not keyword_set colors  then      colors fix d n_colors float nbars indgen nbars 0 5    Labels for the individual bars  none by default if not keyword_set barnames  then barnames strarr nbars      Main title if not keyword_set title  then title    Centered title under X axis if not keyword_set xtitle  then xtitle    Title for Y axis if not keyword_set ytitle  then ytitle    Fraction  0 1  of full X range to use if not keyword_set baserange  then baserange 1 0   Space betw  bars  taken from nominal bar widths  default is none If not keyword_set barspace  then barspace 0 2   Bar width scaling factor  relative to nominal if not keyword_set barwidth  then barwidth 1 0   barspace   barspace   nbars   Initial X offset  in scaled bar widths  default is none if not keyword_set baroffset  then baroffset barspace barwidth   Outline of bars  default is none outline   keyword_set outline    Overplot  do not erase the existing display  default is to create new plot overplot   keyword_set overplot    Background color index  defaults to 0  usually black  if not specified if not keyword_set background  then background 0   Rotate  make horizontal bars  default is vertical bars rotate   keyword_set rotate   mnB   MIN baselines  MAX mxB   NAN  mnV   MIN values  MAX mxV   NAN  range mnB  mxV        Maximum of bases   values  if  rotate  then begin     Horizontal bars    if  x range 0  eq 0  and  x range 1  eq 0      Determine range for X axis       then xrange range         else xrange x range     Or  use range specified    if  y range 0  eq 0  and  y range 1  eq 0      Plot will calculate       then                                           defaults for X  but not         yrange    0  n_elements values              for Ys  so fill in here        else           yrange y range     Axis perpend  to bars    yticks 1     Suppress ticks in plot    ytickname strarr 2       xticks 0    xtickname strarr 1  endif else begin     Vertical bars    if  y range 0  eq 0  and  y range 1  eq 0      Determine range for Y axis       then yrange range         else yrange y range                 Or  use range specified    xrange x range     Axis perpend  to bars    xticks 1     Suppress ticks in plot    xtickname strarr 2       yticks 0    ytickname strarr 1  endelse if  overplot eq 0  then      Create new plot  no data plot values nodata title title xtitle xtitle ytitle ytitle       noerase overplot xrange xrange yrange yrange xticks xticks       xtickname xtickname yticks yticks ytickname ytickname       xstyle 1 ystyle 1 data background background  _EXTRA   ex if  rotate  then begin     Horizontal bars    base_win y window     Window range in Y    scal_fact x s     Scaling factors    tick_scal_fact y s     Tick scaling factors endif else begin     Vertical bars    base_win x window     Window range in X    scal_fact y s     Scaling factors    tick_scal_fact x s     Tick scaling factors endelse winrange baserange base_win 1 base_win 0     Normal  window range barsize barwidth winrange nbars     Normal  bar width winoffset base_win 0 baroffset barsize     Normal  first offset bases scal_fact 0 scal_fact 1 baselines     Baselines  in normal coor  normal scal_fact 0 scal_fact 1 values     Values  in normal coor  barstart indgen nbars barsize barspace winrange nbars   Coor  at left edges tickv winoffset barstart 0 5 barsize     Tick coor   centered  for i 0 nbars 1 do begin     Draw the bars    width winoffset barstart i barstart i         Compute bar width       barstart i barsize barstart i barsize     length bases i normal i normal i bases i    Compute bar length    if  rotate  then begin     Horizontal bars       x length     X axis is  length  axis       y width     Y axis is  width  axis    endif else begin     Vertical bars       x width     X axis is  width  axis       y length     Y axis is  length  axis    endelse    polyfill x y color colors i normal     Polyfill with color    if  outline  then plots x y normal     Outline using  p color endfor  tickv tickv tick_scal_fact 0 tick_scal_fact 1    Locations of the ticks if  rotate  then      Label the bars  Y axis    axis yaxis 0 ystyle 1 yticks nbars 1 ytickv tickv ytickname barnames      yticklen 0 0   else      Label the bars  X axis    axis xaxis 0 xstyle 1 xticks nbars 1 xtickv tickv xtickname barnames      xticklen 0 0 return end");
-a[246] = new Array("./ToBeReviewed/PLOTS/DESSINE/plt.html", "plt.pro", "", "          NAME:  PLT     PURPOSE:  trace des graphes horizontaux  cartes      CATEGORY:         Graphics  trace des graphes horizontaux     CALLING SEQUENCE:  plt  champ  min  max      INPUTS:  champ: le champ dont on veut faire la carte horizontale champ  peut etre de 2 types:           1  an array  if needed  its mean along the z and t direction           will be automatically performed            2  une structure repondant aux critaire specifies par           litchamp pro  cf  IDL  xhelp litchamp      ces ARGUMENTS ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le max de tab1  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le min de tab1  sur les pts mer      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique sur laquelle doit etre   faite la coupe  Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  0  max gdept  gdepw    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 sont les variables globales   definies lors du dernier domdef     REALCONT:Permet de dessiner les continents definits ds IDL  REALCONT  peut prendre deux formes:              REALCONT: on dessine les continents a la place du mask             REALCONT 2 on dessine le contours des continents par             dessus le dessin masque  ceci permet de voir si le masque             correspond bien aux continents reels           CB_TITLE: le titre de la colorbar          CB_SUBTITLE: le soustitre de la colorbar          CB_CHARSIZE: The character size of the color bar annotations          CMREF: la longeur en cm sur le papier que doit faire la fleche        de norme normeref  par defaut ajuste au dessin et compris entre         5 et 1 5 cm            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1             CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white    CONTINTERVALLE: lorsque CONTOUR est active  valeur d un   intervalle entre deux isolignes traces par un trait  Il peut ainsi   etre different de celui specifie par INTERVALLE    qui  cas ce cas  ne controle que les isolignes coloriees en   couleurs  Si aucun min n est specifie  on choisit un contour min qui va   bien avec l intervalle specifie  Si ce mot cle n est pas   specifie  on trace 20 isolignes du min au max      CONTLABEL: un entier n  lorsque CONTOUR est active  si n   different de 0  choisit le type de label correspondant aux cas n   pour les isolignes tracees par un trait  Pour specifier le type de   label du contour en couleur  utiliser LABEL    CONTMAX: lorsque CONTOUR est active  valeur maximum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTMIN: lorsque CONTOUR est active  valeur minimum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTNLEVEL: lorsque CONTOUR est active  nombre de contours   trace par un trait a dessiner  actif si   CONTLABEL 0  par defaut  20     CONTOUR: si on veut tracer les contours d un champ different que celui   que l on dessin en couleur  par ex E P en couleur et QSR en   contours  Doit etre un champ repondant aux meme caracteristiques   que l argument numero 1 de plt           GRIDTYPE: U T V W  ou  F  pour specifer eventuellement la         grille a laquelle est rattache le champ  Rq: il afaut mieux         utiliser ds ce cas une structure comme champ    INTERVALLE: valeur d un intervalle entre deux isolignes  Si   aucun min n est specifie  on choisit un contour min qui va bien   avec l intervalle specifie  Si ce mot cle n est pas specifie  on   trace 20 isolignes du min au max  Rq: Qd CONTOUR est active   INTERVALLE ne specifie que intervalle entre 2 isolignes coloriees en   couleur  Pour specifier l intervalle entre 2 isolignes traces par un trait   utiliser CONTINTERVALLE     INV: inverse le vecteur couleur utilise pour colorier le graphe                sans toucher au noir  au blanc et a la palette utilisee      LABEL: un entier n  si n different de 0  choisit le type de   label correspondant aux cas n  cf label pro   Rq: Qd CONTOUR est active  ne specifie le type de label que pour les   isolignes coloriees en couleur  Pour celles tracees par un trait   utiliser CONTLABEL      LANDSCAPE: oblige la feuille ou le fenetre a l ecran a etre  en position  allongee            LCT: entier designant le numero de la palette de couleur que         l on veut utiliser pour le plot             MAP:Mot cle a actine losque l on veut faire une projection    Ce mot cle peut etre de 2 formes:       MAP P0lat P0lon Rot  Pour la description de ces 3 valeurs cf            l aide en ligne de MAP_SET         MAP: dans ce cas map est calcule tout seul et vaut:             map    0   lon1 lon2 2  0    Rq: Un bon moyen de choisir sa projection est la valeur du vecteur   MAP est d utiliser la demo d IDL5 2:   IDL  demo   Puis choisir earth sciences et mapping    Rq2: Par defaut c est une projection cylindrique qui est effectuee    avec ou sans le mot cle map  Si on veut une autre projection MAP   doit etre active et il faut rajouter le mot cle:  nom_projection    par ex pour une projection polaire centree sur le pole sud:   IDL  domdef 180 180 90 45   IDL  plt  tab   stereo map 90 0 0            labmap: corresponds to label keywords of map_set  Defaut         definition is labmap 1             MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue     NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou n est pas specifie     NOCOLORBAR: activer si on ne veut pas de colorbar    NOCONTOUR: activer si on ne veut pas de contour mais juste  les couleurs    NOFILL: activer si on veut juste les contours en noir et  blanc sur fond blanc            NOERASE: activer pour faire un dessin a l ecran sans creer         une nouvelle fenetre          NORMEREF: la norme de la fleche de reference  par defaut on        essaie de faire qqch qui colle pas trop mal             NOTRI: pour forcer a ne pas utiliser de         triangulation  Attention dans ce cas le trace ne marchera que         si la grille est non deformee  cad  chaque pts d une         longitude donnee a la meme latitude et chaque pts d une         latitude donnee a la meme longitude  sauf si on utilise le mot         clef CELL_FILL 2  Rq si le champ contient des points a          values f_nan alors on fait qd meme une triangulation            OVERPLOT: pour faire un plt par dessus un autre  Rq:         contrairemnet a l utilisation de CONTOUR ou de VECTEUR          l utilisation de ce mot clef ne modifie pas la legende ou et         la barre de couleur     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            REVERSE_X: pour inverser l axe des x  et aussi le dessin             REVERSE_Y: pour inverser l axe des y  et aussi le dessin             STRICTFILL: activer ce mot clef pour que le remplissage des         contours ce fasse precisement entre le min et le max specifie         en laissant en banc les valeurs inferieurs au min specifie et         superieurs au max specifie     STYLE: style de tracer a adopter pour dessiner les isolignes par   defaut style 0  cf style pro            UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n  Par defaut unlabsur 2    UNSUR2: si on veut tracer un countour sur deux  par  defaut trace   tous les contours    UNVECTSUR:un scalaire n on un tableau a 2 elements  n1 n2            dans le premier cas  on tracera un vecteur sur n suivant les           x et les y            dans le second cas on tracera un vecteur sur n1 suivant x           et un vecteur sur n2 suivant y         Rq  pour tracer tous les vecteurs suivant y et 1 sur 2 suivant         x mettre unvectsur 2 1          Rq: ce mot cle est passe ds _extra           VECTCOLOR: la couleur de la fleche  Par defaut noir  couleur 0     VECTEUR: une structure a 2 elements contenant les 2 champs U  et V des valeurs de la composante zonale et meridienne du  champ de vecteurs a tracer  Ces champs peuvent etre un tableau  ou une structure         par ex: vecteur matriceu:lec unsurface matricev:lec vnsurface          rq:le nom des elements de vecteur n a aucune importance          vecteur u:lec unsurface v:lec vnsurface  convient aussi    VECTMIN norme minimum des vecteurs a tracer     VECTMAX norme maximum des vecteurs a tracer            VECTTHICK  l epaissuer de la fleche  par defaut 1     WINDOW: numero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0     YXASPECT: rapport d echelle entre y et x  par ex:  1 pour un repere   orthonorme   2 si l axe des y est deux fois plus dilate que celui des x    Par defaut on adapte pour occupe une grande partie de la feuille en sortie   postScript ou pour cree une fenetre pas trop etiree            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 1999                         Sebastien Masson 08 02 2000 checkfield and                         notri keyword  or triangule    1            pro plt  tab1  giventype  givenmin  givenmax  REALCONT   realcont  CONTOUR   contour              INTERVALLE   intervalle  INV   inv  GRIDTYPE   gridtype  BOXZOOM   boxzoom              CONTINTERVALLE   contintervalle  LABEL   label  CONTLABEL   contlabel              STYLE   style  CONTMAX   contmax  CONTMIN   contmin  NLEVEL   nlevel  CONTNLEVEL   contnlevel              VECTEUR   vecteur  MAP   map  MININ   minin  MAXIN   maxin              CONT_NOFILL   cont_nofill              USETRI   usetri  NOTRI   notri  MASKFILL   maskfill              DUPLICATE   duplicate  STRICTFILL   strictfill  OVERPLOT   overplot              DECIMATETRI   decimatetri   LABMAP   labmap  _extra   ex     include common  cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance       I  preparation de l environnement graphique et petites verifications       I1  verification du type de grille associe a tab1     if keyword_set gridtype  then vargrid   gridtype   if keyword_set vecteur  AND  NOT keyword_set gridtype  then BEGIN     vargrid   litchamp tab1   grid      if vargrid eq   then BEGIN       vargrid   xquestion What is the grid associated to the data to contour   T   chkwidget        vargrid   strupcase vargrid      endif   ENDIF     I2  lecture du champ et checkup      if keyword_set boxzoom  AND n_elements contour  ne 4  then BEGIN     savedbox   1b     saveboxparam   boxparam4plt dat    END   if n_elements giventype  NE 0 then type   giventype   if n_elements givenmin  NE 0 then min   givenmin   if n_elements givenmax  NE 0 then max   givenmax   if n_elements minin  NE 0 then min   minin    if n_elements maxin  NE 0 then max   maxin   checktypeminmax   plt  TYPE   type  MIN   min  MAX   max  _extra   ex   z2d   checkfield tab1   plt  TYPE   type  BOXZOOM   boxzoom  DIREC   direc  VECTEUR   vecteur  _extra   ex     if z2d 0  EQ  1 then BEGIN      IF keyword_set savedbox  THEN restoreboxparam   boxparam4plt dat      return   ENDIF   IF n_elements usetri  EQ 0 THEN BEGIN   do we have holes in the triangulation      holeintri   n_elements triangles_list 3 LT  jpi 1 keyword_set key_periodic jpj 1 2     the triangulation must be used to draw the data    do we have a triangulation      wehavetri   triangles_list 0  NE  1     the triangulation must be used to draw the continents   if we make a map  are we periodic and nx jpi       CASE strupcase vargrid  OF        T :nx   nxt        W :nx   nxt        U :nx   nxu        V :nx   nxv        F :nx   nxf     ENDCASE     mapperio   keyword_set map keyword_set key_periodic nx eq jpi       usetri    wehavetri wehavetri holeintri mapperio keyword_set key_irregular    2 notri    ENDIF     I3  reinitialisation   p x y    Rq: on ne reinitialise pas qd on rapelle plt en boucle pour utiliser contour     if n_elements contour  ne 4 AND NOT keyword_set overplot  then reinitplt   z   invert     I4  attribution du mask et des tableaux de longitude et latitude     IF  strupcase vargrid  EQ  W  THEN profond   firstzw NE 0     ELSE profond   firstzt NE 0    do we need to extract now the triangulation that will be use for   contouring the data    if keyword_set profond        OR  usetri EQ 0 AND  vargrid EQ  T  OR vargrid EQ  W        OR  usetri NE 2 AND  vargrid NE  T  AND vargrid NE  W  THEN BEGIN     grille  mask  glam  gphi  gdep  nx  ny  nz           firstx  firsty  firstz  lastx           lasty  lastz   forplt  _extra   ex   ENDIF ELSE BEGIN     grille  mask  glam  gphi  gdep  nx  ny  nz           firstx  firsty  firstz  lastx  lasty           lastz  TRI   trifield   forplt  _extra   ex   ENDELSE     I5 determination du mi:min et du ma:max de z2d ainsi que de max: max et      min: min pour le dessin      masknan   finite z2d    nan   total masknan  NE n_elements z2d     faudra t il faire un autoscale     autoscale   testvar var   min  EQ testvar var   max  AND NOT keyword_set intervalle    determineminmax  z2d  mask  mi  ma  glam  gphi  MININ   min  MAXIN   max         nan   nan  INTERVALLE   intervalle  usetri   usetri  _extra   ex   if z2d 0  EQ  1 THEN GOTO  sortie   on fait un autoscale si besoin   if autoscale then autoscale  min  max  intervalle       II  mise en place du dessin sur la fenetre ou la page et ouverture   eventuelle de la fenetre et de la page     if n_elements contour  NE 4 AND NOT keyword_set overplot  THEN       placedessin   plt  posfenetre  posbar         CONTOUR   contour  VECTEUR   vecteur  MAP   map  DIREC   direc  _extra   ex       III  habillage du dessin  labels style axe            III1  choix des labels     if keyword_set intervalle  AND NOT keyword_set label  then label   1   if keyword_set label  eq 0 then cas   0 else cas   label   label  cas  min  max  ncontour  level_z2d  colnumb  NLEVEL   nlevel         INTERVALLE   intervalle  strictfill   strictfill     III2 choix de style     if not keyword_set style  then style   0   style  style  level_z2d  linestyle  thick   if keyword_set inv  then colnumb   reverse colnumb      III3  definition des axes     if NOT keyword_set overplot  THEN axe   xy  _EXTRA   ex         IV  dessin         extrapolation des donnees sur les terres et seuillage     if keyword_set nan  then begin     z2d where masknan EQ 0    max   ENDIF ELSE masknan   1   filling the mask values   we fill only masknan or we fill mask masknan    IF keyword_set nan  AND keyword_set cont_nofill  THEN       z2d   remplit z2d  nite   1 vargrid NE  T  AND vargrid NE  W                        mask   masknan  _extra   ex       ELSE z2d   remplit z2d  nite    1    vargrid NE  T  AND vargrid NE  W                                         keyword_set nan                           1 keyword_set cont_nofill                           1 n_elements maskfill  NE 0                      mask   mask masknan  _extra   ex    IF keyword_set strictfill  EQ 0 AND n_elements maskfill  EQ 0 then       z2d   min   z2d    max   if n_elements maskfill  NE 0 then BEGIN     z2d   temporary z2d mask masknan     if maskfill NE 0 then z2d   temporary z2d    maskfill 1 mask masknan    ENDIF     check the mask and the triangulation according to the grid type and    nan values       si on fait un dessin en profondeur on redefinit une triangulation   sur le zoom  cette triangulation sera utilisee pour tracer le   champ  on utilise tmask pour que les trous de cette triangulation   soient bien les memes que ceux utilises pour tracer le   masque et correspondent bien au trous qu il y a a cette nouvelle   profondeur    if  keyword_set profond  OR keyword_set cont_nofill        AND  usetri GE 1 AND  vargrid EQ  T  OR vargrid EQ  W             OR  usetri EQ 2 AND  vargrid NE  T  AND vargrid NE  W  then BEGIN     trifield   triangule tmask firstx:lastx  firsty:lasty  firstz                               coinmonte   coinmontemask                              coindescend   coindescendmask                              keep_cont   cont_nofill  _extra   ex      indicezoommask    lindgen jpi  jpj firstx:lastx  firsty:lasty    ENDIF   triangulation for nan mask   if keyword_set nan  then BEGIN     trinan   triangule masknan   keep_cont                            coinmonte   coinmontenan                            coindescend   coindescendnan      indicezoomnan    lindgen jpi  jpj firstx:lastx  firsty:lasty    ENDIF    IF n_elements twin_corners_up  EQ 0 THEN coinmontemask    1 ELSE coinmontemask   twin_corners_up    IF n_elements twin_corners_dn  EQ 0 THEN coindescendmask     1 ELSE coindescendmask   twin_corners_dn   if vargrid EQ  T  OR vargrid EQ  W  then BEGIN      glammsk   glam     gphimsk   gphi   ENDIF ELSE begin   decoupe terre: pour que le trace des cotes soit propre on essaye de   prendre des points en   pour la terre comme ca on ne voit pas le   decalage des grilles  c est ce que fait decoupeterre  au passage on   redefinit trimsk      decoupeterre  mask  glammsk  gphimsk  type    xy          TRI   trimsk  usetri   usetri  indicezoom   indicezoommask           coinmonte   coinmontemask  coindescend   coindescendmask           _EXTRA   ex   ENDELSE     IV1  choix du type de dessin     typetrace    classique    if keyword_set map  AND key_onearth then BEGIN    appelle de mapset qd on veut faire des projections     IF n_elements map  NE 3 THEN map    0   lon1 lon2 2  MOD 360  0      typetrace    projection      map_lat   map 0      map_lon   map 1      map_rot   map 2      if chkstru ex   TITLE  then begin       maptitre   ex title        ex title         endif     map_set  map_lat  map_lon  map_rot  _extra   ex  position   posfenetre   iso           limit    lat1  lon1  lat2  lon2   noborder     if n_elements maptitre  ne 0 then ex title   maptitre     if n_elements trifield  GE 2 then trifield   ciseauxtri trifield  glam  gphi  _EXTRA   ex      if n_elements trimsk  GE 2 then trimsk   ciseauxtri trimsk  glammsk  gphimsk  _EXTRA   ex      if n_elements trinan  GE 2 then BEGIN        trinan   ciseauxtri trinan  glam  gphi  _EXTRA   ex        if trinan 0  EQ  1 then undefine  trinan     endif   ENDIF ELSE BEGIN   pour que les axes de coordonees soient pris en compte     if  x type EQ 0 AND n_elements contour  LE 4 then         plot   0   0   nodata  xstyle   5  ystyle   5  title     subtitle      noerase      if keyword_set key_periodic  then BEGIN   ds ce cas la triangulation est refermee en x et couvre toute la   sphere  il faut dont la couper au niveau ou l on coupe la sphere   pour faire le dessin       if n_elements trifield  GE 2 then trifield   ciseauxtri trifield  glam  gphi  _EXTRA   ex        if n_elements trimsk  GE 2 then trimsk   ciseauxtri trimsk  glammsk  gphimsk  _EXTRA   ex        if n_elements trinan  GE 2 then trinan   ciseauxtri trinan  glam  gphi  _EXTRA   ex      ENDIF   endelse     IV2  coutours et coloriages     if keyword_set duplicate   then BEGIN   pour marina uniquement ATTENTION C EST TRES MAL CODE     lon   glam  0      decalage   max lon min lon lon shift lon  1 n_elements lon 1       x range 1     x range 1 duplicate 1 decalage     for i   1  duplicate 1 do BEGIN       z2d    z2d  z2d        gphi    gphi  gphi        mask    mask  mask        gphimsk    gphimsk  gphimsk        glam    glam  glam i decalage        glammsk    glammsk  glammsk      ENDFOR   endif   save  glam  gphi  trifield  file    tri dat    if keyword_set decimatetri  then BEGIN     tempsdeux   systime 1         pour key_performance     IF n_elements trimsk  EQ 0 THEN trimsk   trifield     Verts   transpose temporary glam   temporary gphi                              temporary z2d      Conn    replicate 3  1  n_elements trifield 3  trifield      Result   mesh_decimate temporary verts   temporary Conn                                 Connout  vertices   Vertsout                                percent_vertices   decimatetri      connout   reform connout  4   n_elements connout 4   over       trifield    temporary connout 1:3        glam   reform Vertsout 0        gphi   reform Vertsout 1        z2d   reform Vertsout 2        undefine  Vertsout     print   temps decimatetri  systime 1 tempsdeux    ENDIF   pltbase  z2d  glam  gphi         mask  glammsk  gphimsk  trichamp   trifield  trimsk   trimsk   forplt         level_z2d  colnumb  contour   contour  usetri   usetri  realcont   realcont         overplot   keyword_set overplot keyword_set map          c_linestyle   linestyle  c_labels   1 indgen n_elements level_z2d  MOD 2          c_thick   thick  cont_nofill   cont_nofill  nan   nan         coinmontemask   coinmontemask  coindescendmask   coindescendmask         coinmontenan   coinmontenan  coindescendnan   coindescendnan         indicezoommask   indicezoommask  indicezoomnan   indicezoomnan         masknan   masknan  trinan   trinan  _extra   ex     IV3  rappelle de plt en boucle qd contour est active     if n_elements contour  eq 4 then BEGIN   c est la 2eme fois que je passe ds pltt     contour    mietma: mi  ma  unit:varunit  inter:intervalle    je renvoie le min  le max et l unite     return   endif   if keyword_set contour  THEN BEGIN      pourlegende    1  1  1  1      oldattributs   saveatt      oldcolnumb   colnumb     plt  contour  contmin  contmax  CONTOUR   pourlegende   NOERASE           USETRI   usetri           INTERVALLE   contintervalle  LABEL   contlabel  STYLE   style           NLEVEL   contnlevel  DUPLICATE   duplicate  STRICTFILL   strictfill           MASKFILL   maskfill  _extra   ex     restoreatt  oldattributs     colnumb   oldcolnumb   ENDIF       V  petites finitions           V1  ajout eventuel de vecteurs en surimpression     if keyword_set vecteur  then BEGIN      oldattributs   saveatt      ajoutvect  vecteur  vectlegende  _extra   ex     restoreatt  oldattributs   ENDIF     if keyword_set overplot  then GOTO  fini     V2  Trace de la ligne de changement de date l equateur et   le meridien de greenwich        if NOT keyword_set map  AND key_onearth then meridienparallele   xy      V3  pour tracer les continents d IDL     if keyword_set realcont  then BEGIN   si noease est passe de _extra  on s assure qu il est a 1     if chkstru ex   NOERASE  then begin       oldnoerase   ex noerase       ex noerase   1     ENDIF     if chkstru ex   coast_thick  then mlinethick   ex coast_thick ELSE mlinethick   1     if chkstru ex   coast_color  then mcolor   ex coast_color ELSE mcolor   0     IF NOT keyword_set map  THEN         map_set  0   lon1 lon2 2  MOD 360  0  position   posfenetre            limit    lat1  lon1  lat2  lon2   NOERASE   noborder  color   0           _extra   ex     if realcont NE 2 AND NOT keyword_set cont_nofill  then BEGIN       if chkstru ex   cont_color  then cntcol   ex coast_color         ELSE cntcol    d n_colors   1     255       map_continents   fill_continents  color   cntcol  _extra   ex   noerase     ENDIF     map_continents   continents  color   mcolor  MLINETHICK   mlinethick   noerase  _extra   ex     if chkstru ex   NOERASE  THEN  ex noerase   oldnoerase   ENDIF     V4  legendes   affichage de celles ci     legende  mi  ma   xy  CONTOUR   pourlegende  VECTLEGENDE   vectlegende  INTERVALLE   intervalle  DIREC   direc  _EXTRA   ex   if n_elements ex  NE 0 then BEGIN    pour garder les axes du cadre en noir     if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   coast_color   endif     case typetrace of      classique :         plot   0   0   nodata   noerase  color   0  xstyle   1  ystyle   1  _extra   ex      projection : BEGIN        if chkstru ex   NOERASE  then begin         oldnoerase   ex noerase         ex noerase   1       endif       if chkstru ex   SUBTITLE  then  p subtitle   ex SUBTITLE       if n_elements maptitre  ne 0 then ex title   maptitre       map_set  map_lat  map_lon  map_rot  _extra   ex   iso  limit    lat1  lon1  lat2  lon2             NOERASE   noborder  title    p title  color   0           map_proj_info  numproj   current           map_proj_info  numproj  name   nomproj           if nomproj EQ  Mercator  OR nomproj EQ  Cylindrical  OR nomproj EQ  LambertConic             OR nomproj EQ  Gnomic  OR nomproj EQ  AlbersEqualAreaConic               OR nomproj EQ  TransverseMercator  OR nomproj EQ  MillerCylindrical               OR nomproj EQ  LambertConicEllipsoid  then map_grid  box_axes 1 latdel 10 londel 10             ELSE map_grid  charsize   0 75   label latalign   1 lonalign             1 latdel   10 londel   30       IF n_elements labmap  EQ 0 THEN labmap   1       map_grid  charsize   0 75  label   labmap  latalign   1  lonalign   1  latdel   10  londel   30  color   0  _extra   ex       if chkstru ex   NOERASE  THEN  ex noerase   oldnoerase     end   endcase     V5  barre de couleur     colnumb   colnumb 0:ncontour 1 keyword_set strictfill    barrecouleur  colnumb  min   max   ncontour keyword_set strictfill 2                     position   posbar  _extra   ex       VI  impression eventuelle     fini:   terminedessin  _extra   ex     sortie:   if keyword_set savedbox  THEN restoreboxparam   boxparam4plt dat    if keyword_set key_performance  NE 0 THEN print   temps plt  systime 1 tempsun        return end  ");
-a[247] = new Array("./ToBeReviewed/PLOTS/DESSINE/plt1d.html", "plt1d.pro", "", "      NAME:  PLT1D     PURPOSE:  trace des graphes 1d     CATEGORY:         Graphics  trace des graphes 1d: x y z  ou t mais ds ce cas  on         rapelle directement pltt      CALLING SEQUENCE:  plt1d  champ type  min  max      INPUTS:  champ: le champ dont on veut faire le hovmoller champ  peut etre de 2 types:  1  un tableu qui peut etre:              2d  3d ou 4d:  tableau xy  xyz  xyt ou xyzt  dans ce cas               le tableau va passer dans moyenne ou grossemoyenne pour              etre moyennee et devenir un tableau 1 1d                1d:type doit qd meme etre specifie pour qu on sache de            quel trace il sagit  Pour avoir une legende correcte             respecifier la zone d extraction via BOXZOOM         2  une structure repondant aux critaires specifies par         litchamp pro  cf  IDL  xhelp litchamp  Le tableau contennu ds         la structure repondant aux criteres du cas 1  cf  ci dessus           TYPE: un string: type de plot 1d que l on veut faire:         trace suivant:  x y z        ces arguments ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   du plot  Par defaut on prend le max de tableau  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   du plot  Par defaut on prend le min de tableau  sur les pts mer      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique  3d  sur laquelle doit   etre fait l extraction du champ pour faire le hovmoeller    Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  vert1  vert2    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 vert1 vert2 sont les variables globales   definies lors du dernier domdef            COL1d:  OBSOLETE numero de la couleur qd on fait un trace 1d         par defaut  0  il faut mieux utiliser le mot cle COLOR utilise         par plot           ENDPOINTS: mot clef specifiant que l on veut faire une coupe         verticale en diagonale  les coordonnees des extremites de         celle ci sont alors definies les 4 elements du vecteur         ENDPOINTS:  x1 y1 x2 y2  qui sont les coordonnees     LANDSCAPE: oblige la feuille ou le fenetre a l ecran a etre  en position  allongee            MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue             NOERASE: activer pour faire un dessin a l ecran sans creer   une nouvelle fenetre  Rq: activer ds le cas d un Postscript de   plusieurs traces de type  t  pour ne pas faire un Postscript de   plusieurs pages             OV1D:permet de surimprimer un courbe 1d a un precedent trace 1d     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            REVERSE_X: pour inverser l axe des x  et aussi le dessin             REVERSE_Y: pour inverser l axe des y  et aussi le dessin             SIN: activer ce mot cle si l on veut que l  axe des x soit         trace en sinus de la latitude qd on fait un frace f y            STY1D:  OBSOLETE numero du style utilise lors d un trace         1d  Il faut mieux utiliser le mot cle LINESTYLE qui est celui         de plot  Attention ce mot cle est encore utile si on veut         faire des barres plutot qu un courbe  mettre sty1d bar     TRANS: fait un postscript  active  post automatiquement  et l imprime    si on le desire  sur un transparant    WINDOW: nimero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0     YXASPECT: rapport d echelle entre y et x  Par defaut 1   Par defaut on adapte pour occupe une grande partie de la feuille en sortie   postScript ou pour cree une fenetre pas trop etiree            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: creation 24 6 99 Eric Guilyardi                           a partir routine pltt de Sebastien Masson    8 7 1999 Sebastien Masson  smasson lodyc jussieu fr     inspection des travaux finis   8 2 2000 Sebastien Masson: checkfield         pro plt1d  tab  giventype  givenmin  givenmax  BOXZOOM   boxzoom  SIN   sin                MININ   minin  MAXIN   maxin  TYPEIN   typein  ENDPOINTS   endpoints                COL1D   col1d  STY1D   sty1d  OV1D   ov1d  X   x  Y   y  Z   z  TT   tt                REVERSE_X   reverse_x  REVERSE_Y   reverse_y  SWITCHXY   switchxy                _extra   ex     include common  cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance     1ere partie: initialisation et petits calculs          verification de la valeur de type       if n_elements giventype  NE 0 then type   giventype   if n_elements givenmin  NE 0 then min   givenmin   if n_elements givenmax  NE 0 then max   givenmax   if n_elements minin  NE 0 then min   minin   if n_elements maxin  NE 0 then max   maxin   if keyword_set tt  then typein    t    if keyword_set typein  then BEGIN      if size type   type  NE 7 AND size type   type  NE 0 then begin       if n_elements min  NE 0 then max   min       min   type     endif     type   typein   endif     checktypeminmax   plt1d  TYPE   type  MIN   min  MAX   max  ENDPOINTS   endpoints         XX   keyword_set x  YY   keyword_set y  ZZ   keyword_set z     if type EQ  t  then BEGIN     pltt  tab  type  min  max  BOXZOOM   boxzoom  SIN   sin  TYPEIN   typein           COL1D   col1d  STY1D   sty1d  OV1D   ov1d  ENDPOINTS   endpoints  _extra   ex     return   endif     I2  reinitialisation   p x y    Rq: on ne reinitialise pas qd on rapelle plt1d     if NOT keyword_set ov1d  then reinitplt     I1  lecture du champ      if  keyword_set boxzoom  OR keyword_set endpoints  THEN BEGIN      savedbox   1b      saveboxparam   boxparam4plt1d dat     ENDIF     if keyword_set endpoints  then begin     section  tab  z1d  glam  gphi  ENDPOINTS   endpoints  TYPE   type           BOXZOOM   boxzoom  DIREC   direc     nx   n_elements glam       ny   nx     if strupcase vargrid  EQ  W  then begin       z   gdepw firstzw:lastzw        nz   nzw     ENDIF ELSE BEGIN       z   gdept firstzt:lastzt        nz   nzt     ENDELSE   ENDIF ELSE BEGIN      z1d   checkfield tab   plt1d  TYPE   type  BOXZOOM   boxzoom                          direc   direc  _extra   ex      grille  mask  glam  gphi  gdep  nx  ny  nz   ENDELSE   if z1d 0  EQ  1 then BEGIN      IF keyword_set savedbox  THEN restoreboxparam   boxparam4plt1d dat      return   endif   on construit le mask pour cela le tableau doit etre masque  fait   automatiquement a la valeure valmask si on passe ds moyenne ou grossemoyenne    mask   fltarr n_elements z1d    if n_elements valmask  EQ 0 then valmask   1e20   nan   total finite z1d   nan     1   if keyword_set nan  then begin     notanum   where finite z1d  EQ 0      z1d notanum    0     mask where z1d LT valmask 10    1     z1d notanum     values f_nan   ENDIF ELSE mask where z1d LT valmask 10    1     determination du min et du max apres la moyenne     nan   total finite z1d   nan    1   determineminmax  z1d  mask  mi  ma  MININ   min  MAXIN   max  nan   nan  INTERVALLE   intervalle  _extra   ex   if z1d 0  EQ  1 THEN return       if NOT keyword_set ov1d  THEN placedessin   autre  posfenetre  posbar  contour   contour  DIREC   direc  endpoints   endpoints  _extra   ex       2eme partie: dessin       definition des vecteurs abscisse et ordonee   la triangulation est definie pour que le trace soit effectue du bas   a gauche vers le haut a droite  il faut donc la matrice e contourer   se presente de cette maniere  d ou certains transpose et reverse       case type of      y : begin       yy   z1d       IF  size gphi 0  EQ 1 then xx   gphi ELSE BEGIN          IF keyword_set key_irregular  THEN BEGIN            cln    where gphi EQ max gphi 0            xx   reform gphi cln MOD nx            ENDIF ELSE xx   reform gphi 0          ENDELSE       if keyword_set sin  then xx   sin pi 180 xx        min0   lat1   max0   lat2     END      x :begin       yy   z1d       xx   glam  0        min0   lon1   max0   lon2     END       z :begin       yy   reverse gdep  1        xx   reverse z1d  1        min0   0   max0   0       case n_elements boxzoom  of         0: y range    vert1  vert2          1: y range    0  boxzoom          2: y range   boxzoom         4: y range    vert1  vert2          5: y range    0  boxzoom 4          6: y range   boxzoom 4:5        endcase       if NOT keyword_set ov1d  then  y range   reverse y range      END    ENDCASE          definition des axes        if keyword_set integrationtps  then axe  type  time 0  time jpt 1  SIN   sin  _extra   ex        ELSE axe  type  SIN   sin   if NOT keyword_set ov1d  then axe  type  SIN   sin       dessin       if type EQ  z  then begin     idx   where xx NE valmask      if NOT keyword_set ov1d  then BEGIN        if min EQ mi then  x range    min abs max min 5  max abs max min 5          ELSE  x range    min  max      ENDIF   ENDIF ELSE BEGIN      idx   where yy NE valmask      if NOT keyword_set ov1d  then BEGIN        if min EQ mi then  y range    min abs max min 5  max abs max min 5          ELSE  y range    min  max      ENDIF   ENDELSE      if NOT keyword_set ov1d  then BEGIN      legende  mi  ma  type  CONTOUR   contour  DIREC   direc  ENDPOINTS   endpoints  _EXTRA   ex     ENDIF   IF keyword_set switchxy   THEN BEGIN     tmp   xx     xx   yy     yy   temporary tmp      if NOT keyword_set ov1d  then BEGIN        tmp    x        x    y        y   temporary tmp      ENDIF   ENDIF   if NOT keyword_set ov1d  then BEGIN      if keyword_set reverse_x  then  x range   reverse x range      if keyword_set reverse_y  then  y range   reverse y range    ENDIF     xx   xx idx    yy   yy idx    if  not keyword_set col1d  then col1d   0   if keyword_set sty1d  then BEGIN  si on veut faire des barres     IF strlowcase strtrim sty1d  EQ  bar  then begin        y range    y range 0 y range 1 y range 0 05   y range 1         bar_plot  yy  background    d n_colors 1    255             baselines   replicate y range 0  n_elements yy  barnames                 colors      replicate col1d  n_elements yy   outline       if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur noire         if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0       ENDIF       plot   0   0   noerase   nodata  _extra   ex       GOTO  fini     ENDIF    ENDIF     if NOT keyword_set ov1d  then BEGIN        plot  xx  yy  color   col1d  linestyle   sty1d  thick   2  title     subtitle     _extra   ex     if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur 0 et trace une ligne a y 0       if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0       if  where tag_names ex  EQ  LINESTYLE 0  NE  1 then ex LINESTYLE   0       if  where tag_names ex  EQ  THICK 0  NE  1 then ex THICK   0     ENDIF     plot   x range   0  0   noerase   nodata           xstyle   1 4 keyword_set endpoints  AND                          type EQ  x  AND lat1 NE lat2  OR  type EQ  y  AND lon1 NE lon2            ystyle   1  _extra   ex   ajout d un axe ds le cas ou l on utilise endpoints     if keyword_set endpoints  then addaxe  endpoints  type  posfenetre  _EXTRA   ex   trace une ligne a x 0     plot   0  0   y range   noerase   nodata  title     subtitle     _extra   ex   ENDIF ELSE oplot  xx  yy  color   col1d  linestyle   sty1d  thick   2  _extra   ex       3eme partie: impression eventuelle     fini:   terminedessin  _extra   ex   if keyword_set savedbox  THEN restoreboxparam   boxparam4plt1d dat      if n_elements key_performance  NE 0 then       IF key_performance EQ 1 THEN print   temps plt1d  systime 1 tempsun          return end  ");
-a[248] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltbase.html", "pltbase.pro", "", "          NAME:pltbase     PURPOSE: surcouche de contour pour tracer un champ eventuellement   masque  brique elementaire de plt  pltz et pltt      CATEGORY:un tarce vite fait et ou delestage de l ecriture de plt  pltz  pltt     CALLING SEQUENCE: pltbase  z2d  x  y  mask xm  ym    levels  colors      INPUTS:          z2d:le tableau a tracer            x et y les axes  vecteurs ou tableaux de meme taille que          z2d  Ce sont les coordonnees de z2d            mask: le tableau qui masque z2d  avec des 0 sur les points a          masquer et des 1 sur les autres  si z2d n est pas masque          mettre cet argument egale a 1             xm et ym les axes du mask  vecteurs ou tableaux de meme taille que          mask  Ce sont les coordonnees de mask            levels et colors:  optionnels  les vecteurs qui contiennent          les niveaus et les couleurs necessaires au contour  S il ne          sont pas donnes on prends 20 niveau entre le min et le max      KEYWORD PARAMETERS:            COLORTRICHAMP : la couleur que l on veut utiliser pour          dessiner la triangulation qui est utilisee pour faire les          contour du champ            COLORTRIMASK : la couleur que l on veut utiliser pour          dessiner la triangulation qui est utilisee pour faire les          contour du mask            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1            COLOR_C: to draw the contour in color instead of in black          with filling in color              CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white             DESSTRICHAMP: pour dessiner la triangulation qui est          utilisee pour faire les contour du champ               DESSTRIMASK: pour dessiner la triangulation qui est          utilisee pour faire les contour du mask             FORPLT: a activer si on veut que le trace des cote soit          realise par tracecote plutot que tracemask             I_COLORS: un vecteur specifiant la couleur a utiliser pour          tracer les contours  C est la meme chose que c_colors qui          ajit sur les contours             MORE: chiffre a donner pour eviter les bug du style:      Out of range subscript encountered:        Execution halted at:  PLTBASE           151               par defaut more 10 si le bug existe tjs  augmenter la               valeur de more   l explication et la justification de               cette methode n ont pas encore de fondements               scientifiques                           NOFILL: pour faire juste les isolignes             NOCONTOUR: pour faire juste les couleurs             UNSUR2: pour tarcer une isoligne sur 2            UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n            CONTOUR: pour etrte utilise depuis plt  pltz ou pltt  cf ces          routines             _EXTRA: mot cle magique d idl pour faire passer tous lse          mots cles acceptes par les routines et fonctions utilises ds          ce programme sans les declarer explicitement       OUTPUTS:     COMMON BLOCKS:          common pro     SIDE EFFECTS:     RESTRICTIONS:ds le cas ou z2d  x et y sont des tableaux de meme   taille il faut les metre sous forme de vecteur: z2d  x  y      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                                                    8 2 2000 check if the tri array is not equal to                          1  allow contour with out using a triangulation            PRO pltbase  z2d  x  y  mask  xm  ym  levels  colors  UNSUR2   unsur2  CONTOUR   contour                  NOCONTOUR   nocontour  NOFILL   nofill                  TRICHAMP   trichamp  TRIMSK   trimsk                  REALCONT   realcont  NAN   nan  usetri   usetri                  COLORTRICHAMP   colortrichamp  COLORTRIMASK   colortrimask                  COLORTRINAN   colortrinan                  COLORPOINTS   colorpoints  DRAWPOINTS   drawpoints                  TH_TRICHAMP   th_trichamp  TH_TRIMASK   th_trimask                  DESSTRICHAMP   desstrichamp  DESSTRIMASK   desstrimask                  DESSTRINAN   desstrinan  COLOR_C   color_c                  I_COLORS   i_colors   CONT_COLOR   CONT_COLOR                  CONT_NOFILL   cont_nofill  UNLABSUR   unlabsur                  COINMONTEMASK   coinmontemask  COINDESCENDMASK   coindescendmask                  COINMONTENAN   coinmontenan  COINDESCENDNAN   coindescendnan                  INDICEZOOMMASK   indicezoommask  INDICEZOOMNAN   indicezoomnan                  MASKNAN   masknan  TRINAN   trinan                  FORPLT   forplt  REALSECTION   realsection                  MORE   more  EXCHANGE_XY   exchange_xy                  _EXTRA   ex    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       explication concernant contour  Ce mot cle est active qd on on trace   un contour en couleur different de celui en trait noir    si il est active  cas n_elements contour  NE 0  on passe 2 fois ds pltbase:     1  on trace les couleurs puis on sort c est le cas:           n_elements contour  NE 0 AND n_elements contour  NE 4      2  on trace les contour en trait puis les continents c est le cas            n_elements contour  NE 0 AND n_elements contour  EQ 4        tempsun   systime 1             pour key_performance   if n_elements mask  EQ 0 then mask   1b   if n_elements masknan  EQ 0 then masknan   1b   IF total mask  EQ n_elements z2d  THEN mask   1b     si les niveaux et les couleurs ne sont pas donnes     if n_params  EQ 4 then        label  0  min z2d mask  max z2d mask  ncontour  levels  colors   attention bidouille inexplicable pour que tout se passe bien avec les   postcript ds pltz    if n_elements contour  LE 4 AND  x type EQ 0 THEN       plot   0   0  xstyle   5  ystyle   5   nodata   noerase  title     subtitle         si cell_fill fait partit de _extra  on le desactive si il n est pas   egale a 2     IF chkstru ex   CELL_FILL  THEN BEGIN      cell_fill   ex CELL_FILL     if ex CELL_FILL NE 2 then ex CELL_FILL   0   ENDIF ELSE cell_fill   0            I  remplissage des contours en palette de couleur      if NOT keyword_set more  then more   10   if NOT keyword_set nofill  AND NOT keyword_set color_c  then begin     if n_elements contour  NE 4 THEN BEGIN        if usetri EQ 2 then BEGIN         IF size x   n_dimensions  EQ 1 THEN x   x replicate 1   size z2d 2          IF size y   n_dimensions  EQ 1 THEN y   replicate 1   size z2d 1 y         contour   z2d  fltarr more   x  fltarr more                 y  fltarr more  levels   levels  c_color   colors                noerase   fill  TRIANGULATION   trichamp  _extra   ex         ENDIF ELSE BEGIN         IF size x   n_dimensions  EQ 2 THEN x   x  0          IF size y   n_dimensions  EQ 2 THEN y   reform y 0            contour  z2d  x  y  levels   levels  c_color   colors   noerase                fill  _extra   ex        ENDELSE     ENDIF   ENDIF   if n_elements contour  NE 0 AND n_elements contour  NE 4 THEN GOTO  fini    IF chkstru ex   C_ORIENTATION  THEN ex   extractstru ex   C_ORIENTATION    IF chkstru ex   C_SPACING  THEN ex   extractstru ex   C_SPACING    IF chkstru ex   C_COLORS  THEN ex   extractstru ex   C_COLORS      II  trace des contours en trait     if n_elements contour  EQ 4 OR n_elements contour  EQ 0 THEN BEGIN     we put the masked values to NaN       IF  n_elements mask  GT 1 OR n_elements masknan  GT 1          AND NOT keyword_set cont_nofill  THEN BEGIN         tonan   where mask masknan  EQ 0  count        tonan   where remplit mask masknan  nite   1  mask   mask masknan                                  basique  fillval   0                                 fillxdir   keyword_set realsection  EQ 0  count        IF count NE 0 THEN z2d temporary tonan     values f_nan     ENDIF        on ne passe pas si on doit faire des contours differents    ds le cas on unsur2 est active on reduit levels     if NOT keyword_set nocontour  then begin       IF keyword_set unsur2  THEN levels   levels where zeroun n_elements levels    eq 1    unlabsur est active   C_LABEL est passe via _EXTRA        if keyword_set unlabsur  THEN IF chkstru ex   C_LABELS  THEN           ex C_LABELS   1 indgen n_elements ex C_LABELS  MOD unlabsur    1      pour ne pas filler qd cell_fill est impose        IF chkstru ex   CELL_FILL  THEN ex CELL_FILL   0         CASE 1 OF         keyword_set color_c :c_colors   colors         keyword_set i_colors :c_colors   i_colors         ELSE:       ENDCASE         IF usetri EQ 2 THEN BEGIN          IF size x   n_dimensions  EQ 1 THEN x   x replicate 1   size z2d 2          IF size y   n_dimensions  EQ 1 THEN y   replicate 1   size z2d 1 y         contour   z2d  fltarr more   x  fltarr more                 y  fltarr more  levels   levels               overplot   1 keyword_set nofill  noerase   keyword_set nofill                c_colors   c_colors  TRIANGULATION   trichamp  _extra   ex       ENDIF ELSE BEGIN         IF size x   n_dimensions  EQ 2 THEN x   x  0          IF size y   n_dimensions  EQ 2 THEN y   reform y 0            contour  z2d  x  y  levels   levels               overplot   1 keyword_set nofill  noerase   keyword_set nofill                c_colors   c_colors  _extra   ex       ENDELSE     ENDIF     III  remplissage des continents de couleur       IF chkstru ex   CELL_FILL  THEN ex CELL_FILL   cell_fill   1     IF chkstru ex   LEVELS  THEN ex   extractstru ex   LEVELS      IF chkstru ex   NODATA  THEN ex   extractstru ex   NODATA      IF NOT keyword_set cont_color  THEN cont_color    d n_colors 1     255         si il y a des points a nan    on trace en blanc les points a nan avant de dessiner les cotes avec   un trait        if keyword_set trinan  THEN BEGIN       IF size x   n_dimensions  EQ 1 THEN x   x replicate 1   size masknan 2        IF size y   n_dimensions  EQ 1 THEN y   replicate 1   size masknan 1 y       contour   1b masknan  fltarr more   x  fltarr more               y  fltarr more  levels   0 5   overplot   fill             c_colors   cont_color  TRIANGULATION   trinan  _extra   ex       IF keyword_set forplt  THEN           completecointerre  COINMONTE   coinmontenan             COINDESCEND   coindescendnan  INDICEZOOM   indicezoomnan             CONT_COLOR   cont_color  _EXTRA   ex         ELSE fillcornermask  x  0  y 0    COINMONTE   coinmontenan             COINDESCEND   coindescendnan  CONT_COLOR   cont_color  _extra   ex     ENDIF     remplissage des continents       if keyword_set realcont  then if realcont EQ 1 then mask   1b     if n_elements mask  NE 1 then BEGIN   si mask 1 on saute          if NOT keyword_set cont_nofill  then BEGIN     mask filling           case 1 of           keyword_set realsection :drawsectionbottom  mask  xm  ym                 CONT_NOFILL   cont_nofill  CONT_COLOR   cont_color  _EXTRA   ex           usetri GE 1:BEGIN             if n_elements trimsk  eq 0 then trimsk   trichamp             IF size xm   N_DIMENSIONS  EQ 1 THEN xm   xm replicate 1   size mask 2              IF size ym   N_DIMENSIONS  EQ 1 THEN ym   replicate 1   size mask 1 ym             contour   1b mask  fltarr more   xm  fltarr more                     ym  fltarr more  LEVELS   0 5   OVERPLOT   FILL                   C_COLORS   cont_color  TRIANGULATION   trimsk  _extra   ex             IF keyword_set forplt  THEN                 completecointerre  COINMONTE   coinmontemask                   COINDESCEND   coindescendmask  INDICEZOOM   indicezoommask                   CONT_COLOR   cont_color  _EXTRA   ex               ELSE fillcornermask  xm  0  ym 0    COINMONTE   coinmontemask                   COINDESCEND   coindescendmask  CONT_COLOR   cont_color  _extra   ex           END           ELSE:BEGIN              IF size xm   n_dimensions  EQ 2 THEN xm   xm  0              IF size ym   n_dimensions  EQ 2 THEN ym   reform ym 0                contour  1b mask  xm  ym  LEVELS   0 5   OVERPLOT                    FILL  C_COLORS   cont_color  _EXTRA   ex           END         ENDCASE       ENDIF                       NOT keyword_set cont_nofill      IV  trace les cotes en trait         case 1 of         keyword_set realsection  AND NOT keyword_set cont_nofill :               keyword_set realsection  AND keyword_set cont_nofill :             drawsectionbottom  mask  xm  ym               CONT_NOFILL   cont_nofill  _extra   ex          keyword_set forplt  AND  map projection GT 0 OR key_irregular              OR keyword_set nan :tracecote  _extra   ex         ELSE:tracemask  mask  xm  ym  _extra   ex       endcase                         ENDIF                         n_elements mask  NE 1   ENDIF     draw the triangulations     if keyword_set desstrichamp  then       dessinetri  trichamp  x  y  color   colortrichamp  thick   th_trichamp   if keyword_set desstrimask  then       dessinetri  trimsk  xm  ym  color   colortrimask  thick   th_trimask   if keyword_set desstrinan  then       dessinetri  trinan  x  y  color   colortrinan   if keyword_set drawpoints  then       tracegrille  x  y  color   colorpoints     fini:   IF keyword_set key_performance  THEN print   temps pltbase  systime 1 tempsun     return end");
-a[249] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltsc.html", "pltsc.pro", "", "PRO  pltsc tab1 tab2  min1  max1  min2  max2  varname2  BOXZOOM   boxzoom               COL1D col1d STY1D sty1d OV1D ov1d  _extra   ex     scatter plot  inspired from plt1d         include common  cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      Rq: on ne reinitialise pas qd on rapelle pltsc    if NOT keyword_set ov1d  then reinitplt      reduce data xyzt domain     if keyword_set boxzoom  then BEGIN       Case 1 Of        N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0         N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1         N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2         N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4         N_Elements Boxzoom  Eq 6:bte   Boxzoom        Else: Begin          ras   report Wrong Definition of Boxzoom            return        End      endcase      savedbox   1b      saveboxparam   boxparam4pltsc dat       domdef  bte  GRIDTYPE   vargrid    ENDIF    extract indexes to plot     indexm   where tab1 LE valmask 10     tab1   tab1 indexm     tab2   tab2 indexm      npts    size indexm 1     deal with  min and max of plot    IF finite min1  EQ 0 THEN min1   min tab1     IF finite max1  EQ 0 THEN max1   max tab1     IF finite min2  EQ 0 THEN min2   min tab2     IF finite max2  EQ 0 THEN max2   max tab2         init plot if not overlay        IF NOT keyword_set ov1d  THEN placedessin   yfx  posfenetre  posbar        contour   contour  _extra   ex    yy   tab1    xx   tab2    axis range     x range    min2 abs max2 min2 5 max2 abs max2 min2 5      y range    min1 abs max1 min1 5 max1 abs max1 min1 5      IF  NOT keyword_set sty1d  THEN sty1d   0    IF  NOT keyword_set col1d  THEN col1d   0    IF  NOT keyword_set ov1d  THEN  BEGIN        legende  min1  max1   yfx  VARNAME2   varname2  NPTS   npts  _EXTRA   ex          plot xx yy  background   255  psym   sty1d 1  color col1d  thick 2            title     subtitle    _extra   ex        if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur 0 et trace une ligne a y 0          if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0          if  where tag_names ex  EQ  LINESTYLE 0  NE  1 then ex LINESTYLE  0        ENDIF        plot   x range   0  0   noerase   nodata  xstyle   1  ystyle   1  _extra   ex   trace une ligne a x 0       plot   0  0   y range   noerase   nodata  title     subtitle     _extra   ex    ENDIF ELSE oplot xx yy color col1d linestyle sty1d thick 2  _extra   ex       3eme partie: impression eventuelle     fini:    terminedessin  _extra   ex   if keyword_set savedbox  THEN restoreboxparam   boxparam4pltsc dat       if n_elements key_performance  NE 0 then       IF key_performance EQ 1 THEN print   temps plt1d  systime 1 tempsun           return end  ");
-a[250] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltt.html", "pltt.pro", "", "      NAME:  PLTT     PURPOSE:  trace des graphes hovmoller     CATEGORY:         Graphics  trace des graphes hovmoller: xt yt zt t     CALLING SEQUENCE:  pltt  champ type  min  max  datmin  datmax      INPUTS:  champ: le champ dont on veut faire le hovmoller champ  peut etre de 2 types:  1  un tableu qui peut etre:              3d ou 4d: la derniere composante etant le temps  dans ce              cas  le tableau va passer dans grossemoyenne pour etre              moyennee suivant et devenir un tableau 2d ou 1d               2d: si tableau est deja 2d  il n est pas modifie               attention les terres doivent etre masquees a la valeure              valmask  et type doit qd meme etre specifie pour qu on              sache de quel trace il sagit  Pour avoir une legende              correcte  respecifier la zone d extraction via BOXZOOM              1d: uniquement pour les traces de type  t  Type doit qd              meme etre specifie pour qu on sache de quel trace il              sagit  Pour avoir une legende correcte  respecifier la zone              d extraction via BOXZOOM         2  une structure repondant aux critaire specifies par         litchamp pro  cf  IDL  xhelp litchamp  Le tableau contennu ds         la structure repondant aux criteres du cas 1  cf  ci dessus           TYPE: type de hovmoller que l on veut faire:                xt yt zt t        ces arguments ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le max de tableau  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le min de tableau  sur les pts   mer            DATMIN: c est la borne inf de l axe temporel  c est un         longinteger de la forme yyyymmdd  ou bien yymmdd            DATMAX: c est la borne max de l axe temporel  c est un         longinteger de la forme yyyymmdd  ou bien yymmdd      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique  3d  sur laquelle doit   etre fait l extraction du champ pour faire le hovmoeller    Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  vert1  vert2    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 vert1 vert2 sont les variables globales   definies lors du dernier domdef           CB_TITLE: le titre de la colorbar          CB_SUBTITLE: le soustitre de la colorbar          CB_CHARSIZE: The character size of the color bar annotations            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1             CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white    CONTINTERVALLE: lorsque CONTOUR est active  valeur d un   intervalle entre deux isolignes traces par un trait  Il peut ainsi   etre different de celui specifie par INTERVALLE    qui  cas ce cas  ne controle que les isolignes coloriees en   couleurs  Si aucun min n est specifie  on choisit un contour min qui va   bien avec l intervalle specifie  Si ce mot cle n est pas   specifie  on trace 20 isolignes du min au max      CONTLABEL: un entier n  lorsque CONTOUR est active  si n   different de 0  choisit le type de label correspondant aux cas n   pour les isolignes tracees par un trait  Pour specifier le type de   label du contour en couleur  utiliser LABEL    CONTMAX: lorsque CONTOUR est active  valeur maximum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTMIN: lorsque CONTOUR est active  valeur minimum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTNLEVEL: lorsque CONTOUR est active  nombre de contours   trace par un trait a dessiner  actif si   CONTLABEL 0  par defaut  20     CONTOUR: si on veut tracer les contours d un champ different que celui   que l on dessin en couleur  par ex E P en couleur et QSR en   contours  Doit etre un champ reponadnt aux meme caracteristiques   que l argument numero 1 de pltt           ENDPOINTS: mot clef specifiant que l on veut faire une coupe         verticale en diagonale  les coordonnees des extremites de         celle ci sont alors definies les 4 elements du vecteur         ENDPOINTS:  x1 y1 x2 y2  qui sont les coordonnees             EXCHANGE_XY: permet d intervertir les axes             FILTER: applique une moyenne glissante de largeur FILTER     INTERVALLE: valeur d un intervalle entre deux isolignes  Si   aucun min n est specifie  on choisit un contour min qui va bien   avec l intervalle specifie  Si ce mot cle n est pas specifie  on   trace 20 isolignes du min au max  Rq: Qd CONTOUR est active   INTERVALLE ne specifie que intervalle entre 2 isolignes coloriees en   couleur  Pour specifier l intervalle entre 2 isolignes traces par un trait   utiliser CONTINTERVALLE     INV: inverse le vecteur couleur utilise pour colorier le graphe                sans toucher au noir  au blanc et a la palette utilisee      LABEL: un entier n  si n different de 0  choisit le type de   label correspondant aux cas n  cf label pro   Rq: Qd CONTOUR est active  ne specifie le type de label que pour les   isolignes coloriees en couleur  Pour celles tracees par un trait   utiliser CONTLABEL      LANDSCAPE: oblige la feuille ou le fenetre a l ecran a etre  en position  allongee            LCT: entier designant le numero de la palette de couleur que         l on veut utiliser pour le plot             COL1d:  OBSOLETE numero de la couleur qd on fait un trace 1d         par defaut  0  il faut mieux utiliser le mot cle COLOR utilise         par plot           MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue     NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou n est pas specifie     CONTNLEVEL: nombre de contours a dessiner qd on utilise ajoutcontour   active par le mot cle CONTOUR actif si CONTLABEL 0  par defaut  20     NOCOLORBAR: activer si on ne veut pas de colorbar    NOCONTOUR: activer si on ne veut pas de contour mais juste  les couleurs    NOFILL: activer si on veut juste les contours en noir et  blanc sur fond blanc            NOERASE: activer pour faire un dessin a l ecran sans creer   une nouvelle fenetre  Rq: activer ds le cas d un Postscript de   plusieurs traces de type  t  pour ne pas faire un Postscript de   plusieurs pages             OV1D:permet de surimprimer un courbe 1d a un precedent trace 1d            OVERPLOT: pour faire un pltt par dessus un autre  Rq:         contrairemnet a l utilisation de CONTOUR          l utilisation de ce mot clef ne modifie pas la legende ou et         la barre de couleur  dans le cas d un plot 1d  contrairement         a ov1d  on peut changer les axes et les ranges     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins           REPEAT_C n pour repeter une serie temporelle n fois    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            REVERSE_X: pour inverser l axe des x  et aussi le dessin             REVERSE_Y: pour inverser l axe des y  et aussi le dessin             STRICTFILL: activer ce mot clef pour que le remplissage des         contours ce fasse precisement entre le min et le max specifie         en laissant en banc les valeurs inferieurs au min specifie et         superieurs au max specifie     STYLE: style de tracer a adopter pour dessiner les isolignes par   defaut style 0  cf style pro           STY1D:  OBSOLETE numero du style utilise lors d un trace         1d  Il faut mieux utiliser le mot cle LINESTYLE qui est celui         de plot  Attention ce mot cle est encore utile si on veut         faire des barres plutot qu une courbe  mettre sty1d bar     TRANS: fait un postscript  active  post automatiquement  et l imprime    si on le desire  sur un transparant            TREND_TYPE: modify data by calling trends pro            TYPEIN: permet de specifier la valeur type de hovmoller que          l on veut faire:                xt yt zt t            a l aide d un mot cle plutot que par l argument type Si         l argument et le mot cle sont specifies en meme temps  c est         la valeur specifiee par le mot cle qui est retenue             USETRI: pour forcer a utiliser de triangulation             UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n  Par defaut unlabsur 2    UNSUR2: si on veut tracer un countour sur deux  par  defaut trace   tous les contours    WINDOW: nimero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0     YXASPECT: rapport d echelle entre y et x  Par defaut 1   Par defaut on adapte pour occupe une grande partie de la feuille en sortie   postScript ou pour cree une fenetre pas trop etiree            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   27 5 98                         Jerome Vialard  adapting plt to hovmoller drawing                          2 7 98                         Sebastien Masson 14 8 98  continents barres                          15 1 98   adaptation pour les tableaux 3 et 4d pour que la moyenne soit faite   dans pltt plutot que lors de la lecture                          Sebastien Masson 14 8 98                          7 1999                          Eric Guilyardi 29 7 99 FILTER  TREND_TYPE                          REPEAT_C                          Sebastien Masson 08 02 2000 checkfield and                         usetri keyword          pro pltt tab giventype givenmin givenmax datmin datmax BOXZOOM   boxzoom  CONTOUR contour             ENDPOINTS endpoints INTERVALLE intervalle INV inv              CONTINTERVALLE contintervalle LABEL label CONTLABEL contlabel             STYLE style  CONTMAX contmax             CONTMIN contmin NLEVEL nlevel CONTNLEVEL contnlevel             COL1D col1d STY1D sty1d  MININ   minin  MAXIN   maxin             OV1D ov1d  FILTER   filter  TREND_TYPE   trend_type             REPEAT_C   repeat_c  TYPEIN   typein  XT   XT  YT   YT  ZT   zt              TT   tt  STRICTFILL   strictfill  OVERPLOT   overplot              EXCHANGE_XY   exchange_xy              _extra   ex     include common  cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF        tempsun   systime 1            pour key_performance     I2  reinitialisation   p x y    Rq: on ne reinitialise pas qd on rapelle plt en boucle pour utiliser contour      if n_elements contour  ne 4 AND NOT keyword_set overplot        AND NOT keyword_set ov1d  then reinitplt     I1  lecture du champ      if  keyword_set boxzoom  OR keyword_set endpoints         AND n_elements contour  ne 4 THEN BEGIN      savedbox   1b      saveboxparam   boxparam4pltt dat     ENDIF    if n_elements giventype  NE 0 then type   giventype    if n_elements givenmin  NE 0 then min   givenmin    if n_elements givenmax  NE 0 then max   givenmax    if n_elements minin  NE 0 then min   minin    if n_elements maxin  NE 0 then max   maxin    if keyword_set typein  then BEGIN        if size type   type  NE 7 AND size type   type  NE 0 then begin          if n_elements min  NE 0 then max   min          min   type       endif       type   typein     ENDIF      checktypeminmax   pltt  TYPE   type  MIN   min  MAX   max          XT   XT  YT   YT  ZT   zt  TT   tt  ENDPOINTS   endpoints  _extra   ex      if keyword_set endpoints  then begin       section  tab  z2d  glam  gphi  ENDPOINTS   endpoints  TYPE   type             BOXZOOM   boxzoom  DIREC   direc       nx   n_elements glam         ny   nx       if strupcase vargrid  EQ  W  then begin          z   gdepw firstzw:lastzw           nz   nzw       ENDIF ELSE BEGIN          z   gdept firstzt:lastzt           nz   nzt       ENDELSE    ENDIF ELSE BEGIN        z2d   checkfield tab   pltt  TYPE   type  BOXZOOM   boxzoom                            direc   direc  _extra   ex        if z2d 0  EQ  1 then BEGIN          IF keyword_set savedbox  THEN restoreboxparam   boxparam4pltt dat          return       endif       grille  mask  glam  gphi  gdep  nx  ny nz    ENDELSE     calcul de tendance anomaly suivant TREND_TYPE       IF NOT keyword_set trend_type  THEN trend_type   0     IF trend_type GT 0 THEN z2d   trends z2d  trend_type  type       filtrage des donnee dans le cas  t         IF type EQ  t  AND keyword_set filter  THEN BEGIN        print       Applying a running mean filter of width  string filter  format    I3        z2d   smooth z2d  filter        z2d 0:filter 2 1    0        z2d size z2d 1 filter 2 1: size z2d 1 1    0     ENDIF       repetition de la serie temporelle       IF NOT keyword_set repeat_c  THEN repeat_c   1     temps   time 0:jpt 1     IF repeat_c GT 1 THEN BEGIN       taille size z2d        CASE taille 0  OF          1: z2d   reform z2d replicate 1  repeat_c  taille 1 repeat_c           2: BEGIN             z2d   z2d replicate 1  repeat_c              z2d   reform z2d  taille 1  taille 2 repeat_c   over           END           ELSE:        ENDCASE       temps    temps   lindgen jpt REPEAT_c 1 1 temps 1 temps 0 temps jpt 1     ENDIF       selection du type de graphique        taille size z2d     case taille 0  of       2 : typdes 2d        1 : begin          z1d z2d          typdes 1d           if keyword_set OV1D  then begin             yy   z2d             if n_elements datmin  NE 0 then tempsmin   date2jul datmin                ELSE tempsmin   temps 0    on shift l axe du temps pour des questions de precision sur les   dates du calendier julien en long qui sont passes en float ds les axes             xx   temps tempsmin              x range x range tempsmin              x tickv x tickv tempsmin   on fait un faux plot pour appliquer ces changements              plot 0   0 noerase xstyle 5  ystyle   5  title     subtitle     ytitle     xtitle                 goto  trace1d          endif       end    endcase   on construit le mask pour cela le tableau doit etre masque  fait   automatiquement a la valeur valmask si on passe ds moyenne ou grossemoyenne     nan   total finite z2d nan   z2d  not very nice when xgridstyle 2    same if xticklen 0 5  not very nice in the middle    so we draw   the top  right  axis by hand using axis          if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur noire         if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0       ENDIF         plot   0   0   nodata   noerase  _extra   ex             xstyle   1 4 keyword_set endpoints  AND type EQ  xt  AND lat1 NE lat2 8 type EQ  yt  OR type EQ  zt              ystyle   1 4 keyword_set endpoints  AND type EQ  yt 8 type EQ  xt    call axis for the missing axis        IF type EQ  xt  AND NOT keyword_set endpoints  THEN BEGIN         if n_elements ex  NE 0 then              if  where tag_names ex  EQ  YTICKNAME 0  NE  1 then             ex YTICKNAME   replicate    n_elements ex YTICKNAME          axis  yaxis   1  ystyle   1  yticklen   0               ytickname   replicate     y ticks 1  _extra   ex       ENDIF       IF  type EQ  yt  OR type EQ  zt  AND NOT keyword_set endpoints  THEN BEGIN         if n_elements ex  NE 0 then              if  where tag_names ex  EQ  XTICKNAME 0  NE  1 then             ex XTICKNAME   replicate    n_elements ex XTICKNAME         axis  xaxis   1  xstyle   1  xticklen   0             xtickname   replicate     x ticks 1  _extra   ex       ENDIF   ajout d un axe ds le cas ou l on utilise endpoints       if keyword_set endpoints  then addaxe  endpoints  type  posfenetre  _EXTRA   ex     barre de couleur         colnumb   colnumb 0:ncontour 1 keyword_set strictfill        barrecouleur  colnumb  min   max   ncontour keyword_set strictfill 2                         position   posbar  _extra   ex      endif     1d   trace1d:    if  typdes eq  1d  then begin       if  not keyword_set col1d  then col1d   0       if keyword_set sty1d  then BEGIN  si on veut faire des barres          IF strlowcase strtrim sty1d  EQ  bar  then begin              y range    y range 0 y range 1 y range 0 05 y range 1               bar_plot  yy  background    d n_colors 1   not very nice when xgridstyle 2  same if   xticklen 0 5  not very nice in the middle       so we draw the top axis by hand using axis           if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur noire             if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0          ENDIF          plot   0   0   nodata   noerase                xstyle   1 8 1 keyword_set exchange_xy                 ystyle   1 8 keyword_set exchange_xy  _extra   ex   call axis for the missing axis           if n_elements ex  NE 0 then BEGIN    force tickname to blank array             if  where tag_names ex  EQ  YTICKNAME 0  NE  1 AND keyword_set exchange_xy  then ex YTICKNAME   replicate    n_elements ex YTICKNAME              if  where tag_names ex  EQ  XTICKNAME 0  NE  1 AND NOT keyword_set exchange_xy  then ex XTICKNAME   replicate    n_elements ex XTICKNAME           ENDIF          if keyword_set exchange_xy  then  axis  yaxis   1  ystyle   1                yticklen   0  ytickname   replicate     y ticks 1  _extra   ex            ELSE axis  xaxis   1  xstyle   1  xticklen   0                xtickname   replicate     x ticks 1  _extra   ex        ENDIF ELSE oplot  xx  yy  color   col1d  linestyle   sty1d  thick   2  _extra   ex    endif fini:     on remet l axe du temps en jours julien IDL et non pas en jours   juliens comptes a partir tempsmin       if type EQ  xt  then BEGIN         y range y range tempsmin         y tickv y tickv tempsmin    ENDIF ELSE BEGIN         x range x range tempsmin        x tickv x tickv tempsmin    ENDELSE   on fait un faut plot pour que ces valeurs soient prises en   consideration    plot   0   0   nodata   noerase  xstyle   5  ystyle   5          title     subtitle     ytitle     xtitle           3eme partie: impression eventuelle        terminedessin  _extra   ex    if keyword_set savedbox  THEN restoreboxparam   boxparam4pltt dat       if n_elements key_performance  NE 0 then       IF key_performance EQ 1 THEN print   temps pltt  systime 1 tempsun           return end  ");
-a[251] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltz.html", "pltz.pro", "", "          NAME:  PLTZ     PURPOSE:  trace des graphes verticaux     CATEGORY:         Graphics     CALLING SEQUENCE:  pltz  champ  min  max      INPUTS:  champ: le champ dont on veut faire la coupe verticale champ  peut etre de 2 types:           1  un tableau 2d ou 3d             Si le champ est 2d undiquer avec le mot cle boxzoom les           delimitations geographiques de la boxzoom  Si le chyamp est           3d  on extrait la section et on moyenne eventuellement avant           de faire le plot           2  une structure repondant aux critaire specifies par           litchamp pro  cf  IDL  xhelp litchamp  le tableau contenu           ds la structure doit etre 2 ou 3d cf cas 1  si dessus     ces arguments ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le max de tab1  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le min de tab1  sur les pts mer      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique sur laquelle doit etre   faite la coupe  Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  0  200    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 sont les variables globales   definies lors du dernier domdef           CB_TITLE: le titre de la colorbar          CB_SUBTITLE: le soustitre de la colorbar          CB_CHARSIZE: The character size of the color bar annotations    CONTINTERVALLE: lorsque CONTOUR est active  valeur d un   intervalle entre deux isolignes traces par un trait  Il peut ainsi   etre different de celui specifie par INTERVALLE    qui  cas ce cas  ne controle que les isolignes coloriees en   couleurs  Si aucun min n est specifie  on choisit un contour min qui va   bien avec l intervalle specifie  Si ce mot cle n est pas   specifie  on trace 20 isolignes du min au max      CONTLABEL: un entier n  lorsque CONTOUR est active  si n   different de 0  choisit le type de label correspondant aux cas n   pour les isolignes tracees par un trait  Pour specifier le type de   label du contour en couleur  utiliser LABEL    CONTMAX: lorsque CONTOUR est active  valeur maximum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR              COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1             CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white    CONTMIN: lorsque CONTOUR est active  valeur minimum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTNLEVEL: lorsque CONTOUR est active  nombre de contours   trace par un trait a dessiner  actif si   CONTLABEL 0  par defaut  20     CONTOUR: si on veut tracer les contours d un champ different que celui   que l on dessin en couleur  par ex E P en couleur et QSR en   contours  Doit etre un champ reponadnt aux meme caracteristiques   que l argument numero 1 de pltz           ENDPOINTS: mot clef specifiant que l on veut faire une coupe         verticale en diagonale  les coordonnees des extremites de         celle ci sont alors definies les 4 elements du vecteur         ENDPOINTS:  x1 y1 x2 y2  qui sont les coordonnees     INTERVALLE: valeur d un intervalle entre deux isolignes  Si   aucun min n est specifie  on choisit un contour min qui va bien   avec l intervalle specifie  Si ce mot cle n est pas specifie  on   trace 20 isolignes du min au max  Rq: Qd CONTOUR est active   INTERVALLE ne specifie que intervalle entre 2 isolignes coloriees en   couleur  Pour specifier l intervalle entre 2 isolignes traces par un trait   utiliser CONTINTERVALLE     INV: inverse le vecteur couleur utilisee pour colorier le graphe                sans toucher au noir  au blanc et a la palette utilisee     ZRATIO: lorsque le dessin presente une partie zoomee  rapport de   taille entre la partie zommee  hz  hauteur zoom  et le dessin entier  ht    hauteur total  Par defaut  2 3    LABEL: un entier n  si n different de 0  choisit le type de   label correspondant aux cas n  cf label pro   Rq: Qd CONTOUR est active  ne specifie le type de label que pour les   isolignes coloriees en couleur  Pour celles tracees par un trait   utiliser CONTLABEL      LANDSCAPE: oblige la feuille ou la fenetre a etre en position  allongee            LCT: entier designant le numero de la palette de couleur que         l on veut utiliser pour le plot             MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue     NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou n est pas specifie     NOCOLORBAR: activer si on ne veut pas de colorbar    NOCONTOUR: activer si on ne veut pas de contour mais juste  les couleurs    NOFILL: activer si on veut juste les contours en noir et  blanc sur fond blanc            NOERASE: activer pour faire un dessin a l ecran sans creer         une nouvelle fenetre            NOTRI: pour forcer a ne pas utiliser de triangulation            OVERPLOT: pour faire un plt par dessus un autre  Rq:         contrairemnet a l utilisation de CONTOUR          l utilisation de ce mot clef ne modifie pas la legende ou et         la barre de couleur     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            SIN: activer ce mot cle si l on veut que l  axe des x soit         trace en sinus de la latitude qd on fait une coupe  yz             STRICTFILL: activer ce mot clef pour que le remplissage des         contours ce fasse precisement entre le min et le max specifie         en laissant en banc les valeurs inferieurs au min specifie et         superieurs au max specifie     STYLE: style de tracer a adopter pour dessiner les isolignes par   defaut style 0  cf style pro    TRANS: fait un postscript  active  post automatiquement  et l imprime    si on le desire  sur un transparant            UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n  Par defaut unlabsur 2    UNSUR2: si on veut tracer un countour sur deux  par  defaut trace   tous les contours    WINDOW: nimero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0             WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W             XZ: force a faire une coupe xz            YZ: force a faire une coupe yz    YXASPECT: rapport d echelle entre y et x  par ex:  1 pour un repere   presque orthonorme   2 si l axe des y est environ deux fois plus dilate   que celui des x  Par defaut on adapte pour occupe une grande partie de   la feuille en sortie postScript ou pour cree une fenetre pas trop etiree               WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W     ZOOM: profondeur jusqu a laquelle on fait un zoom  par defaut 200m ou   la profondeur maximale si elle est inf a 200            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      OUTPUTS:     COMMON BLOCKS:  common pro      SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 1999                         Sebastien Masson 08 02 2000 checkfield and                         notri keyword          pro pltz  tab  giventype  givenmin  givenmax  BOXZOOM   boxzoom  CONTOUR   contour               ENDPOINTS   endpoints  INTERVALLE   intervalle  INV   inv  ZRATIO   zratio               CONTINTERVALLE   contintervalle  LABEL   label  CONTLABEL   contlabel               STYLE   style  CONTMAX   contmax  SIN   sin  TYPEIN   typein               CONTMIN   contmin  NLEVEL   nlevel  CONTNLEVEL   contnlevel               NOTRI   notri  USETRI   usetri  FILLXDIR   fillxdir               ZOOM   zoom  XZ   xz  YZ   yz  MININ   minin  MAXIN   maxin               STRICTFILL   strictfill  OVERPLOT   overplot  MASKFILL   maskfill               WDEPTH   wdepth  REALSECTION   realsection               _EXTRA   ex     include common  cm_4mesh  cm_4data  cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance       1ere partie: initialisation et petits calculs     on ne reinitialise pas qd on rapelle pltz en boucle pour utiliser contour   if n_elements contour  ne 4 AND NOT keyword_set overplot  then reinitplt     if n_elements contour  ne 4 THEN saveboxparam   boxparam4pltz dat      lecture du champ     if n_elements giventype  NE 0 then type   giventype   if n_elements givenmin  NE 0 then min   givenmin   if n_elements givenmax  NE 0 then max   givenmax   if n_elements minin  NE 0 then min   minin   if n_elements maxin  NE 0 then max   maxin   if n_elements realsection  EQ 0 then realsection   1   IF n_elements usetri  EQ 0 THEN BEGIN     IF n_elements notri  NE 0 THEN usetri   2 notri ELSE usetri   1   ENDIF   no need of triangulation   IF usetri EQ 1 AND keyword_set realsection  THEN usetri   0   did we specify the type     if keyword_set typein  then BEGIN      if size type   type  NE 7 AND size type   type  NE 0 then begin       if n_elements min  NE 0 then max   min       min   type     endif     type   typein   ENDIF      checktypeminmax   pltz  TYPE   type  MIN   min  MAX   max         XZ   xz  YZ   yz  ENDPOINTS   endpoints  _extra   ex     if keyword_set endpoints  then begin     section  tab  z2d  glam  gphi  ENDPOINTS   endpoints  TYPE   type          BOXZOOM   boxzoom  DIREC   direc  WDEPTH   wdepth  _extra   ex     if z2d 0  EQ  1 AND n_elements contour  ne 4 then BEGIN        restoreboxparam   boxparam4pltz dat        return     ENDIF     nx   n_elements glam       ny   nx     if strupcase vargrid  EQ  W  then begin       gdep   gdepw firstzw:lastzw        nz   nzw     ENDIF ELSE BEGIN       gdep   gdept firstzt:lastzt        nz   nzt     ENDELSE     mask   z2d LE valmask 10    ENDIF ELSE BEGIN     z2d   checkfield tab   pltz  TYPE   type  BOXZOOM   boxzoom                          DIREC   direc  WDEPTH   wdepth  _extra   ex      if z2d 0  EQ  1 AND n_elements contour  ne 4 then BEGIN        restoreboxparam   boxparam4pltz dat        return     ENDIF     IF realsection EQ 1 THEN grille  mask  glam  gphi  gdep  nx  ny  nz  ifpltz   type  WDEPTH   wdepth       ELSE grille  mask  glam  gphi  gdep  nx  ny  nz  WDEPTH   wdepth   ENDELSE   stop     profmax    y range 0    profmin    y range 1    if not keyword_set zoom  then zoom   200   zoom   zoom 0    IF zoom LT profmin THEN zoom   profmax   if zoom GE vert2 then zoom   profmax   construction of the mask and of the axis   axis4pltz  type  mask  glam  gphi  gdep  XXAXIS   xxaxis  ZZAXIS   zzaxis  SIN   sin  ZRATIO   zratio  ZOOM   zoom  PROFMAX   profmax  PROFMIN   profmin  _extra   ex   to draw from bottom to top  avoid using cell_fill    z2d   reverse z2d  2        determination du mi:min et du ma:max de tab1 ainsi que de max: max et     min: min pour le dessin      nan   total finite z2d   nan   z2d    max   if n_elements maskfill  NE 0 then BEGIN     z2d   z2d mask masknan     if maskfill NE 0 then z2d   temporary z2d    maskfill 1b mask masknan    ENDIF     check the mask and the triangulation according to the grid type and    nan values  find the coordinates of the mask        if  where mask EQ 0 0  EQ  1 AND NOT keyword_set nan  then notri   1     if keyword_set notri  then trifield    1       ELSE trifield   triangule mask basic    if  usetri GE 1 AND  vargrid EQ  T  OR vargrid EQ  W        OR  usetri EQ 2 AND  vargrid NE  T  AND vargrid NE  W  THEN       trifield   triangule mask   basic      IF NOT keyword_set endpoints   THEN BEGIN     if keyword_set nan  then trinan   triangule masknan   basic  coinmonte   coinmontenan  coindescend   coindescendnan      decoupeterre  mask  glammsk  gphimsk  gdepmsk  type   type  WDEPTH   wdepth  REALSECTION   realsection     axis4pltz  type  mask  glammsk  gphimsk  gdepmsk  XXAXIS   xmask  ZZAXIS   zmask  SIN   sin  ZRATIO   zratio  ZOOM   zoom  PROFMAX   profmax  PROFMIN   profmin  _extra   ex   ENDIF ELSE BEGIN     xmask   xxaxis     zmask   zzaxis   ENDELSE      if  usetri GE 1 AND  vargrid NE  T  AND vargrid NE  W  THEN BEGIN      IF keyword_set realsection  THEN trimsk   triangule mask   basic        ELSE trimsk   triangule mask   basic  coinmonte   coinmontemask                                 coindescend   coindescendmask    ENDIF          dessin en lui meme     pltbase  z2d  xxaxis  zzaxis  mask  xmask  zmask         level_z2d  colnumb  overplot   overplot         contour   contour  trichamp   trifield  trimsk   trimsk          c_linestyle   linestyle         c_labels   1 indgen n_elements level_z2d  MOD 2          c_thick   thick  unsur2   unsur2         masknan   masknan  trinan   trinan         coinmontenan   coinmontenan  coindescendnan   coindescendnan         coinmontemask   coinmontemask  coindescendmask   coindescendmask         REALSECTION   realsection  USETRI   usetri  _extra   ex     rappelle de pltz en boucle qd contour est active     if n_elements contour  eq 4 then BEGIN   c est la 2eme fois que je passe ds pltt     contour    mietma: mi  ma  unit:varunit  inter:intervalle    je renvoie le min  le max et l unite     return   endif   if keyword_set contour  THEN BEGIN      pourlegende    1  1  1  1      oldattributs   saveatt      oldcolnumb   colnumb     pltz  contour  contmin  contmax  CONTOUR   pourlegende  ZRATIO   zratio           INTERVALLE   contintervalle  LABEL   contlabel  STYLE   style   noerase            NLEVEL   contnlevel  ZOOM   zoom  BOXZOOM   boxzoom  ENDPOINTS   endpoints           STRICTFILL   strictfill  REALSECTION   realsection  MASKFILL   maskfill           USETRI   usetri  WDEPTH   wdepth  _extra   ex     restoreatt  oldattributs     colnumb   oldcolnumb   ENDIF       3eme partie: dessin du cadre  legendes  colorbar      if keyword_set overplot  then BEGIN       y range     zoom  profmin    on repasse en coordonees physiques      plot   0   0   nodata   noerase  title     subtitle     xstyle   5  ystyle   5     GOTO  fini   endif     legendes   affichage de celles ci     legende  mi  ma  type  CONTOUR   pourlegende  INTERVALLE   intervalle  DIREC   direc  endpoints   endpoints  _EXTRA   ex   if type eq  yz  then xaxe    lataxe  else xaxe    lonaxe    if keyword_set sin  OR NOT key_onearth then xaxe       cadre applique par defaut   plot   xxaxis 0  xxaxis n_elements xxaxis 1   zratio   zratio   noerase         xstyle   1 4 keyword_set endpoints  AND  type EQ  xz  AND lat1 NE lat2  OR  type EQ  yz  AND lon1 NE lon2          xtickformat   xaxe  _extra   ex   ajout d un axe ds le cas ou l on utilise endpoints   if keyword_set endpoints  then addaxe  endpoints  type  posfenetre  _EXTRA   ex     axe y en 1 ou 2 parties     if n_elements ex  NE 0 then BEGIN    pour ne plus mettre de titre     if  where tag_names ex  EQ  TITLE 0  NE  1 then ex TITLE         pour ne plus mettre de sous titre     if  where tag_names ex  EQ  SUBTITLE 0  NE  1 then ex SUBTITLE         pour n avoir q un ytitle     if  where tag_names ex  EQ  YTITLE 0  NE  1 then BEGIN        ytitle   ex YTITLE       ex YTITLE           endif   ENDIF   htotal   posfenetre 3 posfenetre 1    hzoom   1 zratio htotal   if zoom LT profmax then       plot   0   0   nodata   noerase  ystyle   1  yrange    profmax  zoom 0 001          position   posfenetre 0  0  0   hzoom  _extra   ex  title     subtitle     ytitle          y range     zoom  profmin      on repasse en coordonees physiques    plot   0   0   nodata   noerase  ystyle   1  _extra   ex         title     subtitle     ytitle     position   posfenetre 0  htotal hzoom  0  0      pour ecrire le ytitle      if  d name EQ  PS  then       xs    max page_size  min   mi 1 key_portrait    mi key_portrait d x_px_cm     ELSE xs    d x_size   if n_elements ytitle  NE 0 then  y title   ytitle   charsize   chkstru ex   ycharsize   extract    if charsize EQ  1 then charsize    p charsize   IF chkstru ex   charsize  THEN ex charsize   charsize   if chkstru ex   ytitle   extract  NE   then       decalage   string format    e10 3  profmax    decalage   float strmid decalage  strpos decalage   e 1    posy   posfenetre 1 1 htotal 2   posx   posfenetre 0 decalage 3 d x_ch_size charsize xs   xyouts  posx  posy   y title   normal  orientation   90  color   0  ALIGNMENT    5  charsize   charsize  _extra   ex      barre de couleur     colnumb   colnumb 0:ncontour 1 keyword_set strictfill    barrecouleur  colnumb  min   max   ncontour keyword_set strictfill 2                     position   posbar  _extra   ex       4eme partie: impression eventuelle     fini:   terminedessin  _extra   ex         sortie:   restoreboxparam   boxparam4pltz dat      if keyword_set key_performance  NE 0 THEN print   temps pltz  systime 1 tempsun    return end   ");
-a[252] = new Array("./ToBeReviewed/PLOTS/DESSINE/sbar_plot.html", "sbar_plot.pro", "", "          NAME:sbar_plot  super bar_plot      PURPOSE: meme chose que bar_plot mais compatible avec l ensemble de   l environnement  common pro est inclu      CATEGORY:dessine     CALLING SEQUENCE: sbar_plot y      INPUTS: cd IDL bar_plot     KEYWORD PARAMETERS:      meme que ceux de bar_plot avec en plus:        COLORS: un entier donnant la couleur de toutes les barres de        couleurs   contrairement a colors qui est en vecteur donnant le        couleur de chaque barre de couleur           NOREINITPLT: a actier si on ne veut pas que les variables        d environnemet  p   x   y   z soient reinitialisees par la        procedure reinitplt     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:       Si NOREINITPLT n est pas ective toutes les variables        d environnemet  p   x   y   z sont reinitialisees par la        procedure reinitplt     RESTRICTIONS:     EXAMPLE:          IDL  sbar_plot  indgen 10 small    2 2 2 rempli        IDL  sbar_plot  indgen 10 small    2 2 3 noerase        IDL   ps     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         10 10 1999          PRO sbar_plot  Values  COLORS   colors  NOREINITPLT   noreinitplt  _extra   ex   common   1  je reinitialise l environnememt graphique  les variables  x   y et  p :     if NOT keyword_set NOREINITPLT  then reinitplt  _extra   ex    2  je place le dessin a l ecran comme sur le postcript     IF chkstru ex   overplot EQ 0 THEN placedessin   autre  _extra   ex   3  je fais mon joli dessin     if n_elements COLORS  NE 0 then BEGIN       if n_elements COLORS  EQ n_elements Values  then col   colors          ELSE col   replicate colors 0  n_elements Values     ENDIF ELSE col   congrid indgen d n_colors   256  n_elements Values       bar_plot  Values  background    p background  colors   col                  xstyle   1  ystyle   1  _extra   ex   4  je termine le dessin     terminedessin  _extra ex      return end");
-a[253] = new Array("./ToBeReviewed/PLOTS/DESSINE/scontour.html", "scontour.pro", "", "          NAME:scontour  super contour      PURPOSE: meme chose que contour mais compatible avec l ensemble de   l environnement  common pro est inclu      CATEGORY:dessine     CALLING SEQUENCE: scontour  z   x  y       INPUTS:cd IDL contour     KEYWORD PARAMETERS:      meme que ceux de bar_plot avec en plus:        NOREINITPLT: a actier si on ne veut pas que les variables        d environnemet  p   x   y   z soient reinitialisees par la        procedure reinitplt     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:        IDL  z   dist 100          IDL  scontour  z  nlevels 10 small 1 2 1 xstyle 1 ystyle 1        IDL   ps     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         10 10 1999         PRO scontour  x  y  z  NOREINITPLT   noreinitplt  _EXTRA   ex  common   1  je reinitialise l environnememt graphique  les variables  x   y et  p :    if NOT keyword_set NOREINITPLT  then reinitplt  _extra   ex    2  je place le dessin a l ecran comme sur le postcript    if ex contains norease and c_orientation keywords we force ex noerase   0   IF chkstru ex   overplot  EQ 0 THEN placedessin   autre  _extra   ex   fiddle when noerase is used with c_orentation    call contour with  nodata to get the graphic envoronment  then force   noerase   0 and overplot   1   IF size ex   type  EQ 8 THEN BEGIN   check if noerase is used with c_orentation     alltags   strlowcase tag_names ex      dummy   where alltags EQ  noerase  count1      dummy   where alltags EQ  c_orientation  count2      IF count1 count2 NE 0 THEN BEGIN        case n_params  OF         1:contour  x   nodata  _EXTRA   ex         2:contour  x  y   nodata  _EXTRA   ex         3:contour  x  y  z   nodata  _EXTRA   ex       endcase       ex noerase   0       ex   get_extra overplot  _extra   ex        noerase_orientation   1     ENDIF    ENDIF    3  je fais mon joli dessin    case n_params  OF     1:contour  x  xstyle   1  ystyle   1  _EXTRA   ex     2:contour  x  y  xstyle   1  ystyle   1  _EXTRA   ex     3:contour  x  y  z  xstyle   1  ystyle   1  _EXTRA   ex   ENDCASE   fiddle when noerase is used with c_orentation  draw the contour axis   IF keyword_set noerase_orientation   THEN BEGIN     ex noerase   1     ex overplot   0     case n_params  OF       1:contour  x  xstyle   1  ystyle   1   nodata  _EXTRA   ex       2:contour  x  y  xstyle   1  ystyle   1   nodata  _EXTRA   ex       3:contour  x  y  z  xstyle   1  ystyle   1   nodata  _EXTRA   ex     ENDCASE   ENDIF   4  je termine le dessin    terminedessin  _extra   ex     return end");
-a[254] = new Array("./ToBeReviewed/PLOTS/DESSINE/splot.html", "splot.pro", "", "          NAME:splot  super plot      PURPOSE: meme chose que plot mais compatible avec l ensemble de   l environnement  common pro est inclu      CATEGORY:dessine     CALLING SEQUENCE: PLOT   X  Y      INPUTS:cd IDL   plot     KEYWORD PARAMETERS:    meme que ceux de plot avec en plus:          NOREINITPLT: a actier si on ne veut pas que les variables        d environnemet  p   x   y   z soient reinitialisees par la        procedure reinitplt     OUTPUTS:       Si NOREINITPLT n est pas ective toutes les variables        d environnemet  p   x   y   z sont reinitialisees par la        procedure reinitplt     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:          IDL  splot  indgen 10 ystyle 1 small 1 2 1 portrait        IDL  splot   indgen 10 ystyle 1 small 1 2 2 noerase        IDL   ps     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         18 10 1999         PRO splot   x  y  NOREINITPLT   noreinitplt  _EXTRA   ex  common   1  je reinitialise l environnememt graphique  les variables  x   y et  p :     if NOT keyword_set NOREINITPLT  then reinitplt  _extra   ex    2  je place le dessin a l ecran comme sur le postcript     placedessin   autre  _extra   ex   3  je fais mon joli dessin     if n_elements y  EQ 0 then plot   x  xstyle   1  ystyle   1  _EXTRA   ex      ELSE plot   x  y  xstyle   1  ystyle   1  _EXTRA   ex   4  je termine le dessin     terminedessin  _extra ex       return end");
-a[255] = new Array("./ToBeReviewed/PLOTS/DESSINE/tvplus.html", "tvplus.pro", "", "          NAME: tvplus     PURPOSE: enhanced version of tvscl     CATEGORY: quick exploration of 2D arrays      CALLING SEQUENCE: tvplus z2d  cellsize      INPUTS:         z2d: 2D array to visualize        cellsize:  optional  this is the size  in pixel  of the square      representing 1 array element  By default  this size is computed      automatically in order that the size of the plotting window do      not exceed the screen size  If the user specify a large value      of cellsize that forces tvplus to create a window larger than      the screen  a  scrolling window  will be displayed instead of a      regular window  Unfortunately the nice fonctionnalities of tvplus      are not coded for  scrolling window  case      KEYWORD PARAMETERS:           BOTTOM: The lowest color index of the colors to be loaded in         the bar  default is 0            C_NAN: The color number that should be used for the NaN values          default value is  d n_colors  1 e6  the test to find the masked value is ge         abs mask 10  This is necessary to avoid the rounding errors           MIN and MAX: scalars used to specify the min and max values         of the color bar  default is from 0 to  d n_colors  tvplus  dist 100      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          18 12 98   Aug 2005: quick cleaning   english         PRO tvplus  z2d  cellsize  BOTTOM   bottom  C_MASK   c_mask  C_NAN   c_nan  WINDOW   window                 MIN   min  MAX   max  MASK   mask  OFFSET   offset  NOUSEINFOS   NOUSEINFOS                 NCOLORS   ncolors  NOINTERP   nointerp  _EXTRA   ex     IF n_elements z2d  EQ 0 THEN return   arr   reform float z2d      check the size of the input array      if  size arr 0  NE 2 then begin     ras   report Input array must have only 2 dimensions and not   strtrim size arr   n_dimensions  1      return   endif     def of ncolmax  bottom  topcol et ncolors     ncolmax    d n_colors  arr     truemin   min   ENDIF ELSE truemin   min arr    if n_elements max  NE 0 then BEGIN      arr   arr  floor x cellsize   floor y cellsize   floor x cellsize   floor y cellsize   floor x2 cellsize   floor y2 cellsize     size arr 2 cellsize 1          x     x  x2    x    x sort x          y     y  y2    y    y sort y          IF keyword_set OFFSET  THEN offset    x 0  y 0 offset ELSE offset    x 0  y 0          tvplus  z2d x 0 :x 1  y 0 :y 1    WINDOW   window  MIN   min  MAX   max                     MASK   mask  C_MASK   c_mask  C_NAN   c_nan   NOUSEINFOS  OFFSET   OFFSET                     NCOLORS   ncolors  NOINTERP   nointerp  BOTTOM   bottom  _EXTRA   ex         return       END       ELSE:     endcase   ENDWHILE      x   xenvsauve    y   yenvsauve    p   penvsauve    x range   1 0  nx cellsize 5 offset 0     y range   1 0  ny cellsize 5 offset 1      return end");
-a[256] = new Array("./ToBeReviewed/PLOTS/DIVERS/addaxe.html", "addaxe.pro", "", "          NAME:addaxe     PURPOSE:ajoute un axe qd on fait une section oblique ds pltz  pltt   ou plt1d     CATEGORY:autour de pltz  pltt et plt1d     CALLING SEQUENCE:addaxe  type  posfenetre      INPUTS:endpoints:coordonnees des extremites de  a section          type: un string de 2 characteres specifiant qule type de plot   on fait           posfenetre: ler vecteur  p posotion correspondant a  a          position du cadre de la partie dessin du plot      KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO addaxe  endpoints  type  posfenetre  _EXTRA   ex  common      IF strpos type   x  NE  1 THEN BEGIN       IF endpoints 1  EQ endpoints 3  THEN return       IF key_onearth THEN BEGIN          formeaxe0    lonaxe          formeaxe1    lataxe          titreaxe    latitude        ENDIF ELSE BEGIN          formeaxe0             formeaxe1             titreaxe    j index        ENDELSE       range    endpoints 1  endpoints 3        if endpoints 2  LT endpoints 0  THEN range   reverse range     ENDIF ELSE BEGIN       IF endpoints 0  EQ endpoints 2  THEN return       IF key_onearth THEN BEGIN          formeaxe0    lataxe          formeaxe1    lonaxe          titreaxe    longitude        ENDIF ELSE BEGIN          formeaxe0             formeaxe1             titreaxe    i index        ENDELSE       range    endpoints 0  endpoints 2        if endpoints 3  LT endpoints 1  THEN range   reverse range     ENDELSE    if type EQ  yt  then BEGIN       axis yaxis 0 ytickformat formeaxe0 color 0 ystyle   1  _EXTRA   ex       axis yaxis 1 ytickformat formeaxe1 color 0 ystyle   1 ytitle titreaxe  yrange   range  _EXTRA   ex    ENDIF ELSE BEGIN       axis xaxis 0 xtickformat formeaxe0 color 0 xstyle   1 _EXTRA   ex       axis xaxis 1 xtickformat formeaxe1 color 0 xstyle   1 xtitle titreaxe  xrange   range  _EXTRA   ex    ENDELSE       return end");
-a[257] = new Array("./ToBeReviewed/PLOTS/DIVERS/autoscale.html", "autoscale.pro", "", "          NAME: autoscale     PURPOSE: on donne un min et un max et la procedure renvoie le   contour intevalle qui va bien et la valeur des labels      CATEGORY: autour de CONTOUR     CALLING SEQUENCE: autoscale  min  max  ci      INPUTS: min et max: 2 reels specifiants entre quel min et quel max   on veut tracer un contour     KEYWORD PARAMETERS: none     OUTPUTS: ci et evenuellement levels  ci est un reel qui donne le   contour intevalle  A utiliser ds CONTOUR avlec le mot clef LEVEL      COMMON BLOCKS:     SIDE EFFECTS:      CI est un multiple de l unite en unite log de 10     force le nombre de contour a etre pair      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: G  Roullet   aout 99  gr lodyc jussieu fr            PRO autoscale  min  max  ci      estimation d un premier CI  notez la presence du floor  arrondi inferieur    ce CI est un multiple de l unite en unite log de 10        ci    max min 20      ci   10 floor alog10 ci       n   0     ci0   ci       coef    2  2 5  5  10      test differents CI  contour intervales  i e  1  2  2 5  5 et 10   jusqu a ce que le nombre de contours soit inferieur a 30        WHILE ceil max min ci  GE 30 DO BEGIN            ci   ci0 coef n            n   n 1     ENDWHILE       min   floor min ci 2 ci 2     max   ceil max ci 2 ci 2          nlevels   round max min ci            force le nombre de contour a etre pair       IF nlevels MOD 2 EQ 1 THEN BEGIN            nlevels   nlevels 1           max   max ci     END    END     ");
-a[258] = new Array("./ToBeReviewed/PLOTS/DIVERS/axis4pltz.html", "axis4pltz.pro", "", "          NAME:axis4pltz     PURPOSE:compute the mask and the axis for a vertical section     CATEGORY:     CALLING SEQUENCE:      INPUTS:mask: 3d mask          glam  gphi: 2d longitudes and latitudes          z:1d depth     KEYWORD PARAMETERS:          XXAXIS to get the xaxis we need to use in pltbase          ZZAXIS to get the yaxis we need to use in pltbase            Others: see pltz      OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         June 24  2002          PRO axis4pltz  type  mask  glam  gphi  z  XXAXIS   xxaxis  ZZAXIS   zzaxis  SIN   sin  ZRATIO   zratio  ZOOM   zoom  PROFMAX   profmax  PROFMIN   profmin  _extra   ex     include common  cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF        define the mask used for this section     if mask 0  NE  1 AND  size mask 0  NE 2 then begin     if type EQ  xz  then mask   total mask  2    1       ELSE mask   total mask  1    1   endif     define xxaxis and yyaxis the axis used for this section     nx    size glam 1    CASE  size gphi 0  OF     1:ny    size gphi 1      2:ny    size gphi 2    ENDCASE   CASE  size z 0  OF     1:nz    size z 1      2:nz    size z 2    ENDCASE     if type eq  yz  then BEGIN      IF  size gphi 0  EQ 1 then xxaxis   gphi ELSE BEGIN        IF keyword_set key_irregular  THEN BEGIN          cln    where gphi EQ max gphi 0          xxaxis   reform gphi cln MOD nx          ENDIF ELSE xxaxis   reform gphi 0        ENDELSE     if keyword_set sin  then xxaxis   sin pi 180 xxaxis      if  size z 0  EQ 1 THEN zzaxis   z ELSE zzaxis   z   ENDIF ELSE BEGIN     xxaxis   glam  0      if  size z 0  EQ 1 then zzaxis   z ELSE zzaxis   z   ENDELSE      on projette l axe z dans  0 1      if not keyword_set zratio  then zratio   2 3   if zoom ge profmax then zratio   1    if zoom LT profmax then begin     mp   projsegment profmin  zoom   0  zratio   mp      zzaxis where zzaxis LE zoom    mp 0 zzaxis where zzaxis LE zoom mp 1      mp   projsegment zoom  profmax   zratio  1   mp      zzaxis where zzaxis GE zoom    mp 0 zzaxis where zzaxis GE zoom mp 1    ENDIF ELSE BEGIN     mp   projsegment profmin  profmax   0  1   mp      zzaxis   mp 0 zzaxis mp 1    ENDELSE    to draw from bottom to top  avoid using cell_fill    CASE size zzaxis   n_dimensions  OF     1:zzaxis   reverse zzaxis       2:zzaxis   reverse zzaxis  2     ENDCASE   if mask 0  NE  1 then mask   reverse mask  2     return end");
-a[259] = new Array("./ToBeReviewed/PLOTS/DIVERS/barrecouleur.html", "barrecouleur.pro", "", "          NAME:barrecouleur     PURPOSE:surcouche de colorbar     CATEGORY:delestage de l ecriture de plt  pltz  pltt     CALLING SEQUENCE:barrecouleur     SIDE EFFECTS: passer tous les arguments que l on veut grace a _extra     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          23 12 98         PRO barrecouleur  colnumb  clbinf  clbsup  clbdiv                       NOCOLORBAR   nocolorbar  CB_TITLE   cb_title                       NOFILL   nofill  COLOR_c   color_c                       min   min  max   max  divisions   divisions                       CB_SUBTITLE   cb_subtitle  POST   post  _extra   ex    cm_general   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF     if keyword_set min  then clbinf   min   if keyword_set max  then clbsup   min   if keyword_set divisions  THEN  clbdiv   divisions   nocolorbar   keyword_set nocolorbar    keyword_set nofill                     keyword_set color_c          def_myuniquetmpdir     IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used        colorbarparam    colnumb:colnumb  clbinf:clbinf                           clbsup:clbsup  clbdiv:clbdiv     ENDIF ELSE BEGIN       save  colnumb  clbinf  clbsup  clbdiv               file   myuniquetmpdir    4colorbar dat     ENDELSE      if keyword_set nocolorbar  then return       ancienx    x    ancieny    y    ancienp    p    reinitplt     x style   1     y style   1        colorbar  cb_color   0  cb_charsize   ancienp charsize            pscolor   keyword_set post  division   clbdiv            min   clbinf  max   clbsup            cb_title   cb_title  discret   colnumb  _extra   ex       x  ancienx     y  ancieny     p  ancienp      return end");
-a[260] = new Array("./ToBeReviewed/PLOTS/DIVERS/checkfield.html", "checkfield.pro", "", "          NAME:checkfield     PURPOSE:en entree de plt  pltz  pltt et plt1d  verifie que le   champ donne a bien une taille compatible avec le domaine et fait au   besoin les moyennes pour ressortir en fin de fonction un tableau 2d   si on fait un plot du type:  xy   xz   xt   yz   yt   zt  ou un   tableau 1d si on fait un plot du type  x   y   z   t      CATEGORY:en entree de plt  pltz  pltt et plt1d     CALLING SEQUENCE:res checkfield field  procedure       INPUTS:          filed: un champ recomdant aux criteres de litchamp pro  cf           IDL xhelp litchamp      KEYWORD PARAMETERS:               WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         08 02 2000       FUNCTION err_1d  type  n1  name  n2   return  report Error in     type     type plot with a 1D input array:                         the number of elements of the input vector  strtrim n1  1                           is not equal to     name      strtrim n2  1   simple  END   FUNCTION err_2d  type  sz  nx  ny  nz    cm_4mesh    cm_4cal   return  report Error in     type     type plot with a 2D input array:                         the array dimensions     tostr sz 1:2      are incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple  END   FUNCTION err_3d  type  sz  nx  ny  nz    cm_4mesh    cm_4cal   return  report Error in     type     type plot with a 3D input array:                         the array dimensions     tostr sz 1:3      are incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple  END     FUNCTION checkfield  field  procedure  TYPE   type  BOXZOOM   boxzoom  DIREC   direc  NOQUESTION   noquestion  VECTEUR   vecteur  WDEPTH   wdepth  _EXTRA   ex     include commons  cm_4mesh  cm_4cal  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     I1  lecture du champ     if n_elements field  EQ 0 then return  report field undefined    arr   litchamp field    first check   IF n_elements arr  EQ 1 THEN BEGIN     if arr EQ  1 then         return  report Error: input array    1  Maybe the reading did ont perform well   simple        ELSE return  report Error: input array is a scalar   simple         ENDIF   nan   total finite arr   nan    firstzw 1        lastzw    lastzw 1    firstzt 1        lastzt    lastzt 1     jpk 1        nzt   lastzt   firstzt   1     ENDELSE      updateold   ENDIF   make the automatic definition of type for pltz if type is not specified    IF type EQ  z  AND procedure EQ  pltz  THEN       if  lon2 lon1  gt  lat2 lat1  then type    xz  else type    yz    make the automatic definition of type for pltt if type is not specified    IF type EQ  unkownpltt  AND procedure EQ  pltt  THEN       if  lon2 lon1  gt  lat2 lat1  then type    xt  else type    yt      verification de la taille du tableau d entree et de la valeur de type     grille   1   1   1   1  nx  ny  nz  firstx  firsty         firstz  lastx  lasty  lastz  WDEPTH   wdepth     basic checks     CASE 1 OF     nx EQ 1: IF strpos type   x  NE  1 THEN return  report Error: impossible to make a     type     type plot with nx   1    simple      ny EQ 1: IF strpos type   y  NE  1 THEN return  report Error: impossible to make a     type     type plot with ny   1    simple      nz EQ 1: IF strpos type   z  NE  1 THEN return  report Error: impossible to make a     type     type plot with nz   1    simple      jpt EQ 1: IF strpos type   t  NE  1 THEN return  report Error: impossible to make a     type     type plot with jpt   1    simple      ELSE:   ENDCASE     is the size of the array compatible with teh domain      arr   fitintobox temporary arr  nx  ny  nz  firstx  firsty         firstz  lastx  lasty  lastz      sz   size arr    case sz 0  of       0:return  arr       1:BEGIN       nele   n_elements arr        case type of          t :if jpt NE nele THEN return  err_1d type  nele   jpt  jpt           x :IF  nx NE nele THEN return  err_1d type  nele    nx   nx           y :IF  ny NE nele THEN return  err_1d type  nele    ny   ny           z :IF  nz NE nele THEN return  err_1d type  nele    nz   nx          ELSE:return  report Error:                                    Impossible to make a  type  plot with a 1D array   simple        ENDCASE     END        2:BEGIN       case type of          x :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny:direc    y    xy array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz:direc    z    x y z array             sz 1  EQ nx AND sz 2  EQ jpt:direc    t    xt array             ELSE:return  err_2d type  sz  nx  ny  nz            endcase         end          y :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny:direc    x    xy array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz:direc    z     x yz array             sz 1  EQ ny AND sz 2  EQ jpt:direc    t    yt array             ELSE:return  err_2d type  sz  nx  ny  nz            endcase         END          z :BEGIN           case 1 of             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz:direc    x    x y z array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz:direc    y     x yz array             sz 1  EQ nz AND sz 2  EQ jpt:direc    t    zt array             ELSE:return  err_2d type  sz  nx  ny  nz            endcase         END          t :BEGIN           case 1 OF             sz 1  EQ nx AND sz 2  EQ jpt:direc    x    xt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ jpt:direc    y     x yt array             nx EQ 1 AND ny EQ 1 AND sz 1  EQ nz AND sz 2  EQ jpt:direc    z     x y zt array             ELSE:return  err_2d type  sz  nx  ny  nz            ENDCASE         END          xy :IF sz 1  NE nx OR sz 2  ne  ny THEN return  err_2d type  sz  nx  ny  nz    xy array          xz :IF sz 1  NE nx OR sz 2  ne  nz THEN return  err_2d type  sz  nx  ny  nz    xz array          yz :IF sz 1  NE ny OR sz 2  NE  nz THEN return  err_2d type  sz  nx  ny  nz    yz array          xt :IF sz 1  NE nx OR sz 2  NE jpt THEN return  err_2d type  sz  nx  ny  nz    xt array          yt :IF sz 1  NE ny OR sz 2  NE jpt THEN return  err_2d type  sz  nx  ny  nz    yt array          zt :IF sz 1  NE nz OR sz 2  NE jpt THEN return  err_2d type  sz  nx  ny  nz    zt array       ENDCASE     END        3:BEGIN       case type of          x :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ nz:direc    yz    xyz array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    zt    x y zt array             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    yt    xyt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          y :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ nz:direc    xz    xyz array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    zt     x yzt array             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    xt    xyt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          z :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ nz:direc    xy    xyz array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    yt     x yzt array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    xt    x y zt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          t :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    xy    xyt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    yz     x yzt array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    xz    x y zt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          xy :BEGIN           case 1 OF             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ  nz:direc    z    xyz array             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    t    xyt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          xz :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ  nz:direc    y    xyz array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    t    x y zt             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          yz :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ  nz:direc    x    xyz array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    t     x yzt             ELSE:return  err_3d type  sz  nx  ny  nz             endcase         END          xt :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    y    xyt array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    z    x y zt array             ELSE:return  err_3d type  sz  nx  ny  nz             endcase         END          yt :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    x    xyt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    z     x yzt array             ELSE:return  err_3d type  sz  nx  ny  nz             endcase         END          zt :BEGIN           case 1 of             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    x    x y zt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    y     x yzt array             ELSE:return  err_3d type  sz  nx  ny  nz             ENDCASE         END        ENDCASE      END        4:BEGIN        CASE type OF          x :direc    yzt           y :direc    xzt           z :direc    xyt           t :direc    xyz           xy :direc    zt           xz :direc    yt           yz :direc    xt           xt :direc    yz           yt :direc    xz           zt :direc    xy        ENDCASE      END   ENDCASE     IF keyword_set direc  THEN BEGIN     IF strpos direc   t  NE  1 OR strpos type   t  NE  1 THEN         arr   grossemoyenne temporary arr  direc  boxzoom   localbox                               NAN   nan   NODOMDEF  WDEPTH   wdepth  _extra   ex        ELSE arr   moyenne temporary arr  direc  boxzoom   localbox                            NAN   nan   NODOMDEF  WDEPTH   wdepth  _extra   ex    ENDIF           RETURN  arr END");
-a[261] = new Array("./ToBeReviewed/PLOTS/DIVERS/checktypeminmax.html", "checktypeminmax.pro", "", "          NAME:     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO checktypeminmax  procedure  TYPE   type  MIN   min  MAX   max  XY   xy                          XZ   xz  YZ   yz  XT   XT  YT   YT  ZT   zt                          TT   tt  XX   xx  YY   yy  ZZ   zz                          XINDEX   xindex  YINDEX   yindex                          ENDPOINTS   endpoints  _extra   ex    common      case size type   type  of       0:       7:       ELSE:BEGIN          vraimin   type          case size min   type  of             0:BEGIN                 min   vraimin                type   0             END             7:BEGIN                 type   min                min   vraimin             end             ELSE:BEGIN                case size max   type  of                   0:BEGIN                      max   min                      min   vraimin                      type   0                   END                   7:BEGIN                       type   max                      max   min                      min   vraimin                   end                   ELSE:BEGIN                      rien   report Probleme dans la definition des arguments en entree de                                         procedure   chkwidget                       return                   end                endcase             end          endcase       end    endcase      if keyword_set xy  then type    xy     if keyword_set xz  then type    xz     if keyword_set yz  then type    yz     if keyword_set xt  then type    xt     if keyword_set yt  then type    yt     if keyword_set zt  then type    zt     if keyword_set tt  then type    t     if keyword_set xx  then type    x     if keyword_set yy  then type    y     if keyword_set zz  then type    z       if keyword_set type  then begin      if type EQ  plt  then type          if type EQ  pltz  then type          if type EQ  pltt  then type          if type EQ  plt1d  then type        endif     determination du type de plot que l on veut faire      if NOT keyword_set type  then BEGIN       case procedure of          plt :type    xy           pltz :BEGIN           if keyword_set endpoints  then BEGIN              lon1   min endpoints 0  endpoints 2  max   lon2              lat1   min endpoints 1  endpoints 3  max   lat2              if  lon2 lon1  gt  lat2 lat1  then type    xz  else type    yz            ENDIF ELSE type    z          END          pltt :BEGIN           if keyword_set endpoints  then BEGIN              lon1   min endpoints 0  endpoints 2  max   lon2              lat1   min endpoints 1  endpoints 3  max   lat2              lat2   max endpoints 1  endpoints 3              if  lon2 lon1  gt  lat2 lat1  then type    xt  else type    yt            ENDIF ELSE type    unkownpltt          END          plt1d :BEGIN           if keyword_set endpoints  then BEGIN              lon1   min endpoints 0  endpoints 2  max   lon2              lat1   min endpoints 1  endpoints 3  max   lat2              if  lon2 lon1  gt  lat2 lat1  then type    x  else type    y            ENDIF ELSE BEGIN             type                 WHILE type NE  x  AND type NE  y  AND type NE  z  DO BEGIN               type   xquestion Quel type de plot 1D voulez vous faire  x y z ou t                                       chkwidget                type   strlowcase type              endwhile           ENDELSE         END       endcase     ENDIF      WHILE type NE  xy  AND type NE  xz  AND type NE  yz          AND type NE  xt  AND type NE  yt  AND type NE  zt          AND type NE  t  AND type NE  x  AND type NE  y          AND type NE  z  AND type NE  unkownpltt  DO BEGIN       type   xquestion What kind of plot do you want to do  xy xz yz xt yt zt t x y z                                 chkwidget        type   strlowcase type      ENDWHILE               return   end");
-a[262] = new Array("./ToBeReviewed/PLOTS/DIVERS/determineminmax.html", "determineminmax.pro", "", "          NAME:determineminmax     PURPOSE:determiner le min et le max d un tableau masque     CATEGORY: delestage de l ecriture de plt  pltz  pltt     CALLING SEQUENCE:determineminmax  tab  mask  vraimin  vraimax     INPUTS:           tab: le tableau dont il faut determiner le min et le max         mask: le tableau de masque      KEYWORD PARAMETERS:           minin et maxin deux scalaire qui s il ne sont pas definits         prennent la valeur de vraimin et vraimax            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      OUTPUTS:           vraimin et vraimax: le min et le max du tableau     COMMON BLOCKS:  common pro     SIDE EFFECTS:degarde si le champ est constant sur la mer     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98         PRO determineminmax  tab  mask  vraimin  vraimax  glam  gphi  MAXIN   maxin  MININ   minin  INTERVALLE   intervalle  usetri   usetri  ZEROMIDDLE   zeromiddle  _extra   ex  common       type de grille verticale:   if vargrid EQ  W  then nz   nzw ELSE nz   nzt   liste des points mer   if  size mask 0  EQ 3 then mer   mask    0      ELSE mer   mask   si key_irregular eq 1  on masque aussi les points qui ne rentrent   pas ds le domaine geographique definit par lon1 lon2 lat1 lat2   if keyword_set key_irregular  AND n_elements glam  NE 0 AND n_elements gphi  NE 0 then begin     dom     where glam LT lon1 OR glam GT lon2 OR gphi LT lat1 OR gphi GT lat2      if dom 0  NE  1 then mer dom    0   endif     mer   where mer eq 1      if mer 0  eq  1 then begin     ras   report Il n y a que de la terre sur le dessin      vraimax   0     vraimin   0     maxin   vraimax 1     minin   vraimin 1     usetri   0     return   endif   ma et mi : max et min sur les points mer   vraimax   max tab mer  min   vraimin  _extra   ex    sameminmax   testvar var   minin  EQ testvar var   maxin     if n_elements maxin  EQ 0 OR sameminmax then maxin   vraimax   if n_elements minin  EQ 0 OR sameminmax then BEGIN      if keyword_set intervalle  then minin   floor vraimin intervalle intervalle       ELSE minin   vraimin   endif   if vraimin eq vraimax then BEGIN     IF size vraimin   type  EQ 1 THEN vraimin   fix vraimin      question    Warning: constant filed  same value everywhere :     strtrim vraimin  2     Shall we make the plot      answer   report question   default_no   question      if answer then begin       maxin   vraimax 1       minin   vraimin 1     endif ELSE tab    1   ENDIF   IF keyword_set zeromiddle  THEN BEGIN       maxin   max abs minin  maxin        minin    maxin   ENDIF     return end");
-a[263] = new Array("./ToBeReviewed/PLOTS/DIVERS/givewindowsize.html", "givewindowsize.pro", "", "FUNCTION givewindowsize       include commons  cm_4ps IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew ENDIF        dimensions   get_screen_size RESOLUTION resolution     coef   floor 1 resolution 0     if NOT keyword_set windowsize_scale  then BEGIN      windowsize_scale   1       IF NOT keyword_set key_forgetold  THEN BEGIN       updateold      ENDIF     ENDIF     coef   windowsize_scale   coef       mipgsz   min page_size  max   mapgsz        xsize   coef    mipgsz key_portrait   mapgsz 1 key_portrait      ysize   coef    mipgsz 1 key_portrait    mapgsz key_portrait       return   xsize  ysize  end");
-a[264] = new Array("./ToBeReviewed/PLOTS/DIVERS/meridienparallele.html", "meridienparallele.pro", "", "          NAME:meridienparallele     PURPOSE:trace certains medidiens ou paralles     CATEGORY:     CALLING SEQUENCE:meridienparallele  coupe     INPUTS:coupe: le type de dessin que l on traite     COMMON BLOCKS:  common pro     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98         PRO meridienparallele  coupe  common      case coupe of        xy :BEGIN           if lon1 lt 180 and lon2 gt 180 then             plot   180 180 lat1 lat2 noerase color 0          if lon1 lt 0 and lon2 gt 0 then             plot   0 0 lat1 lat2 noerase color 0          if lon1 lt 360 and lon2 gt 360 then             plot   360 360 lat1 lat2 noerase color 0          if lat1 lt 0 and lat2 gt 0 then             plot   lon1 lon2 0 0 noerase color 0       END     endcase     return end");
-a[265] = new Array("./ToBeReviewed/PLOTS/DIVERS/placecolor.html", "placecolor.pro", "", "          NAME:PLACECOLOR     PURPOSE:permet de tracer la colorbar independammment d un graphe     CATEGORY:graph     CALLING SEQUENCE:placecolor pos     INPUTS:  pos:vecteur de 4 elements donnant les coordonnees du coin en bas   a gauche et de celui en haut a droite  en cm  ds lequel on veut faire la   barre de couleur     KEYWORD PARAMETERS: tous ceux de colorbar pro      par defaut trace une barre de couleur du meme type que celle presente ds plt   et pltz  si max  min et divisions ne sont pas stipulees alors max sup min inf   et divisions div     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:utilisable que pour les POSTCRIPT effectues avec plein2dessin     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 5 98         pro placecolor  pos  _extra   ex     include commons  cm_4ps    IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew    ENDIF        xsave    x    ysave    y    psave    p      reinitplt   z   invert    pos 1 pos    mipgsz   min page_size  max   mapgsz     if key_portrait eq 1 then begin       pos 0 pos 0 mipgsz         pos 1 pos 1 mapgsz           pos 2 pos 2 mipgsz        pos 3 pos 3 mapgsz        endif else begin       pos 0 pos 0 mapgsz           pos 1 pos 1 mipgsz           pos 2 pos 2 mapgsz           pos 3 pos 3 mipgsz        ENDELSE      def_myuniquetmpdir      IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used         colnumb   colorbarparam colnumb       clbinf   colorbarparam clbinf        clbsup   colorbarparam clbsup       clbdiv   colorbarparam clbdiv      ENDIF ELSE BEGIN       file   myuniquetmpdir    4colorbar dat        IF file_test file  THEN BEGIN          restore  file                  if size ex   type  EQ 8 then BEGIN              if  where tag_names ex  EQ  MIN 0  NE  1 then clbinf   ex MIN             if  where tag_names ex  EQ  MAX 0  NE  1 then clbsup   ex MAX             if  where tag_names ex  EQ  DIVISIONS 0  NE  1 then clbdiv   ex DIVISIONS          ENDIF            COLORBAR  COLOR   0  DIVISIONS   clbdiv  DISCRET   colnumb               cb_color   0  POSITION   pos  MAX   clbsup               MIN   clbinf  cb_charsize    p charsize               _extra   ex       ENDIF    ENDELSE       x   xsave     y   ysave     p   psave      return end");
-a[266] = new Array("./ToBeReviewed/PLOTS/DIVERS/placedessin.html", "placedessin.pro", "", "          NAME:placedessin     PURPOSE: mise en place du dessin   ouverture de la fenetre ou du PS     CATEGORY: pour alleger les programmes plt  pltz  pltt      CALLING SEQUENCE: placedessin  typedessin posfenetre  posbar     INPUTS:     typedessin: une chaine de charactere specifiant quelle procedure     appelle placedessin:  plt   pltz   pltt      KEYWORD PARAMETERS: pleins  ce de CALIBRE de WINDOW             LCT: intier designant le numero de la palette de couleur que         l on veut utiliser pour les plot       OUTPUTS:           posfenetre: un vecteur de 4 elements contenant la position de         cadre contenant les legendes   le graphe en coordonnes         normalises  Rq: pour positionner le dessin il faut apres         l appelle de calibre faire  p position posfenetre           posbar: cf posfentre mais pour la barre de couleur  meme         remarque pour positionner la barre de couleur   p position posbar       COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          26 4 1999         PRO placedessin  typedessin  posfenetre  posbar  BARMARGES   barmarges                      NOCOLORBAR   nocolorbar  NOFILL   nofill  COLOR_c   color_c                      CONTOUR   contour                      VECTEUR   vecteur  PORTRAIT   portrait  LANDSCAPE   landscape                      SMALL   small  MARGES   marges  MAP   map                      REMPLI   REMPLI  POST   post  WINDOW   window                      ENDPOINTS   endpoints  TYPE   type  BASICMARGES   basicmarges                      NOERASE   noerase  LCT   lct  DIREC   direc  CB_TITLE   cb_title  _extra   ex     include common  cm_4ps  cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF     1  determination de la taille des marges  unite nbre de lignes ou colonnes    a gauche  a droite  en bas  en haut   ATTENTION ds margebar le dernier element est le coint en haut a droite au   lieu de la marge en haut     if n_elements typedessin  EQ 0 then typedessin    autre    if keyword_set basicmarges  then begin     marge   1 6  2  4  3      if keyword_set marges  THEN marge   marge marges     margebar   1 marge 0 1  marge 1 1   marge 2 8   marge 2 6      if keyword_set barmarges  then margebar   margebar barmarges   ENDIF ELSE BEGIN      nocolorbar   keyword_set nocolorbar    keyword_set nofill    keyword_set color_c        case typedessin of        plt :marge   1 6  2  4  3         pltt :marge   1 6 4 type EQ  xt  2  4  4         pltz :marge   1 6  2  4  3        else:marge   1 6  2  4  3      ENDCASE     if keyword_set marges  THEN marge   marge marges     if NOT keyword_set barmarges  then barmarges   replicate 0  4      barmarges 3     barmarges 3      margebar   1 marge 0 1  marge 1 1  2  4 barmarges     marge   marge 0  0  4  0 keyword_set cb_title      IF keyword_set direc  THEN         marge   marge 0  0  2  0 strlowcase direc  NE  t      marge   marge 0  0  2  0 keyword_set contour      marge   marge 0  0  2  0 keyword_set vecteur      if n_elements lon1  NE 0 and n_elements lon2  NE 0         and n_elements lat1  NE 0 and n_elements lat2  NE 0 then begin       if keyword_set type  then           marge   marge 0  3 type EQ  yt  AND lon1 NE lon2  0                            2 type NE  yt  AND lat1 NE lat2 keyword_set endpoints          ELSE marge   marge 0  0  0  2 lat1 NE lat2 keyword_set endpoints      endif     marge   marge 0  0  2 margebar 3  0 1 keyword_set nocolorbar    ENDELSE     portrair ou landscape     IF NOT keyword_set noerase  THEN BEGIN      CASE 1 OF       n_elements portrait  NE 0:key_portrait   portrait       n_elements landscape  NE 0:key_portrait   1 landscape       ELSE:     ENDCASE   ENDIF      Quel type de rapport d aspect  sera ecrase si YXASPECT existe      case typedessin of      plt :yaspect   1 lat2 lat1 lon2 lon1       pltt :yaspect   1       pltz :yaspect    5     ELSE:yaspect   1    endcase     2  calcul de  p position   cf calibre pro        IF NOT keyword_set small  then small    1  1  1      if keyword_set map  then rempli   1     calibre  yaspect  marge  margebar  small  posfenetre  posbar  REMPLI   rempli  _extra   ex      p position   posfenetre     3  ouverture de la fenetre graphique ou du postscript     case 1 of   cas du premier dessin sur un postcript     keyword_set post  AND  d name ne  PS :openps  _extra   ex   cas du premier dessin sur un ecran     keyword_set post  EQ 0 AND keyword_set noerase  EQ 0         AND  d name ne  PS  AND  d name ne  Z :BEGIN       if not keyword_set window  then window   0   pour l utilisation de  ps   oups et de  vzoom       if lmgr demo  EQ 0 then BEGIN   on est en mode demo          if  journal NE 0 then journal   on ferme le journal s il est ouvert         homedir   isadirectory io   homedir  title    Bad definition of homedir          def_myuniquetmpdir         journal  myuniquetmpdir idlsave pro    on en ouvre un nouveau         help   recall_commands  output   listecommande   on recupere la derniere commande         listecommande   strmid strcompress listecommande 1  2          journal  listecommande   on l ecrit dans le journal       ENDIF       windsize   givewindowsize        window  window  xsize   windsize 0  ysize   windsize 1   retain   2  _extra   ex   qd on utilise des couleurs codees sur 24 bit  je n arrive pas a stipuler la couleur du   fond d une fenetre a l aide de  p background  je suis oblige de faire cette bidouille             if  d n_colors gt 256 then begin               device  decomposed 1                p background ffffff x               plot 0 0   nodata  xstyle   4  ystyle   4               device  decomposed 0            endif     END     ELSE:   endcase     if n_elements lct  NE 0 then lct  lct  _extra   ex      return end");
-a[267] = new Array("./ToBeReviewed/PLOTS/DIVERS/projsegment.html", "projsegment.pro", "", "        NAME: projsegment     PURPOSE: projecte lineairement un segment un vecteur dont les bornes   sont  a b  sur un vecteur dont les bornes sont  c d      CATEGORY: caculs a 2 francs     CALLING SEQUENCE: res projsegment vecteur  bornes       INPUTS: vecteur: un vecteur dont le premier element doit etre le   plus petit element et le dernier doit etre le plus grand            bornes: les nouvelles bornes du vecteur      KEYWORD PARAMETERS:              MP: activer ce motcle pour que la fonction retourne un           vecteur de 2 elements qui sont les coefficient m et p de la           projection lineaire y mx p utilisee pour passer du segment            a b  au segment  c d      OUTPUTS:un vecteurs dont les nouvelles bornes sont specifiees par   bornes     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:          IDL  a indgen 9       IDL  print  a             0       1       2       3       4       5       6       7       8     IDL  print  projsegment a 0 80              0      10      20      30      40      50      60      70      80     IDL  print  projsegment a 0 80               0      10      20      30      40      50      60      70      80     IDL  print  projsegment a 80 0               80      70      60      50      40      30      20      10      0     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          24 6 1999       FUNCTION projsegment  vecteur  bornes  MP   mp      a1   float vecteur 0     b1   float vecteur n_elements vecteur 1     a2   float bornes 0     b2  float  bornes 1     if a1 EQ b1 then return   1    m    b2 a2 b1 a1     p   a2 m a1      if keyword_set mp  then return   m  p  ELSE return  m vecteur p   end");
-a[268] = new Array("./ToBeReviewed/PLOTS/DIVERS/restoreatt.html", "restoreatt.pro", "", "          NAME:restoreatt     PURPOSE:permet de reattribuer les variables globales associees a un   champ qd on donne une stucture cree par ex par saveatt pro      CATEGORY:allegement d ecriture     CALLING SEQUENCE:restoreatt  structure     INPUTS:une structure comme celle que lit litchamp            cf  IDL  xhelp litchamp      COMMON BLOCKS:  common pro     SIDE EFFECTS: change la valeur des variables globales attributs   d un champ: vargrid  varname  varunit  vardate  varexp   valmask    et time     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          15 6 1999         PRO restoreatt  struct  common      nomelements   tag_names struct     for i   0  n_tags struct 1 do begin       case strlowcase strmid nomelements i  0  1  of           g :vargrid   strupcase struct i            n :varname   struct i            u :varunit   struct i            e :varexp   struct i            m :valmask   struct i            d :BEGIN              if size struct i type  EQ 7 THEN BEGIN                 vardate   struct i              ENDIF ELSE BEGIN                vardate     time series                 time   struct i              ENDELSE          end          ELSE:BEGIN              ras   report Le nom  nomelements i  ne correspont a aucun element reconnu de la structure   C cf  IDL  xhelp   litchamp           end       endcase    endfor      return end");
-a[269] = new Array("./ToBeReviewed/PLOTS/DIVERS/rotation.html", "rotation.pro", "", "    NAME:               ROTATION      PURPOSE:         Rotate two vectors by a specified amount          CALLING SEQUENCE:         ROTATION X Y DEG NX NY         INPUTS:               X Y   :orignal data point pairs                   DEG   :degrees to rotate          OUTPUTS:         Nx  Ny   rotated point pairs          MODIFICATION HISTORY:         Jeff Bennett  U of Colorado    PRO ROTATION X Y DEG NX NY ang deg dtor   convert to polar coordinates for rotation r   sqrt x x   y y  theta   r 0   get angle in for loop so that zero radii will be left as zero angle for i   0 n_elements r 1 do   if r i  ne 0 then theta i    atan y i x i    range from  pi to  pi    add rotation angle theta   theta   ang    convert back to rectangular coordinates  now rotated nx   r   cos theta  ny   r   sin theta    return end");
-a[270] = new Array("./ToBeReviewed/PLOTS/DIVERS/saveatt.html", "saveatt.pro", "", "          NAME:saveatt     PURPOSE:permet de mettre dans une structure les attributs qui peuvent   etre associes a une variable      CATEGORY:allegement d ecriture     CALLING SEQUENCE:res saveatt      OUTPUTS:      une stucture de la forme:            n:varname g:vargrid d:vardate e:varexp u:varunit m:valmask l:niveau      COMMON BLOCKS:  common pro     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          15 6 1999         FUNCTION saveatt  common    return   n:varname g:vargrid d:vardate e:varexp u:varunit m:valmask  end");
-a[271] = new Array("./ToBeReviewed/PLOTS/DIVERS/terminedessin.html", "terminedessin.pro", "", "          NAME:terminedessin     PURPOSE:termnine le dessin si besion est qd c est un postcsript      CATEGORY:mise en forme et allegement de l ecrityre de plt  pltz et pltt     CALLING SEQUENCE:terminedessin     INPUTS:     KEYWORD PARAMETERS:POST et SMALL cf l aide de plt     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          3 6 1999         PRO terminedessin  POST   post  SMALL   small  _extra   ex    cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      if keyword_set post  then BEGIN       if keyword_set small  then         if total small  NE            page_margins 2 page_margins 0 total page_size              page_margins 1 page_margins 3  then return       closeps       printps    endif    return end");
-a[272] = new Array("./ToBeReviewed/PLOTS/LABEL/label.html", "label.pro", "", "          NAME:label     PURPOSE:permet de choisir le stype de label que l on veut utiliser   lors d un contour     CATEGORY:graphique     CALLING SEQUENCE:pro label cas min max ncontour level_z2d     INPUTS:  cas numero du type de label que l on veut tracer  min et max   valeures min et max entre lesquelles on veut faire   des contours     KEYWORD PARAMETERS:    INTERVALLE: valeur d un intervalle entre deux isolignes  par defaut   est calcule pour tracer 20 isolighnes  Dans tous les cas ce not cle   doit etre retourne pour pouvoir avoir une belle legende  Si les   niveaux ne comportent pas d intevalle regulier  le mettre a  1    NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou nest pas specifie      OUTPUTS:  ncontour nombre de contour a tracer  level_z2d vecteur contenant les valeurs des contours que l on trace         colnumb: un vecteur contenant le numero des couleurs qui serviront a                 remplir entre les contours      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 5 98         pro label  cas  min  max  ncontour  level_z2d  colnumb  NLEVEL   nlevel              INTERVALLE intervalle  STRICTFILL   strictfill  common    if  d name EQ  PS  OR  d name EQ  Z  then BEGIN       old_dname    d name       thisOS    VERSION OS_FAMILY       thisOS   STRMID thisOS  0  3        thisOS   STRUPCASE thisOS        CASE thisOS of           MAC : SET_PLOT  thisOS           WIN : SET_PLOT  thisOS          ELSE: SET_PLOT   X        ENDCASE        p BACKGROUND d n_colors 1   ncontour          level_z2d    min    max min findgen Ncontour Ncontour           colnumb      ncoul findgen Ncontour Ncontour ncoul 2 ncontour           intervalle   level_z2d 1 level_z2d 0        end       1: begin  un certain nombre de label en partant du min jusqu au plus pres de max avec   un pas fixe par intervalle          ncontour    fix max min intervalle           ncontour   1   ncontour          level_z2d   min   intervalle findgen Ncontour            colnumb     ncoul findgen Ncontour Ncontour ncoul 2 ncontour           max level_z2d Ncontour 1 intervalle       end   label pour faire les memes sss que dessier        2: begin          lct  63  file    palette tbl           level_z2d     20  25  30  31  32  33  33 5  34 25 findgen 16           ncontour 23          colnumb      findgen 23 1          masx   37 75          intervalle    1          return       end       3: begin   lecture intervalles   palette dans fichier GMT           label_gmt  min  max  intervalle  ncoul  ncontour  level_z2d  colnumb        end       else: begin          ras   report Le numero de label demande n existe pas        end    ENDCASE    if keyword_set strictfill  then begin       ncontour   ncontour 1       level_z2d    level_z2d  max        colnumb    colnumb  ncoul 1     endif    return end");
-a[273] = new Array("./ToBeReviewed/PLOTS/LABEL/label_date.html", "label_date.pro", "", "   Id: label_date pro 97 2006 06 09 15:18:59Z pinsard       Copyright  c  1993 1998  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited       NAME:  LABEL_DATE     PURPOSE:  This function labels axes with dates and times      CATEGORY:  Plotting      CALLING SEQUENCE:  To set up:  dummy   LABEL_DATE DATE_FORMAT string   To use:  PLOT  x  y  XTICKFORMAT LABEL_DATE      INPUTS:  No explicit user defined inputs  When called from the plotting  routines  the input parameters are  Axis  Index  Value      KEYWORD PARAMETERS:  DATE_FORMAT: a format string which may contain the following:          M for month  3 character abbr           N for month  2 digit abbr           D for day of month           Y for 4 digit year           Z for last two digits of year        For time:          H for Hours  2 digits           I for mInutes  2 digits           S for Seconds  2 digits            is         Other characters are passed directly thru        For example   M  D   Y  prints DEC 11  1993          M  2Y  yields DEC 93          D M  yields 11 DEC          D N Y  yields 11 12 1993          M C Y  yields DEC on the top line  1993 on         the bottom  C is the new line graphic command     MONTHS:      The names of the months  a twelve element string array        If omitted  use Jan  Feb    Dec     OFFSET:      An optional starting offset of the plot   Unfortunately  single precision floating point is not accurate  enough to properly represent Julian times   This offset  which  may be double precision  contains an offset that is added to  all x values  before conversion to Julian date and time     OUTPUTS:  The date string to be plotted      COMMON BLOCKS:  LABEL_DATE_COM      RESTRICTIONS:  Only one date axis may be simultaneously active      PROCEDURE:  Straightforward            For an alternative way to label a plot axis with dates  refer to         the C  format code accepted within format strings  applicable via         the  XYZ TICKFORMAT keywords   This new format code was          introduced in IDL 5 2      EXAMPLE:  For example  to plot from Jan 1  1993  to July 12  1994:    Start_date   julday 1  1  1993     End_date   julday 7  12  1994     Dummy   LABEL_DATE DATE_FORMAT N D    Simple mm dd    x   findgen end_date 1   start_date    start_date  Time axis    PLOT  x  sqrt x  XTICKFORMAT    LABEL_DATE  XSTYLE 1     Plot with X axis style set to exact      Example with times:  For example  to plot from 3PM  Jan 1  1993  to 5AM  Jan 3   1993:  Start_date   Julday 1 1 1993     Also starting offset  Start_time    3 12 24           Starting_time less offset  End_time    Julday 1 3 1993    Start_date    5 24   Ending          date time   offset  note that the order of operations is                   important to avoid loss of precision   Dummy   LABEL_DATE DATE_FORMAT D  M C H: I     offset Start_date         MMM NN  HH:MM format  x   findgen 20     End_time   Start_time    19   start_time  Time axis  PLOT  x  sqrt x  XTICKFORMAT    LABEL_DATE  XSTYLE 1     MODIFICATION HISTORY:  DMS  RSI April  1993 Written   DMS  RSI March  1997 Added Time format     FUNCTION LABEL_DATE  axis  index  x  DATE_FORMAT   format  MONTHS   months                  OFFSET  offs  _EXTRA   ex COMMON label_date_com  fmt  month_chr  offset  if keyword_set format  then begin  Save format string      if n_elements offs  ne 0 then offset   double offs  else offset   0 0d0     if keyword_set months  then month_chr   months       else month_chr    Jan Feb Mar   Apr   May   Jun   Jul                           Aug   Sep   Oct   Nov   Dec      fmt   format     return  0 endif  if n_elements month_chr  ne 12 or n_elements fmt  le 0     or n_elements offset  eq 0 then     message  Not initialized   x1   x   offset caldat  long x1  month  day  year  _EXTRA   ex Get the calendar date from julian frac   x1   long x1              time of day  from 0 to 1   n   strlen fmt  out      for i 0  n 1 do begin            Each format character      c   strmid fmt  i  1         The character      if c eq   then begin         i   i   1         c   strmid fmt  i  1     The function         case c of format character               M  : out   out   month_chr month 1               N  : out   out   string format i2 2  month               D  : out   out   string format i2 2  day               Y  : out   out   string format i4  year               Z  : out   out   string format i2 2  year  mod 100               H  : out   out   string format i2 2  floor 24 frac               I  : out   out   string format i2 2  floor 1440   frac mod 60               S  : out   out   string format i2 2  86400L   frac mod 60                : out   out                 else : message   Illegal character in date format string:  fmt         endcase     endif else out   out   c endfor return  out end");
-a[274] = new Array("./ToBeReviewed/PLOTS/LABEL/label_gmt.html", "label_gmt.pro", "", "    Apply GMT palette into IDL color intervals system   PRO label_gmt  min  max  intervalle  ncoul  ncontour  level_z2d  coul  common  com_eg     IF pal_type NE  2dom  THEN BEGIN      color defined in lec_pal_gmt pro        ncontour   ncont_gmt       level_z2d   levels_gmt       coul   coul_gmt       max   max_gmt       intervalle     1     ENDIF ELSE BEGIN           grey_shade palette  case 1 in label        IF finite min  EQ 0 THEN read    Grey shade needs a min max :  min  max       ncontour    fix max min intervalle        level_z2d   min   intervalle findgen Ncontour         max level_z2d Ncontour 1 intervalle        print        Number of contour intervals  plotting min   max   ncontour  min  max       print               color index        IF idx_pal EQ 0 THEN BEGIN              build palette          red   lonarr 99           red    255          red 50:98    long 100 float grey_shade 100 255            IF field origin EQ  diff  THEN BEGIN                      difference plot : lighter below first negative interval             red 51:98    long 100 float grey_shade_2 100 255              red 1:48    long 100 float grey_shade 100 255              red 50    255           ENDIF              first color black            last   white          red    0  red           red 99    255            gray scale          green   red          blue   red           tvlct  red  green  blue        ENDIF           mid_index   max where level_z2d LE fldatt mid        coul   findgen Ncontour 49 mid_index  2     ENDELSE    END ");
-a[275] = new Array("./ToBeReviewed/PLOTS/LABEL/lataxe.html", "lataxe.pro", "", "          NAME:LATAXE     PURPOSE:fonction appelee par  XYZ TICKFORMAT  cf l help pour voir           comment l utiliser  pour labeller les axes en latitude      CATEGORY:graphe     CALLING SEQUENCE: XYZ TICKFORMAT lataxe      INPUTS:fournis  et imposes  automatiquement par IDL: axis  index  value:  Axis is the axis number: 0 for X axis  1 for Y axis  2 for Z axis   Index is the tick mark index which starts at 0   Value is the default tick mark value  a floating point number    KEYWORD PARAMETERS:     OUTPUTS:un string  utilise automatiquement pour labeller     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                                                    14 10 1999 format des labels         FUNCTION lataxe  axis  index  value     on ramenne value ds le segment  0 180     lat value mod 360    if lat lt 0 then lat lat 360    if lat gt 180 then lat lat 180   format des labels:    case 1 of       lat EQ round lat :fmt    i4        10 lat EQ round 10 lat :fmt    f6 1        ELSE:fmt    f7 2     endcase   on ecrit le label    if lat le 90 and lat ne 0 then nom string lat      format fmt N     if lat gt 90              then nom string 180 lat  format fmt S     if lat eq  0              then nom string lat      format fmt       return  nom end ");
-a[276] = new Array("./ToBeReviewed/PLOTS/LABEL/lonaxe.html", "lonaxe.pro", "", "          NAME:LONAXE     PURPOSE:fonction appelee par  XYZ TICKFORMAT  cf l help pour voir           comment l utiliser  pour labeller les axes en longitude      CATEGORY:graphe     CALLING SEQUENCE: XYZ TICKFORMAT lonaxe      INPUTS:fournis  et imposes  automatiquement par IDL: axis  index  value:  Axis is the axis number: 0 for X axis  1 for Y axis  2 for Z axis   Index is the tick mark index which starts at 0   Value is the default tick mark value  a floating point number    KEYWORD PARAMETERS:     OUTPUTS:un string  utilise automatiquement pour labeller     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                                                    14 10 1999 format des labels         FUNCTION lonaxe  axis  index  value     on ramenne value ds le segment  0 360     lon value mod 360    if lon lt 0 then lon lon 360   format des labels:    case 1 of       lon EQ round lon :fmt    i4        10 lon EQ round 10 lon :fmt    f6 1        ELSE:fmt    f7 2     endcase   on ecrit le label    if lon lt 180 then nom string lon      format fmt E     if lon gt 180 then nom string 360 lon  format fmt W     if lon eq 180 then nom string lon      format fmt       return  nom end ");
-a[277] = new Array("./ToBeReviewed/PLOTS/VECTEUR/ajoutvect.html", "ajoutvect.pro", "", "          NAME:ajoutvect     PURPOSE:surimprimme des vecteur sur un champ tarce par plt     CATEGORY:grafique     CALLING SEQUENCE:ajoutvect vecteur      INPUTS:  vecteur: une structure a 2 elements contenant les 2 matrices U  et V des valeurs de la composante zonale et meridienne du  champ de vecteurs a tracer          par ex:         vecteur matriceu:lec unsurface matricev:lec vnsurface          rq:le nom des elements de vecteur n a aucune importance          vecteur u:lec unsurface v:lec vnsurface  convient aussi     KEYWORD PARAMETERS:    UNVECTSUR:un scalaire n on un tableau a 2 elements  n1 n2            dans le premier cas  on tracera un vecteur sur n suivant les           x et les y            dans le second cas on tracera un vecteur sur n1 suivant x           et un vecteur sur n2 suivant y         Rq  pour tracer tous les vecteurs suivant y et 1 sur 2 suivant         x mettre unvectsur 2 1     VECTMIN norme minimun des vecteurs a tracer     VECTMAX norme minimun des vecteurs a tracer      OUTPUTS:     COMMON BLOCKS:  common pro      SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   10 3 1999                         11 6 1999 compatibilite avec NAN et la lecture                         des structures          pro ajoutvect vecteur  vectlegende  UNVECTSUR unvectsur VECTMIN vectmin  VECTMAX vectmax  _EXTRA   ex  common    tempsun   systime 1            pour key_performance        u   litchamp vecteur 0     u   checkfield u   plt  TYPE    xy   NOQUESTION     v   litchamp vecteur 1     v   checkfield v   plt  TYPE    xy   NOQUESTION        on recupere les eventuelles info sur les champs      grilleu   litchamp vecteur 0   grid     if grilleu EQ   then grilleu    U     grillev   litchamp vecteur 1   grid     if grillev EQ   then grillev    V      IF grilleu EQ  V  AND grillev EQ  U  THEN inverse   1    IF grilleu EQ grillev THEN interpolle    0 ELSE interpolle   1    if keyword_set inverse  then begin       rien   u       u   v       v   rien    endif     on trouve les points que u et v ont en communs      if interpolle then begin       indicexu    lindgen jpi firstxu:firstxu nxu 1        indicexv    lindgen jpi firstxv:firstxv nxv 1        indicex   inter indicexu  indicexv        indiceyu    lindgen jpj firstyu:firstyu nyu 1        indiceyv    lindgen jpj firstyv:firstyv nyv 1        indicey   inter indiceyu  indiceyv        nx   n_elements indicex         ny   n_elements indicey        indice2d   lindgen jpi  jpj        indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient         case 1 of           size u 0  NE 2 OR  size v 0  NE 2: return           size u 1  EQ nxu AND  size u 2  EQ nyu AND              size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN              if nxu NE nx then                if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                 IF nxv NE nx THEN                if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                IF nyu NE ny THEN                if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny               IF nyv NE ny THEN                if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny           END           size u 1  EQ jpi AND  size u 2  EQ jpj AND              size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN              u   u indice2d              v   v indice2d           END          ELSE:BEGIN              ras   report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs              return          end       endcase     on reform u et v pour s assurer qu aucune dimension n a ete ecrasee         if ny EQ 1 then begin          u   reform u  nx  ny           v   reform v  nx  ny        endif     construction de u et v aux pts T         a u 0        u u shift u 1 0 2        if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a       a v 0        v v shift v 0 1 2        if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude   on recupere la grille complette pour etablir un grand mask etendu ds les 4   directions pour couvrir les points pour lesquels un pt terre a ete pris en   compte  faire un petit dessin          vargrid T        msku    umask indice2d jpi jpj firstzt        mskv    vmask indice2d jpi jpj firstzt        glam   glamt indice2d        gphi   gphit indice2d        if ny EQ 1 then begin          msku   reform msku  nx  ny           mskv   reform mskv  nx  ny             glam   reform glam  nx  ny             gphi   reform gphi  nx  ny        endif     on masque u et v le long des cotes  la on l on ne peut pas calculer   la moyenne      extention du mask       u   u msku shift msku 1 0        v   v mskv shift mskv 0 1     ENDIF ELSE BEGIN        u   u tmask firstxt:lastxt firstyt:lastyt firstzt        v   v tmask firstxt:lastxt firstyt:lastyt firstzt        indice2d   lindgen jpi  jpj        indice2d   indice2d firstxt:lastxt  firstyt:lastyt        nx   nxt       ny   nyt    endelse    tabnorme sqrt u 2 v 2     nan   where finite u   nan  EQ 1     if nan 0  NE  1 then u nan    1e5    nan   where finite v   nan  EQ 1     if nan 0  NE  1 then v nan    1e5    if keyword_set vectmin  then BEGIN        toosmall where tabnorme lt vectmin        if toosmall 0  NE  1 then begin          u toosmall    1e5          v toosmall    1e5       ENDIF    endif    if keyword_set vectmax  then BEGIN       toobig where tabnorme gt vectmax        if toobig 0  NE  1 then begin          u toobig    1e5          v toobig    1e5       ENDIF    ENDIF     remise d une grande valeur sur tous les points pour lesquelles on ne   put faire le calcul      if interpolle then t2   msku shift msku 1 0 mskv shift mskv 0 1       ELSE t2   tmask firstxt:lastxt firstyt:lastyt firstzt     if NOT keyword_set key_periodic  OR nx NE jpi then t2 0   0     t2 0 0     terre where t2 eq 0     if terre 0  ne  1 then begin       u terre 1e5       v terre 1e5    ENDIF     tracer qu un vecteur sur      if keyword_set unvectsur  then BEGIN     indx est un vecteur contenant les numero des colonnes a selectionner    indy est un vecteur contenant les numero des lignes a selectionner        if n_elements unvectsur  EQ 1 then begin          indx   where lindgen nx  MOD unvectsur 0  eq 0           indy   where lindgen ny  MOD unvectsur 0  eq 0        ENDIF ELSE BEGIN           indx   where lindgen nx  MOD unvectsur 0  eq 0           indy   where lindgen ny  MOD unvectsur 1  eq 0        ENDELSE   a partir de indx et indy on va construire un tableau d indices 2d   qui donnera les indices des points intersections des colonnes   specifiee par indx        indicereduit   indx replicate 1 n_elements indy nx replicate 1 n_elements indx indy   on reduit les tableaux qui vont etre passes a vecteur        u   u indicereduit        v   v indicereduit        tabnorme   tabnorme indicereduit       endif           if keyword_set inverse  then begin       rien   u       u   v       v   rien    endif     trace des vecteurs      vecteur  u  v  tabnorme  indice2d  indicereduit  missing 1e5  _extra   ex     on complete la legende      if terre 0  ne  1 then mini   min tabnorme where t2 eq 1  max   maxi   nan       ELSE mini   min tabnorme  max   maxi   nan         if litchamp vecteur 0   u  NE   then       vectlegende    minmax: mini  maxi  unite:litchamp vecteur 0   u       ELSE vectlegende    minmax: mini  maxi  unite:varunit    sortie:    if keyword_set key_performance  NE 0 THEN print   temps ajoutvect  systime 1 tempsun     return end  ");
-a[278] = new Array("./ToBeReviewed/PLOTS/VECTEUR/vecteur.html", "vecteur.pro", "", "          NAME:vecteur     PURPOSE: trace des vecteurs  meme situees sur une grille tordue  sur   n importe quelle projection  de telle sorte que tous les vecteurs   aient une norme comparable sur le dessin  en clair  un vecteur qui   doit faire 1cm le fait quelque soit la projection et sa position sur   la sphere       CATEGORY:trace de vecteur     CALLING SEQUENCE:vecteur  composanteu  composantev  normevecteur  indice2d  reduitindice2d      INPUTS: COMPOSANTEU et COMPOSANTEV: ce sont les composantes des   vecteurs a tracer  Ces tableaux 2d ont la meme dimension que   reduitindice2d  cf apres          INDICE2D: indice permettant de passer d un tableau jpi jpj au         zoom surlequel on fait le dessin          REDUITINDICE2D: indice permettant de passer d un tableau         definit par indice2d au tableau pourlequel on a reelement des         vecteurs a tracer  en clair: c est par ex qd on ne trace par exemple         que un vecteur sur 2      KEYWORD PARAMETERS:          CMREF: la longeur en cm sur le papier que diot faire la fleche        de norme normeref  par defaut ajuste au dessin et compris entre         5 et 1 5 cm          MISSING: la valeur d une missing value  ne pas utilisder ce        mot cle  fixe a 1e5 par ajoutvect pro                NORMEREF: la norme de la fleche de reference  par defaut on        essaie de faire qqch qui colle pas trop mal           VECTCOLOR: la couleur de la fleche  Par defaut noir  couleur 0           VECTTHICK  l epaissuer de la fleche  par defaut 1           VECTREFPOS: vecteur de 2 elements specifiant la position en        coordonnees DATA du debut du vecteur de reference  Par defaut        en bas a droite du dessin           VECTREFFORMAT: format a utiliser pour specifier la norme du        vecteur de reference            NOVECTREF: pour supprimer l affichage du vecteur de reference      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:    Creation : 13 02 98 G  Roullet  grlod lodyc jussieu fr     Modification : 14 01 99 realise la transformation    spheriquecartesien G  Roullet                   12 03 99 verification de la routine G  Roullet    8 11 1999:    G  Roullet et Sebastien Masson  smasson lodyc jussieu fr     adaptation pour les zoom  reverification traitement separe de la    direction et de la norme des vecteurs  mots cles NORMEREF et CMREF           FUNCTION cv_cm2normal  angle     donne la longeur en coordonnes normales d un trait ortiente de   angle par rapport a l axe des x et qui doit faire 1 cm sur le   dessin    angle peut etre un tableau     common   quelle est la longeur en coordonnees normales d un trait qui fera 1   cm sur le parier et qui est parallele a x    mipgsz   min page_size  max   mapgsz     sizexfeuille   mipgsz key_portrait mapgsz 1 key_portrait     sizeyfeuille   mapgsz key_portrait mipgsz 1 key_portrait     cm_en_normal   1 sizexfeuille      si le rapport d aspect de la fenetre n est pas egale a 1  la    longeur en coordonees normalise d un trait de 1cm varie suivant    l angle polaire de ce trait       aspect   sizexfeuille sizeyfeuille    cm_en_normal   cm_en_normal sqrt  1  aspect 2 1 sin angle 2        return  cm_en_normal END   PRO normalise  u  v  w     normalise le vecteur      IF n_elements w  NE 0 THEN BEGIN        norme   sqrt u 2 v 2 w 2        ind   where norme NE 0        u ind    u ind norme ind        v ind    v ind norme ind        w ind    w ind norme ind     ENDIF ELSE BEGIN       norme   sqrt u 2 v 2        ind   where norme NE 0        u ind    u ind norme ind        v ind    v ind norme ind     ENDELSE  END PRO vecteur  composanteu  composantev  normevecteur  indice2d  reduitindice2d                  CMREF   cmref  MISSING   missing  NORMEREF   normeref                  VECTCOLOR   vectcolor  VECTTHICK   vectthick  VECTREFPOS   vectrefpos                  VECTREFFORMAT   vectrefformat  NOVECTREF   novectref  _extra   extra  common    tempsun   systime 1            pour key_performance        taille   size composanteu     nx   taille 1     ny   taille 2     if n_elements reduitindice2d  EQ 0 then reduitindice2d   lindgen nx  ny     zu   composanteu    zv   composantev    norme   normevecteur    taille   size indice2d     nxgd   taille 1     nygd   taille 2       msk   replicate 1  nx  ny     if keyword_set missing  then terre   where abs zu  GE missing 10  ELSE terre    1    if terre 0  NE  1  then BEGIN        msk terre    0       zu terre    0       zv terre    0       norme terre    0    ENDIF     Etape 1:      etant donne la direction et le sens que le vecteur a sur la   sphere  il faut se debrouiller pour determiner cette direction et le   sens qu aura le vecteur sur l ecran ou la feuille une fois qu il   aura ete projete      En theorie: sur la sphere  un vecteur en un point donne a pour   direction la tangente au cercle qui passe par le centre de la terre   et par le vecteur  Donc trouver la direction une fois la projection   faite ds le plan 2d  c est trouver la tangente a la courbe   representant la projection du cercle sur le plan 2d au point   representant la projection du point de depart de la shere sur le   plan 2d      En pratique on ne connait pas la definition de la courbe que donne   la projection d un cercle alors trouver sa tangente en un point      Ce que l on fait:   Ds un repere cartesien 3d           a  on trouve les coordonnees du point T  debut de la fleche          situe sur la shere          b  pour chaque point T on determine les directions locales         definies par la grille en ce point et auxquelles se rapportent         les coordonnes  u v  du vecteur  Ces directions locales sont         definies par les gradiants des glam et gphi  Une fois ces         directions obtenues  on les considere comme orthogonales et en         les normant on construit un repere orthonormal  nu nv  auquel se         rapporte les coordonnes  u v  du vecteur  Ds le repere         cartesien 3d de depart  le vecteur est definit par:         V u nu v nv  ou V  nu et nv sont des vecteurs 3d et u et v des         scalaires          c  pour approximer la tangente au cercle par la corde definie         par le debut et la fin de la fleche  on va normaliser V puis         le diviser par 100          d  ceci nous permet de determiner les coordonnees ds le repere         cartesien 3d des extremites de la corde  on les passe en         coordonnes sphereriques de facon a recuperer les positions en         latitude longitude de ces points sur la sphere          e  on passe les coordonnees de ces points en coordonnees         normalise puis en corrdonnes polaire de facon a trouver         l angle et la direction qu ils determinent sur le dessin        etape 1  a        coordonnes du point T  debut de la fleche  en coordonnes sheriques    glam   glamt indice2d reduitindice2d     gphi   gphit indice2d reduitindice2d      coordonnes du point T  debut de la fleche  dans le repere cartesien   on utilise comme shere  une shere de rayon 1       radius   replicate 1 nx ny     coord_sphe   transpose   glam   gphi   radius       r   cv_coord from_sphere coord_sphe to_rect degrees       x0   reform r 0    nx  ny     y0   reform r 1    nx  ny     z0   reform r 2    nx  ny      etape 1  b      Construction du vecteur nu  resp  nv  vecteur norme porte par   l axe des points u i j  et u i 1 j   resp v i j  et v i j 1    qui definissent pour chaque point sur la shere les directions locales   associee a u et v  ces vecteurs definissent un repere orthonorme   local     ces vecteurs sont construits dans un repere cartesien  cv_coord    on a choisit un rayon de la terre unite  unit      definition de nu    radius   replicate 1 nxgd nygd     IF finite glamu 0 gphiu 0  NE 0 THEN        coord_sphe   transpose   glamu indice2d   gphiu indice2d   radius         ELSE coord_sphe   transpose   glamf indice2d   gphit indice2d   radius       r   cv_coord from_sphere coord_sphe to_rect degrees    coordonnes de points de la grille u en cartesien    ux   reform r 0    nxgd  nygd     uy   reform r 1    nxgd  nygd     uz   reform r 2    nxgd  nygd    calcul de nu     nux   ux shift ux  1  0     nuy   uy shift uy  1  0     nuz   uz shift uz  1  0    conditions aux limites    if NOT keyword_set key_periodic  OR nxgd NE jpi then begin       nux 0      nux 1          nuy 0      nuy 1          nuz 0      nuz 1       ENDIF   reduction de la grille    nux   nux reduitindice2d     nuy   nuy reduitindice2d     nuz   nuz reduitindice2d    definition de nv    IF finite glamv 0 gphiv 0  NE 0 THEN      coord_sphe   transpose   glamv indice2d   gphiv indice2d   radius         ELSE coord_sphe   transpose   glamt indice2d   gphif indice2d   radius                       r   cv_coord from_sphere coord_sphe to_rect degrees    coordonnes de points de la grille v en cartesien    vx   reform r 0    nxgd  nygd     vy   reform r 1    nxgd  nygd     vz   reform r 2    nxgd  nygd    calcul de nv     nvx   vx shift vx  0  1     nvy   vy shift vy  0  1     nvz   vz shift vz  0  1    conditions aux limites    nvx  0    nvx  1     nvy  0    nvy  1     nvz  0    nvz  1    reduction de la grille    nvx   nvx reduitindice2d     nvy   nvy reduitindice2d     nvz   nvz reduitindice2d      normalisation      normalise  nux  nuy  nuz    normalise  nvx  nvy  nvz     etape 1  c      coordonnes du vecteur V ds le repere cartesion      direcx   zu nux   zv nvx    direcy   zu nuy   zv nvy    direcz   zu nuz   zv nvz   normalisation du vecteur v    normalise  direcx  direcy  direcz   on divise par 100     direcx   direcx 100     direcy   direcy 100     direcz   direcz 100      etape 1  d    coordonnees de la pointe de la fleche dans le repere cartesien     x1   x0   direcx    y1   y0   direcy    z1   z0   direcz    coordonnees de la pointe en spherique     coord_rect   transpose   x1   y1   z1       r   cv_coord from_rect coord_rect to_sphere degrees     glam1   reform r 0    nx  ny     gphi1   reform r 1    nx  ny       modif des glam tout se passe bien au niveau de la ligne de   changement de date attention  il ne faut pas couper les fleches   qui sortent de la fenetre    test: si il sort du cadre mais qu avec un   360 il y rentre on le   modifie       ind   where glam1 LT  x range 0  AND glam1 360  LE  x range 1     if ind 0  NE  1 then glam1 ind    glam1 ind 360     ind   where glam1 GT  x range 1  AND glam1 360  GE  x range 0     if ind 0  NE  1 then glam1 ind    glam1 ind 360      ind   where glam LT  x range 0  AND glam 360  LE  x range 1     if ind 0  NE  1 then glam ind    glam ind 360     ind   where glam  GT  x range 1  AND glam 360  GE  x range 0     if ind 0  NE  1 then glam ind    glam ind 360        etape 1  e       r   convert_coord glam gphi data to_normal      x0   r 0                      coordonnes normales du debut de la fleche    y0   r 1                              r   convert_coord glam1 gphi1 data to_normal      x1   r 0                      coordonnes normales de la fin de la fleche  avant scaling     y1   r 1                           tests pour eviter que des fleches soient dessineees hors du domaine      out   where x0 LT  p position 0  OR x0 GT  p position 2                    OR y0 LT  p position 1  OR y0 GT  p position 3     if out 0  NE  1 THEN x0 out     values f_nan     suivant les projections  il peu y a voir des points a nan qd on   passe en coordonnes normales  on supprime ces points       nan   finite x0 y0 x1 y1     number   where nan EQ 1     x0   x0 number    x1   x1 number     y0   y0 number    y1   y1 number     msk   msk number     norme   norme number      on definit le vecteur direction dans le repere normalise      dirx   x1 x0    diry   y1 y0     on passe en polaire pour recuperer l angle qui etait le but de   toute la partie 1        dirpol   cv_coord from_rect   transpose   dirx   diry     to_polar     dirpol   msk dirpol 0        2eme etape      maintenant on s occupe de la norme      Mise a l echelle automatique      if NOT keyword_set cmref  then BEGIN        mipgsz   min page_size  max   mapgsz        sizexfeuille   mipgsz key_portrait mapgsz 1 key_portrait        sizexfeuille   10 sizexfeuille       cmref   5   floor sizexfeuille 10    15       cmref   cmref 10     ENDIF    if NOT keyword_set normeref  then BEGIN       value   max norme        puissance10   10 floor alog10 value        normeref   puissance10 floor value puissance10     endif    cm   1 normeref cmref     on modifie le tableau norme de facon a ce que un element qui a la   valeur cm soit represente par un trait de longueur 1cm sur le   papier    norme contient la norme des vecteur que l on veut dessiner      norme   1 1 cm norme cv_cm2normal dirpol        3eme etape    maintenant qu on a l angle et la norme  et bien on recupere les   coordonnes en rectangulaire et on dessine les fleches       r   cv_coord from_polar   transpose   dirpol   norme     to_rect     composantex   r 0       composantey   r 1         x1   x0 composantex    y1   y0 composantey     c est parti pour le trace        if NOT KEYWORD_SET vectcolor  then vectcolor   0     points   where msk EQ 1     IF points 0  NE  1 THEN arrow  x0 points  y0 points  x1 points  y1 points   norm         hsize    2  COLOR   vectcolor  THICK   vectthick      Dessine une fleche en bas a droite de la figure en guise de legende      if NOT keyword_set novectref  then BEGIN       dx   cmref cv_cm2normal 0    longuer du vecteur de reference en coordonnes normalisees        if keyword_set vectrefformat  then          normelegende   strtrim string normeref  format   vectrefformat  1            ELSE normelegende   strtrim normeref  1            if keyword_set vectrefpos  then begin          r   convert_coord vectrefpos data   to_normal           x0   r 0           y0   r 1        ENDIF ELSE BEGIN          x0    x window 1 dx          r   convert_coord d x_ch_size   d y_ch_size   device   to_normal           dy   3 r 1 p charsize          y0    y window 0 dy       ENDELSE        arrow  x0  y0  x0 dx  y0   norm  hsize    2  color   0       xyouts  x0  y0  normelegende   norm  align   1  charsize    p charsize  color   0     endif         if keyword_set key_performance  NE 0 THEN print   temps vecteur  systime 1 tempsun         return END     ");
-a[279] = new Array("./ToBeReviewed/PLOTS/VECTEUR/velovect.html", "velovect.pro", "", "   Id: velovect pro 97 2006 06 09 15:18:59Z pinsard       Copyright  c  1983 1998  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited          NAME:  VELOVECT     PURPOSE:  Produce a two dimensional velocity field plot     A directed arrow is drawn at each point showing the direction and   magnitude of the field                     CATEGORY:  Plotting  two dimensional      CALLING SEQUENCE:  VELOVECT  U  V   X  Y      INPUTS:  U: The X component of the two dimensional field     U must be a two dimensional array     V: The Y component of the two dimensional field   Y must have  the same dimensions as X   The vector at point  i j  has a   magnitude of:    U i j 2   V i j 2 0 5    and a direction of:    ATAN2 V i j U i j      OPTIONAL INPUT PARAMETERS:    X: Optional abcissae values   X must be a vector with a length   equal to the first dimension of U and V     Y: Optional ordinate values   Y must be a vector with a length  equal to the first dimension of U and V      KEYWORD INPUT PARAMETERS:  COLOR: The color index used for the plot     DOTS: Set this keyword to 1 to place a dot at each missing point    Set this keyword to 0 or omit it to draw nothing for missing  points   Has effect only if MISSING is specified     LENGTH: Length factor   The default of 1 0 makes the longest  U V   vector the length of a cell            MISSING: Missing data value   Vectors with a LENGTH greater  than MISSING are ignored            OVERPLOT: Set this keyword to make VELOVECT  overplot   That is  the                 current graphics screen is not erased  no axes are drawn  and                 the previously established scaling remains in effect       Note:   All other keywords are passed directly to the PLOT procedure  and may be used to set option such as TITLE  POSITION    NOERASE  etc    OUTPUTS:  None      COMMON BLOCKS:  None      SIDE EFFECTS:  Plotting on the selected device is performed   System  variables concerning plotting are changed      RESTRICTIONS:  None      PROCEDURE:  Straightforward   Unrecognized keywords are passed to the PLOT  procedure        MODIFICATION HISTORY:  DMS  RSI  Oct  1983   For Sun  DMS  RSI  April  1989   Added TITLE  Oct  1990   Added POSITION  NOERASE  COLOR  Feb 91  RES   August  1993   Vince Patrick  Adv  Visualization Lab  U  of Maryland   fixed errors in math   August  1993  DMS  Added _EXTRA keyword inheritance   January  1994  KDB  Fixed integer math which produced 0 and caused              divide by zero errors   December  1994  MWR  Added _EXTRA inheritance for PLOTS and OPLOT   June  1995  MWR  Removed _EXTRA inheritance for PLOTS and changed   OPLOT to PLOTS          September  1996  GGS  Changed denominator of x_step and y_step vars           February  1998  DLD   Add support for CLIP and NO_CLIP keywords          June  1998  DLD   Add support for OVERPLOT keyword      PRO VELOVECT U V X Y  Missing   Missing  Length   length  Dots   dots             Color color  CLIP clip  NOCLIP noclip  OVERPLOT overplot  _EXTRA extra         on_error 2                       Return to caller if an error occurs         s   size u          t   size v          if s 0  ne 2 then begin  baduv:   message   U and V parameters must be 2D and same size                  endif         if total abs s 0:2 t 0:2  ne 0 then goto baduv           if n_params 0  lt 3 then x   findgen s 1  else                   if n_elements x  ne s 1  then begin badxy:                  message   X and Y arrays have incorrect size                          endif         if n_params 1  lt 4 then y   findgen s 2  else                   if n_elements y  ne s 2  then goto badxy           if n_elements missing  le 0 then missing   1 0e30         if n_elements length  le 0 then length   1 0          mag   sqrt u 2 v 2               magnitude                   Subscripts of good elements         nbad   0                          of missing points         if n_elements missing  gt 0 then begin                 good   where mag lt missing                   if keyword_set dots  then bad   where mag ge missing  nbad          endif else begin                 good   lindgen n_elements mag          endelse          ugood   u good          vgood   v good          x0   min x                       get scaling         x1   max x          y0   min y          y1   max y   x_step x1 x0 s 1 1 0      Convert to float  Integer math  y_step y1 y0 s 2 1 0      could result in divide by 0   maxmag max max abs ugood x_step max abs vgood y_step   sina   length    ugood maxmag   cosa   length    vgood maxmag            if n_elements title  le 0 then title                plot to get axes            if n_elements color  eq 0 then color    p color         if n_elements noclip  eq 0 then noclip   1         x_b0 x0 x_step  x_b1 x1 x_step  y_b0 y0 y_step  y_b1 y1 y_step         if  not keyword_set overplot  then begin           if n_elements position  eq 0 then begin             plot x_b0 x_b1 y_b1 y_b0 nodata xst yst                  color color  _EXTRA   extra           endif else begin             plot x_b0 x_b1 y_b1 y_b0 nodata xst yst                  color color  _EXTRA   extra           endelse         endif         if n_elements clip  eq 0 then               clip    x crange 0 y crange 0 x crange 1 y crange 1            r    3                           len of arrow head         angle   22 5    dtor             Angle of arrowhead         st   r   sin angle               sin 22 5 degs   length of head         ct   r   cos angle            for i 0 n_elements good 1 do begin      Each point                 x0   x good i  mod s 1          get coords of start   end                 dx   sina i                  x1   x0   dx                 y0   y good i    s 1                  dy   cosa i                  y1   y0   dy  xd x_step  yd y_step                 plots x0 x1 x1 ct dx xd st dy yd xd     x1 x1 ct dx xd st dy yd xd                           y0 y1 y1 ct dy yd st dx xd yd     y1 y1 ct dy yd st dx xd yd                          color color clip clip noclip noclip  _EXTRA   extra                 endfor         if nbad gt 0 then                Dots for missing                  PLOTS  x bad mod s 1  y bad   s 1  psym 3  color color                           clip clip noclip noclip  _EXTRA   extra end");
-a[280] = new Array("./ToBeReviewed/PLOTS/axe.html", "axe.pro", "", "          NAME:axe     PURPOSE:gerre les axes pour les differents dessins crees par plt    pltz et pltt     CATEGORY:environnement graphique     CALLING SEQUENCE:axe coupe tempsmin tempsmax      INPUTS:          coupe: un string qui designe le type de coupe auquel doit de          raporter les axes que l on cree  par ex:  xy xt             tempsmin et tempsmax: ds le cas ou l on fait une coupe          contenant la dimension temps  il faut specifier le debut et          la fin de l axe des temps en jours julien      KEYWORD PARAMETERS:  SIN active qd on trace en sinus de la latitude            SEPDATE: string separant les differents constituants de la          date  Par defaut c est un retour a la ligne qd on fait un           yt   zt  ou  t  dans les autres cas c est un blanc              DIGITSYEAR 2 to use  Z format  2 digits  to code years          instead of  Y format  See help of label_date for more          informations on  Z and  Y      OUTPUTS:les variables globales d environnement graphique:  x  et  y      COMMON BLOCKS:  common pro     SIDE EFFECTS:modifie  x  et  y      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98                         Eric Guilyardi types x y z   amelioration de                         l axe temporel         PRO axe  coupe tempsmin tempsmax  REVERSE_X   reverse_x  REVERSE_Y   reverse_y  SIN   sin  SEPDATE   sepdate  DIGITSYEAR   digitsyear  _EXTRA   ex  common    tempsun   systime 1            pour key_performance     gestion des ticks de l axe des temps ds le ces ou tempsmin et   tempsmax sont definits      divday   0    if n_params  EQ 3 then BEGIN         if keyword_set sepdate  then sep   sepdate ELSE          if coupe EQ  yt  OR coupe EQ  zt  OR coupe EQ  t  then sep    C  ELSE sep               caldat tempsmin  mmin  dmin  ymin  hmin  mnmin  smin  _EXTRA   ex       caldat tempsmax  mmax  dmax  ymax  hmax  mnmax  smax  _EXTRA   ex   format used for the year  2 or 4 5 digits        IF NOT keyword_set digitsyear  THEN digitsyear   4       IF digitsyear EQ 2 THEN fmtyr    Z  ELSE fmtyr    Y          if ymax EQ ymin then BEGIN          if mmin ne mmax then BEGIN   meme annee mais plusieurs mois             nticks   mmax mmin 1             ticknom   lonarr nticks              for m   0 nticks 1 do ticknom m    julday m mmin  1  ymin  _EXTRA   ex              tminor   6             datfmt    M sep fmtyr   on verifie que les labels rentrent bien entre tempsmin et tempsmax              ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax AND ticknom NE  1              nticks   n_elements ticknom    cas particulier ou l on est a cheval sur 2 mois             if nticks LE 1 then begin                nticks    dmax jourdsmois mmin  ymin 0 dmin 1 2                ticknom   lonarr nticks                 for d   0 nticks 1 do ticknom d    julday mmin  d 2 dmin  ymin  _EXTRA   ex                 ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax                                          AND ticknom NE  1                 nticks   n_elements ticknom                 tminor   2                datfmt    D sep M              endif          ENDIF ELSE BEGIN    meme annee et meme mois             IF dmax dmin 1 GT 4 THEN BEGIN   more than 4 days                nticks   dmax dmin 1                ticknom   lonarr nticks                 for d   0 nticks 1 do ticknom d    julday mmin  d dmin  ymin  _EXTRA   ex                 ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax                                          AND ticknom NE  1                 nticks   n_elements ticknom                 tminor   2                datfmt    D sep M              ENDIF ELSE BEGIN      less than 4 days : divday ticks per day                divday   4                nticks    dmax dmin divday   1                ticknom   fltarr nticks                 for d   0 nticks 1 do                   ticknom d    julday mmin  d divday dmin  ymin  _EXTRA   ex                     d MOD divday float divday                 tminor   2                datfmt    H:00              ENDELSE           ENDELSE        ENDIF ELSE BEGIN    plusieurs annees          CASE 1 OF          ymax ymin 1 LE 10: BEGIN   freq   1    tminor   12   datfmt    M sep fmtyr   end          ymax ymin 1 LE 20: BEGIN   freq   2    tminor   6   datfmt    M sep fmtyr   end          ymax ymin 1 LE 50: BEGIN   freq   5    tminor   5   datfmt    M sep fmtyr   end          ymax ymin 1 LE 100: BEGIN   freq   10    tminor   10   datfmt   fmtyr   end          ymax ymin 1 LE 1000: BEGIN   freq   50    tminor   5   datfmt   fmtyr   end          ELSE : BEGIN   freq   100    tminor   50   datfmt    Y    end          ENDCASE           nticks   floor ymax ymin freq 1          IF floor ymin freq  NE  ymin freq THEN             yminf    floor ymin freq 1 freq ELSE              yminf    floor ymin freq freq          ticknom   lonarr nticks           for y   0  nticks 1 do ticknom y    julday 1  1  yminf y freq  _EXTRA   ex    on verifie que les labels rentrent bien entre tempsmin et tempsmax           ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax AND ticknom NE  1           nticks   n_elements ticknom    cas particulier ou l on est a cheval sur 2 annees          if nticks LE 1 then begin             nticks    mmax 12 mmin 1             ticknom   lonarr nticks              for m   0 nticks 1 do ticknom m    julday m mmin  1  ymin  _EXTRA   ex              ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax AND ticknom NE  1              nticks   n_elements ticknom              tminor   6             datfmt    M sep fmtyr   cas particulier ou l on est a cheval sur 2 mois             if nticks LE 1 then begin                nticks    dmax jourdsmois mmin  ymin 0 dmin 1 2                ticknom   lonarr nticks                 for d   0 nticks 1 do ticknom d    julday mmin  d 2 dmin  ymin  _EXTRA   ex                 ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax                                          AND ticknom NE  1                 nticks   n_elements ticknom                 tminor   2                datfmt    D sep M              endif          endif       ENDELSE        toto   label_date 0  0  0  DATE_FORMAT   datfmt  _EXTRA   ex        if chkstru ex   DATE_FORMAT  then ex DATE_FORMAT        ENDIF      definition des parametres des axes au cas par cas      case coupe of        xy :BEGIN           if keyword_set reverse_x  then  x range lon2 lon1  ELSE  x range lon1 lon2           if keyword_set reverse_y  then  y range lat2 lat1  ELSE  y range lat1 lat2           IF key_onearth THEN  x tickformat lonaxe           IF key_onearth THEN  y tickformat lataxe        END        yz :BEGIN           if keyword_set reverse_x  then  x range lat2 lat1  ELSE  x range lat1 lat2           if keyword_set reverse_y  then  y range 0   1  ELSE  y range    1  0           if keyword_set sin  then BEGIN   nombre de ticks par defaut             plot   0   0   noerase   nodata  xtick_get   xaxe   on augmente ce nombre pour qu il soit autour de 10              ticks   n_elements xaxe 1             ticks   ticks 1  2  4  8              ticks   ticks sort abs ticks 10 0    on recupere l axex pour ce nouveau nombre de ticks             plot   0   0 xticks   ticks   noerase   nodata  xtick_get   xaxe              x ticks   ticks              x tickv   sin pi 180 xaxe              tickname   strarr ticks 1              for i   0 ticks do tickname i    lataxe 0  0  xaxe i               x tickname   tickname              x range   sin pi 180 x range           endif       end        xz :BEGIN           if keyword_set reverse_x  then  x range lon2 lon1  ELSE  x range lon1 lon2           if keyword_set reverse_y  then  y range 0   1  ELSE  y range    1  0        end        xt  : begin          if keyword_set reverse_x  then  x range    lon2 lon1  ELSE  x range lon1 lon2           if keyword_set reverse_y  then  y range tempsmax  tempsmin tempsmin            ELSE  y range tempsmin tempsmax tempsmin          IF key_onearth THEN  x tickformat lonaxe             result   LABEL_DATE DATE_FORMAT    M sep fmtyr              y tickformat LABEL_DATE            y tickname   LABEL_DATE 1  0 ticknom _EXTRA   ex             y ticklen 1            y gridstyle 2           y ticks nticks 1           y tickv ticknom tempsmin           y minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        yt  : begin          if keyword_set reverse_x  then  x range    tempsmax tempsmin tempsmin            ELSE  x range tempsmin tempsmax tempsmin          if keyword_set reverse_y  then  y range lat2  lat1  ELSE  y range lat1 lat2           IF key_onearth THEN  y tickformat lataxe            x tickname   LABEL_DATE 0  0 ticknom _EXTRA   ex             x ticklen 1            x gridstyle 2           x ticks nticks 1           x tickv ticknom tempsmin           x minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        zt  : begin          if keyword_set reverse_x  then  x range    tempsmax tempsmin tempsmin            ELSE  x range tempsmin tempsmax tempsmin          if vargrid EQ  W  then gdep gdepw 0:nzw 1  ELSE gdep gdept 0:nzt 1             x tickname   LABEL_DATE 0  0 ticknom _EXTRA   ex             x ticklen 1            x gridstyle 2           x ticks nticks 1           x tickv ticknom tempsmin           x minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        t  : BEGIN          if keyword_set reverse_x  then  x range    tempsmax tempsmin tempsmin            ELSE  x range tempsmin tempsmax tempsmin           x tickname   LABEL_DATE 0  0 ticknom _EXTRA   ex             x ticklen 1            x gridstyle 2           x ticks nticks 1           x tickv ticknom tempsmin           x minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        x  : begin           x range lon1 lon2           IF key_onearth THEN  x tickformat lonaxe        END        y  : begin          if keyword_set sin  then BEGIN   nombre de ticks par defaut             plot   0   0   nodata   noerase  xstyle   5  ystyle   5  xtick_get   xaxe   on augmente ce nombre pour qu il soit autour de 10              ticks   n_elements xaxe 1             ticks   ticks 1  2  4  8              ticks   ticks sort abs ticks 10 0    on recupere l axex pour ce nouveau nombre de ticks             plot   0   0 xticks   ticks nodata noerase xstyle 5 ystyle 5 xtick_get xaxe              x ticks   ticks              x tickv   sin pi 180 xaxe              tickname   strarr ticks 1              for i   0 ticks do tickname i    lataxe 0  0  xaxe i               x tickname   tickname              x range   sin pi 180 x range           ENDIF ELSE  x range lat1 lat2           IF key_onearth THEN  x tickformat lataxe        END        z  : begin            if vargrid EQ  W  then gdep gdepw 0:nzw 1  ELSE gdep gdept 0:nzt 1              if keyword_set reverse_y  then  y range gdep 0  gdep n_elements gdep 1               ELSE  y range gdep n_elements gdep 1  gdep 0        END     endcase    if keyword_set key_performance  THEN print   temps axe  systime 1 tempsun     return end");
-a[281] = new Array("./ToBeReviewed/PLOTS/legende.html", "legende.pro", "", "          NAME:legende pro     PURPOSE:fournit les legendes     CATEGORY:graph annexe     CALLING SEQUENCE:legende  mi ma coupe title subtitle xtitle ytitle     INPUTS:mi et ma: le max et le min du dessin  cf plt pro et pltz pro    coupe caractere de 2 lettres donnant le type de coupe  par ex: xz      KEYWORD PARAMETERS:    TITRE: chaine de caracteres qui doit etre le titre du dessin  Par   defaut le titre est le nom vairmer du champ           ENDPOINTS:utilise qd on fait des coupes veticales en diagonale     OUTPUTS:le titre  sous titre titre de x et titre de y     COMMON BLOCKS:  common pro     SIDE EFFECTS: l utilisation de la variable globale langage permet   de changer de langue ou de facon de legender facilement  On peut   facilement personnaliser la chose en rajoutant un cas au case sur la   valeur de langage      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   14 8 98                         Eric Guilyardi  ericg lodyc jussieu fr  GB version  11 6 99         pro legende mi ma coupe CONTOUR   contour ENDPOINTS   endpoints  DIREC   direc                 VECTLEGENDE   vectlegende                 INTERVALLE   intervalle  TYPE_YZ   type_yz  VARNAME2   varname2                 NPTS   npts  _EXTRA   ex  common    tempsun   systime 1            pour key_performance      grille   1   1   1  gdep  nx  ny  nz     English legends      fmt_mm    f12 2     fmt_bt    f7 1     colorf        contourf    Contour plot     vecteurf    Vector norm       expf        datef            fieldf            depthf            endpointsf    Diag  Section     zonalf        IF key_onearth THEN latintf    latitudes in   ELSE latintf    j index in      timintf    time in      onf            depthf2    Depth  m     Meridf    Zonal Mean       IF key_onearth THEN lonintf    longitudes in   ELSE lonintf    i in      hovxt    XT plot        diaghovxt    Diag  XT plot        depintf    depths in      timef    Time     hovyt    YT plot        diaghovyt    Diag  YT plot        hovzt    ZT plot        hovt        IF key_onearth THEN lontitle    Longitude  ELSE lontitle    i index     IF key_onearth THEN lattitle    Latitude  ELSE lattitle    j index         vertz   depthf2    legniv     m     IF keyword_set TYPE_YZ  THEN BEGIN      IF type_yz EQ  hPa  THEN vertz    hPa        IF type_yz EQ  hPa  THEN legniv     hPa      ENDIF      Start legende       definition et complement eventuelle de  p subtitle      if n_elements varunit  ne 0 then unite varunit  else unite      p subtitle colorf unite : Min   strtrim string format fmt_mm mi  2        Max   strtrim string format fmt_mm ma  2     if keyword_set intervalle  then BEGIN       if intervalle NE  1 then           p subtitle p subtitle  Int   strtrim string format fmt_mm intervalle  2     endif    if size contour   type  EQ 8 then BEGIN   c est une structure       unite contour 1         p subtitle p subtitle C  contourf unite           : Min   strtrim string format fmt_mm contour 0 0  2           Max   strtrim string format fmt_mm contour 0 1  2        if contour inter NE  1  then           p subtitle p subtitle  Int   strtrim string format fmt_mm contour inter  2     ENDIF    if size vectlegende   type  EQ 8  then begin       unite vectlegende 1         p subtitle p subtitle C  vecteurf unite           : Min   strtrim string format fmt_mm vectlegende 0 0  2           Max   strtrim string format fmt_mm vectlegende 0 1  2     endif     mise en forme des dimensions du sous domaine      la1 strtrim string format fmt_bt  lat1  2     la2 strtrim string format fmt_bt  lat2  2     lo1 strtrim string format fmt_bt  lon1  2     lo2 strtrim string format fmt_bt  lon2  2     pr1 strtrim string format fmt_bt  vert1  2     pr2 strtrim string format fmt_bt  vert2  2      gestion de la date      if n_elements vardate  EQ 0 then vardate        if NOT keyword_set direc  then direc        if strpos direc   t  NE  1 then begin       svardate   strtrim vairdate time 0  1     strtrim vairdate time jpt 1  1     ENDIF ELSE svardate   vardate     case sur le cas auquel s applique la legende      case coupe of        xy :begin                   if strupcase vargrid  EQ  W  then firstz   firstzw           ELSE firstz   firstzt         if strpos direc   z  EQ  1 AND firstz NE 0  then BEGIN           prof   strtrim round gdep 0  1             p title   expf varexp datef svardate fieldf varname depthf prof legniv         ENDIF ELSE  p title   expf varexp datef svardate fieldf varname          x title   lontitle          y title   lattitle       end         xz :begin          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim ny  1           IF long n  LE 3 THEN zonalf    Section              if keyword_set endpoints  AND lat1 NE lat2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE              p title   zonalf varexp datef svardate fieldf varname           x title   lontitle          if keyword_set endpoints  AND lat1 EQ lat2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lataxe 0  0  lat1  1  ELSE  x title    x title  at j index  strtrim lat1  1           ENDIF           y title   depthf2       end         yz :begin          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx  1           IF long n  LE 3 THEN meridf              if keyword_set endpoints  AND lon1 NE lon2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE              p title   meridf varexp datef svardate fieldf varname           y title   vertz           x title   lattitle          if keyword_set endpoints  AND lon1 EQ lon2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lonaxe 0  0  lon1  1  ELSE  x title    x title  at i index  strtrim lon1  1           ENDIF       end         xt :begin           IF keyword_set npts  THEN n   strtrim npts  1           if keyword_set endpoints  AND lat1 NE lat2 then              p title   diaghovxt varexp fieldf varname ELSE             p title        hovxt varexp fieldf varname          IF  time size time 0 1    time 0  GE 10 THEN  y title   timef           x title   lontitle          if keyword_set endpoints  AND lat1 EQ lat2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lataxe 0  0  lat1  1  ELSE  x title    x title  at j index  strtrim lat1  1           ENDIF       end         yt :begin           IF keyword_set npts  THEN n   strtrim npts  1            if keyword_set endpoints  AND lon1 NE lon2 then              p title   diaghovyt varexp fieldf varname ELSE             p title        hovyt varexp fieldf varname          IF  time size time 0 1    time 0  GE 10 THEN  x title   timef           y title   lattitle          if keyword_set endpoints  AND lon1 EQ lon2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lonaxe 0  0  lon1  1  ELSE  x title    x title  at i index  strtrim lon1  1           ENDIF       end         zt :begin           IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx ny  1            p title   hovzt varexp fieldf varname           y title   depthf2          IF  time size time 0 1    time 0  GE 10 THEN  x title   timef       end        t :begin           IF keyword_set npts  THEN n   strtrim npts  1  ELSE BEGIN               if keyword_set integration3d  then n strtrim nx ny nz  1  ELSE n strtrim nx ny  1            ENDELSE            p title   hovt varexp fieldf varname           y title   varname          IF  time size time 0 1    time 0  GE 10 THEN  x title   timef       end        x :begin                       IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim ny nz  1           if keyword_set endpoints  AND lat1 NE lat2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE             p title               varexp datef svardate fieldf varname           x title   lontitle          if keyword_set endpoints  AND lat1 EQ lat2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lataxe 0  0  lat1  1  ELSE  x title    x title  at j index  strtrim lat1  1           ENDIF           y title   varname       end        y :begin                       IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx nz  1           if keyword_set endpoints  AND lon1 NE lon2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE             p title               varexp datef svardate fieldf varname           x title   lattitle          if keyword_set endpoints  AND lon1 EQ lon2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lonaxe 0  0  lon1  1  ELSE  x title    x title  at i index  strtrim lon1  1           ENDIF           y title   varname       end        z :begin          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx ny  1            p title   varexp datef svardate fieldf varname           y title   depthf2           x title   varname       end        yfx : BEGIN          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx ny nz  1            p title   varexp datef svardate varunit           x title   varname2           y title   varname       END        else:    ENDCASE    if keyword_set direc  then BEGIN       if strpos direc   x  NE  1 then           p subtitle   lonintf lo1   lo2 onf strtrim nx  1  points    C   p subtitle       if strpos direc   y  NE  1 then BEGIN          if strpos p subtitle    EQ  1 then              p subtitle   latintf la1   la2 onf strtrim ny  1  points    C p subtitle            ELSE  p subtitle   latintf la1   la2 onf strtrim ny  1  points    p subtitle       ENDIF       if strpos direc   z  NE  1 AND  nz NE 1 OR coupe NE  xy  then BEGIN           if strpos p subtitle    EQ  1 then              p subtitle   depintf pr1   pr2 onf strtrim nz  1  points    C p subtitle            ELSE  p subtitle   depintf pr1   pr2 onf strtrim nz  1  points    p subtitle       ENDIF    ENDIF    if keyword_set endpoints  AND coupe NE  yt  AND lat1 NE lat2 then  p title    p title C C         if keyword_set key_performance  THEN print   temps legende  systime 1 tempsun     return end");
-a[282] = new Array("./ToBeReviewed/PLOTS/plotsym.html", "plotsym.pro", "", "    NAME:    plotsym   PURPOSE:    function to make plotting symbols much easier    Usage:     plot x y psym plotsym circle scale 2 fill      CATEGORY:     Graphics      Keywords:    circle    circle symbol    triangle   triangle symbol    diamond   diamond symbold    box   box symbol    line   line symbol    scale   scales the symbol    angle   angle the symbol should be rotated    _extra   extra keywords for usersym   These are thick  color and fill     Written by:   Ronn Kling   Ronn Kling Consulting   7038 Westmoreland Dr    Warrenton  VA 20187   klingrl juno com   copyright 1999  all rights reserved    function plotsym  circle circle  triangle triangle  diamond diamond                      angle angle  box box  line line  scale scale                      _extra extra if not keyword_set scale  then scale 1 0 if not keyword_set angle  then angle 0 0  if keyword_set circle  then begin   theta   findgen 30 29 360  endif else if keyword_set triangle  then begin   theta    30 90 210   30  endif else if keyword_set diamond  then begin   theta    0 90 180 270 0  endif else if keyword_set box  then begin   theta    315 45 135 225 315  endif else if keyword_set line  then begin   theta    180 0  endif  theta   theta   angle x   cos theta    dtor    scale y   sin theta    dtor    scale  usersym  x y  _extra extra return 8 end");
-a[283] = new Array("./ToBeReviewed/PLOTS/reinitplt.html", "reinitplt.pro", "", "          NAME: REINITPLT     PURPOSE: This procedure will reinitialise all or a selection   ofthe system plot variables     CATEGORY: Plot Utility     CALLING SEQUENCE: clearplt all clear the  p   x   y   z   clearplt x z clear the  x and  z variables   clearplt x only clear the  x variable  clearplt x invert clear all except the  x      INPUTS:   KEYWORDS:  x y z p  clear the appropriate variable  all  clear all  this is equivalent to  x y z p  invert  invert the logic  Clear all unselected variables     Therefore  clearplt all invert  does nothing      OUTPUTS: none     COMMON BLOCKS:  common pro   SIDE EFFECTS:  The sytem plot variables are changed      MODIFICATION HISTORY:  Written by: Trevor Harris  Physics Dept  University of Adelaide   July  1990            Sebastien Masson 7 5 98           pro reinitplt  all all x x y y z z p p  invert invert    clearx   0  cleary   0  clearz   0  clearp   0  if  keyword_set x  then clearx   1  if  keyword_set y  then cleary   1  if  keyword_set z  then clearz   1  if  keyword_set p  then clearp   1  if  keyword_set all                or  not keyword_set x  and not keyword_set y  and                   not keyword_set z  and not keyword_set p  then begin      clearx   1  cleary   1  clearz   1  clearp   1  endif   if  keyword_set invert  then begin  clearx   not clearx  cleary   not cleary  clearz   not clearz  clearp   not clearp  endif   if  clearx  then begin                  x charsize 0                  x GRIDSTYLE 0                  X MARGIN 10 3             X MINOR 0                  X OMARGIN 0 0                   x region 0           X RANGE 0                  x STYLE 5                   x tick 1                  x TICKFORMAT                   x TICKLEN 0                  x tickname                   x ticks 0                  X TICKV 0 X TICKV 1   x title                   x TYPE 0  endif  if  cleary  then begin                  y charsize 0                  y GRIDSTYLE 0                  Y MARGIN 10 3             Y MINOR 0                  Y OMARGIN 0 0                   y region 0           Y RANGE 0                  y STYLE 5                   y tick 1                  y TICKFORMAT                   y TICKLEN 0                  y tickname                   y ticks 0                  Y TICKV 0 Y TICKV 1   y title                   y TYPE 0  endif  if  clearz  then begin                  z charsize 0                  z GRIDSTYLE 0                  Z MARGIN 10 3             Z MINOR 0                  Z OMARGIN 0 0                   z region 0           Z RANGE 0                  z STYLE 1                   z tick 1                  z TICKFORMAT                   z TICKLEN 0                  z tickname                   z ticks 0                  Z TICKV 0 Z TICKV 1   z title                   z TYPE 0  endif  if  clearp  then begin  p BACKGROUND d n_colors 1    255  p CHARSIZE 1   p CHARTHICK 0   p LINESTYLE 0   p MULTI replicate 0 5   p NOERASE 0   p POSITION 0   p region 0                   p title   p subtitle   p ticklen 0 02                  p thick 0 1                  p color 0  endif  return  end      ");
-a[284] = new Array("./ToBeReviewed/PLOTS/style.html", "style.pro", "", "          NAME:style     PURPOSE:choisit la facon de tracer les isolignes     CATEGORY:graphique     CALLING SEQUENCE:style labstyle level_z2d linestyle thick     INPUTS:labstyle: nombre auquel se refaire le styel de trace choisit   level_z2d:vecteur contenant les valeures des isolignes a tracer     KEYWORD PARAMETERS:     OUTPUTS:  linestyle:vecteur utilise pour definir le style des  isocontours         rq: pour memoire:  Index Linestyle   0 Solid   1 Dotted   2 Dashed   3 Dash Dot   4 Dash Dot Dot Dot   5 Long Dashes   thick:vecteur definissant l epaisseur de l isoligne      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr            pro style labstyle level_z2d linestyle thick    case labstyle of       0: begin  serie: deux lignes continues fines  une ligne continue grasse          thick 1 1 2           linestyle 0           return       end       1: begin  serie: avant le mileu des levels: tiret fin  apres trait continu fin    si le mileu est dessine il est en trait continu gras          impair n_elements level_z2d 2 fix n_elements level_z2d 2           a replicate 0 fix n_elements level_z2d 2           b replicate 1 fix n_elements level_z2d 2           c replicate 2 fix n_elements level_z2d 2                    if impair then begin             thick b 2 b              linestyle c 0 a           endif else begin             thick 0              linestyle c a           endelse          return       end       2: begin  serie: avant le seuil  definit en repondant a une question : tiret fin    apres trait continu fin  si le seuil est dessine il est en trait continu gras          seuil xquestion Quelle est la limite tirets trait continu   0           seuil   float seuil           rien where level_z2d lt seuil n           a replicate 0 n_elements level_z2d n           c replicate 2 n                    if seuil eq level_z2d n  then begin             thick replicate 1 n 2 replicate 1 n_elements level_z2d 1 n              linestyle c a           endif else begin             thick 0              linestyle c a           endelse          return       end       3: begin          n   n_elements level_z2d           seuil   level_z2d 1 n 2            thick   intarr n           thick indgen n 4 4    1          thick indgen n 4 4 1    1          thick indgen n 4 4 2    2          thick indgen n 4 4 3    1           linestyle   intarr n           linestyle indgen n 4 4    3          linestyle indgen n 4 4 1    0          linestyle indgen n 4 4 2    0          linestyle indgen n 4 4 3    0           labels   intarr n           labels indgen n 2 2    1          labels n 2    0           return       end       4: begin   trait continu gras pour 0          seuil   1 e 6          thick replicate 5   n_elements level_z2d           linestyle 0           rien where abs level_z2d max abs level_z2d  LT seuil           if rien 0  NE  1 then thick rien 0    3       end       else: begin          ras   report Le numero de labstyle demande n existe pas           stop       end    endcase    return end");
-a[285] = new Array("./ToBeReviewed/PLOTS/symbols.html", "symbols.pro", "", "    NAME:             SYMBOLS              PURPOSE:             Create custom plotting symbols              CALLING SEQUENCE:       SYMBOLS SYMBOL_NUMBER SCALE         INPUTS:   SYMBOL_NUMBER:                     1   open circle                  2   filled circle                  3   arrow pointing right                  4   arrow pointing left                  5   arrow pointing up                  6   arrow pointing down                  7   arrow pointing up and left  45 degrees    8   arrow pointing down and left   9   arrow pointing down and right    10   arrow pointing up and right    11 through 18 are bold versions of 3 through 10   19   horizontal line   20   box   21   diamond   22   triangle   30   filled box   31   filled diamond   32   filled triangle      SCALE   size of symbols       KEYWORD PARAMETERS:     COLOR   color of symbols     SIDE EFFECTS:                The desired symbol is stored in the user buffer and       will be plotted if  P PSYM   8      MODIFICATION HISTORY:     Jeff Bennett  U of Colorado  198    pro symbols nsym scale color col on_error 2 fill   0 case 1 of       nsym le 2 :   begin                          circles                        for large scales increase number of points for res                        if scale ge 4 then a   findgen 25  else                         a   findgen 13                        a   a    3 14159   6         0   12 or 24  pi 6                       xarr   cos a                        yarr   sin a                        if nsym eq 2 then fill   1                     end       nsym ge 3 nsym le 18 :   begin            arrow heads                       xarr   fltarr 5                        yarr   xarr                       xarr 1    10                        xarr 2    6                        yarr 2    2                         nsyms greater than 10 should be filled arrows                       if nsym gt 10 then begin                          xarr 3    6                            xarr 4    10                           yarr 3     2                           fill   1                       endif else begin                          xarr 3    10                           xarr 4    6                           yarr 4     2                        endelse                       case 1 of                           nsym eq 3 : dummy   0b                           nsym eq 4 : xarr    1 xarr                           nsym eq 11 nsym eq 12 : begin                             xarr   extrac xarr 0 11                              yarr   extrac yarr 0 11                              yarr 6    0 5                             xarr 7    6                             yarr 7    0 5                             xarr 8    6                             yarr 8     0 5                             yarr 9     0 5                             if nsym eq 12 then begin                                rotation xarr yarr 180 nx ny                                xarr   nx                                yarr   ny                             endif                                                      end                           nsym eq 5 nsym eq 13 : begin                             temp   xarr                             xarr   yarr                             yarr   temp                                                      end                           nsym eq 6 nsym eq 14 : begin                             temp    1 xarr                             xarr   yarr                             yarr   temp                                                      end                           nsym ge 7 nsym le 10                                nsym ge 15 nsym le 18 : begin                             case 1 of                                   nsym eq 7 nsym eq 15 : deg   45                                   nsym eq 8 nsym eq 16 : deg   135                                   nsym eq 9 nsym eq 17 : deg   225                                   nsym eq 10 nsym eq 18 : deg   315                             endcase                             rotation xarr yarr deg nx ny                             xarr   nx                             yarr   ny                                                   end    end nsym ge 7                       endcase                                    end     nsym between 3 and 18       nsym eq 20 nsym eq 21 nsym eq 30 nsym eq 31 :  begin                       xarr   fltarr 5    3                       yarr   xarr                       xarr 1     3                        xarr 2     3                        yarr 2     3                        yarr 3     3                        if  nsym eq 21 nsym eq 31  then begin                          rotation xarr yarr 45 nx ny                          nx   0 70   nx      shrink the x direction                          xarr   nx                          yarr   ny                       endif                       if nsym ge 30 then fill   1                                    end     nsym 20 21 30 31       nsym eq 22 nsym eq 32 :  begin   side length 6  0 at centroid                       yarr   fltarr 4    6 4                        xarr   fltarr 4    6 2                        xarr 1    6 2                        xarr 2    0                        yarr 2    6 sqrt 3 2    6 4                        if nsym eq 32 then fill   1                                     end      else:                          begin                       xarr   fltarr 2    1                       yarr   xarr   0                        xarr 1     1                                      end endcase   xarr   xarr   scale yarr   yarr   scale    set symbol buffer if keyword_set col  then usersym xarr yarr fill fill color col else     usersym xarr yarr fill fill   return end");
-a[286] = new Array("./ToBeReviewed/POSTSCRIPT/calibre.html", "calibre.pro", "", "          NAME: calibre     PURPOSE:a partir d un rapport d aspect et des valeurs  en ligne de   characteres  des differentes marges  calcul posfenetre et posbar qui   servent a placer le dessin et la barre de couleur grace a    p position sur une feuille ou   sur une sortie ecran dont la fenetre a les memes proportions     CATEGORY: positionnement du graphe     CALLING SEQUENCE:       calibre  rapportyx marge margebar  smalldraw posfenetre  posbar      INPUTS:  rapportyx: rapport d echelle entre la longueur de l axe des  y et celle des x  par ex pour une carte xy          rapportyx lat2 lat1 lon2 lon1     marge: vecteur de 4 elements contenant la taille des marges a gauche    a droite  en bas et en haut devant entourer le graphe  tout est   mesure en lignes de characteres    margebar: vecteur de 4 elements contenant la taille des marges a gauche    a droite  en bas et  ATTENTION  le dernier element est cette fois ci   la position de coin en haut a droite  devant entourer la barre de   couleur  tout est mesure en lignes de characteres           smalldraw: 2 possiblites               un vecteur de 4 elements donnant  en portrait ou   en landscape  la position de cadre ds lequel doit rentrer le   dessin  cette position est donne par les coordonnes des 2 coins du   cadre: en bas a gauche et en haut a droite  elle s exprime tjs    pour un postscript ou une sortie ecran  en cm  l origine etant le   coin en bas a gauche                un vecteur de 3 elements donnant le nombre de colonnes a   faire de le dessin  le nombre de lignes et enfin le numero de la   case que doit occuper le dessin  cf matlab  par ex pour faire 6   dessin en 2 colonnes et 3 lignes et occuper la 4 eme case  small 2 3 4      KEYWORD PARAMETERS:    REMPLI:oblige le dessin a occuper l espace maximum definit   par smalldraw sans resperter le rapport y sur x     YXASPECT: force le rapport y sur x a prendre la valeur   rapportyx yxaspect  ce mot cle est utile ds deux cas:      1  yxaspect 1 : oblige rapportyx a etre bien respecte sinon           calibre se reserve le droit de changer un peu celui ci dans           le cas ou le rapport d aspect de small dessin est trop           different de celui de smalldraw      2  yxaspect n : multiplie par n le rapport d aspect donne par           defaut par ex ds plt  rapportyx est calcule pour que le           repere soit orthonorme  pour avoir un repere ou l axe des y           est 2 fois plus dilate que celui des y YXASPECT 2           PORTRAIT et LANDSCAPE: mots cles plus utilises mais tjs fonctionnels     OUTPUTS:         posfenetre: un vecteur de 4 elements contenant la position de         cadre contenant les legendes   le graphe en coordonnes         normalises  Rq: pour positionner le dessin il faut apres         l appelle de calibre faire  p position posfenetre           posbar: cf posfentre mais pour la barre de couleur  meme         remarque pour positionner la barre de couleur   p position posbar     COMMON BLOCKS:  common pro      SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   11 12 98         pro calibre  rapportyx  marge  margebar  smalldraw  posfenetre  posbar                  REMPLI   rempli  YXASPECT   yxaspect  PORTRAIT   portrait                  LANDSCAPE   lanscape  _extra   ex    cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF        tempsun   systime 1            pour key_performance      if keyword_set portrait  then key_portrait 1    if keyword_set landscape  then key_portrait 0    if keyword_set yxaspect  then begin       rapportyx rapportyx yxaspect        test2 0    endif else begin       yxaspect 1        test2 1     ENDELSE        mipgsz   min page_size  max   mapgsz      choix de Landscape ou Portrait      if n_elements key_portrait  eq 0  then begin       if rapportyx ge 1 then key_portrait 1       if rapportyx lt 1 then key_portrait 0    endif     si smalldraw est compte comme ds matlab      if n_elements smalldraw  EQ 3  then begin       if n_elements page_margins  EQ 0 then page_margins    1  1  1  1        smalldraw   long smalldraw        nbrecol   smalldraw 0        nbrelig   smalldraw 1        numero   smalldraw 2 1       numlig   numero nbrecol       numcol   numero numlig nbrecol       bas   mipgsz key_portrait mapgsz 1 key_portrait         cote   mapgsz key_portrait mipgsz 1 key_portrait         poscol   page_margins 0 findgen nbrecol 1 1 bas page_margins 0 page_margins 1 nbrecol        poslig   cote page_margins 3 findgen nbrelig 1 1 cote page_margins 2 page_margins 3 nbrelig        smalldraw    poscol numcol  poslig numlig 1  poscol numcol 1  poslig numlig     endif     determination de la taille des characteres  p charsize       nombre_de_mots_ds_titre   60      p charsize 1 smalldraw 2 smalldraw 0 d x_px_cm          nombre_de_mots_ds_titre   d y_ch_size     if  p charsize gt 1 then  p charsize 1     transfert de marge en cm      cm 1 d x_px_cm    marge 1  marge    d y_ch_size    p charsize   cm    margebar 1  margebar    d y_ch_size    p charsize   cm     definition de la portion de feuille ou on dessine      if key_portrait eq 0 then begin       big smalldraw 2 smalldraw 0        small smalldraw 3 smalldraw 1     endif else begin       small smalldraw 2 smalldraw 0        big smalldraw 3 smalldraw 1     endelse    if key_portrait eq 0 then       rapportmax 1 small marge 3 marge 1 big marge 2 marge 0       else rapportmax 1 small marge 2 marge 0 big marge 3 marge 1      si yxaspect n est pas specifie on modifie la valeur de rapportyx pour que   ca colle un peu plus aux proportions de la feuille      if rapportyx le rapportmax then begin       if test2 then begin          rap 1 rapportmax rapportyx          if rap ge 5  and rap lt 6  then rapportyx rapportyx 1 5          if rap ge 6  and rap lt 7  then rapportyx rapportyx 2           if rap ge 7  and rap lt 8  then rapportyx rapportyx 2 5          if rap ge 8  then rapportyx rapportyx 3        endif    endif else begin       if test2 then begin          rap 1 rapportmax rapportyx          if rap lt 1 5  and rap ge 1 6  then rapportyx rapportyx 1 5          if rap lt 1 6  and rap ge 1 7  then rapportyx rapportyx 2           if rap lt 1 7  and rap ge 1 8  then rapportyx rapportyx 2 5          if rap lt 1 8  then rapportyx rapportyx 3        endif    endelse     dans le cas ou on fait un Landscape:      if key_portrait eq 0 then begin              if keyword_set rempli  then begin          xs big          ys small       endif else begin          if rapportyx le rapportmax then begin             xs big             ys 1 big marge 0 marge 1 rapportyx marge 2 marge 3              if ys gt small then begin                xs 1 small marge 2 marge 3 rapportyx marge 0 marge 1                 ys small             endif          endif else begin             xs 1 small marge 2 marge 3 rapportyx marge 0 marge 1              ys small             if xs gt big then begin                xs big                ys 1 big marge 0 marge 1 rapportyx marge 2 marge 3              endif          endelse       endelse       xoff 1 small ys 2 smalldraw 1        yoff 1 big xs 2 xs mapgsz smalldraw 2        a 1 mapgsz yoff mapgsz       b 1 xoff mipgsz       c a 1 xs mapgsz       d b 1 ys mipgsz    endif       dans le cas ou on fait un portrait:      else begin              if keyword_set rempli  then begin          xs small          ys big       endif else begin          if rapportyx le rapportmax then begin             xs small             ys 1 small marge 0 marge 1 rapportyx marge 2 marge 3              if ys gt big then begin                xs 1 big marge 2 marge 3 rapportyx marge 0 marge 1                 ys big             endif          endif else begin             xs 1 big marge 2 marge 3 rapportyx marge 0 marge 1              ys big             if xs gt small then begin                xs small                ys 1 small marge 0 marge 1 rapportyx marge 2 marge 3              endif          endelse       endelse       xoff 1 small xs 2 smalldraw 0        yoff 1 big ys 2 smalldraw 1        a 1 xoff mipgsz       b 1 yoff mapgsz       c a 1 xs mipgsz       d b 1 ys mapgsz       xset   xoff       yset   yoff    endelse      bas mapgsz 1 key_portrait mipgsz key_portrait    cote mipgsz 1 key_portrait mapgsz key_portrait    posfenetre a b c d  marge 0 bas  marge 2 cote                              marge 1 bas marge 3 cote      posbar a b c d  margebar 0 bas  margebar 2 cote                          margebar 1 bas ys margebar 3 cote        if keyword_set key_performance  THEN print   temps calibre  systime 1 tempsun     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF        return end");
-a[287] = new Array("./ToBeReviewed/POSTSCRIPT/chcolps.html", "chcolps.pro", "", "PRO format_colortable_hexa  table      tvlct  r  g  b   get      z   strarr 256      y   strarr 256      for k 0 255 do z k 00 strtrim string r k  format    Z 2      for k 0 255 do y k y k strmid z k strlen z k 2 2       for k 0 255 do z k 00 strtrim string g k  format    Z 2      for k 0 255 do y k y k strmid z k strlen z k 2 2       for k 0 255 do z k 00 strtrim string b k  format    Z 2      for k 0 255 do y k y k strmid z k strlen z k 2 2           table    strlowcase y   END   PRO build_table  tableout     Fabrique le bloc de colortable        format_colortable_hexa  table       tableout   strarr 25       tableout 0     COLORTAB  def       END    PRO chcolps  n1  n2  file  PALIT1   palit1  PALIT2   palit2     Modifie les couleurs d un fichier postscript     Creation : G  Roullet 1999       recupere les palettes       lct  n1     IF keyword_set palit1  THEN palit  palit1     tvlct  red  green  blue   get      lct  n2     IF keyword_set palit2  THEN palit  palit2     tvlct  red1  green1  blue1   get           filein   file     fileout   file new           openr  numin  filein   get_lun     openw  numout  fileout   get_lun     ligne         nl   0     colortab   0     Scan le fichier       WHILE NOT eof numin  DO BEGIN            readf  numin  ligne  format    A            nl   nl 1     Replace setrgbcolor statements             pos   strpos ligne   setrgbcolor            IF pos NE  1 THEN BEGIN                  r   round float strmid ligne  pos 18  6 255                  g   round float strmid ligne  pos 12  6 255                  b   round float strmid ligne  pos 6  6 255                            ind   where r EQ red AND g EQ green AND b EQ blue                  ind   ind 0                  IF ind 0  NE  1 THEN BEGIN                        r1   red1 ind 255                        g1   green1 ind 255                        b1   blue1 ind 255                        color   string r1  g1  b1  format    3 F5 3 : X                        strput  ligne  color  pos 18                 ENDIF ELSE BEGIN                        print   erreur ligne :  nl                       dist   abs r red abs g green abs b blue                        ind    where dist EQ min dist 0                        ind   ind 0                         print   je trouve              long r  g  b                         print   je remplace par    red ind  green ind  blue ind                        r1   red1 ind 255                        g1   green1 ind 255                        b1   blue1 ind 255                        color   string r1  g1  b1  format    3 F5 3 : X                        strput  ligne  color  pos 18                 ENDELSE            ENDIF                 Replace COLORTAB             pos   strpos ligne   COLORTAB            IF pos NE  1 THEN BEGIN                  build_table  table                 n   0                 colortab   1           ENDIF             IF colortab THEN BEGIN                 ligne   table n                  n   n 1                 IF n EQ 24 THEN colortab   0           ENDIF      Ecrit le fichier de sorti             printf  numout  ligne  format    A      ENDWHILE      close  numin     close  numout     free_lun  numin     free_lun  numout      spawn   gs  fileout  END  ");
-a[288] = new Array("./ToBeReviewed/POSTSCRIPT/ps.html", "ps.pro", "", "");
-a[289] = new Array("./ToBeReviewed/STATISTICS/a_correlate2d.html", "a_correlate2d.pro", "", "    NAME:         A_CORRELATE2d     PURPOSE:           This function computes the autocorrelation Px K L  or         autocovariance Rx K L  of a sample population X nx ny  as a         function of the lag  K L      CATEGORY:         Statistics      CALLING SEQUENCE:         Result   a_correlate2d X  Lag      INPUTS:         X:    an 2 dimension Array  nx ny          LAG:    2 element vector  in the intervals  nx 2   nx 2 ny 2   ny 2                of type integer that specifies the absolute distance s  between                indexed elements of X      KEYWORD PARAMETERS:         COVARIANCE:    If set to a non zero value  the sample autocovariance                        is computed            DOUBLE:        If set to a non zero value  computations are done in                        double precision arithmetic      EXAMPLE:     PROCEDURE:                                nx k 1  ny l 1                             sigma   sigma   X i j Xmean X i k j l Ymean                              i 0     j 0     correlation X k l                                     nx 1   ny 1                                                     sigma  sigma   X i j Xmean 2                                     i 0    j 0                                                      nx k 1  ny l 1                             sigma   sigma   X i j Xmean Y i k j l Ymean                              i 0     j 0     covariance X k l                                               nx ny       Where Xmean is the mens of the sample population     x x 0 0 x 1 0 x nx 1 ny 1        REFERENCE:     MODIFICATION HISTORY:         28 2 2000 Sebastien Masson  smasson lodyc jussieu fr          Based on the A_CORRELATE procedure of IDL    FUNCTION Auto_Cov2d  X  Lag  Double   Double  zero2nan   zero2nan    XDim   SIZE X   dimensions     nx   XDim 0     ny   XDim 1   Sample autocovariance function    Xmean   TOTAL X  Double   Double     1 nx ny       res   TOTAL   X 0:nx 1 lag 0  0:ny 1 lag 1    Xmean                       X lag 0 :nx 1  lag 1 :ny 1    Xmean                      Double   Double      if keyword_set zero2nan  AND res EQ 0 then res    values f_nan    RETURN  res  END  FUNCTION A_Correlate2d  X  Lag  Covariance   Covariance  Double   Double   Compute the sample autocorrelation or autocovariance of  Xt  Xt l   as a function of the lag  l      ON_ERROR  2     XDim   SIZE X   dimensions     XNDim   SIZE X   n_dimensions     nx   XDim 0     ny   XDim 1     if XNDim NE 2 then       MESSAGE   X array must contain 2 dimensions   Check length     if nx lt 2 then       MESSAGE   first dimension of X array must contain 2 or more elements     if ny lt 2 then       MESSAGE   second dimension of X array must contain 2 or more elements     if n_elements Lag  NE 2 THEN       MESSAGE   Lag array must contain 2 elements       If the DOUBLE keyword is not set then the internal precision and  result are identical to the type of input     if N_ELEMENTS Double  eq 0 then       Double    SIZE X   type  eq 5      if KEYWORD_SET Covariance  eq 0 then begin  Compute Autocorrelation        Auto   Auto_Cov2d X  ABS Lag  Double   Double                Auto_Cov2d X   0L  0L  Double   Double   zero2nan     endif else begin              Compute Autocovariance        Auto   Auto_Cov2d X  ABS Lag  Double   Double    n_elements X      endelse     if Double eq 0 then RETURN  FLOAT Auto  else       RETURN  Auto  END");
-a[290] = new Array("./ToBeReviewed/STATISTICS/a_timecorrelate.html", "a_timecorrelate.pro", "", "    NAME:         A_TIMECORRELATE     PURPOSE:         Same function as A_CORRELATE but accept array  until 4         dimension  for input and do the autocorrelation or the         autocovariance along the time dimension which must be the last         one of the input array            This function computes the autocorrelation Px L  or autocovariance         Rx L  of a sample population X as a function of the lag  L      CATEGORY:         Statistics      CALLING SEQUENCE:         Result   a_timecorrelate X  Lag      INPUTS:         X:    an Array which last dimension is the time dimension os         size n          LAG:    A scalar or n element vector  in the interval  n 2   n 2                of type integer that specifies the absolute distance s  between                indexed elements of X      KEYWORD PARAMETERS:         COVARIANCE:    If set to a non zero value  the sample autocovariance                        is computed            DOUBLE:        If set to a non zero value  computations are done in                        double precision arithmetic      EXAMPLE         Define an n element sample population            x    3 73  3 67  3 77  3 83  4 67  5 87  6 70  6 97  6 40  5 57            Compute the autocorrelation of X for LAG    3  0  1  3  4  8           lag    3  0  1  3  4  8            result   a_correlate x  lag            The result should be:            0 0146185  1 00000  0 810879  0 0146185   0 325279   0 151684      PROCEDURE:                               n L 1                            sigma   X k Xmean X k L Xmean                             k 0     correlation X L                               n 1                                                sigma   X k Xmean 2                              k 0                                                   n L 1                           sigma   X k Xmean X k L Xmean                            k 0     covariance X L                                        n       Where Xmean is the Time mean of the sample population     x x t 0 x t 1 x t n 1        REFERENCE:         INTRODUCTION TO STATISTICAL TIME SERIES         Wayne A  Fuller         ISBN 0 471 28715 6     MODIFICATION HISTORY:         24 2 2000 Sebastien Masson  smasson lodyc jussieu fr          Based on the A_CORRELATE procedure of IDL    FUNCTION TimeAuto_Cov  X  M  nT  Double   Double  zero2nan   zero2nan  Sample autocovariance function    TimeDim   size X   n_dimensions     Xmean   TOTAL X  TimeDim  Double   Double    nT    if double then one   1 0d ELSE one   1 0    Xmean   Xmean replicate one  nT   M         case TimeDim of       1:res   TOTAL X 0:nT   M   1L    Xmean     X M:nT   1L    Xmean                        TimeDim  Double   Double        2:res   TOTAL X  0:nT   M   1L    Xmean                           X  M:nT   1L    Xmean                          TimeDim  Double   Double        3:res   TOTAL X    0:nT   M   1L    Xmean                           X    M:nT   1L    Xmean                          TimeDim  Double   Double        4:res   TOTAL X      0:nT   M   1L    Xmean                           X      M:nT   1L    Xmean                          TimeDim  Double   Double     ENDCASE    if keyword_set zero2nan  then begin       zero   where res EQ 0        if zero 0  NE  1 then res zero     values f_nan    endif    RETURN  res  END  FUNCTION A_TimeCorrelate  X  Lag  COVARIANCE   Covariance  DOUBLE   Double   Compute the sample autocorrelation or autocovariance of  Xt  Xt l   as a function of the lag  l      ON_ERROR  2     XDim   SIZE X   dimensions     XNDim   SIZE X   n_dimensions     nT   XDim XNDim 1                                   Check length     if nT lt 2 then       MESSAGE   Time axis of X array must contain 2 or more elements       If the DOUBLE keyword is not set then the internal precision and  result are identical to the type of input     if N_ELEMENTS Double  eq 0 then       Double    SIZE X   type  eq 5          if n_elements lag  EQ 0 then lag   0    nLag   N_ELEMENTS Lag      if nLag eq 1 then Lag    Lag   Create a 1 element vector      case XNDim of       1:if Double eq 0 then Auto   FLTARR nLag  else Auto   DBLARR nLag        2:if Double eq 0 then Auto   FLTARR XDim 0  nLag  else Auto   DBLARR XDim 0  nLag        3:if Double eq 0 then Auto   FLTARR XDim 0  XDim 1  nLag          else Auto   DBLARR XDim 0  XDim 1  nLag        4:if Double eq 0 then Auto   FLTARR XDim 0  XDim 1  XDim 2  nLag          else Auto   DBLARR XDim 0  XDim 1  XDim 2  nLag     endcase     if KEYWORD_SET Covariance  eq 0 then begin  Compute Autocorrelation        for k   0  nLag 1 do          case XNDim of          1:Auto k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan           2:Auto  k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan           3:Auto    k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan           4:Auto      k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan        endcase    endif else begin              Compute Autocovariance        for k   0  nLag 1 do           case XNDim of          1:Auto k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT          2:Auto  k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT          3:Auto    k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT          4:Auto      k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT       endcase    endelse     if Double eq 0 then RETURN  FLOAT Auto  else       RETURN  Auto  END");
-a[291] = new Array("./ToBeReviewed/STATISTICS/c_timecorrelate.html", "c_timecorrelate.pro", "", "    NAME:         C_TIMECORRELATE     PURPOSE:         This function computes the  time cross correlation  Pxy L  or         the  time cross covariance  between 2 arrays  this is some         kind of c_correlate but for multidimenstionals arrays  as a         function of the lag  L      CATEGORY:         Statistics      CALLING SEQUENCE:         Result   c_timecorrelate X  Y  Lag      INPUTS:         X:   an Array which last dimension is the time dimension of         size n  float or double            Y:    an Array which last dimension is the time dimension of         size n  float or double          LAG:    A scalar or n element vector  in the interval  n 2   n 2                of type integer that specifies the absolute distance s  between               indexed elements of X      KEYWORD PARAMETERS:         COVARIANCE:    If set to a non zero value  the sample cross                         covariance is computed            DOUBLE:        If set to a non zero value  computations are done in                        double precision arithmetic      EXAMPLE         Define two n element sample populations            x    3 73  3 67  3 77  3 83  4 67  5 87  6 70  6 97  6 40  5 57            y    2 31  2 76  3 02  3 13  3 72  3 88  3 97  4 39  4 34  3 95            Compute the cross correlation of X and Y for LAG    5  0  1  5  6  7           lag    5  0  1  5  6  7            result   c_timecorrelate x  y  lag            The result should be:            0 428246  0 914755  0 674547   0 405140   0 403100   0 339685      PROCEDURE:         FOR L 0                                   n L 1                                 sigma   X k Xmean Y k L Ymean                                  k 0     correlation X Y L                                 n 1                     n 1                        sqrt   sigma   X k Xmean 2 sigma   Y k Ymean 2                                 k 0                     k 0                                      n L 1                                 sigma   X k Xmean Y k L Ymean                                  k 0     covariance X Y L                                               n       FOR L 0                                    n L 1                                 sigma   X k L Xmean Y k Ymean                                  k 0     correlation X Y L                                 n 1                     n 1                        sqrt   sigma   X k Xmean 2 sigma   Y k Ymean 2                                 k 0                     k 0                                      n L 1                                 sigma   X k L Xmean Y k Ymean                                  k 0     covariance X Y L                                               n       Where Xmean and Ymean are the time means of the sample populations     x x t 0 x t 1 x t n 1  and y y t 0 y t 1 y t n 1      respectively          REFERENCE:         INTRODUCTION TO STATISTICAL TIME SERIES         Wayne A  Fuller         ISBN 0 471 28715 6     MODIFICATION HISTORY:           01 03 2000 Sebastien Masson  smasson lodyc jussieu fr          Based on the C_CORRELATE procedure of IDL           August 2003 Sebastien Masson          update according to the update made in C_CORRELATE by         W  Biagiotti and available in IDL 5 5    FUNCTION TimeCross_Cov  Xd  Yd  M  nT  Ndim  Double   Double  ZERO2NAN   zero2nan    Sample cross covariance function     compile_opt hidden      case Ndim OF       1:res   TOTAL Xd 0:nT   M   1L    Yd M:nT   1L                          Double   Double        2:res   TOTAL Xd  0:nT   M   1L    Yd  M:nT   1L                          Ndim  Double   Double        3:res   TOTAL Xd    0:nT   M   1L    Yd    M:nT   1L                          Ndim  Double   Double        4:res   TOTAL Xd      0:nT   M   1L    Yd      M:nT   1L                          Ndim  Double   Double     ENDCASE    if keyword_set zero2nan  then begin       zero   where res EQ 0        if zero 0  NE  1 then res zero     values f_nan    ENDIF      RETURN  res  END  FUNCTION C_Timecorrelate  X  Y  Lag  Covariance   Covariance  Double   Double   Compute the sample cross correlation or cross covariance of   Xt  Xt l  and  Yt  Yt l  as a function of the lag  l      ON_ERROR  2     xsize   SIZE X     ysize   SIZE Y     nt   float xsize xsize 0     NDim   xsize 0      if total xsize 0:xsize 0  NE ysize 0:ysize 0  NE 0 then       MESSAGE   X and Y arrays must have the same size and the same dimensions    Check length     if nt lt 2 then       MESSAGE   Time dimension of X and Y arrays must contain 2 or more elements       If the DOUBLE keyword is not set then the internal precision and  result are identical to the type of input     if N_ELEMENTS Double  eq 0 then       Double    Xsize Xsize 0 1  eq 5 or ysize ysize 0 1  eq 5      if n_elements lag  EQ 0 then lag   0    nLag   N_ELEMENTS Lag    Deviations    if double then one   1 0d ELSE one   1 0    Ndim   size X   n_dimensions     Xd   TOTAL X  Ndim  Double   Double    nT    Xd   X   Xd replicate one   nT     Yd   TOTAL Y  Ndim  Double   Double    nT    Yd   Y   Yd replicate one   nT      if nLag eq 1 then Lag    Lag   Create a 1 element vector      case NDim of       1:if Double eq 0 then  Cross   FLTARR nLag  else  Cross   DBLARR nLag        2:if Double eq 0 then  Cross   FLTARR Xsize 1  nLag  else  Cross   DBLARR Xsize 1  nLag        3:if Double eq 0 then  Cross   FLTARR Xsize 1  Xsize 2  nLag          else  Cross   DBLARR Xsize 1  Xsize 2  nLag        4:if Double eq 0 then  Cross   FLTARR Xsize 1  Xsize 2  Xsize 3  nLag          else  Cross   DBLARR Xsize 1  Xsize 2  Xsize 3  nLag     endcase     if KEYWORD_SET Covariance  eq 0 then begin  Compute Cross  Crossation        for k   0  nLag 1 do begin          if Lag k  ge 0 then BEGIN              case NDim of                1: Cross k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                 2: Cross  k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                 3: Cross    k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                 4: Cross      k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                endcase          ENDIF else BEGIN              case NDim of                1: Cross k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double                 2: Cross  k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double                 3: Cross    k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double                 4: Cross      k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double               endcase          ENDELSE         ENDFOR        div   sqrt TimeCross_Cov Xd  Xd  0L  nT  Ndim  Double   Double   zero2nan                        TimeCross_Cov Yd  Yd  0L  nT  Ndim  Double   Double   zero2nan         Cross   temporary Cross temporary div replicate one  nLag     endif else begin              Compute Cross Covariance        for k   0  nLag 1 do begin          if Lag k  ge 0 then BEGIN             case NDim of                1: Cross k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT                2: Cross  k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT                3: Cross    k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT                4: Cross      k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT             ENDCASE          ENDIF else BEGIN              case NDim of                1: Cross k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT                2: Cross  k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT                3: Cross    k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT                4: Cross      k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT             ENDCASE          ENDELSE        endfor    endelse     if Double eq 0 then RETURN  FLOAT Cross  else RETURN   Cross  END   ");
-a[292] = new Array("./ToBeReviewed/STRING/chkeywd.html", "chkeywd.pro", "", "          NAME: chkeywd  change keyword      PURPOSE: ds un string qui contient une commande a executer avec   EXECUTE par ex  On change la valeur d un des mot cle    Plus generalement  ds un string  on cherche la chaine de   chacarteres:   keywdname    et on change la valeur de       CATEGORY: pour bidouiller des commandes passees par execute     CALLING SEQUENCE: stringout chkeywd stringin  keywdname  keywdvalue       INPUTS:        stringin: un string        keywdname: un string designant le nom du mot clef a chercher         keywdvalue: nouvelle valeur du mot clef a considerer ds stringin     KEYWORD PARAMETERS:        pour chercher le mot cle  on cherche le premier signe   qui        suit la position de keywdname  on substitue        pardefaut tout le bout de string qui suit jusqu a la prochaine        virgule  avec les mots cles SEPARATOR et AFTER on peut modifier        cette decoupe du string:        SEPARATOR donne un chatactere avant  ou apres si AFTER est        active  lequel il faut chercher la virgule qui delimite le mot        cle ds le string  cf  les exemples     OUTPUTS:stringout stringin modifie si keywdname a ete trouve ds   stringin     COMMON BLOCKS:common pro     SIDE EFFECTS:          Si keywdvalue est un tableau  il sera convertit en vecteur      RESTRICTIONS:       attention cette fonction comporte des boucles  des if et des cases     ds tous les sens  Elle ne doit donc pas etre utilisee avec des     mots clefs de grosse taille  avec bcp d elements et avec des     elements etant de gros tableaux      le mot clef en entree ne doit pas contenir de Complex floating  de     structure  de Double precision complex  de Pointer  de Object     reference  de Unsigned Integer  de Unsigned Longword Integer  de     64 bit Integer  de Unsigned 64 bit Integer      EXAMPLE:       IDL  b ok 111  year 1997 1998 1999  age_capitaine 35      IDL  print  b     ok 111  year 1997 1998 1999  age_capitaine 35     IDL  print  chkeywd b ok c est bon      ok c est bon  year 1997 1998 1999  age_capitaine 35     IDL  print  chkeywd b YEAR indgen 5 sep      ok 111  year 0 1 2 3 4  age_capitaine 35     IDL  print  chkeywd b YEAR indgen 5 sep after      ok 111  year 0 1 2 3 4  age_capitaine 35     IDL  b ok 111   year   age_capitaine      IDL  print  chkeywd b year c est bon      ok 111  year c est bon   age_capitaine     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         18 10 1999                        24 11 1999: adaptation pour les mots cles                        commencant par           FUNCTION chkeywd  stringin  keywdname  keywdvalue  SEPARATOR   separator  AFTER   after     stringout   stringin    poskeywd   strpos strlowcase stringout  strlowcase keywdname     if poskeywd EQ  1 then return  stringout    while poskeywd NE  1 do BEGIN   changer un mot cle qui commence par  toto       if strmid stringout poskeywd 1 1  EQ   then BEGIN          ajoute   keywdname tostr keywdvalue           stringout   strmid stringout  0  poskeywd 1 ajoute strmid stringout poskeywd strlen keywdname             poskeywd   poskeywd strlen ajoute           poskeywd   strpos stringout  keywdname  poskeywd        ENDIF ELSE BEGIN    changer un mot cle qui commence par toto           posegal   strpos stringout    poskeywd           if posegal EQ  1 then return  stringout           if NOT keyword_set separator  then separator              posvirgule   strpos stringout  separator  posegal 1           if keyword_set after  then posvirgule   strpos stringout    posvirgule 1             ELSE posvirgule   rstrpos stringout    posvirgule 1           if posvirgule EQ  1 then posvirgule   strlen stringout             stringout   strmid stringout  0  posegal 1 tostr keywdvalue strmid stringout  posvirgule             poskeywd   strpos stringout  keywdname  posvirgule 1        ENDELSE     endwhile     return   stringout end");
-a[293] = new Array("./ToBeReviewed/STRING/delchr.html", "delchr.pro", "", "      NAME:         DELCHR   PURPOSE:         Delete all occurrences of a character from a text string    CATEGORY:   CALLING SEQUENCE:         new   delchr old  char    INPUTS:         old   original text string      in         char   character to delete      in   KEYWORD PARAMETERS:   OUTPUTS:         new   resulting string          out   COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner   5 Jul  1988          Johns Hopkins Applied Physics Lab          RES 11 Sep  1989   converted to SUN          R  Sterner  27 Jan  1993   dropped reference to array      Copyright  C  1988  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         FUNCTION DELCHR  OLD  C  help hlp    if  n_params 0  lt 2  or keyword_set hlp  then begin    print  Delete all occurrences of a character from a text string     print  new   delchr old  char     print    old   original text string      in     print    char   character to delete      in     print    new   resulting string          out     return   1  endif    B   BYTE OLD      convert string to a byte array   CB   BYTE C      convert char to byte   w   where b ne cb 0   if w 0  eq  1 then return        Nothing left   return  string b w      Return new string   END");
-a[294] = new Array("./ToBeReviewed/STRING/getfile.html", "getfile.pro", "", "      NAME:         GETFILE   PURPOSE:         Read a text file into a string array    CATEGORY:   CALLING SEQUENCE:         s   getfile f    INPUTS:         f   text file name       in   KEYWORD PARAMETERS:         Keywords:           ERROR err  error flag: 0 ok  1 file not opened              2 no lines in file             QUIET means give no error message               FIND search te file in the all  path directories  use           find pro      OUTPUTS:         s   string array         out   COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner  20 Mar  1990           S  Masson  smasson lodyc jussieu fr  4 Feb 2002         search te file in the all  path directories  use find pro          when using  find keyword  Use spawn   cat  for unix os      Copyright  C  1990  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         function getfile  filein  error err  help hlp  quiet quiet  find   find                        if  n_params 0  lt 1  or keyword_set hlp  then begin               print  Read a text file into a string array                print  s   getfile f                print    f   text file name       in                print    s   string array         out                print  Keywords:                print    ERROR err  error flag: 0 ok  1 file not opened                print      2 no lines in file                print     QUIET means give no error message                return   1            endif              if keyword_set find  then begin               file   find filein                file   file 0                if file EQ  NOT FOUND  then begin                  print    Error in getfile: File  filein  not fouond                   return   1               endif            ENDIF ELSE file   filein            if  version os_family EQ  unix  then begin               spawn   cat  file   res               if res 0  NE   then return  res ELSE return               endif               get_lun  lun            on_ioerror  err            openr  lun  file                        s                  t                            while not eof lun  do begin               readf  lun  t               s    s t             endwhile                        close  lun            free_lun  lun            if n_elements s  eq 1 then begin               if not keyword_set quiet  then print  No lines in file                err   2               return 1            endif                        err   0            return  s 1:                         err: if  err eq  168 then begin               if not keyword_set quiet  then print  Non standard text file format                free_lun  lun               return  s 1:             endif            if not keyword_set quiet  then print                Error in getfile: File  file  not opened             free_lun  lun            err   1            return   1                     end");
-a[295] = new Array("./ToBeReviewed/STRING/getwrd.html", "getwrd.pro", "", "      NAME:         GETWRD   PURPOSE:         Return the n th word from a text string    CATEGORY:   CALLING SEQUENCE:         wrd   getwrd txt  n   m    INPUTS:         txt   text string to extract from          in         n   word number to get  first   0   def   in         m   optional last word number to get       in   KEYWORD PARAMETERS:         Keywords:           LOCATION   l   Return word n string location            DELIMITER   d  Set word delimiter  def   space   tab             LAST means n is offset from last word   So n 0 gives             last word  n 1 gives next to last                If n 2 and m 0 then last 3 words are returned             NOTRIM suppresses whitespace trimming on ends            NWORDS n   Returns number of words in string    OUTPUTS:         wrd   returned word or words               out   COMMON BLOCKS:         getwrd_com   NOTES:         Note: If a NULL string is given  txt  then the last string               given is used   This saves finding the words again                If m   n wrd will be a string of words from word n to               word m   If no m is given wrd will be a single word                n n wrd will be a string of words from word n to     print       word m   If no m is given wrd will be a single word     print       n 0  Smaller of in and im    im   im   0   to zero     if  in gt lst  and  im gt lst  then return    Out of range     in   in   lst  Larger of in and im    im   im   lst   to be last     ll   loc in  Nth word start     return  strtrim strmid txtstr0 ll loc im loc in len im  2    endif    N   ABS NTH  Allow nth 0   IF N GT NWDS 1 THEN RETURN  out of range  null   ll   loc n  N th word position   IF NTH LT 0 THEN GOTO  NEG  Handle nth 0   IF MTH GT NWDS 1 THEN MTH   NWDS 1  Words to end     if keyword_set notrim  then begin    RETURN  STRMID TXTSTR0 ll LOC MTH LOC NTH LEN MTH   endif else begin    RETURN  strtrim STRMID TXTSTR0 ll LOC MTH LOC NTH LEN MTH  2    endelse   NEG: if keyword_set notrim  then begin    RETURN  STRMID TXTSTR0 ll 9999   endif else begin    RETURN  strtrim STRMID TXTSTR0 ll 9999  2   endelse    END");
-a[296] = new Array("./ToBeReviewed/STRING/isnumber.html", "isnumber.pro", "", "      NAME:         ISNUMBER   PURPOSE:         Determine if a text string is a valid number    CATEGORY:   CALLING SEQUENCE:         i   isnumber txt   x    INPUTS:         txt   text string to test                       in   KEYWORD PARAMETERS:   OUTPUTS:         x   optionaly returned numeric value if valid   out         i   test flag:                                  out             0: not a number              1: txt is a long integer              2: txt is a float               1: first word of txt is a long integer               2: first word of txt is a float    COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner   15 Oct  1986          Johns Hopkins Applied Physics Lab          R  Sterner  12 Mar  1990   upgraded   Richard Garrett  14 June  1992   fixed bug in returned float value      Copyright  C  1986  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         FUNCTION ISNUMBER  TXT0  X  help hlp           if  n_params 0  lt 1  or keyword_set hlp  then begin    print  Determine if a text string is a valid number     print  i   isnumber txt   x     print    txt   text string to test                       in     print    x   optionaly returned numeric value if valid   out     print    i   test flag:                                  out     print        0: not a number     print        1: txt is a long integer     print        2: txt is a float     print         1: first word of txt is a long integer     print         2: first word of txt is a float     return   1  endif    TXT   STRTRIM TXT0 2  trim blanks   X   0  define X     IF TXT EQ   THEN RETURN  0  null string not a number     SN   1  IF NWRDS TXT  GT 1 THEN BEGIN  get first word if more than one     SN    1    TXT   GETWRD TXT 0   ENDIF      f_flag   0  Floating flag   b   byte txt   w   where b eq 43  cnt   if cnt gt 1 then return  0  t   delchr txt   w   where b eq 45  cnt   if cnt gt 1 then return  0  t   delchr t   w   where b eq 46  cnt     if cnt gt 1 then return  0  May only be 1   if cnt eq 1 then f_flag   1  If one then floating   t   delchr t   w   where b eq 101  cnt   e   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t e   w   where b eq 69  cnt   E   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t E   w   where b eq 100  cnt   d   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t d   w   where b eq 68  cnt   D   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t D   if total b eq 101 b eq 69 b eq 100 b eq 68  gt 1 then return 0  b   byte t   if total b ge 65  and  b le 122  ne 0 then return  0    c   strmid t 0 1   if  c lt  0  or  c gt  9  then return  0    First char not a digit     x   txt   0 0       Convert to a float   if f_flag eq 1 then return  2 sn       Was floating   if x eq long x  then begin    x   long x     return  sn  endif else begin    return  2 sn  endelse    END");
-a[297] = new Array("./ToBeReviewed/STRING/lenstr.html", "lenstr.pro", "", "    ROUTINE:         lenstr   USEAGE:          result lenstr str      input:    str             a single string or string array       output:    result          length of the string s  in normalized units                    the number of elements of RESULT matches the number of                     elements of STRING       procedure:                    This function returns the physical length of the                    string on the output device  not the number of                    characters   This is done by first switching to  X                     and writing the string s  with XYOUTS in graphics                    mode 5  which disables display to the screen but                    does not interfere with operation of XYOUTS   The                    WIDTH keyword parameter of XYOUTS is used to                    retrieve the physical length of the string s       author:  Paul Ricchiazzi                            7apr93             Institute for Computational Earth System Science             University of California  Santa Barbara    function lenstr str    dsave d name     thisOS    VERSION OS_FAMILY    thisOS   STRMID thisOS  0  3     thisOS   STRUPCASE thisOS     CASE thisOS of        MAC : SET_PLOT  thisOS        WIN : SET_PLOT  thisOS       ELSE: SET_PLOT   X     ENDCASE     p BACKGROUND d n_colors 1    255     p color 0    if  d n_colors gt 256 then  p background ffffff x     device get_graphics oldg set_graphics 5    if keyword_set charsize  eq 0 then charsize 1    nn n_elements str      case nn of        0:w 0        1:xyouts 0 0 device str width w        else:begin          w fltarr nn           for i 0 nn 1 do begin             xyouts 0 0 device str i width ww             w i ww          endfor       end    endcase     fac1 float d x_ch_size d x_vsize   ratio of char width to device1 width     device set_graphics oldg    set_plot dsave    IF dsave EQ  X  OR dsave EQ  MAC  OR dsave EQ  WIN  then BEGIN        p BACKGROUND d n_colors 1    255        p color 0       if  d n_colors gt 256 then  p background ffffff x    ENDIF     fac2 float d x_ch_size d x_vsize   ratio of char width to device2 width     return w fac2 fac1             string width adjusted for device width end ");
-a[298] = new Array("./ToBeReviewed/STRING/nwrds.html", "nwrds.pro", "", "      NAME:         NWRDS   PURPOSE:         Return the number of words in the given text string    CATEGORY:   CALLING SEQUENCE:         n   nwrds txt    INPUTS:         txt   text string to examine              in   KEYWORD PARAMETERS:         Keywords:           DELIMITER   d   Set delimiter character  def   space    OUTPUTS:         n   number of words found                 out   COMMON BLOCKS:   NOTES:         Notes: See also getwrd    MODIFICATION HISTORY:         R  Sterner   7 Feb  1985          Johns Hopkins University Applied Physics Laboratory          RES 4 Sep  1989   converted to SUN      Copyright  C  1985  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt           function nwrds txtstr  help hlp  delimiter delim    if  n_params 0  lt 1  or keyword_set hlp  then begin    print  Return the number of words in the given text string     print  n   nwrds txt     print    txt   text string to examine              in     print    n   number of words found                 out     print  Keywords:     print    DELIMITER   d   Set delimiter character  def   space     print  Notes: See also getwrd     return   1  endif    if strlen txtstr  eq 0 then return 0  A null string has 0 words   ddel       Default word delimiter is a space   if n_elements delim  ne 0 then ddel   delim   Use given word delimiter   tst    byte ddel 0  Delimiter as a byte value          tb   byte txtstr                                String to bytes          if ddel eq     then begin                       Check for tabs            w   where tb eq 9B  cnt                       Yes            if cnt gt 0 then tb w    32B                  Convert any to space          endif  x   tb ne tst  Locate words   x    0 x 0  Pad ends with delimiters     y    x shift x 1  eq 1  Look for word beginnings     n   fix total y  Count word beginnings     return  n    end");
-a[299] = new Array("./ToBeReviewed/STRING/putfile.html", "putfile.pro", "", "      NAME:         PUTFILE   PURPOSE:         Write a text file from a string array    CATEGORY:   CALLING SEQUENCE:         putfile  f  s   INPUTS:         f   text file name       in         s   string array         in   KEYWORD PARAMETERS:         Keywords:           ERROR err  error flag: 0 ok  1 invalid string array    OUTPUTS:   COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner  20 Mar  1990         R  Sterner   4 Nov  1992   allowed scalar strings      Copyright  C  1990  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         pro putfile  file  s  error err  help hlp    if  n_params 0  lt 1  or keyword_set hlp  then begin    print  Write a text file from a string array     print  putfile  f  s     print    f   text file name       in     print    s   string array         in     print  Keywords:     print    ERROR err  error flag: 0 ok  1 invalid string array     return  endif           if lmgr demo  then begin            print   you are in Demo mode  It is impossible to write a file             return         endif     if size s   type  ne 7 then begin    print  Error in putfile: argument must be a string array     err   1    return  endif    get_lun  lun  openw  lun  file    for i   0  n_elements s 1 do begin    t   s i     if t eq   then t          printf  lun  t  endfor    close  lun  free_lun  lun  err   0  return    end");
-a[300] = new Array("./ToBeReviewed/STRING/str_size.html", "str_size.pro", "", "   Id: str_size pro 18 2006 05 02 09:32:05Z pinsard       NAME:    STR_SIZE     PURPOSE:      The purpose of this function is to return the proper    character size to make a specified string a specifed    width in a window  The width is specified in normalized    coordinates  The function is extremely useful for sizing    strings and labels in resizeable graphics windows      CATEGORY:      Graphics Programs  Widgets      CALLING SEQUENCE:      thisCharSize   STR_SIZE thisSting  targetWidth      INPUTS:      thisString:  This is the string that you want to make a specifed       target size or width      OPTIONAL INPUTS:      targetWidth:  This is the target width of the string in normalized       coordinates in the current graphics window  The character       size of the string  returned as thisCharSize  will be       calculated to get the string width as close as possible to       the target width  The default is 0 25      KEYWORD PARAMETERS:      INITSIZE:  This is the initial size of the string  Default is 1 0       STEP:   This is the amount the string size will change in each step       of the interative process of calculating the string size        The default value is 0 05      OUTPUTS:      thisCharSize:  This is the size the specified string should be set       to if you want to produce output of the specified target       width  The value is in standard character size units where       1 0 is the standard character size      EXAMPLE:      To make the string  Happy Holidays  take up 30  of the width of    the current graphics window  type this:                   XYOUTS  0 5  0 5  ALIGN 0 5   Happy Holidays             CHARSIZE STR_SIZE Happy Holidays  0 3      MODIFICATION HISTORY:      Written by: David Fanning  17 DEC 96     Added a scaling factor to take into account the aspect ratio       of the window in determing the character size  28 Oct 97  DWF    FUNCTION STR_SIZE  string  targetWidth  INITSIZE initsize  STEP step  ON_ERROR  1       Check positional parameters   np   N_PARAMS  CASE np OF    0: MESSAGE   One string parameter is required     1: targetWidth   0 25    ELSE: ENDCASE       Check keywords  Assign default values   IF N_ELEMENTS step  EQ 0 THEN step   0 05 IF N_ELEMENTS initsize  EQ 0 THEN initsize   1 0       Calculate a trial width   size   initsize XYOUTS  0 5  0 5  ALIGN 0 5  string  WIDTH thisWidth          CHARSIZE size   NORMAL       Size is perfect   IF thisWidth EQ targetWidth THEN RETURN  size   Float D Y_Size D X_Size       Initial size is too big   IF thisWidth GT targetWidth THEN BEGIN    REPEAT BEGIN      XYOUTS  0 5  0 5  ALIGN 0 5  string  WIDTH thisWidth            CHARSIZE size   NORMAL       size   size   step    ENDREP UNTIL thisWidth LE targetWidth    RETURN  size   Float D Y_Size D X_Size ENDIF       Initial size is too small   IF thisWidth LT targetWidth THEN BEGIN    REPEAT BEGIN      XYOUTS  0 5  0 5  ALIGN 0 5  string  WIDTH thisWidth            CHARSIZE size   NORMAL       size   size   step    ENDREP UNTIL thisWidth GT targetWidth    size   size   step   Need a value slightly smaller than target     RETURN  size   Float D Y_Size D X_Size ENDIF  END");
-a[301] = new Array("./ToBeReviewed/STRING/strcnt.html", "strcnt.pro", "", "      NAME:         STRCNT   PURPOSE:         Count number of occurrences of a substring in a string    CATEGORY:         text strings   CALLING SEQUENCE:         num   strcnt strn  substring   pos    INPUTS:         string      The string in which to count occurences      in         substring   The substring to count occurrences of        in         pos         the position at which to begin the search     in                       If not supplied  start at beginning of                      string    KEYWORD PARAMETERS:          HELP       Print useful message and return    OUTPUTS:         num         Number of occurances of substring in string  out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         Overlapping occurances are not counted separately   For         example  counting occurances of  bb  in  blah bbb  returns one         occurance     EXAMPLE:   MODIFICATION HISTORY:          Id: strcnt pro 18 2006 05 02 09:32:05Z pinsard            Log: strcnt pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added fast processing using BYTE arrays if we are counting occurences of         a single character   Added error handling            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Strcnt  strn  substrn  startpos                     HELP Help    Return to caller if error      On_error  2    Help user  if needed      IF  n_params  LT 2  OR keyword_set Help  THEN BEGIN         offset                 print  offset Count number of occurrences of a substring in a string          print  offset num   strcnt strn  substring   pos          print  offset Inputs:          print offset offset string      The string in which to count occurences      in          print offset offset substring   The substring to count occurrences of        in          print offset offset pos         the position at which to begin the search     in          print offset offset              If not supplied  start at beginning of          print offset offset              string          print  offset Keywords:          print offset offset HELP       Print useful message and return          print  offset Outputs:          print offset offset num         Number of occurances of substring in string  out          return   1     ENDIF       IF n_params  EQ 2 THEN startpos   0     return if we weren t really given a substring to search for          IF strlen substrn  EQ 0 THEN BEGIN          print   Error: Can t count occurances of null string          return   1     ENDIF          or if we were told to start at the end of the string      tmpstrn   strmid strn  startpos  strlen strn      IF strlen tmpstrn  EQ 0 THEN return  0    If looking for occurences of single character  process using BYTE   array      IF strlen substrn  EQ 1 THEN BEGIN         tmpstrn   byte TmpStrn          count   n_elements where TmpStrn EQ  byte substrn 0       ENDIF ELSE BEGIN          count   0L         pos   rstrpos tmpstrn  substrn          WHILE pos GE 0 DO BEGIN             count   count   1             pos   rstrpos tmpstrn  substrn  pos          ENDWHILE     ENDELSE       return  count END         ");
-a[302] = new Array("./ToBeReviewed/STRING/string2struct.html", "string2struct.pro", "", "    This is a really  really cool way to turn keywords into   a structure    function too_cool _extra extra return extra end      NAME:         stringToStructure     PURPOSE:         Takes an input string set up as keywords and returns an anonymous structure                  This is particularly useful for taking keywords entered by a user in a text                 field and passing then to other routines      CATEGORY:         Utility     CALLING SEQUENCE:         extra stringToStructure xrange 0 10 linestyle 2          plot findgen 100 _extra extra     INPUTS:         String set up as keywords  Keywords require a little special treatment  Such as         plot findgen 100 _extra stringToStructure title testing      KEYWORD PARAMETERS:           None     OUTPUTS:         This function returns the string as an anonymous structure  If an         error was found then this function returns a structure with a null field      COMMON BLOCKS:         None      EXAMPLE:         The code below creates a widget that uses this routine          pro tPlot event         widget_control event top get_uvalue field         widget_control field get_value strVal         extra   stringToStructure strVal          plot findgen 100 _extra extra         wshow         return         end           pro testWid          enter any keyword to plot and see how it works         base   widget_base col          field   cw_field base title test value ax 0 string          void   widget_button base value plot event_pro tPlot          widget_control base realize set_uvalue field         xmanager testWid base no_block         return         end     MODIFICATION HISTORY:         Written by:         RLK  Ronn Kling Consulting          ronn rlkling com         www rlkling com                 May  1999    function string2struct strVal r   execute extra   too_cool    strVal 0     if r   0 then user did not enter keywords correctly so  return a structure with a null field  if r eq 0 then begin   print Error in input string    return null:0  endif return extra end ");
-a[303] = new Array("./ToBeReviewed/STRING/strkeywd.html", "strkeywd.pro", "", "          NAME: strkeywd  string keywords      PURPOSE: traduit une sturcture en un string pouvant etre utilise   pour specifier des keywords ds l appelle d une fonction qd on   utilise execute  cf l exemple      CATEGORY: pour passer des mots cles avec execute       CALLING SEQUENCE:res strkeywd struct       INPUTS:struct: une structure     KEYWORD PARAMETERS:     OUTPUTS:un string compose de la facon suivante:           pour chaque element de la structure  on ecrit une partie du           string sous la forme:             nom_de_l element contennu de l element      COMMON BLOCKS:     SIDE EFFECTS:       Si un element de la structure contient un tableau  il sera     convertit en vecteur      RESTRICTIONS:       attention cette fonction comporte des boucles  des if et des cases     ds tous les sens  Elle ne doit donc pas etre utilisee avec des     structure de grosse taille  avec bcp d elements et avec des     elements etant de gros tableaux      la structure en entree ne doit pas contenir de Complex floating  de     structure  de Double precision complex  de Pointer  de Object     reference  de Unsigned Integer  de Unsigned Longword Integer  de     64 bit Integer  de Unsigned 64 bit Integer          EXAMPLE:     on cree une structure         IDL  b get_extra ok 111  year 1997 1998 1999  age_capitaine 35          IDL  help  b struct           Structure   3 tags  length 10  refs 1:            AGE_CAPITAINE   INT             35            OK              INT            111            YEAR            INT       Array 3    on met cette structure sous forme de string         IDL  a strkeywd b          IDL  print  a         AGE_CAPITAINE 35  OK 111  YEAR 1997 1998 1999    maintenant on peut utiliser le string a pour passer des mots cles ds   une fonction a l aide de execute          IDL  test execute c get_extra a          IDL  help  c struct           Structure   3 tags  length 10  refs 1:            AGE_CAPITAINE   INT             35            OK              INT            111            YEAR            INT       Array 3      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         11 10 1999         FUNCTION strkeywd  struct    if size struct   type  NE 8 then return        tname   tag_names struct     if n_elements tname  EQ 0 then return         on s occupe du premier element      res   strlowcase tname 0 tostr struct 0     if n_elements tname  EQ 1 then return   res     on s occupe des autres elements      for n   1 n_elements tname 1 do res   res   strlowcase tname n tostr struct n       return   res end");
-a[304] = new Array("./ToBeReviewed/STRING/strrepl.html", "strrepl.pro", "", "   Id: strrepl pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRREPL  function      PURPOSE:          replace one  or more  character s string s  in a string     CATEGORY:          string routines     CALLING SEQUENCE:          Result   STRREPL str  index  rchar      INPUTS:          STR   the string to be changed            INDEX   position of the character s  to be replaced or a          string to be changed in STR             RCHAR   replacement character string     KEYWORD PARAMETERS: none       OUTPUTS:          another string     SUBROUTINES:     REQUIREMENTS:     NOTES:          Known shortcoming: if index is an array  it must contain all          valid elements  only the first entry is checked      EXAMPLE:            Convert one letter into upper case            abc    abcdefghijklmnopqrstuvwxyz           print strrepl abc strpos abc m M               prints  abcdefghijklMnopqrstuvwxyz                 Use with strwhere function          a    abcabcabc           print strrepl a strwhere a a               prints   bc bc bc bc bc            IDL  print  strrepl a bc eeee          a eeee a eeee a eeee          IDL  print  strrepl a b 0000          a0000ca0000ca0000         IDL  print  strrepl a toto 0000          abcabcabc     MODIFICATION HISTORY:          mgs  02 Jun 1998: VERSION 1 00          sebastien Masson  smlod ipsl jussieu fr        Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine strrepl      function strrepl str agument1 rchar        if  n_elements str  eq 0  then return                                        convert strign and replace character to byte    BStr   byte str     new   byte rchar     if size agument1   type  EQ 7 then begin       old   byte agument1        index   strpos str  agument1        pos   index       while strpos str  agument1  pos 1  NE  1 do BEGIN          pos   strpos str  agument1  pos 1           index    index  pos        ENDWHILE   make sure index is in range       if  index 0  lt 0 OR index 0  ge n_elements BStr  THEN return Str    ENDIF ELSE BEGIN       index   agument1       if  index 0  lt 0 OR index 0  ge n_elements BStr  then return Str       old   BStr index 0     ENDELSE                                   replace indexed characters in string    nelenew   n_elements new     neleold   n_elements old     nindex   n_elements index     if nelenew neleold NE 1 then begin       if index 0  EQ 0 then          BStr    NEW   BStr index 0 neleold: n_elements BStr 1    ELSE          BStr    BStr 0:index 0 1  NEW   BStr index 0 neleold: n_elements BStr 1          if nindex EQ 1 then return string BStr        if nindex GT 2 then          for i   1  nindex 2 do          BStr    BStr 0:index i i nelenew neleold 1  NEW                    BStr index i i nelenew neleold neleold: n_elements BStr 1          BStr    BStr 0:index n_elements index 1 nindex 1 nelenew neleold 1  NEW      ENDIF ELSE BStr index    NEW                                   return result as string    return string BStr      end");
-a[305] = new Array("./ToBeReviewed/STRING/strright.html", "strright.pro", "", "   Id: strright pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRRIGHT     PURPOSE:          return right subportion from a string     CATEGORY:          string handling      CALLING SEQUENCE:          res   STRRIGHT string  nlast      INPUTS:          STRING   the string to be searched            NLAST   the number of characters to be returned  Default             is 1  If NLAST is ge strlen STRING  the complete string             is returned      KEYWORD PARAMETERS:     OUTPUTS:          The portion of NLAST characters of STRING counted from the back      SUBROUTINES:     REQUIREMENTS:     NOTES:     EXAMPLE:          if  strright path  ne   then path   path         MODIFICATION HISTORY:          mgs  19 Nov 1997: VERSION 1 00       Copyright  C  1997  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine strright      function strright s lastn       on_error 2     return to caller       if  n_elements s  le 0  then return 1L       l   strlen s        if  n_elements lastn  le 0  then lastn   1     if lastn gt l then lastn   l       result   strmid s l lastn l        return result end");
-a[306] = new Array("./ToBeReviewed/STRING/strsci.html", "strsci.pro", "", "   Id: strsci pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRSCI  function      PURPOSE:                                                           Given a number  returns a string of that          B          number in scientific notation format   e g  A x 10        CATEGORY:          String Utilities     CALLING SEQUENCE:          Result   STRSCI  DATA  keywords        INPUTS:          DATA        A floating point or integer number to be                       converted into a power of 10      KEYWORD PARAMETERS:          FORMAT      The format specification used in the string                       conversion for the mantissa  i e  the                        A  of  A x 10 B   Default is  f12 2                POT_ONLY   Will return only the  power of 10  part of the                       string  i e  the  10 B   Default is to return                       the entire string  e g   A x 10 B                MANTISSA_ONLY   return only mantissa of the string             SHORT   return 10 0 as  1  and 10 1 as  10              TRIM   don t insert blanks  i e  return Ax10 B      OUTPUTS:          None     SUBROUTINES:          None     REQUIREMENTS:          None     NOTES:          This function does not  evaluate  the format statement thoroughly          which can result in somewhat quirky strings  Example:          print strsci 9 999  results in  10 0x10 0 instead of  1 0x10 1             Need a better symbol than the  x  for the multiplier      EXAMPLE:          Result   STRSCI  2000000  format i1             print  result                                                                                6                prints 2 x 10 u6 n  which gets plotted as 2 x 10                     Result   STRSCI   0 0001            print  result                                                                       4                prints  1 00 x 10 u 4 n  which gets plotted as 1 00 x 10            Result   STRSCI  0d0  format f13 8             print  result                           prints  0 00000000        MODIFICATION HISTORY:          bmy  28 May 1998: VERSION 1 00            B               now returns string of the form A x 10          mgs  29 May 1998:               bug fix: now allows negative numbers               keyword MANTISSA_ONLY added               default format changed to f12 2          bmy  02 Jun 1998:               renamed to STRSCI  STRing SCIentific notation           mgs  03 Jun 1998:               added TRIM keyword          mgs  22 Sep 1998:               added SHORT keyword               modified handling of TRIM keyword          mgs  24 Sep 1998:               bug fix with SHORT flag          bmy   mgs  02 Jun 1999:               now can handle DATA 0 0 correctly               updated comments          mgs  03 Jun 1999:                can now also handle values lt 1                 and doesn t choke on arrays       Copyright  C  1998  1999 Bob Yantosca and Martin Schultz     Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to bmy io harvard edu   or mgs io harvard edu with subject  IDL routine strsci      function StrSci  Data  Format Format  POT_Only POT_Only                 MANTISSA_ONLY MANTISSA_ONLY SHORT SHORT TRIM TRIM            Error checking   Keyword settings          on_error  2     if   n_elements  Data   eq 0   then begin       return       endif     if   not Keyword_Set  Format     then Format      f12 2      POT_Only        keyword_set  POT_Only           MANTISSA_Only   keyword_set  MANTISSA_Only      Short           Keyword_Set  Short              Trim            Keyword_Set  Trim                NDat   n_elements Data     Result   strarr NDat      for i 0 NDat 1 do begin                 If ABS  DATA     0 then we can proceed to take the common log          For DATA   0  place a   sign in front of the number               if   Abs  Data i    ne 0 0   then begin                take the common log and store in LOG10DATA          Log10Data   ALog10  Abs  Data i                       Boolean flag if data   0          sign     Data i  lt 0 0                   Compute the characteristic  int part             Add the 1d 6 to prevent roundoff errors          Characteristic   Fix  Log10Data   1 0d 6            if  Log10Data lt 0  then               Characteristic   Characteristic   1                 Compute the Mantissa  frac part  and take its antilog           Mantissa   Log10Data   Characteristic           Mantissa   10 0 Mantissa           print data i log10data mantissa characteristic format 3f24 14 i8                 String for the coefficient part              The coefficient is just antilog of the Mantissa            Add the minus sign if DATA   0 0          A   StrTrim  String  Mantissa  Format Format   2            if   Sign   then A       A                String for the power of 10 part          B    10 u    strtrim  string  Characteristic   2      n           if   Short   then begin             if   Characteristic eq 0   then B    1              if   Characteristic eq 1   then B    10           endif                composite string          Result i    A     x     B          if   Short AND B eq  1  then Result i    A                         If DATA   0  then we cannot take the common log  so return         zeroes for the result strings   Use the FORMAT string                endif else begin          A        String  0d0  Format Format            B        A          Result i    A           endelse                     Return result to calling program  depending on keyword settings          Eliminate blanks if TRIM keyword is set               if   POT_Only   then            Result i    B       if   MANTISSA_Only   then            Result i    A       if   Trim   then            Result i    StrCompress  Result i   Remove_All            endfor     if  n_elements Result  eq 1  then         Result   Result 0       return  Result  end");
-a[307] = new Array("./ToBeReviewed/STRING/strtok.html", "strtok.pro", "", "      NAME:         STRTOK   PURPOSE:         Retrieve portion of string up to token    CATEGORY:         text strings   CALLING SEQUENCE:         new   strtok  old  token     INPUTS:         old     String to be split   Contains text after    in  out                  token on output          token   Token to use in splitting old               in   KEYWORD PARAMETERS:          TRIM   set to remove leading blanks from old                   before returning           HELP   print useful message and exit    OUTPUTS:         new     portion of string up to token               out         old     portion of old after token                  out  in   COMMON BLOCKS:   SIDE EFFECTS:         Input parameter old is modified    NOTES:         Token may be one or more characters          If token is not found  returns old and sets old to     EXAMPLE:         If old is  foo44 bar  then strtok  old   44    would return          foo  and upon return  old will be left with   bar   If  TRIM         were set  old would be  bar  on return            If old xyz  then new strtok old a  would return with         new xyz  and old    THANKS:         To D  Linder who wrote GETTOK  part of the goddard library          upon which this is based    MODIFICATION HISTORY:          Id: strtok pro 18 2006 05 02 09:32:05Z pinsard            Log: strtok pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added built in help            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Strtok  string  token                     TRIM trim  HELP Help    Back to the caller if error occurs      On_error  2      IF  n_params  NE 2  OR keyword_set Help  THEN BEGIN          offset                 print  offset Retrieve portion of string up to token          print  offset new   strtok  old  token           print  offset Inputs:          print  offset offset old     String to be split   Contains text after    in  out          print  offset offset          token on output          print  offset offset token   Token to use in splitting old               in          print  offset Keywords:          print  offset offset TRIM   set to remove leading blanks from old           print  offset offset          before returning          print  offset offset HELP   print useful message and exit          print  offset Outputs:          print  offset offset new     portion of string up to token               out          print  offset offset old     portion of old after token                  out  in          print  offset Side effects:          print  offset offset Input parameter old is modified          print  offset Notes:          print  offset offset Token may be one or more characters          print  offset offset If token is not found  returns old and sets old to           print  offset Examples:          print  offset offset If old is  foo44 bar  then strtok  old   44    would return          print  offset offset    foo  and upon return  old will be left with   bar   If  TRIM          print  offset offset   were set  old would be  bar  on return            print  offset offset If old xyz  then new strtok old a  would return with          print  offset offset   new xyz  and old          return   1     ENDIF       pos   strpos string  token       IF  pos GE 0  THEN BEGIN         front   strmid string  0  pos           string   strmid string  pos   strlen token  strlen string          IF keyword_set trim  THEN string   strtrim string  1          return  front     ENDIF          front   string     string         return  front      END ");
-a[308] = new Array("./ToBeReviewed/STRING/strtrans.html", "strtrans.pro", "", "      NAME:         STRTRANS   PURPOSE:         Translate all occurences of one substring to another    CATEGORY:         text strings   CALLING SEQUENCE:         new   strtrans oldstr from to ned    INPUTS:         oldstr   string on which to operate               in                   May be an array          from     substrings to be translated  May be      in                   an array          to       what strings in from should be           in                   translated to  May be an array    KEYWORD PARAMETERS:          HELP    Set this to print useful message and                    exit    OUTPUTS:         new      Translated string  Array if oldstr is    out                             an array          ned      number of substitutions performed in     out                   oldstr   Array if oldstr is an array    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           Any of old  from  and to can be arrays              from and to must have the same number of elements    EXAMPLE:         inp Many bad chars in_here          from _          to                    out   strtrans inp from to ned          Will produce out Many bad chars in here  and set ned to 4    MODIFICATION HISTORY:          Id: strtrans pro 18 2006 05 02 09:32:05Z pinsard            Log: strtrans pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Sped up significantly by using str_sep to handle the translation   No longer         relies on routines fromother user libraries            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION strtrans  InputString  from  to  ned                        HELP Help    Bomb out to caller if error      On_error  2    Offer help if we don t have at least InputString  from  and to  or   if the user asks for it      IF  n_params  LT 3  OR keyword_set help  THEN BEGIN         offset                 print  offset Translate all occurences of one substring to another          print  offset new   strtrans oldstr from to ned          print  offset Inputs:          print  offset offset oldstr   string on which to operate               in          print  offset offset           May be an array          print  offset offset from     substrings to be translated  May be      in          print  offset offset           an array          print  offset offset to       what strings in from should be           in          print  offset offset           translated to  May be an array          print  offset Outputs:          print  offset offset new      Translated string  Array if oldstr is    out          print  offset offset           an array          print  offset offset ned      number of substitutions performed in     out          print  offset offset           oldstr   Array if oldstr is an array          print  offset Notes:          print  offset offset  Any of old  from  and to can be arrays             print  offset offset  from and to must have the same number of elements          return   1     ENDIF           strn   InputString     Check that From To have same number of elements   RETURN if they don t      NFrom   n_elements from      NTo   n_elements to      IF  NFrom EQ 0  OR  NTo EQ 0  THEN return  strn     IF NFrom NE NTo THEN BEGIN         print Error: Number of elements in from to unequal          return 1     ENDIF     Make sure there are no null strings in From   RETURN if there are         FromLen   strlen From      IF  total FromLen EQ 0  GT 0  THEN BEGIN         print   Error: elements of From must have nonzero length          return   1     ENDIF       NStrings   n_elements strn      ned   lonarr NStrings      tmpned   0L    Say strn a b c  from  and to   Then the approach here is to   first split strn at all occurances of   then recombine the pieces   with   inserted instead   Do this for all elements of strn  and   all elements of from      FOR i   0L  NStrings 1 DO BEGIN         ned i    0L         FOR j 0L  NFrom 1 DO BEGIN             SepStr   str_sep strn i  from j              NSubs   n_elements SepStr    1             strn i    SepStr 0              FOR k 1L  NSubs DO strn i    strn i    To j    SepStr k              ned i     ned i    NSubs         ENDFOR      ENDFOR      return  strn END ");
-a[309] = new Array("./ToBeReviewed/STRING/strwhere.html", "strwhere.pro", "", "   Id: strwhere pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRWHERE   function      PURPOSE:          return position  array  for occurence of a character in          a string     CATEGORY:          string tools     CALLING SEQUENCE:          pos   STRWHERE str  schar  Count        INPUTS:          STR   the string            SCHAR   the character to look for     KEYWORD PARAMETERS:          none      OUTPUTS:          COUNT    optional  The number of matches that were found             The function returns an index array similar to the           result of the where function     SUBROUTINES:     REQUIREMENTS:     NOTES:     EXAMPLE:          ind   strwhere abcabcabc a               returns   0  3  6       MODIFICATION HISTORY:          mgs  02 Jun 1998: VERSION 1 00          bmy  30 Jun 1998:   now returns COUNT  the number                               of matches that are found  this is                              analogous to the WHERE command        Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine strwhere      function strwhere str schar Count        if  n_elements str  eq 0  then return 1        convert to byte    BStr   byte Str     BSC     byte schar 0         Search for matches    Ind   where  Bstr eq BSC  Count         bmy   return where BStr eq BSC     return  Ind  end    ");
-a[310] = new Array("./ToBeReviewed/STRING/tostr.html", "tostr.pro", "", "          NAME: tostr  to string      PURPOSE: convertit un input en un string      CATEGORY:      CALLING SEQUENCE: res tostr input       INPUTS: input ne peut pas contenir ou etre de type:       Complex floating  structure  Double precision complex  Pointer  Object     reference  Unsigned Integer  Unsigned Longword Integer  64 bit     Integer  Unsigned 64 bit Integer      KEYWORD PARAMETERS: none     OUTPUTS: un string     COMMON BLOCKS:     SIDE EFFECTS:       Si un element de input contient un tableau  il sera     convertit en vecteur      RESTRICTIONS:       attention cette fonction comporte des boucles  des if et des cases     ds tous les sens  Elle ne doit donc pas etre utilisee avec des     inputs de grosse taille  avec bcp d elements et avec des     elements etant de gros tableaux    EXAMPLE:      IDL  help  tostr 1 tostr a tostr indgen 4 tostr a jkfjo           STRING       1           STRING       a           STRING       0 1 2 3           STRING       a jkfjo       IDL  print  tostr c est bon c est bon        c est bon c est bon      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         18 10 1999         FUNCTION tostr  input     case 1 of       size input   type  LE 5:BEGIN           if size input   type  EQ 1 then input   long input           if n_elements input  EQ 1 then res   strtrim input  1             ELSE BEGIN              res    strtrim input 0  1              for i   1   n_elements input 1 do res   res strtrim input i  1              res   res           ENDELSE        END       size input   type  eq 7:BEGIN           if n_elements input  EQ 1 then BEGIN             sinput   strrepl input                  res    sinput           ENDIF ELSE BEGIN              res    strrepl input 0                  for i   1   n_elements input 1 do res   res strrepl input i                  res   res           ENDELSE        END       ELSE:BEGIN           ras   report la fonction tostr ne marche pas pour input qui est de type  size input   tname           res           END    ENDCASE     return  res end");
-a[311] = new Array("./ToBeReviewed/STRUCTURE/chkstru.html", "chkstru.pro", "", "   Id: chkstru pro 27 2006 05 02 13:10:05Z pinsard         NAME:          CHKSTRU   function      PURPOSE:          check validity of a structure and test if necessary          fields are contained     CATEGORY:          tools     CALLING SEQUENCE:          res CHKSTRU STRUCTURE FIELDS  VERBOSE       INPUTS:          STRUCTURE   the structure to be tested  If STRUCTURE is               not of type structure  the function will return 0            FIELDS   a string or string array with field names to                be contained in STRUCTURE  CHKSTRU returns 1  true                only if all field names are contained in STRUCTURE                The entries of FIELDS may be upper or lowercase      KEYWORD PARAMETERS:          INDEX   a named variable that will contain the indices of               the required field names in the structure  They can then               be assessed through structure index i    Index will               contain  1 for all fields entries that are not in the               structure              VERBOSE   set this keyword to return an error message                in case of an error              EXTRACT   set this keyword to extract a fields from the          structure    1 is return is fields or structure  are          incorrect      OUTPUTS:          CHKSTRU returns 1 if successful  otherwise 0      SUBROUTINES:     REQUIREMENTS:     NOTES:     EXAMPLE:          test     a:1  b:2  c:3            required    a c           if CHKSTRU test required  then print found a and c           IDL  print  CHKSTRU test b              1          IDL  print  CHKSTRU test b extract                  2     MODIFICATION HISTORY:          mgs  02 Mar 1998: VERSION 1 00          mgs  07 Apr 1998:   second parameter  FIELDS  now optional          12 Jan 2001: EXTRACT keyword by S  Masson  smasson lodyc jussieu fr         Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine chkstru      function chkstru structure fields index index verbose verbose  extract   extract           default index      index    1          first check number of parameters  must be at least 1       if  n_params  lt 1  then begin          if keyword_set verbose  then                ras   report CHKSTRU:   invalid number of parameters              if keyword_set extract  THEN return 1 ELSE return 0           endif            check if the user really passed a structure        s   size structure       if  s 1 s 0  ne 8  then begin          if keyword_set verbose  then                ras   report CHKSTRU:   No structure passed              if keyword_set extract  THEN return 1 ELSE return 0       endif          only one parameter: then we are finished      if  n_params  eq 1  then return 1            see if required field names are contained in the structure        and return indices of these fields        names   tag_names structure       index   intarr n_elements fields    1     default index to  not found        for i 0 n_elements fields 1 do begin          ind   where names eq strupcase fields i           if  ind 0  lt 0  then begin              if keyword_set verbose  then                   ras   report CHKSTRU:   Cannot find field  fields i                 endif else index i    ind 0       endfor            check minimum value of index field:  1 indicates error      if keyword_set extract  then BEGIN         if index 0  NE  1 THEN return  structure index 0  ELSE return   1      ENDIF ELSE return min index  ge 0    end  ");
-a[312] = new Array("./ToBeReviewed/STRUCTURE/extractstru.html", "extractstru.pro", "", "          NAME:extractstru     PURPOSE:extrait des elements d une structure pour constituer une           nouvelle structure     CATEGORY: dibouille sur les structures     CALLING SEQUENCE: res   extractstru stru  liste       INPUTS:        stru: une structure        liste: un vecteur de string comportant les noms des elements de      stru a virer  par DEFAUT  ou a garder  si GARDE est active      KEYWORD PARAMETERS:         GARDE: specifie que la liste donnee concerne les elements de      stru a garder         VIRE: specifie que la liste donnee concerne les elements de      stru a virer  Ce mot cle est active par defaut     OUTPUTS:une stucture ou  1 en cas de pb     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS: none        liste peut contenir des noms d elements qui ne sont pas ds stru       le programme se debrouille avec     EXAMPLE:        IDL  extra get_extra ok  year 1999  age_capitaine 35        IDL  help  extra struct        Structure   3 tags  length 6  refs 1:         AGE_CAPITAINE   INT             35         OK              INT              1         YEAR            INT           1999      IDL  help  extractstru extra ok hhuihi YEAR stru        Structure   1 tags  length 2  refs 1:         AGE_CAPITAINE   INT             35      IDL  help  extractstru extra ok hhuihi YEAR garde stru        Structure   2 tags  length 4  refs 1:         OK              INT              1         YEAR            INT           1999     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         8 10 1999         FUNCTION extractstru  stru  liste  GARDE   garde  VIRE   vire    if size stru   type  NE 8 then return    1    if size liste   type  NE 7 then return    1   cheking for garde and vire keywords    garde   keyword_set garde 1 keyword_set vire     vire   keyword_set vire 1 keyword_set garde   keyword_set vire  EQ garde       tname   tag_names stru     index   make_selection tname  strupcase liste   only_valid   quiet       if garde then BEGIN   on garde que la liste       if index 0  EQ  1 then return    1       if n_elements index  EQ n_elements tname  then return  stru       res   create_struct tname index 0  stru index 0        if n_elements index  GT 1 then for i   1  n_elements index 1 do               res   create_struct res  tname index i  stru index i     ENDIF ELSE BEGIN   on vire la liste       if n_elements index  EQ n_elements tname  then return    1       if index 0  EQ  1 then return  stru   on prend le complementaire de index pour obtenir les indices que   l on garde       index   different indgen n_elements tname  index        res   create_struct tname index 0  stru index 0        if n_elements index  GT 1 then for i   1  n_elements index 1 do               res   create_struct res  tname index i  stru index i     ENDELSE      return  res end");
-a[313] = new Array("./ToBeReviewed/STRUCTURE/mixstru.html", "mixstru.pro", "", "          NAME: mixstru     PURPOSE: concatene 2 structures ensemble  La difference avec   CREATE_STRUCT etant que si les 2 stuctures ont les memes noms   d elements alors mixstru ne plante pas mais choisit pour valeur de   l element commun celle specifiee par la premiere structure      CATEGORY: structure     CALLING SEQUENCE: rs mixstru stru1 stru2       INPUTS: stru1 et stu2 sont 2 structures qui peuvent avoir des   elements portant le meme nom mais avec une valeur differente      KEYWORD PARAMETERS: none     OUTPUTS: une stucture     COMMON BLOCKS:     SIDE EFFECTS: si stru1 ou stru2 ne sont pas des structures mixstru   renvoie  1     RESTRICTIONS:     EXAMPLE:              IDL  a get_extra toto ok 123        IDL  b get_extra ok 111  year 1999  age_capitaine 35        IDL  help  a b struct         Structure   2 tags  length 4  refs 1:          OK              INT            123          TOTO            INT              1         Structure   3 tags  length 6  refs 1:          AGE_CAPITAINE   INT             35          OK              INT            111          YEAR            INT           1999       IDL  help  mixstru a b struct         Structure   4 tags  length 8  refs 1:          AGE_CAPITAINE   INT             35          YEAR            INT           1999          OK              INT            123          TOTO            INT              1       IDL  help  mixstru b a struct         Structure   4 tags  length 8  refs 1:          TOTO            INT              1          AGE_CAPITAINE   INT             35          OK              INT            111          YEAR            INT           1999     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         7 10 1999         FUNCTION mixstru  stru1  stru2  cm_general     IF size stru1   type  EQ 0 AND size stru2   type  EQ 8 THEN return  stru2    IF size stru2   type  EQ 0 AND size stru1   type  EQ 8 THEN return  stru1    if size stru1   type  NE 8 then return    1    if size stru2   type  NE 8 then return    1    tname   tag_names stru2         str        FOR i   0  n_tags stru2 1 DO str   str   tname i    stru2    strtrim i  2          res   createfunc get_extra str _extra   stru1                    kwdlist    stru1   stru1  stru2   stru2                    stru1   stru1  stru2   stru2                   filename   myuniquetmpdir  for_createfunc pro      return  res  end");
-a[314] = new Array("./ToBeReviewed/STRUCTURE/struct2string.html", "struct2string.pro", "", "          NAME:struct2string     PURPOSE:convert a structure to an  executable string      CATEGORY:bidouille     CALLING SEQUENCE:sting struct2string struct       INPUTS:struct: a structure     KEYWORD PARAMETERS:          MAX_STRUCT_LENGTH : the maximum length of the structure        permetted to convert the structure to string  Default is        10000l            DIRECT2STRING: to get a string instead an  executable string            CUT_IN_STRING: try it     OUTPUTS:     SIDE EFFECTS:use tostr pro  cf this function header      RESTRICTIONS:use tostr pro  cf this function header      EXAMPLE:          IDL  print  struct2string d         create_struct NAME X X_SIZE 891 Y_SIZE 630 X_VSIZE          891 Y_VSIZE 630 X_CH_SIZE 6 Y_CH_SIZE 10 X_PX_CM          40 0000 Y_PX_CM 40 0000 N_COLORS 16777216 TABLE_SIZE           256 FILL_DIST 1 WINDOW 32 UNIT 0 FLAGS 328124 ORIGIN          0 0 ZOOM 1 1      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         2000 07 03         FUNCTION struct2string  struct  CUT_IN_STRING   cut_in_string  MAX_STRUCT_LENGTH   max_struct_length  DIRECT2STRING   direct2string     if size struct   type  NE 8 then return        if NOT keyword_set max_struct_length  then max_struct_length   10000l    if n_tags struct   length  GT max_struct_length then begin       rien   report The structure is too big to be converted to string   C See the MAX_STRUCT_LENGTH keyword        return       endif    names   tag_names struct     case 1 of       keyword_set direct2string :BEGIN          res   names 0 tostr struct 0           if n_tags struct  GT 1 then begin             FOR i   1  n_tags struct 1 do begin                res   res   names i tostr struct i              endfor          endif                 END       keyword_set CUT_IN_STRING :BEGIN          res    create_struct names 0 tostr struct 0           if n_tags struct  GT 1 then begin             FOR i   1  n_tags struct 1 do begin                res    res   create_struct res names i tostr struct i              endfor          endif       END       ELSE:BEGIN          res    create_struct names 0 tostr struct 0           if n_tags struct  GT 1 then begin             FOR i   1  n_tags struct 1 do begin                res   res names i tostr struct i              endfor          endif          res   res        END    endcase    return  res end");
-a[315] = new Array("./ToBeReviewed/STRUCTURE/where_tag.html", "where_tag.pro", "", "    NAME:         WHERE_TAG   PURPOSE:         Like WHERE but works on structure tag names   EXPLANATION:         Obtain subscripts of elements in structure array for which         a particular Tag has values in a range or matching specified values          Like the WHERE function but for use with structures   CATEGORY:                         Structures   CALLING SEQUENCE:          w   where_tag  struct    Nfound   TAG_NAME  TAG_NUMBER     RANGE                                    VALUES   RANGE   ISELECT    NOPRINT       INPUTS:         Struct   structure array to search      INPUT KEYWORDS:         User  must  specify  1  TAG_NAME or TAG_NUMBER to search  and  2                  the VALUES or RANGE to search on           TAG_NAME   Scalar string specifying Tag Name         TAG_NUMBER   otherwise give the Tag Number          RANGE    min max  range to search for in Struct          VALUES   one or array of numbers to match for in Struct          ISELECT  specifies indices to select only part of structure array                   use it to recycle subscripts from previous searches           NOPRINT   suppress informational messages about nothing found      OUTPUTS:         Nfound     of occurences found      RESULT:         Function returns subscripts  indices  to desired elements      EXAMPLES:         Suppose STR is a structure with tags CAT_NO:indgen 10  and                  NAME:strarr 10    Find the indices where STR CAT_NO is                 between 3 and 5            IDL  print  WHERE_TAG  str  TAG_NAME    CAT_NO  VALUE    3 4 5      or         IDL  print  WHERE_TAG  str  TAG_NUM   0  RANGE    3 5       PROCEDURE:         Get tag number and apply the WHERE function appropriately      MODIFICATION HISTORY:         written 1990 Frank Varosi STX   NASA GSFC         Stop printing  Tag  not found  with  NOPRINT  CD Pike 8 Jun 93   function where_Tag  Struct  Nfound      TAG_NAME Tag_Name                                                 TAG_NUMBER Tag_Num                                                ISELECT ipart  NOPRINT noprint                                            RANGE range  VALUES values  First check required parameters           Ntag   N_tags  Struct            if  Ntag LE 1  then begin                 message expecting a Structure Array  try again CONTIN                 return 1             endif          if  N_elements  Tag_Num   NE 1  AND               N_elements  Tag_Name   NE 1  then begin                 message specify TAG_NAME  or TAG_NUMBER  to search CONTIN                 return 1             endif          Tags   Tag_names  Struct            if N_elements  Tag_Name   EQ 1 then begin                 Tag_Name   strupcase  Tag_Name                   Tag_Num   where  Tags EQ Tag_Name                   Tag_Num   Tag_Num 0                  if  Tag_Num LT 0  then begin                  if NOT keyword_set  noprint   then                           message Tag  not found CONTIN                         return 2                     endif            endif          if  Tag_Num LT 0  OR  Tag_Num GE Ntag  then begin                 message Tag      strtrim Tag_Num 2      exceeds Max Tag                                strtrim Ntag 1 2      in structure CONTIN                 return 1             endif          if N_elements  ipart   GT 0 then begin           check if any searching                                                           on a subset of input                  w   where  ipart GE 0  nf                   if  nf LE 0  then return 1                  if  nf LT N_elements  ipart   then ipart   ipart w             endif   Now find out where for RANGE :          if N_elements  range   EQ 2 then begin                  if N_elements  ipart   GT 0 then begin                       w   where   Struct ipart Tag_Num  GE range 0  AND                                    Struct ipart Tag_Num  LE range 1  Nfound                         if  Nfound GT 0  then windex   ipart w  else windex   w                   endif                     else  windex   where   Struct Tag_Num  GE range 0  AND                                            Struct Tag_Num  LE range 1  Nfound                    if  Nfound LE 0  AND  NOT keyword_set  noprint     then begin                         strnums   strtrim  range  2                           string   strnums 0        strnums 1                          message  NO values of  found in the Range     string    CONTIN                    endif  where Values:           endif else if N_elements  values   GE 1 then begin                  Nval   N_elements  values                   vals    values                  Nfound   0                  if N_elements  ipart   GT 0 then begin                      for v 0 Nval 1 do begin                         w   where  Struct ipart Tag_Num  EQ vals v  Nf                           if  Nf GT 0  then begin                                 if  Nfound GT 0  then ww    ww w  else ww   w                            endif                         Nfound   Nfound   Nf                       endfor                      if  Nfound GT 0  then windex   ipart ww sort  ww                                          else windex   w                   endif else begin                      for v 0 Nval 1 do begin                         w   where  Struct Tag_Num  EQ vals v  Nf                           if  Nf GT 0  then begin                                 if  Nfound GT 0  then ww    ww w  else ww   w                            endif                         Nfound   Nfound   Nf                       endfor                      if  Nfound GT 0  then windex   ww sort  ww                                          else windex   w                    endelse                  if  Nfound LE 0  AND  NOT keyword_set  noprint     then begin                         strnums   strtrim  vals  2                           string   strnums 0                          for i 1 Nval 1 do string   string       strnums i                          message  NO values of  found Equaling     string    CONTIN                    endif             endif else begin                  message must specify a RANGE   or VALUES s CONTIN                 windex 1              endelse  return  windex end");
-a[316] = new Array("./ToBeReviewed/TRIANGULATION/ciseauxtri.html", "ciseauxtri.pro", "", "          NAME:     PURPOSE:vire les tableaux qui ne doivent pas etre dessines grace a 2   tests:       1  les coins du tableau doivent etre ds la fenetre       2  les clongeurs des cotes des triangfles exprimes en       coordonnees normalisesne doivent pas depasser une certaine       longueur seuil       CATEGORY:     CALLING SEQUENCE:     INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          20 2 99         FUNCTION ciseauxtri  triang  glam  gphi  TOUT   tout  _EXTRA   ex    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     IF NOT keyword_set key_periodic  AND NOT keyword_set key_irregular        AND NOT  map projection LE 7 AND  map projection NE 0        AND NOT  map projection EQ 14 OR  map projection EQ 15                OR  map projection EQ 18  THEN return  triang      tempsun   systime 1            pour key_performance      taille   size glam     nx   taille 1     ny   taille 2      tempdeux   systime 1           pour key_performance  2    z   convert_coord glam gphi data to_normal      x   z 0       y   z 1       tempvar   SIZE TEMPORARY z    delete z    IF testvar var   key_performance  EQ 2 THEN       print   temps ciseauxtri: convert_coord data to_normal  systime 1 tempdeux     attention  suivant la projection certains points x ou y peuvent   devenir NaN  cf  points deriere la terre ds une projection   orthographique  il faut dans ce cas enlever tous les triangles qui   contiennent un de ces points      if  map projection LE 7 AND  map projection NE 0        OR  map projection EQ 14 OR  map projection EQ 15 OR  map projection EQ 18 then begin       tempdeux   systime 1        pour key_performance  2         test    x y triang        test   finite temporary test   nan        test   total temporary test  1        ind   where temporary test  EQ 0          if ind 0  NE  1 then triang   triang  temporary ind  ELSE return    1       trichanged   1b       IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: recherche points a NAN  systime 1 tempdeux    endif      seuil   5  indxtriang2       indxtriang   indxmin    nx 1 indxmin EQ 0 AND indxmax EQ  nx 1        ENDIF ELSE indxtriang   indxmin        listrect   nx indytriang indxtriang       IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: liste des rectangles  systime 1 tempdeux     maintenant qu on a cette liste on va s assuter que l on a pas de   triangles qui n ont qu on sommet en commun          test   bytarr nx  ny        test listrect    1       dejavire   1b test         tempdeux   systime 1        pour key_performance  2       vire1   0       vire2   0       while  vire1 0  NE  1 OR vire2 0  NE  1  ne 0 do begin          vire1   where   test shift test   1   1                              1 shift test  0   1 1 shift test   1  0  EQ 1           if vire1 0  NE  1 THEN test vire1    0   on vire le rectangle           vire2   where   1 test 1 shift test   1   1                              shift test  0   1 shift test   1  0  EQ 1    on vire le rectangle du dessus  meme indice x mais egale a 1           if vire2 0  NE  1 THEN test vire2 nx    0        ENDWHILE  stop       test   test temporary dejavire          avirer   where temporary test  EQ 0        IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: determinationdes rectangles a virer  systime 1 tempdeux         if avirer 0  NE  1 then begin       tempdeux   systime 1        pour key_performance  2       indnx   n_elements listrect        indny   n_elements avirer        ind   listrect replicate 1l  indny         ind   ind EQ replicate 1  indnx avirer        if indny GT 1 then ind   total ind  2        ind   where ind EQ 0        if ind 0  NE  1 then triang   triang  ind  ELSE return    1       endif       IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: derniere retouche de la triangulation  systime 1 tempdeux    endif            if keyword_set key_performance  THEN print   temps ciseauxtri  systime 1 tempsun       return   triang end");
-a[317] = new Array("./ToBeReviewed/TRIANGULATION/completecointerre.html", "completecointerre.pro", "", "          NAME: COMPLETECOINTERRE     PURPOSE: pour colorier proprement les continents   c est une longue   histoire      CATEGORY: pour plt     CALLING SEQUENCE: completecointerre      INPUTS: non     KEYWORD PARAMETERS:  _EXTRA             CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white     OUTPUTS: non     COMMON BLOCKS: common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         01 10 1999         PRO draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex  cm_4mesh   the triangle must not be out of the domain   IF min lons  max   maxlon  GE lon1 AND maxlon LE lon2       AND min lats  max   maxlat  GE lat1 AND maxlat LE lat2 then BEGIN   the triangle must not be too big      z   convert_coord lons  lats   data   to_normal       alldist    z 0  2 z 0  0 2    z 1  2 z 1  0 2                     z 0  0 z 0  1 2    z 1  0 z 1  1 2                     z 0  1 z 0  2 2    z 1  1 z 1  2 2      IF max alldist  LT seuil 2 THEN polyfill  lons  lats           color   cont_color  _extra   ex     return   ENDIF  end     PRO completecointerre  COINMONTE   coinmonte  COINDESCEND   coindescend                            CONT_COLOR   cont_color  INDICEZOOM   indicezoom                            _extra   ex  common       if NOT keyword_set coinmonte  then return     if NOT keyword_set coindescend  then return     if NOT keyword_set indicezoom  then return   tempsun   systime 1             pour key_performance     definitions des vecteurs coinmont et coindesc     if keyword_set coinmonte  then coinmont   coinmonte     ELSE coinmont   twin_corners_up   if keyword_set coindescend  then coindesc   coindescend     ELSE coindesc   twin_corners_dn   IF NOT keyword_set cont_color  THEN cont_color    d n_colors 1     255     definition descoordonnees des points numerotes 1 2 3 4 5 6 cf  les   schemas en dessous      tempdeux   systime 1            pour key_performance  2   if coinmont 0  NE  1 OR coindesc 0  NE  1 then BEGIN     if keyword_set indicezoom  then BEGIN   if we use key_stide  the t  u  v and f points are no more related to   the same cell because glamf and gphif has be recomputed to be in the   middle of two t points       IF total key_stride  EQ 3 AND finite glamv 0 gphiv 0  NE 0 THEN BEGIN         long1   glamv indicezoom    lati1   gphiv indicezoom        ENDIF ELSE BEGIN          long1   glamt indicezoom    lati1   gphif indicezoom        ENDELSE       IF total key_stride  EQ 3 AND finite glamu 0 gphiu 0  NE 0 THEN BEGIN         long2   glamu indicezoom    lati2   gphiu indicezoom        ENDIF ELSE BEGIN         long2   glamf indicezoom    lati2   gphit indicezoom        ENDELSE       long3   glamf indicezoom    lati3   gphif indicezoom      ENDIF ELSE BEGIN        IF total key_stride  EQ 3 AND finite glamv 0 gphiv 0  NE 0 THEN BEGIN         long1   glamv   lati1   gphiv       ENDIF ELSE BEGIN          long1   glamt   lati1   gphif       ENDELSE       IF total key_stride  EQ 3 AND finite glamu 0 gphiu 0  NE 0 THEN BEGIN         long2   glamu   lati2   gphiu       ENDIF ELSE BEGIN          long2   glamf   lati2   gphit       ENDELSE       long3   glamf   lati3   gphif     ENDELSE        nx    size long1   dimensions 0      ny    size long1   dimensions 1      seuil   5    min nx  ny 2      seuil   min p position 2 p position 0 seuil                       p position 3 p position 1 seuil      ENDIF     IF testvar var   key_performance  EQ 2 THEN       print   temps completecointerre: positions des points  systime 1 tempdeux       cas coin terre en montee:        2 points terre en diagonale montante avec 2 points mer sur        la diagonale descendante                          4           t i nx 1    u i nx        t i nx 1 0                                                                         1         3                  5         v i f i v i 1                                                                                 t i 0       2 u i           t i 1 1       if coinmont 0  NE  1 then BEGIN     tempdeux   systime 1          pour key_performance  2     for id   0  n_elements coinmont 1 do BEGIN       i   coinmont id        ii   i MOD nx       ij   i nx   bottom triangle       lons    long1 i  long2 i  long3 i        lats    lati1 i  lati2 i  lati3 i        draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex   upper triangle       IF ii NE nx 1 AND ij NE ny 1 THEN BEGIN         lons    long3 i  long1 i 1  long2 i nx          lats    lati3 i  lati1 i 1  lati2 i nx          draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex       ENDIF      ENDFOR      IF testvar var   key_performance  EQ 2 THEN         print   temps completecointerre: trace de cointerremonte  systime 1 tempdeux   ENDIF     cas coin terre en descendante :        2 points terre en diagonale descendante avec 2 points mer sur        la diagonale montante                         4       t i nx 1    u i nx        t i nx 1 0                                                                                      3                  5         v i f i v i 1            1                                                                                                  t i 0      2 u i           t i 1 1     if coindesc 0  NE  1 then begin     tempdeux   systime 1          pour key_performance  2     for id   0  n_elements coindesc 1 do BEGIN       i   coindesc id        ii   i MOD nx       ij   i nx       IF ii NE nx 1 AND ij NE ny 1 THEN BEGIN   left triangle         lons    long1 i  long3 i  long2 i nx          lats    lati1 i  lati3 i  lati2 i nx          draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex   right triangle         lons    long3 i  long2 i  long1 i 1          lats    lati3 i  lati2 i  lati1 i 1          draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex       ENDIF     ENDFOR     IF testvar var   key_performance  EQ 2 THEN         print   temps completecointerre: trace de cointerredescend  systime 1 tempdeux   ENDIF      IF keyword_set key_performance  THEN print   temps completecointerre  systime 1 tempsun      return end");
-a[318] = new Array("./ToBeReviewed/TRIANGULATION/definetri.html", "definetri.pro", "", "    NAME:definetri     PURPOSE:Define a triangulation array like TRIANGULATE             But in a VERY SIMPLE CASE:   the points are regulary gridded on nx ny array    Find a Delaunay triangulation for this set of points is easy:   Points define  nx 1 ny 1  rectangles which we can cut in 2   triangles  cf  figure above            ny 1                                                                                                                                            ny 2                                                                                                                                                    1                                                                                                                                         0                         0   1   2        nx 3  nx 2 nx 1      You have 2 ways to cut a rectangle:        1  the upward diagonal       2  the downward diagonal                                                                                                                                                                                                                             CATEGORY: to understand how TRIANGULATE and TRIANGULATION work      CALLING SEQUENCE:triangles definetri nx  ny  downward       INPUTS: nx and ny are the array dimensions      OPTIONAL INPUTS:            downward: When downward is undefine all rectangles are cut          in using the upward diagonal  Downward is a vector which          contains the rectangles numbers which are cut in using the          downward diagonal           The rectangle number is define by the index  in a nx ny          vector  of the lower left corner of the rectangle      KEYWORD PARAMETERS:     OUTPUTS:          triangles is a 2d array and is dimensions are 3 and          2 nx 1 ny 1           triangles is define like in the TRIANGULATE procedure                OPTIONAL OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     PROCEDURE:     EXAMPLE:     triangles definetri 3 3 1 3    triangles will be a this kind of triangulation:                                                                                                                                                                      MODIFICATION HISTORY: sebastien Masson  smlod ipsl jussieu fr                          4 3 1999     FUNCTION definetri  nx  ny  downward    nx   long nx     ny   long ny     if n_elements downward  NE 0 THEN BEGIN        if n_elements downward  GT  nx 1 ny 1  then begin          print   downward a trop d elements par rapport a nx et ny           return    1       endif       downward   long downward     ENDIF   we define triangles     triangles   lonarr 3  2 nx 1 ny 1      we cut the rectangles with the upward diagonal      if n_elements downward  NE  nx 1 ny 1  then BEGIN   there is some rectangle to cut    we define upward: upward is a vector which contains the rectangles   numbers which are cut in using the upward diagonal    The rectangle number is define by the index  in a nx ny vector  of   the lower left corner of the rectangle        upward   bytarr nx  ny 1       upward  ny 1    0       upward nx 1      0       if n_elements downward  NE 0 then upward downward    0       upward   where upward EQ 1        n1   n_elements upward       4 corners indexes of a rectangle number i are           i nx  i nx 1                                                                                                                                                                                   i   i 1         trinumber   2 upward upward nx    we define the right triangles       triangles 0  trinumber    upward       triangles 1  trinumber    upward 1       triangles 2  trinumber    upward 1 nx   we define the left triangles       triangles 0  trinumber 1    upward 1 nx       triangles 1  trinumber 1    upward nx       triangles 2  trinumber 1    upward    ENDIF ELSE n1   0     we cut the rectangles with the downward diagonal      if n_elements downward  NE 0 then BEGIN       n2   n_elements downward         trinumber   2 downward downward nx    we define the right triangles       triangles 0  trinumber    downward 1       triangles 1  trinumber    downward nx 1       triangles 2  trinumber    downward nx   we define the left triangles       triangles 0  trinumber 1    downward nx       triangles 1  trinumber 1    downward       triangles 2  trinumber 1    downward 1    endif     return  triangles end");
-a[319] = new Array("./ToBeReviewed/TRIANGULATION/definetri_e.html", "definetri_e.pro", "", "function numtri  index  nx  ny     y index nx    x index y nx    numtri    y NE 0 nx 1 2 y 1 1     2 y EQ  ny 1  OR y EQ  ny 1 x     return  numtri end       NAME:definetri     PURPOSE:Define a triangulation array like TRIANGULATE but for a   E grid type     CATEGORY: make contours with E grid type     CALLING SEQUENCE:triangles definetri nx  ny  vertical       INPUTS: nx and ny are the array dimensions      OPTIONAL INPUTS:            vertical: When vertical is undefine all rectangles are cut          in using the horizontal diagonal  Vertical is a vector which          contains the rectangles numbers which are cut in using the          vertical diagonal           The rectangle number is define by the index  in a nx ny          vector  of the lower left corner of the rectangle      KEYWORD PARAMETERS:     OUTPUTS:          triangles is a 2d array and is dimensions are 3 and          2 nx 1 ny 1           triangles is define like in the TRIANGULATE procedure                OPTIONAL OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     PROCEDURE:     EXAMPLE:       MODIFICATION HISTORY: sebastien Masson  smlod ipsl jussieu fr                          June 2001     FUNCTION definetri_e  nx  ny  singular  SHIFTED   shifted    nx   long nx     ny   long ny     triangles   lonarr 3  2 nx 1 ny 1      build the base triangulation with the diamond cut in two triangles   by the vertical diagonal     first line    index   lindgen nx 1     trinumber   index    triangles 0  trinumber    index    triangles 1  trinumber    index 1    triangles 2  trinumber    index nx 1 shifted    last line    index    ny 1 nx lindgen nx 1     trinumber   numtri index  nx  ny     triangles 0  trinumber    index    triangles 1  trinumber    index nx index nx 1 shifted  MOD 2     triangles 2  trinumber    index 1   other lines    if ny GT 2 then begin       index   lindgen nx  ny        index   index 0:nx 2  1:ny 2        index   index        oddeven    index nx 1 shifted  MOD 2       trinumber   numtri index  nx  ny        triangles 0  trinumber    index       triangles 1  trinumber    index nx oddeven       triangles 2  trinumber    index nx oddeven       triangles 0  trinumber 1    index nx oddeven       triangles 1  trinumber 1    index nx oddeven       triangles 2  trinumber 1    index 1    endif     cut the diamond specified by singular in two triangles   by the horizontal diagonal      IF keyword_set singular  then BEGIN       yindex   singular nx       otherline   where yindex NE 0 AND yindex NE  ny 1        if otherline 0  NE  1 then begin          index   singular otherline           oddeven    index nx 1 shifted  MOD 2          trinumber   numtri index  nx  ny           triangles 0  trinumber    index          triangles 1  trinumber    index nx oddeven          triangles 2  trinumber    index 1          triangles 0  trinumber 1    index          triangles 1  trinumber 1    index 1          triangles 2  trinumber 1    index nx oddeven       endif     endif    return  triangles end ");
-a[320] = new Array("./ToBeReviewed/TRIANGULATION/dessinetri.html", "dessinetri.pro", "", "          NAME:dessinetri     PURPOSE:dessine la triangulation     CATEGORY:pour comprendre comment ca marche     CALLING SEQUENCE:dessinetri   tri  x  y       INPUTS:optionnels          par defaut on choisit la triangulation qui est utilise pour          les plots et on la trace aux points definites par vargrid            sinon il faut fournir les tableaux           tri definissant la triangulation  fournis par triangule pro          ou triangulate            x et y qui sont les positions de points a laquelle se raporte          la triangulation  cf  les tableau x et y fournis ds          triangulate      KEYWORD PARAMETERS:             All plots or polyfill keywords             WAIT x  to call wait x second between each triangle draw              ONEBYONE: to draw the triangles one by one             FILL: to fill the triangles  using polyfill  instead of plotting them            CHANGECOLOR n  to change the color of each traingle  n colors          will be used and repeted if necessary        OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO dessinetri  tri  x  y  WAIT   wait  ONEBYONE   onebyone  FILL   fill  CHANGECOLOR   changecolor  _extra   ex  common    tempsun   systime 1            pour key_performance    a        if n_params  EQ 3 then BEGIN      CASE size x   n_dimensions size y   n_dimensions  OF        2:BEGIN          nx   n_elements x            ny   n_elements y            glam   x replicate 1  ny           gphi   replicate 1  nx y        END         4:BEGIN          glam   x          gphi   y        END        ELSE:BEGIN          dummy   report x and y inputs of dessinetri must have the same number of dimensions  1 or 2           return        END      ENDCASE    ENDIF ELSE BEGIN        grille mask glam gphi  tri   tri       undefine  mask       tri   ciseauxtri tri  glam  gphi     ENDELSE       IF keyword_set changecolor  THEN BEGIN       oldname    d name       if  d name EQ  PS  OR  d name EQ  Z  then BEGIN           thisos   strupcase strmid version os_family  0  3           CASE thisOS of              MAC : set_plot  thisOS              WIN : set_plot  thisOS             ELSE: set_plot   X           ENDCASE          ncolors d n_colors 1    255          set_plot  oldname        ENDIF ELSE ncolors d n_colors 1    255        color   1 indgen changecolor ncolors changecolor 1       ENDIF ELSE color   0      color   color replicate 1  n_elements tri 3 n_elements color 1        tempdeux   systime 1            pour key_performance  2    for i   0L  n_elements tri 3 1 do begin       t    tri  i  tri 0  i        IF keyword_set fill  THEN           polyfill  glam t  gphi t  color   color i  _extra   ex         ELSE plots  glam t  gphi t  color   color i  _extra   ex       IF keyword_set wait  THEN wait  wait       IF keyword_set onebyone  THEN read  a  prompt    press a key     ENDFOR    IF testvar var   key_performance  EQ 2 THEN       print   temps dessinetri: trace des triangles  systime 1 tempdeux      if keyword_set key_performance  THEN print   temps dessinetri  systime 1 tempsun      return end");
-a[321] = new Array("./ToBeReviewed/TRIANGULATION/drawcoast_c.html", "drawcoast_c.pro", "", "PRO drawcoast_c  mask  xf  yf  nx  ny  COAST_COLOR   coast_color  COAST_THICK   coast_thick  YSEUIL   yseuil  XSEUIL   xseuil  _extra   ex    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      tempsun   systime 1            pour key_performance       on trace les segments verticaux:      if NOT keyword_set yseuil  then yseuil   5     min nx  ny 2     distanceseuil    p position 3 p position 1 yseuil   liste: liste des points i pourlesquels on va tracer un segment entre   le point i j 1 et i j    tempdeux   systime 1           pour key_performance  2    liste   where mask shift mask   1  0  EQ 1                    AND  xf shift xf  0  1 2 yf shift yf  0  1 2  LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN   on recupere lx et ly qui sont les indices ds un tableau 2d des   points donnes par liste       ly   liste nx   lx   temporary liste nx ly       indice   where ly NE 0      on ne prend pas les points concernant       if indice 0  NE  1 then begin   la premiere ligne car ds ce cas le pt j 1 n est pas definit          lx   lx indice    ly   ly temporary indice    boucle sur les points concernes et trace du segment   rq: on utilise plost au lieu de plot car plots est bcp plus rapide           IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: determiner liste des points concernes par un trait vertical  systime 1 tempdeux          tempdeux   systime 1     pour key_performance  2          for pt   0L  n_elements lx 1 do BEGIN              i   lx pt    j   ly pt              plots   xf i  j 1  xf i  j   yf i  j 1  yf i  j                    color   coast_color  thick   coast_thick   normal  _extra   ex          endfor          IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: trace des traits verticaux  systime 1 tempdeux       endif    ENDIF     pour le trace des segments horizontaux  c est la meme chose sauf   qu il faut faire attention si on est periodique:      si on est periodique on duplique la premiere colonne et on la met a   la fin   ceci est fait non pas pour le shift qui est par defaut   periodique mais pour le plots     tempdeux   systime 1           pour key_performance  2    if keyword_set key_periodic  AND nx EQ jpi then begin       mask    mask  mask 0          xf    xf  xf 0          yf    yf  yf 0          nx   nx 1    ENDIF    if NOT keyword_set xseuil  then xseuil   5     min nx  ny 2     distanceseuil    p position 2 p position 0 xseuil    liste   where mask shift mask  0   1  EQ 1                    AND  xf shift xf  1  0 2 yf shift yf  1  0 2  LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN       ly   liste nx   lx   temporary liste nx ly       indice   where ly NE ny 1 AND lx NE 0        if indice 0  NE  1 then begin   on ne prend pas les points de la    premiere colonne et de la derniere ligne  car on l a rajoute artificiellement           lx   lx indice    ly   ly temporary indice           IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: determiner liste des points concernes par un trait horizontal  systime 1 tempdeux          tempdeux   systime 1     pour key_performance  2          for pt   0L  n_elements lx 1 do BEGIN              i   lx pt    j   ly pt              plots   xf i 1  j  xf i  j   yf i 1  j  yf i  j                    color   coast_color  thick   coast_thick   normal  _extra   ex          endfor          IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: trace des traits horizontaux  systime 1 tempdeux       endif    endif      if keyword_set key_performance  THEN print   temps drawcoast_c  systime 1 tempsun    return end");
-a[322] = new Array("./ToBeReviewed/TRIANGULATION/drawcoast_e.html", "drawcoast_e.pro", "", "PRO drawcoast_e  mask  xf  yf  nx  ny  COAST_COLOR   coast_color  COAST_THICK   coast_thick  YSEUIL   yseuil  XSEUIL   xseuil  onemore   onemore  _extra   ex    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      tempsun   systime 1            pour key_performance      if keyword_set key_periodic  AND nx EQ jpi then begin       mask    mask  mask 0          xf    xf  xf 0          yf    yf  yf 0          nx   nx 1    ENDIF     we plot the borders of the diamond in this sense :        if NOT keyword_set onemore  then onemore   0    if NOT keyword_set xseuil  then xseuil   5     min nx  ny 2     distanceseuil    p position 2 p position 0 xseuil   liste: liste des points i pourlesquels on va tracer un segment     index   lindgen nx  ny     index   index 0:nx 2  1:ny 1     indexbis   index nx index nx onemore  MOD 2     liste   where mask index 1 mask indexbis  EQ 1                    AND  xf index xf indexbis 2 yf index yf indexbis 2 LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN       index   index liste        indexbis   indexbis liste        for pt   0  n_elements index 1 do begin          plots   xf index pt  xf indexbis pt   yf index pt  yf indexbis pt                 color   coast_color  thick   coast_thick   normal  _extra   ex       endfor    ENDIF     we plot the borders of the diamond in this sense :        if NOT keyword_set xseuil  then xseuil   5     min nx  ny 2     distanceseuil    p position 2 p position 0 xseuil   liste: liste des points i pourlesquels on va tracer un segment     index   lindgen nx  ny 1     index   index 0:nx 2       indexbis   index nx index nx onemore  MOD 2     liste   where mask index 1 mask indexbis  EQ 1                    AND  xf index xf indexbis 2 yf index yf indexbis 2 LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN       index   index liste        indexbis   indexbis liste        for pt   0  n_elements index 1 do begin          plots   xf index pt  xf indexbis pt   yf index pt  yf indexbis pt                 color   coast_color  thick   coast_thick   normal  _extra   ex       endfor    ENDIF       if keyword_set key_performance  THEN print   temps drawcoast_e  systime 1 tempsun    return end");
-a[323] = new Array("./ToBeReviewed/TRIANGULATION/drawsectionbottom.html", "drawsectionbottom.pro", "", "          NAME:drawsectionbottom     PURPOSE:fill and draw the bottom continents for a real section      CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:simple way to fill continents for a section  using the   fact that continents are wider at the bottom than at the top       EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         June 14  2002         PRO drawsectionbottom  maskin  xxaxisin  depthsin                            COAST_COLOR   coast_color  COAST_THICK   coast_thick                            CONT_COLOR   cont_color  CONT_NOFILL   cont_nofill                            OVERPLOT   overplot  _extra   ex    cm_general   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF      if keyword_set overplot  then return     mask is from bottom to top     boundaries conditions:   nx    size maskin 1    nz    size maskin 2 1     IF size xxaxisin   n_dimensions  EQ 1 THEN       xxaxisin   temporary xxaxisin replicate 1  nz    IF size depthsin   n_dimensions  EQ 1 THEN       depthsin   replicate 1  nx temporary depthsin    for the mask : we add ocean at the top then it is always possible to   find one ocean point on each water column    mask    maskin   replicate 1  nx    for x axis we also add one level    xxaxis    xxaxisin   xxaxisin  0    x axis must cover nx 1 points because we will draw the edge of the   mask    if it was mot possible in decoupeterre pro to extend the xxaxis we   do it now by hand   xxaxis   xxaxisin  0     if  size xxaxis 1  EQ nx then begin   if n_elements xxaxis  EQ nx then begin     deltax   abs x range 1 x range 0 10      xxaxis    xxaxis 0 deltax  xxaxis        x0   xxaxis 0 deltax      xxaxis    replicate x0  1  nz  xxaxis     ENDIF   for the depth    usepartial   total depthsin  2    usepartial   total usepartial NE usepartial 0  GE 1   depths   depthsin 0:nx 1    we add one level according to the ocean level we had to the mask     deltaz   abs y range 1 y range 0 10    zmax   max depthsin deltaz     depths    depths   replicate zmax  nx 1    depths    depths   replicate zmax  nx    if min depths  gt  1 then we must add one line at the bottom  this   appens when the bottom limit is defined between T k  and W k    points    IF min depthsin  GT  1 THEN BEGIN     zmin   min y range deltaz     depths    replicate zmin  nx   depths      mask    replicate 0  nx   mask      nz   nz 1   ENDIF       xleft   xxaxis 0:nx 1    xright   xxaxis 1:nx    looking for the position of the bottom of the ocean    pos   nz 1 total mask  2    depths   depths lindgen nx nx pos      xx   transpose xleft   xright    xx    x range 0    xx   zz    max y range      xx   float xx    zz   float zz      filling of the continents   IF NOT keyword_set cont_color  THEN cont_color    d n_colors   1    255     if NOT keyword_set cont_nofill  then         polyfill   min xx   max   maxx  xx  maxx                       min zz   max   mazz  zz  mazz                      color   cont_color    if NOT keyword_set cont_nofill  then        polyfill   min xx  max   maxx  xx  maxx                      y range 0  zz   y range 0  color   cont_color     drawing of the coast  bottom  line    we could have plot directly xx and yy but if countout ne 0  doing   this will draw an non existing bottom line along  y range values   which is not so good    we thus do this ugly for if loops to make sure that we don t draw   these lines but we keep all vertical lines     IF countout NE 0 THEN BEGIN      FOR i   0  countout  1 DO BEGIN        CASE 1 OF          out i  EQ 0:BEGIN    if we start with a out point            xxx    values f_nan            zzz    values f_nan                     END           i EQ 0:BEGIN    i eq 0 but out i  ne 0            xxx    xx 0:out i   values f_nan             zzz    zz 0:out i   values f_nan           END          ELSE:BEGIN   two consecutive out values at the same depth: we just keep    values f_nan values until the next change of depth            IF  out i 1  EQ out i 1  AND  zz out i 1  EQ zz out i  THEN BEGIN               xxx    xxx   values f_nan               zzz    zzz   values f_nan                          ENDIF ELSE BEGIN    we keep everything inbetween the out values  including themselves   for the vertical lines  but we had  values f_nan to remove the horizontal lines              xxx    xxx  xx out i 1 :out i   values f_nan               zzz    zzz  zz out i 1 :out i   values f_nan                          ENDELSE          END        ENDCASE        IF i EQ countout 1 AND out i  NE n_elements xx 1 THEN BEGIN          xxx    xxx  xx out i :           zzz    zzz  zz out i :                      ENDIF      ENDFOR      plots  xxx  zzz  color   coast_color  thick   coast_thick  _extra   ex    ENDIF ELSE plots  xx  zz  color   coast_color  thick   coast_thick  _extra   ex     return end ");
-a[324] = new Array("./ToBeReviewed/TRIANGULATION/fillcornermask.html", "fillcornermask.pro", "", "          NAME: FILLCORNERMASK     PURPOSE: pour colorier proprement les continents   c est une longue   histoire      CATEGORY: pour plt     CALLING SEQUENCE: completecointerre      INPUTS: non     KEYWORD PARAMETERS:  _EXTRA             CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white     OUTPUTS: non     COMMON BLOCKS: common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         8 8 2002         PRO fillcornermask  xin  yin  COINMONTE   coinmonte  COINDESCEND   coindescend                                     CONT_COLOR   cont_color  INDICEZOOM   indicezoom                         _extra   ex  common     if NOT keyword_set coinmonte  AND NOT keyword_set coindescend  then return     tempsun   systime 1             pour key_performance     IF NOT keyword_set cont_color  THEN cont_color    d n_colors 1     255         definition descoordonnees des points numerotes 1 2 3 4 5 6 cf  les   schemas en dessous        x1   reform xin    y1   reform yin    IF  size x1 0  EQ 2 THEN x1   x1   0    IF  size y1 0  EQ 2 THEN y1   y1  0      x2    5 x1 shift x1   1    y2    5 y1 shift y1   1    nx   n_elements x1    ny   n_elements y1           cas coin terre en montee:        2 points terre en diagonale montante avec 2 points mer sur        la diagonale descendante                          3           t i nx 1    u i nx        t i nx 1 0                                                                            1                            4         v i f i v i 1                                                                                 t i 0       2 u i           t i 1 1       if keyword_set coinmonte  then BEGIN     if coinmonte 0  NE  1 then BEGIN       iup   coinmonte MOD nx       jup   coinmonte nx       for id   0  n_elements coinmonte 1 do BEGIN         i   iup id          j   jup id          IF i NE nx 1 AND j NE ny 1 THEN BEGIN           polyfill   x1 i  x2 i  x2 i  x1 i 1  x1 i                   y2 j  y1 j  y1 j 1  y2 j  y2 j                  color   cont_color  _extra   ex         ENDIF       endfor     endif   endif     cas coin terre en descendante :        2 points terre en diagonale descendante avec 2 points mer sur        la diagonale montante                         4       t i nx 1    u i nx        t i nx 1 0                                                                                      3                  5         v i f i v i 1            1                                                                                               t i 0      2 u i           t i 1 1     if keyword_set coindescend  then BEGIN     if coindescend 0  NE  1 then begin       idw   coindescend MOD nx       jdw   coindescend nx       for id   0  n_elements coindescend 1 do BEGIN         i   idw id          j   jdw id          IF i NE nx 1 AND j NE ny 1 THEN BEGIN           polyfill   x1 i  x2 i  x2 i  x1 i 1  x1 i                   y2 j  y1 j 1  y1 j  y2 j  y2 j                  color   cont_color  _extra   ex         ENDIF       endfor     endif   endif      IF keyword_set key_performance  THEN print   temps fillcornermask  systime 1 tempsun      return end");
-a[325] = new Array("./ToBeReviewed/TRIANGULATION/section.html", "section.pro", "", "          NAME:     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO section  field  res  glamaxe  gphiaxe  ENDPOINTS   endpoints                  BOXZOOM   boxzoom  TYPE   type  WDEPTH   wdepth                  DIREC   direc  SHOWBUILD   showbuild  ONLYBOX   onlybox                  _extra   ex       include common  cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF         definition de boxzoom en fonction de endpoints   puis redefinition du domaine   boxzoom2d    min endpoints 0  endpoints 2  max   ma02  ma02                    min endpoints 1  endpoints 3  max   ma13  ma13      minprof   0    profdefault   200    if n_elements type  EQ 0 then type    nothing    Case N_Elements Boxzoom  OF     0:localbox    boxzoom2d  minprof  profdefault      1:localbox    boxzoom2d  minprof  boxzoom 0      2:localbox    boxzoom2d  boxzoom 0      4:if strpos type   z  NE  1 THEN         localbox    boxzoom2d  minprof  profdefault  ELSE localbox   boxzoom2d     5:localbox    boxzoom2d  minprof  boxzoom 4      6:localbox    boxzoom2d  boxzoom 4:5      Else:BEGIN       print  report Bad definition of the box        stop     END   ENDCASE   nelbox   n_elements localbox      if keyword_set wdepth  then grillechoice    vargrid   W      ELSE grillechoice   vargrid   domdef  localbox  GRIDTYPE   grillechoice   findalways  _extra   ex   grille   1   1   1   1  nx  ny   if less than 10 points where found  we apply domdef over the whole domain      problem  why 10 points as a test value    how can we find a good test value    IF nx   ny LE 10 THEN domdef  GRIDTYPE   grillechoice  _extra   ex   on redefinit lon1    au cas ou findalways ait ete utilise ds domdef   lon1   min endpoints 0  endpoints 2  max   lon2    lat1   min endpoints 1  endpoints 3  max   lat2    we extend the box along the z axis   i that way the plot will be drawn   until its bottom part    if strpos type   z  NE  1 THEN BEGIN  on garde les yranges  axe z  avant de changer la boxzoom       y range    localbox nelbox 1  localbox nelbox 2       if vargrid EQ  W  OR keyword_set wdepth  then BEGIN       firstzw   0    firstzw 1        lastzw    lastzw 1    firstzt 1        lastzt    lastzt 1    firstx   1    lastx    lastx   1    firsty   1    lasty    lasty   1     jpj  1       domdef  firstx  lastx  firsty  lasty  firstz  lastz                index  gridtype   vargrid    IF keyword_set onlybox  THEN return     grille  mask  glam  gphi  gdep  nx  ny  nz               firstx  firsty  firstz  lastx  lasty  lastz      on definit la triangulation qui va nous permetre de determiner la   section  on la recalcule car elle doit etre definie sur la terre   aussi bien que sur la mer  suivant le sens de la section  plutot   longitude ou plutot latitude  on definit la facon de trianguler   if strpos type   x  NE  1 then BEGIN      downward    lindgen nx  ny 0:nx 2  0:ny 2      tri   definetri nx  ny   downward     ENDIF ELSE tri   definetri nx  ny    If we have an irregular grid that is periodic  then it is possible that   some of the triangle have a very large size  neighborg points on the   sphere but far away when doing the projection  and should not be   taken into account     IF keyword_set key_irregular  AND keyword_set key_periodic  THEN BEGIN     glamtri   glam tri      glamtri   abs glamtri   shift glamtri  1  0      good   temporary glamtri  LT  10 max glam nx      good   where total temporary good  1  EQ 3      tri    temporary tri  temporary good    ENDIF     equation de la droite suivant laquelle on fait la section     abc   linearequation endpoints 0:1  endpoints 2:3    glamtri   glam tri    gphitri   gphi tri    quels sont les points de la triangulation qui sont au dessus et au   dessous de la droite     if abc 1  NE 0 THEN       test   temporary gphitri  GE  abc 0 abc 1 temporary glamtri abc 2 abc 1      ELSE test   temporary glamtri  GE  abc 1 abc 0 temporary gphitri abc 2 abc 0     zero123   total test  1    to keep: triangles de la triangulation qui sont a cheval sur la droite    tokeep1   where zero123 EQ 1    tokeep2   where temporary zero123  EQ 2    tokeep    tokeep1  tokeep2     test   test  tokeep    tri   tri  tokeep    quel est le sommet du triangle qui est seul d un cote de la droite    single1   where test  0:n_elements tokeep1 1  EQ 1    single1   single1 single1 3 3   single2   where test  n_elements tokeep1 :n_elements tokeep 1  EQ 0    single2   single2 single2 3 3    undefine  tokeep   undefine  tokeep1   undefine  tokeep2   undefine  test    single    temporary single1  temporary single2    points1 le point du triangles qui est seul d un cote de la droite    point2 l autre point du triangle de l autre cote de la droite   point1    single  single    point2    single EQ 0  1    single LE 1     undefine   single    ntri    size tri 2    index    lindgen ntri  lindgen ntri     points1   tri point1  index    points2   tri point2  temporary index    points : complexe contenant les couples de points de part et   d autre de la droite  Ils faut supprimer les doublons    points   dcomplex points1  points2    points   points uniq points  sort points    symetrique   dcomplex imaginary points  double points    points   points where points shift temporary symetrique  1  NE 0    points1 les coordnnees du point du triangles qui est seul d un cote de la droite    point2 les coordnnees de l autre point du triangle de l autre cote de la droite   points1   complex glam    double points  gphi    double points    points2   complex glam imaginary points  gphi imaginary points    droites les equations des droites dont on cherche l intersection   avec la section    droites   linearequation points1  points2    inter   lineintersection droites  abc replicate 1  n_elements points1         les ccordonnes geographiques des points que l on cherche sur la section    glamaxe   float inter    gphiaxe   imaginary inter    on les range ds l ordre croissant entre les bornes de la section   if strpos type   x  NE  1 then BEGIN      sort   sort glamaxe      glamaxe   glamaxe sort      inbox   where glamaxe GE lon1 AND glamaxe LE lon2      glamaxe   glamaxe inbox      sort   sort inbox      gphiaxe   gphiaxe sort    ENDIF ELSE BEGIN     sort   sort gphiaxe      gphiaxe   gphiaxe sort      inbox   where gphiaxe GE lat1 AND gphiaxe LE lat2      gphiaxe   gphiaxe inbox      sort   sort inbox      glamaxe   glamaxe sort    ENDELSE   points   points sort    points1   points1 sort    points2   points2 sort    inter   inter sort    poids   abs points2 inter abs points2 points1       array   litchamp field    array   fitintobox array    if array 0  EQ  1 THEN BEGIN     res    1     return   ENDIF   if n_elements valmask  EQ 0 THEN valmask   1e20   taille   size array    if jpt GT 1 AND taille 0  GE 3 AND strpos type   t  EQ  1 then BEGIN     direc    t      array   grossemoyenne array   t      taille   size array      jpt   1   ENDIF   case 1 of    xy       taille 0  EQ 2:BEGIN       value1   array double points        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       value2   array imaginary points        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       res   poids value1 1 poids value2     END    xyz       taille 0  EQ 3 AND jpt EQ 1:BEGIN       npoints   n_elements points         index   double points replicate 1  nz replicate nx ny  npoints lindgen nz        value1   array index        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       index   imaginary points replicate 1  nz replicate nx ny  npoints lindgen nz        value2   array index        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       poids   poids replicate 1  nz        res   poids value1 1 poids value2   moyenne suivant z         if strpos type   z  EQ  1 then begin         nan   where finite res  EQ 0          if vargrid EQ  W  then e3   e3w firstzw:lastzw  ELSE e3   e3t firstzt:lastzt          weight   replicate 1  npoints e3         if nan 0  NE  1 then weight nan     values f_nan         totalweight   total weight  2   nan          zero   where totalweight EQ 0          if zero 0  NE  1 then totalweight zero     values f_nan         res   total res weight  2   nan totalweight         direc    z string byte testvar var   toto        endif     END    xyt       taille 0  EQ 3 AND jpt NE 1:BEGIN       npoints   n_elements points         index   double points replicate 1  jpt replicate nx ny  npoints lindgen jpt        value1   array index        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       index   imaginary points replicate 1  jpt replicate nx ny  npoints lindgen jpt        value2   array index        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       poids   poids replicate 1  jpt        res   poids value1 1 poids value2     END    xyzt       taille 0  EQ 4:BEGIN       npoints   n_elements points         index   double points replicate 1  nz jpt replicate nx ny  npoints lindgen nz jpt        index   reform index  npoints  nz  jpt   over        value1   array index        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       index   imaginary points replicate 1  nz jpt replicate nx ny  npoints lindgen nz jpt        index   reform index  npoints  nz  jpt   over        value2   array index        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       poids   poids replicate 1  nz jpt        poids   reform poids  npoints  nz  jpt   over        res   poids value1 1 poids value2   moyenne suivant z         if strpos type   z  EQ  1 then begin         nan   where finite res  EQ 0          if vargrid EQ  W  then e3   e3w firstzw:lastzw  ELSE e3   e3t firstzt:lastzt          weight   replicate 1  npoints e3         weight   weight replicate 1  jpt          weight   reform weight  npoints  nz  jpt   over          if nan 0  NE  1 then weight nan     values f_nan         totalweight   total weight  2   nan          zero   where totalweight EQ 0          if zero 0  NE  1 then totalweight zero     values f_nan         res   total res weight  2   nan totalweight         direc    z string byte testvar var   toto        endif     END   endcase      terre   where finite res  EQ 0    if terre 0  NE  1 then res terre    valmask    if n_elements showbuild  then BEGIN      winsave    window     psave    p     xsave    x     ysave    y     plt  findgen nx  ny   nodata   nofill   rempli  title     subtitle     coast_thick   2  window   showbuild      p title          p subtitle          plots   endpoints 0  endpoints 2   endpoints 1  endpoints 3  color   50     plots   endpoints 0  endpoints 2   endpoints 1  endpoints 3  color   50  psym   2  thick   2      FOR i   0  n_elements points1 1 DO         plots   float points1 i  float points2 i                    imaginary points1 i  imaginary points2 i  color   150      plots  float points1  imaginary points1  color   150  psym   1     plots  float points2  imaginary points2  color   150  psym   1     plots  float inter  imaginary inter  color   250  psym   1          IF terre 0  NE  1 THEN plots  float inter terre  imaginary inter terre  color   0  psym   1             dummy            read  dummy   prompt    press return to continue      IF  d name EQ  PS  THEN erase ELSE wset  winsave      p   psave      x   xsave      y   ysave   ENDIF     restoreboxparam   boxparam4section dat       return end");
-a[326] = new Array("./ToBeReviewed/TRIANGULATION/tracecote.html", "tracecote.pro", "", "          NAME:tracecote     PURPOSE: dessine les cotes ds plt     CATEGORY: pour faire un joli dessin     CALLING SEQUENCE:tracecote mask      INPUTS:mask le tableau mask sur la zone consideree pour le dessin     KEYWORD PARAMETERS:             COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: l epaisseur du trait pour tracer les          continents  par defaut c est 1              SURFACE_COASTLINE: to draw the furface coast line instead of          the coast line at level firstz tw  Usefull only for deep          plots             XSEUIL: pour eliminer les segments de cote qui sont trop          grand  qui relient des points qui peuvent etre tres proches          sur la sphere mais tres eloignes sur le dessin  on supprime          tous les egments dot la taille depasse:                taille de la fenetre suivant X  xseuil           Par defaut xseuil est egale a 5  masi peut etre trop grand si          on fait un fort zoom ou trout petit pour certaines          projections  le specifier alors a l aide de ce mot cle             YSEUIL: cf  xseuil     OUTPUTS: rien     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         30 9 1999         PRO tracecote  SURFACE_COASTLINE   surface_coastline  _EXTRA   ex     include commons  cm_4data  cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      tempsun   systime 1            pour key_performance    if n_elements key_gridtype  EQ 0 then key_gridtype    c      on agrandi un peu le cadre definit par les premier  dernier  de   facon a bien recuperer les bords de cote qui sont en bordure du   domaine a tracer         tempdeux   systime 1           pour key_performance  2    firstx   0    min firstxt  firstxf 1     lastx    max lastxt  lastxf 1    min firstyt  firstyf 1     lasty    max lastyt  lastyf 1     jpj 1     nx   lastx firstx 1    ny   lasty firsty 1   quel niveau vertical choisir      IF keyword_set surface_coastline  THEN firstz   0 ELSE        IF strupcase vargrid  eq  W  THEN firstz   firstzw ELSE firstz   firstzt   attribution du masque et des coordonnes delimitant les limites de la   terre  coordonnees f     mask   tmask firstx:lastx  firsty:lasty  firstz     xf   glamf firstx:lastx  firsty:lasty     yf   gphif firstx:lastx  firsty:lasty       IF testvar var   key_performance  EQ 2 THEN       print   temps tracecote: determiner mask xf yf  systime 1 tempdeux      if key_gridtype EQ  e  then onemore   xf 0  0  gT xf 0  1    on passe en coordonnee normaliser pour pouvoir s affranchir du type   de projection choisie et du suport surlequel on fait le dessin    ecran ou postscript     z   convert_coord xf yf data to_normal      xf   reform z 0    nx  ny     yf   reform z 1    nx  ny     tempvar   SIZE TEMPORARY z      attention  suivant la projection certains points x ou y peuvent   devenir NaN  cf  points deriere la terre ds une projection   orthographique      on met les points a eliminer a une tres gande valeur comme ca il ne   passerons pas le test avec distanceseuil  cf  plus bas       if  map projection LE 7 AND  map projection NE 0        OR  map projection EQ 14 OR  map projection EQ 15 OR  map projection EQ 18 then begin       ind   where finite xf yf  EQ 0        IF ind 0  NE  1 THEN BEGIN           xf ind    1e5          yf ind    1e5       ENDIF    ENDIF    ind   where xf LT  p position 0  OR xf GT  p position 2     IF ind 0  NE  1 THEN xf ind    1e5    ind   where yf LT  p position 1  OR yf GT  p position 3     IF ind 0  NE  1 THEN yf ind    1e5    tempvar   SIZE TEMPORARY ind    on efface ind      if n_elements key_gridtype  EQ 0 then key_gridtype    c     case key_gridtype of        c :drawcoast_c  mask  xf  yf  nx  ny  _extra   ex        e :drawcoast_e  mask  xf  yf  nx  ny  onemore   onemore  _extra   ex    endcase    if keyword_set key_performance  THEN print   temps tracecote  systime 1 tempsun    return end");
-a[327] = new Array("./ToBeReviewed/TRIANGULATION/tracemask.html", "tracemask.pro", "", "          NAME:tracemask     PURPOSE:dessiner des contour d un mask     CATEGORY:plus simple que tracecote  car ne s occuppe pas du type de   projection et de la periodicite de la grille     CALLING SEQUENCE: tracemask  maskentree  xentree  yentree      INPUTS:maskentree  xentree  yentree tableaux 2d specifiant le mask   et ses coordonees en longitude te latitude      KEYWORD PARAMETERS:            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: l epaisseur du trait pour tracer les          continents  par defaut c est 1      OUTPUTS: none     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO tracemask  maskentree  xin  yin  COAST_COLOR   coast_color  COAST_THICK   coast_thick  OVERPLOT   overplot  _extra   ex      if keyword_set overplot  then return    cm_general   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF       tempsun   systime 1            pour key_performance   on s afranchit des problemes de bord:    tempdeux   systime 1           pour key_performance  2    tailleentree   size maskentree     nx   tailleentree 1 1    ny   tailleentree 2 1   we check the input axis   IF n_elements xin  EQ 0 THEN xentree   findgen nx 1  ELSE xentree   xin   IF  size xentree 0  EQ 1 THEN xentree   xentree replicate 1 ny 1    IF n_elements yin  EQ 0 THEN yentree   findgen ny 1  ELSE yentree   yin   IF  size yentree 0  EQ 1 THEN yentree   replicate 1 nx 1 yentree   on agrandi le mask de une colonne a gauche et de une colonne en bas    mask   intarr tailleentree 1 1  tailleentree 2 1     mask 1:tailleentree 1  1:tailleentree 2    maskentree   les 2 premieres colonnes sont identiques    mask 0  1:tailleentree 2    maskentree 0      les 2 premieres lignes sont identiques    mask 1:tailleentree 1  0    maskentree  0    on calcul la position suivant x des points qui seviront a tracer le   masque  ils sont situes entre chaque points du masque  sauf pour la   derniere colonne que l on ne peut pas calculer et que l on met   donc a max x range     xrange    x range sort x range    si reverse_x est utilise     xentree    5 xentree shift xentree   1  0     IF not keyword_set overplot  THEN xentree nx 2      xrange 1       ELSE xentree nx 2      xentree nx 3      on seuil    xentree   xrange 0    xentree  yentree   yrange 1     yf   fltarr nx  ny     yf 1:nx 1  1:ny 1    yentree    yf 0  1:ny 1    yentree 0       IF not keyword_set overplot  THEN BEGIN        if yinverse then yf  0    yrange 1  ELSE yf  0    yrange 0     ENDIF ELSE yentree  0    yentree  1       IF testvar var   key_performance  EQ 2 THEN       print   temps tracemask: determination du mask et des ses coordonnes  systime 1 tempdeux     on trace les segments verticaux:      tempdeux   systime 1           pour key_performance  2    liste   where mask shift mask   1  0  EQ 1     IF liste 0  NE  1 THEN BEGIN   on recupere lx et ly qui sont les indices ds un tableau 2d des   points donnes par liste       ly   liste nx   lx   temporary liste nx ly       indice   where ly NE 0      on ne prend pas les points concernant    la premiere ligne car ds ce cas le pt j 1 n est pas definit       if indice 0  NE  1 then begin          lx   lx indice    ly   ly temporary indice           IF testvar var   key_performance  EQ 2 THEN             print   temps tracemask: liste traits verticaux  systime 1 tempdeux          tempdeux   systime 1     pour key_performance  2   boucle sur les points concernes et trace du segment   rq: on utilise plots au lieu de plot car plots est bcp plus rapide           for pt   0L  n_elements lx 1 do BEGIN              i   lx pt    j   ly pt              plots   xf i  j 1  xf i  j   yf i  j 1  yf i  j                    color   coast_color  thick   coast_thick  _extra   ex             if pt LT 5 then begin             endif          endfor          IF testvar var   key_performance  EQ 2 THEN             print   temps tracemask: trace traits verticaux  systime 1 tempdeux       endif    ENDIF     on trace les segments horizontaux:      tempdeux   systime 1           pour key_performance  2    liste   where mask shift mask  0   1  EQ 1     IF liste 0  NE  1 THEN BEGIN       ly   liste nx   lx   temporary liste nx ly       indice   where lx NE 0      on ne prend pas les points de la  premiere colonne       if indice 0  EQ  1 then return       lx   lx indice    ly   ly temporary indice        IF testvar var   key_performance  EQ 2 THEN          print   temps tracemask: liste traits horizontaux  systime 1 tempdeux       tempdeux   systime 1        pour key_performance  2       for pt   0L  n_elements lx 1 do BEGIN           i   lx pt    j   ly pt           plots   xf i 1  j  xf i  j   yf i 1  j  yf i  j                 color   coast_color  thick   coast_thick  _extra   ex       endfor       IF testvar var   key_performance  EQ 2 THEN          print   temps tracemask: trace traits horizontaux  systime 1 tempdeux    endif        if keyword_set key_performance  THEN print   temps tracemask  systime 1 tempsun         return end     ");
-a[328] = new Array("./ToBeReviewed/TRIANGULATION/triangule.html", "triangule.pro", "", "FUNCTION triangule  maskentree  BASIC   basic  COINMONTE   coinmonte  COINDESCEND   coindescend  _extra   ex  common     IF jpi EQ 1 OR jpj EQ 1 THEN return   1     IF arg_present coinmonte  THEN coinmonte   1   IF arg_present coindescend  THEN coindescend   1      if keyword_set basic  then        return  triangule_c maskentree   BASIC  COINMONTE   coinmonte                              COINDESCEND   coindescend  _extra   ex       if n_elements key_gridtype  EQ 0 then key_gridtype    c     if n_elements maskentree  EQ 0 then maskentree   tmask    0     case key_gridtype of        e :res   triangule_e maskentree  _extra   ex         c :res   triangule_c maskentree  COINMONTE   coinmonte  COINDESCEND   coindescend  _extra   ex     endcase    return  res end");
-a[329] = new Array("./ToBeReviewed/TRIANGULATION/triangule_c.html", "triangule_c.pro", "", "          NAME:triangule_c     PURPOSE:construit le tableau de triangulation      L idee est de   construire une liste de triangles qui relient les points entre   eux  Ceci est fait automatiquement avec la fonction TRIANGULATE     ICI:   on tient compte du fait que les points sont disposes sur une grille    reguliere ou pas  mais pas destructuree  cad que les points sont   ecrits suivant une matrice rectangulaire  Un moyen tres simple de   faire des triangles entre tous les points est alors:         pour chaque point  i j  de la matrice  sauf ceux de la derniere       ligne et de la derniere colonne  on on appelle le rectangle        i j  le rectangle forme par les 4 points  i j   i 1 j         i j 1   i 1 j 1  Pour tracer tous les triangles  il suffit de       tracer les 2 triangles contenus ds les rectangles  i j      au passage on remarque que chaque rectangle  i j  possede 2 diagonales  si   si faites un dessin c est vrai  il y a donc 2 choix possibles pour   chaque rectangles qd on veut le couper en 2 triangles       C est grace a ce choix que l on va pouvoir tracer les cotes avec   des angles droits  A chaque angle de cote remarquable par   l existance d un unique point terre ou d un unique point mer sur   les 4 cotes d un rectangle  i j  il faut couper le rectangle   suivant la diagonale qui qui passe par le point singulier       CATEGORY:pour faire de beaux graphiques masques     CALLING SEQUENCE:res triangule mask      INPUTS:optionnel:mask c est le tableau 2d qui sevira a masquer le   champ que l on tracera apres avec CONTOUR     TRIANGULATION triangule mask    si cet argument n est pas specifie  la function utilise tmask      KEYWORD PARAMETERS:            BASIC: specifie que le masque est sur une grille basice          utiliser pour la triangulation ds les coupes verticales et         des hovmoellers             KEEP_CONT: to keep the triangulation even on the continents           COINMONTE tableau  pour obtenir le tableau de  coins de terre         montant  a traiter avec completecointerre pro ds la variable         tableau plutot que de la faire passer par la variable globale         twin_corners_up            COINDESCEND tableau cf COINMONTE     OUTPUTS:         res: tableau 2d  3 nbre de triangles       chaque ligne de res represente les indices des points      constituants les sommets d un triangle       cf  comment on trace les triangles ds dessinetri pro     COMMON BLOCKS:  common pro different pro definetri pro     SIDE EFFECTS:     RESTRICTIONS:les donnees dont un veut ensuite faire le contour   doivent etre disposees dans une matrice  Par contre dans la matrice    la disposition des points peut ne pas etre irreguliere  Si les   donnees sont disposees completement de facon irreguliere  utiliser   TRIANGULE      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          26 4 1999         FUNCTION triangule_c  maskentree  COINMONTE   coinmonte  COINDESCEND   coindescend  BASIC   basic  KEEP_CONT   keep_cont    tempsun   systime 1            pour key_performance    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     le masque est donne ou il faut prendre tmask         msk   maskentree    taille   size msk     nx   taille 1     ny   taille 2       IF n_elements keep_cont  EQ 0 THEN keep_cont   1 key_irregular      if keyword_set key_periodic nx EQ jpi        AND NOT keyword_set basic  then BEGIN        msk    msk  msk 0          nx   nx 1    ENDIF     on va trouver la liste des rectangles  i j   reperes par leur coin   en bas a gauche  qu il faut couper suivant une diagonale descendante   on appellera cette liste : pts_downward       pts_downward   0    on construit le test qui permet de trouver un tel triangle:             shift msk   0   1 shift msk   1   1                                                                                                                                                                                                            msk shift msk   1   0       sum1   msk shift msk   1  0 shift msk   1   1   pts qui entourrent le pt en haut a gauche    sum2   msk shift msk  0   1 shift msk   1   1   pts qui entourrent le pt en bas a droite      tempdeux   systime 1           pour key_performance  2   pt terre en haut a gauche entoure de pts mer    liste   where   4 sum1 1 shift msk  0   1  EQ 1      if liste 0  NE  1 THEN pts_downward    pts_downward liste     pt mer en haut a gauche entoure de pts terre    liste   where   1 sum1 shift msk  0   1  EQ 1     if liste 0  NE  1 THEN pts_downward    pts_downward liste     pt terre en bas a droite entoure de pts mer    liste   where   4 sum2 1 shift msk   1   0  EQ 1     if liste 0  NE  1 THEN pts_downward    pts_downward liste     pt mer en bas a droite entoure de pts terre    liste   where   1 sum2 shift msk   1   0  EQ 1     if liste 0  NE  1 THEN pts_downward    pts_downward liste      undefine  liste      IF testvar var   key_performance  EQ 2 THEN       print   temps triangule: trouver pts_downward  systime 1 tempdeux      if  NOT keyword_set basic  OR keyword_set coinmonte  OR keyword_set coindescend  then begin       tempdeux   systime 1        pour key_performance  2  2 points terre en diagonale montante avec 2 points mer sur la diagonale descendante       coinmont   where   1 msk 1 shift msk   1   1                             shift msk  0   1 shift msk   1   0  EQ 1          if coinmont 0  NE  1 THEN pts_downward    pts_downward  coinmont          IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: trouver coinmont  systime 1 tempdeux       tempdeux   systime 1        pour key_performance  2    2 points terre en diagonale descendante avec 2 points mer sur la diagonale montante       coindesc   where   1 shift msk   0   1 1 shift msk   1  0                              msk shift msk   1   1  EQ 1            IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: trouver coindesc  systime 1 tempdeux       ENDIF      if n_elements pts_downward  EQ 1 then BEGIN        tempdeux   systime 1        pour key_performance  2         triang   definetri nx  ny          IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: definetri  systime 1 tempdeux       coinmont    1       coindesc    1    ENDIF ELSE BEGIN        tempdeux   systime 1        pour key_performance  2       pts_downward   pts_downward 1:n_elements pts_downward 1        pts_downward   pts_downward uniq pts_downward  sort pts_downward    aucun rectangle ne peut avoir comme coin en bas a gauche un element   de la derniere colonne ou de la derniere ligne    il faut donc enlever ces points si ils ont ete selectionnes dans   pts_downward        derniere_colonne    lindgen ny 1 nx 1        derniere_ligne   lindgen nx ny 1 nx        pts_downward  different pts_downward derniere_colonne         pts_downward  different pts_downward derniere_ligne         if  NOT keyword_set basic  OR keyword_set coinmonte  OR keyword_set coindescend  then begin          if coinmont 0  NE  1 then begin             coinmont  different coinmont derniere_colonne               coinmont  different coinmont derniere_ligne            endif          if coindesc 0  NE  1 then begin             coindesc  different coindesc derniere_colonne               coindesc  different coindesc derniere_ligne            endif       ENDIF ELSE BEGIN           coinmont    1          coindesc    1       ENDELSE        IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: menage ds pts_downward coinmont et coindesc  systime 1 tempdeux         tempdeux   systime 1        pour key_performance  2       if  pts_downward 0  EQ  1 then triang   definetri nx  ny          ELSE triang   definetri nx  ny  pts_downward        IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: definetri  systime 1 tempdeux    ENDELSE      on vire les triangles qui ne contiennent que des points terre        tres bonne idee qui ne marche pas encore a 200  avec IDL 5 2    ca devrait aller mieux dans les prochaines versions d IDL       if  NOT keyword_set basic  AND  NOT keyword_set keep_cont  then begin       tempdeux   systime 1        pour key_performance  2   on enleve les rectangles qui sont entierement dans la terre       recdsterre   where 1 msk 1 shift msk   1  0 1 shift msk  0   1 1 shift msk   1   1  EQ 1        IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: tous les recdsterre  systime 1 tempdeux    en attendant une version qui marche parfaitement  on est contraint   de faire un nouveau tri:   il ne faut pas enlever les rectangles qui n ont qu un sommet en   commun    t1   systime 1        indice   intarr nx  ny        trimask   intarr nx  ny        trimask 0:nx 2  0:ny 2    1       IF recdsterre 0  NE  1 then BEGIN           tempdeux   systime 1     pour key_performance  2          indice recdsterre    1        if NOT keyword_set basic  then begin          vire1   0          vire2   0          while  vire1 0  NE  1 OR vire2 0  NE  1  ne 0 do begin   vire sont les rectangles qu il faut retirer de recsterre  en fait   qu il faut garder bien qu ils soient entirement dans la terre                vire1   where   indice shift indice   1   1                                 1 shift indice  0   1 1 shift indice   1  0 trimask  EQ 1              if vire1 0  NE  1 THEN BEGIN                 indice vire1    0                 indice vire1 nx 1    0             endif                          vire2   where   1 indice 1 shift indice   1   1                                 shift indice  0   1 shift indice   1  0 trimask  EQ 1              if vire2 0  NE  1 THEN BEGIN                 indice vire2 1    0                 indice vire2 nx    0             endif          endwhile          IF testvar var   key_performance  EQ 2 THEN             print   temps triangule: trier les recdsterre  systime 1 tempdeux        endif          indice  ny 1    1      la deriere colonne te la derniere ligne          indice nx 1      1      ne peuvent definir de rectangle             tempdeux   systime 1     pour key_performance  2          recgarde   where indice EQ 0    on recupere les numeros des triangles que l  on va garder          trigarde   2 recgarde recgarde nx           trigarde   transpose temporary trigarde           trigarde    trigarde  trigarde 1              triang   triang  temporary trigarde           IF testvar var   key_performance  EQ 2 THEN             print   temps triangule: virer les triangle de la liste  systime 1 tempdeux       endif    endif   print   temps tri triangles  systime 1 t1      quand key_periodic eq 1  triang est une liste d indice d un   tableau qui a une colonne de trop    il faut ramener ca a la matrice initiale en mettant les indivces de   la derniere colonne egaux a ceux de la derniere colonne       tempdeux   systime 1           pour key_performance  2    if keyword_set key_periodic nx 1 EQ jpi        AND NOT keyword_set basic  then BEGIN        indicey   triang nx       indicex   triang indicey nx       nx   nx 1       liste   where indicex EQ nx        if liste 0  NE  1 then indicex liste    0       triang   indicex nx indicey       nx   nx 1       if coinmont 0  NE  1 then begin          indicey   coinmont nx          indicex   coinmont indicey nx          nx   nx 1          liste   where indicex EQ nx           if liste 0  NE  1 THEN indicex liste    0          coinmont   indicex nx indicey          nx   nx 1       endif       if coindesc 0  NE  1 then begin          indicey   coindesc nx          indicex   coindesc indicey nx          nx   nx 1          liste   where indicex EQ nx           if liste 0  NE  1 THEN indicex liste    0          coindesc   indicex nx indicey          nx   nx 1       endif    endif    IF testvar var   key_performance  EQ 2 THEN       print   temps triangule: finitions  systime 1 tempdeux       if keyword_set coinmonte  THEN coinmonte   coinmont ELSE twin_corners_up   coinmont    if keyword_set coindescend  THEN coindescend   coindesc ELSE twin_corners_dn   coindesc     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold  ENDIF      IF keyword_set key_performance  THEN print   temps triangule  systime 1 tempsun      return  triang  END ");
-a[330] = new Array("./ToBeReviewed/TRIANGULATION/triangule_e.html", "triangule_e.pro", "", "          NAME:triangule_e     PURPOSE:buid the triangulation for a E grid type     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         june 2001         FUNCTION triangule_e  maskentree  COINMONTE   coinmonte  COINDESCEND   coindescend                       SHIFTED   shifted  BASIC   basic    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      tempsun   systime 1            pour key_performance     le masque est donne ou il faut prendre tmask         msk   maskentree    sizem   size msk     nx   sizem 1     ny   sizem 2       if keyword_set key_periodic nx EQ jpi        AND NOT keyword_set basic  then BEGIN        msk    msk  msk 0          nx   nx 1    ENDIF     we will find the diamond that must be cut in two triangle using the   horizontal diagonal       index   lindgen nx  ny     index   index 0:nx 2  1:ny 2     if n_elements shifted  EQ 0 then shifted   1    oddeven    index nx 1 shifted  MOD 2    msk1   msk index     msk2   msk index 1     sum   msk index nx oddeven msk index nx oddeven     sum1   msk2 sum    sum2   msk1 sum     horizontal      singularpoint   where msk1 EQ 0 AND sum1 EQ 3  OR  msk1 EQ 1 AND sum1 EQ 0                             OR  msk2 EQ 0 AND sum2 EQ 3  OR  msk2 EQ 1 AND sum2 EQ 0                             OR  sum EQ 0 AND  msk1 msk2  EQ 2       if singularpoint 0  NE  1 then begin       horizontal   index singularpoint        triang   definetri_e nx  ny  horizontal  SHIFTED   shifted     ENDIF ELSE triang   definetri_e nx  ny  SHIFTED   shifted       coinmont   index where sum EQ 2 AND  msk1 msk2  EQ 0       coindesc   index where sum EQ 0 AND  msk1 msk2  EQ 2      we keep only the triangles which are outside the land   but for some reasons we will in fact delete the land diamond        allrecinland   where sum1 msk1 EQ 0       indexallinland   index allrecinland       otherrec    lindgen nx  ny 0:nx 2  1:ny 2       otherrec   different otherrec  indexallinland           index   lindgen nx  ny       index   index 0:nx 3  2:ny 3       out   inter index  indexallinland       IF out 0  NE  1 THEN begin         out   inter out 1  indexallinland          IF out 0  NE  1 THEN begin            out   out 1            oddeven    out nx 1 shifted  MOD 2            out   inter out nx oddeven  otherrec             IF out 0  NE  1 THEN begin               out   inter out 2 nx  otherrec                IF out 0  NE  1 THEN begin                  out   out nx out nx shifted  MOD 2                endif            endif         endif      ENDIF      help   out          index   lindgen nx  ny       index   index 0:nx 3  2:ny 3       out   inter index  otherrec       IF out 0  NE  1 THEN begin         out   inter out 1  otherrec          IF out 0  NE  1 THEN begin            out   out 1            oddeven    out nx 1 shifted  MOD 2            out   inter out nx oddeven  indexallinland             IF out 0  NE  1 THEN begin               out   inter out 2 nx  indexallinland                IF out 0  NE  1 THEN begin                  out   out nx out nx shifted  MOD 2                endif            endif         endif      endif      help   out          IF out 0  EQ  1 THEN out   different indexallinland  out  ELSE out   indexallinland      triout   numtri out  nx  ny       triout    triout  triout 1       goodtri   lindgen 2 nx 1 ny 1       goodtri   different goodtri  triout       triang   triang  temporary goodtri           quand key_periodic eq 1  triang est une liste d indice d un   tableau qui a une colonne de trop    il faut ramener ca a la matrice initiale en mettant les indivces de   la derniere colonne egaux a ceux de la derniere colonne       tempdeux   systime 1           pour key_performance  2    if keyword_set key_periodic nx 1 EQ jpi        AND NOT keyword_set basic  then BEGIN        indicey   triang nx       indicex   triang indicey nx       nx   nx 1       liste   where indicex EQ nx        if liste 0  NE  1 then indicex liste    0       triang   indicex nx indicey       nx   nx 1         if coinmont 0  NE  1 then begin            indicey   coinmont nx            indicex   coinmont indicey nx            nx   nx 1            liste   where indicex EQ nx             if liste 0  NE  1 THEN indicex liste    0            coinmont   indicex nx indicey            nx   nx 1         endif         if coindesc 0  NE  1 then begin            indicey   coindesc nx            indicex   coindesc indicey nx            nx   nx 1            liste   where indicex EQ nx             if liste 0  NE  1 THEN indicex liste    0            coindesc   indicex nx indicey            nx   nx 1         endif    endif    IF testvar var   key_performance  EQ 2 THEN       print   temps triangule: finitions  systime 1 tempdeux         if arg_present coinmonte  THEN coinmonte   coinmont ELSE twin_corners_up   coinmont      if arg_present coindescend  THEN coindescend   coindesc ELSE twin_corners_dn   coindesc       IF NOT keyword_set key_forgetold  THEN BEGIN       updateold     ENDIF        IF keyword_set key_performance  THEN print   temps triangule  systime 1 tempsun      return  triang  END ");
-a[331] = new Array("./ToBeReviewed/UTILITAIRE/fitintobox.html", "fitintobox.pro", "", "          NAME:fitintobox     PURPOSE: check that the input array has size and dimensions   compatible with the domain that was defined with the previous call   of domdef      CATEGORY: domain compatibility     CALLING SEQUENCE:        res   fitintobox field  nx  ny  nz  firstx  firsty  firstz                                              lastx   lasty   lastz       INPUTS:       field: an array or a structure that can be read by the function       litchamp pro          nx  ny  nz  firstx  firsty  firstz   lastx   lasty   lastz:       optional parameters  If not given they will be define with a       call to the procedure grille pro          KEYWORD PARAMETERS: none     OUTPUTS: an array with dimensions matching the domain            or  1 if there is an error      COMMON BLOCKS: cm_4mesh and cm_4cal     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:       IDL  help  fitintobox findgen jpi jpj          FLOAT       Array 41  3      IDL  help  fitintobox findgen jpi jpj 78      Error:      the array dimensions  180 148 78  are incompatible     with the the domain dimensions       jpi nx  jpj ny  jpk nz  jpt     180 41  148 3  31 31  1          INT                1     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                        10 juin 2000    June 2005: S  Masson rewrite all          FUNCTION err_mess  sz  jpi  nx  jpj  ny  jpk  nz  jpt   IF n_elements sz EQ 1  THEN       RETURN  report Error:                          the vector size     tostr sz      is incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple    RETURN  report Error:                          the array dimensions     tostr sz      are incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple  END   FUNCTION fitintobox  field  nx  ny  nz  firstx  firsty                          firstz  lastx  lasty  lastz  WDEPTH   wdepth     include commons  cm_4mesh  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     arr   litchamp field    IF n_params  EQ 1 THEN grille   1   1   1   1  nx  ny  nz         firstx  firsty  firstz  lastx  lasty  lastz  WDEPTH   wdepth       case according the number of dimensions of the array       sz   size arr    case sz 0  of       0:BEGIN                       scalar         return  report Error: scalar value       strtrim arr  1   simple      END       1:BEGIN                       1D arrays         CASE 1 OF   x arrays         sz 1  EQ jpi                                                   :arr    temporary arr firstx:lastx                                          sz 1  EQ  nx                                                   :                                                         y arrays         sz 1  EQ jpj                                                   :arr    temporary arr               firsty:lasty                            sz 1  EQ  ny                                                   :                                                         z arrays         sz 1  EQ jpk                                                   :arr    temporary arr                             firstz:lastz              sz 1  EQ  nz                                                   :                                                         t arrays         sz 1  EQ jpt                                                   :         ELSE:return  err_mess sz 1  jpi  nx  jpj  ny  jpk  nz  jpt         ENDCASE     END       2:BEGIN                       2D arrays         CASE 1 OF   xy arrays         sz 1  EQ jpi AND sz 2  EQ jpj                                  :arr    temporary arr firstx:lastx  firsty:lasty                            sz 1  EQ jpi AND sz 2  EQ  ny                                  :arr    temporary arr firstx:lastx                                         sz 1  EQ  nx AND sz 2  EQ jpj                                  :arr    temporary arr              firsty:lasty                           sz 1  EQ  nx AND sz 2  EQ  ny                                  :arr    temporary arr                                               x y z arrays         sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ jpk                 :arr    temporary arr firstx:lastx  firstz:lastz              sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ  nz                 :arr    temporary arr firstx:lastx                           sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ jpk                 :arr    temporary arr              firstz:lastz             sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ  nz                 :    x yz arrays         nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ jpk                 :arr    temporary arr               firsty:lasty  firstz:lastz              nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ  nz                 :arr    temporary arr               firsty:lasty                           nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ jpk                 :arr    temporary arr                            firstz:lastz             nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ  nz                 :   xt arrays         sz 1  EQ jpi                                   AND sz 2  EQ jpt:arr    temporary arr firstx:lastx                                         sz 1  EQ  nx                                   AND sz 2  EQ jpt:   yt arrays                          sz 1  EQ jpj                  AND sz 2  EQ jpt:arr    temporary arr               firsty:lasty                                           sz 1  EQ  ny                  AND sz 2  EQ jpt:   zt arrays                                           sz 1  EQ jpk AND sz 2  EQ jpt:arr    temporary arr                             firstz:lastz                                               sz 1  EQ  nz AND sz 2  EQ jpt:         ELSE:return  err_mess sz 1:2  jpi  nx  jpj  ny  jpk  nz  jpt        ENDCASE     END       3:BEGIN                       3D arrays         CASE 1 OF   xyz arrays         sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ jpk                 :arr    temporary arr firstx:lastx  firsty:lasty  firstz:lastz              sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ jpk                 :arr    temporary arr firstx:lastx               firstz:lastz             sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ jpk                 :arr    temporary arr              firsty:lasty  firstz:lastz             sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ jpk                 :arr    temporary arr                           firstz:lastz             sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ  nz                 :arr    temporary arr firstx:lastx  firsty:lasty                            sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ  nz                 :arr    temporary arr firstx:lastx                                        sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ  nz                 :arr    temporary arr              firsty:lasty                           sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ  nz                 :   xyt arrays         sz 1  EQ jpi AND sz 2  EQ jpj                  AND sz 3  EQ jpt:arr    temporary arr firstx:lastx  firsty:lasty                           sz 1  EQ jpi AND sz 2  EQ  ny                  AND sz 3  EQ jpt:arr    temporary arr firstx:lastx                                       sz 1  EQ  nx AND sz 2  EQ jpj                  AND sz 3  EQ jpt:arr    temporary arr              firsty:lasty                          sz 1  EQ  nx AND sz 2  EQ  ny                  AND sz 3  EQ jpt:    x yzt arrays         nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr               firsty:lasty  firstz:lastz             nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ  nz AND sz 3  EQ jpt:arr    temporary arr               firsty:lasty                         nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr                            firstz:lastz            nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ  nz AND sz 3  EQ jpt:   x y zt arrays         sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr firstx:lastx                firstz:lastz             sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ  nz AND sz 3  EQ jpt:arr    temporary arr firstx:lastx                                       sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr                            firstz:lastz            sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ  nz AND sz 3  EQ jpt:         ELSE:return  err_mess sz 1:3  jpi  nx  jpj  ny  jpk  nz  jpt        ENDCASE     END       4:BEGIN                       4D arrays         CASE 1 OF   xyzt arrays         sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr firstx:lastx  firsty:lasty  firstz:lastz             sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr firstx:lastx               firstz:lastz            sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr              firsty:lasty  firstz:lastz            sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr                           firstz:lastz            sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ  nz AND sz 4  EQ jpt:arr    temporary arr firstx:lastx  firsty:lasty                          sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ  nz AND sz 4  EQ jpt:arr    temporary arr firstx:lastx                                      sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ  nz AND sz 4  EQ jpt:arr    temporary arr              firsty:lasty                         sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ  nz AND sz 4  EQ jpt:         ELSE:return  err_mess sz 1:4  jpi  nx  jpj  ny  jpk  nz  jpt        ENDCASE     END     ELSE:return  report Error: fitintobox is managing arrays with a maximum of 4 dimensions   simple    ENDCASE    return  arr end");
-a[332] = new Array("./ToBeReviewed/UTILITAIRE/get_extra.html", "get_extra.pro", "", "  elle fait quoi      elle permet :      soit de creer une variable extra contenant les mots clefs que tu   desires      soit de completer une variable extra avec des mots clefs que tu   rajoutes     imagine :    tu es dans une routine et tu veux passer un mot clef en extra car la   routine que tu appelles ne le connait pas mais la routine suivante oui    tu fais     extra get_extra ok  year 1999  age_capitaine 35      et tu obtiens la bonne variable extra  fait un help extra struc     ou alors  tu completes un extra existant :    extra get_extra _extra extra  name Guillaume     FUNCTION get_extra  _extra   extra     return  extra END ");
-a[333] = new Array("./ToBeReviewed/UTILITAIRE/linearequation.html", "linearequation.pro", "", "          NAME: linearequation     PURPOSE:calcule une equation de droite du type ax by c 0 a partir   des coordonnees de 2 points  Rq: on peut avoir un tableau de couple   de points      CATEGORY:petit truc qui peut etre utile  sans boucles  ca va de soit      CALLING SEQUENCE:abc linearequation point1  point2       INPUTS: point1 et point2 dont deux point de s  la droite s  dont on   veut calculer l es  equations s    deux possibilites sont possibles:        1  point est un complexe ou un tableau de complexes  ou chaque        element du complexe est les coordonnees du point        2  points est un tableau de reels de dimensions 2         nbre_de_droite  ou pour chaque ligne du tableau on a les        coordonnees du point      KEYWORD PARAMETERS:     OUTPUTS:abc c est un tableau de dimensions 3  nbre_de_droite  ou   pour chaque ligne du tableau on obtient les 3 parametres a  b  c de   l equation de la droite ax by c 0     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:      IDL  abc linearequation complex 1 2 3 4       IDL  print  abc 0 1 abc 1 2 abc 2             0 00000     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                          10 juin 2000         FUNCTION linearequation  point1  point2     if size point1   type  EQ 6 OR size point1   type  EQ 9 then begin       x1   float point1        y1   imaginary point1     ENDIF ELSE BEGIN       x1   float reform point1 0          y1   float reform point1 1       ENDELSE     if size point2   type  EQ 6 OR size point2   type  EQ 9 then begin       x2   float point2        y2   imaginary point2     ENDIF ELSE BEGIN       x2   float reform point2 0          y2   float reform point2 1       ENDELSE     vertical   where x1 EQ x2     novertical   where x1 NE x2     abc   fltarr 3  n_elements x1       IF novertical 0  NE  1 then BEGIN   y mx p       nele   n_elements novertical         m    y2 novertical y1 novertical x2 novertical x1 novertical        p    x2 novertical y1 novertical y2 novertical x1 novertical x2 novertical x1 novertical        abc  novertical     reform m  1  nele  replicate 1  1  nele  reform p  1  nele     ENDIF    IF vertical 0  NE  1 then BEGIN   x ny p       nele   n_elements vertical         n    x2 vertical x1 vertical y2 vertical y1 vertical        p    y2 vertical x1 vertical x2 vertical y1 vertical y2 vertical y1 vertical        abc  vertical     replicate 1  1  nele  reform n  1  nele  reform p  1  nele     ENDIF     return  abc end");
-a[334] = new Array("./ToBeReviewed/UTILITAIRE/lineintersection.html", "lineintersection.pro", "", "          NAME: lineintersection     PURPOSE: Calcule les coordonnees de l intersection de 2 droites ou   d une serie de 2 droites     CATEGORY:petit truc qui peut etre utile  sans boucles  ca va de soit      CALLING SEQUENCE: point lineintersection abc1  abc2       INPUTS: abc est un tableau de dimensions 3    nbre_de_couple_de_droites  dont chaque ligne contient les 3   parametres a  b  c de l equation de droite du type ax by c 0     KEYWORD PARAMETERS:          FLOAT: pour retourner l output sous forme de tableau de         reel plutot que de vecteur decomplexes  par defaut      OUTPUTS:2 possibilites:        1  par defaut: c est une vecteur de complexe dont chaque        element est les coordonnees du point d intersection d un        couple de droites         2  si  FLOAT est active  c est un tableau de reels de        dimensiones 2  nbre_de_couple_de_droites dont chaque        ligne est les coordonnees du point d intersection d un        couple de droites     COMMON BLOCKS:     SIDE EFFECTS:si les deux droites dont paralleles  on retourne les   coordonnes  values f_nan values f_nan      RESTRICTIONS:attention a la precision de la machine qui fait que   les coordonnees calcules de verifient peut etre pas exactement les   equations du couple de droites      EXAMPLE:       IDL  abc1 linearequation complex 1 2 3 4        IDL  abc2 linearequation complex 1 2 8 15        IDL  print  lineintersection abc1  abc2               1 00000       2 00000        IDL  print  lineintersection abc1  abc2 float              1 00000      2 00000     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         10 juin 2000         FUNCTION lineintersection  abc1  abc2  FLOAT   float      a1   float reform abc1 0       b1   float reform abc1 1       c1   float reform abc1 2       a2   float reform abc2 0       b2   float reform abc2 1       c2   float reform abc2 2         determinant   a1 b2 a2 b1    nan   where determinant EQ 0     if nan 0  NE  1 THEN determinant    values f_nan      x    b1 c2 c1 b2 determinant    y    c1 a2 a1 c2 determinant      if keyword_set float  then begin       npts   n_elements x         res    reform x  1  npts   over  reform y  1  npts   over     ENDIF ELSE res   complex x  y     return  res end");
-a[335] = new Array("./ToBeReviewed/UTILITAIRE/oups.html", "oups.pro", "", "");
-a[336] = new Array("./ToBeReviewed/UTILITAIRE/pwd.html", "pwd.pro", "", "          NAME:pwd     PURPOSE:print the current directory     CATEGORY:like unix function     CALLING SEQUENCE:pwd      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO pwd    cd  current   pwd    print  pwd    return end");
-a[337] = new Array("./ToBeReviewed/UTILITAIRE/report.html", "report.pro", "", "          NAME:report     PURPOSE: comme dialog_message pro si il y a deja des widgets actives   ou comme message pro si il n y a pas de widgets actives  pour poser   des question dont la reponse n est pas oui non utiliser xquestion     CATEGORY:     CALLING SEQUENCE:res   report text       INPUTS: text: un string on un vecteur de string  Si le string ne   comporte qu un element  on cherche les eventuels characteres de   retour a la ligne:  C  If text is set to an array of strings  each   array element is displayed as a separate line of text      KEYWORD PARAMETERS:            SIMPLE: activate to print only the message without the name               and the line of the routine  defined by calling routine_name      ceux dialog_message pro et message pro avec en     PARENT qui fait la meme chose que DIALOG_PARENT de dialog_message pro     OUTPUTS:  1 si le mot cle QUESTION n est pas activer            si le mot cle est active la fonction retourne 1 pour yes et            0 pour no      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:      si aucun widget n est active:         IDL  help  report toto tata           MAIN : toto tata           INT                1       IDL  help  report ca marche  question        ca marche   y n  default answer is y            BYTE           1       IDL  help  report question1:  C ca marche  question        question1:       ca marche   y n  default answer is y            BYTE           1     si des widgets sont deja actives  c est la meme chose mais avec des   widgets      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         21 10 1999         FUNCTION report  text  DEFAULT_NO   default_no  PARENT   parent  QUESTION   question  SIMPLE   simple  _extra   ex    res    1                         on separe le texte en differentes lignes  separees par  C  si ce   n est pas deja fait     if n_elements text  EQ 1 then text   str_sep text   C   trim    il y a des widgets actifs  c est facile on appelle dialog_massage    if  widget_info managed 0  NE 0 then BEGIN       res   dialog_message text  dialog_parent   parent  QUESTION   question                                title   routine_name 1  DEFAULT_NO   default_no  _extra   ex        if keyword_set question  THEN res   res EQ  Yes  ELSE res    1    ENDIF ELSE BEGIN   aucun widget n est actif   on pose une question         if keyword_set question  then BEGIN   quelle est la reponse par defaut            if keyword_set default_no  then answer    n  ELSE answer    y           default_answer   answer          if n_elements text  GT 1 THEN             for i   0  n_elements text 2 do print text i            read  text n_elements text 1  y n  default answer is  default_answer    answer          answer   strlowcase answer      si la reponse ne convient pas          while answer NE   and answer NE  y  and answer NE  n  do begin             read  text n_elements text 1  y n  default answer is  default_answer    answer             answer   strlowcase answer           ENDWHILE                   on ajuste res en fonction de la reponse          case answer of              :res   default_answer EQ  y               y :res   1              n :res   0          endcase       endif ELSE BEGIN   si on ne pose pas de question on fait juste un print         IF keyword_set simple  THEN prefix     ELSE prefix      routine_name 1 :            if n_elements text  GT 1 THEN             for i   0  n_elements text 2 do print  prefix text i            print  prefix text n_elements text 1        ENDELSE    ENDELSE     return   res end");
-a[338] = new Array("./ToBeReviewed/UTILITAIRE/routine_name.html", "routine_name.pro", "", "          NAME:routine_name remonte     PURPOSE:retourne le nom de la routine  procedure ou function  ds   lequel on se trouve     CATEGORY:utilitaire     CALLING SEQUENCE:res routine_name remonte       INPUTS: remonte: un entier qui donne de combien de niveau on doit   remonter ds l empillement des routines ewt sous routines pour   retrouver le nom de la routine cherchee     KEYWORD PARAMETERS:     OUTPUTS:un string donnant soit le nom de la routine en entier  avec   le path  soit  MAIN      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     cette fonction utilise le mot cle OUTPUT ds help pro et il est     specifie ds l aide en ligne que la syntaxe du retour de ce mot cle     peut changer suivant la version du code  Cette version marche avec     IDL 5 2     EXAMPLE:      IDL  print  routine_name      usr1 com smasson IDL_RD UTILITAIRE report pro    IDL  print  routine_name 1      usr1 com smasson IDL_RD PLOTS DIVERS determineminmax pro    IDL  print  routine_name 2      usr1 com smasson IDL_RD PLOTS DESSINE plt pro    IDL  print  routine_name 3      MAIN     IDL  print  routine_name 4      MAIN      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         21 10 1999         FUNCTION routine_name   remonte     help    traceback  output   name   name   strtrim name  1        on enleve les blancs en debut de ligne   on va mettre les elements du vecteur bout a bout pour former un   unique sring   allnames       for i   0  n_elements name 1 do allnames   allnames name i      name   str_sep allnames      on le redecoupe    name   strtrim name  2        on eleve les blancs devant et derriere   name   strcompress name         on compresse les blancs   on ne retient pas les 2 premiers elements qui sont 1  un vide et la   ligne concernant routine_name    name   name 2: n_elements name 1    on choisit la ligne qui nous concerne   if NOT keyword_set remonte  then remonte   0   if remonte GE n_elements name  then return    MAIN    name   name remonte    if strpos name   MAIN  NE  1 then return    MAIN    name   str_sep name        if n_elements name  LT 3  then name   name 0  ELSE name    L name 1   name 2      return  name end");
-a[339] = new Array("./ToBeReviewed/UTILITAIRE/test.html", "test.pro", "", "pro test ok ok if keyword_set ok  then print OK  else print   No  return end");
-a[340] = new Array("./ToBeReviewed/UTILITAIRE/testvar.html", "testvar.pro", "", "          NAME:testvar     PURPOSE:une sorte de keyword_set mais qd la valeur existe renvoie   celle ci     CATEGORY:comme keyword_set     CALLING SEQUENCE:res testvar var variable       INPUTS:rien     KEYWORD PARAMETERS:var : n importe quoi     OUTPUTS:0 si la variable n existe pas      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:        IDL  print  testvar var toto              0      IDL  print  testvar var toto       toto     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         14 12 1999         FUNCTION testvar  var   var    if keyword_set var  then return  var ELSE return   0 end");
-a[341] = new Array("./ToBeReviewed/UTILITAIRE/text_box.html", "text_box.pro", "", "    Name        : text_box     Purpose     : Writes a text message within a box in a graphics window      Description:  This procedure writes a short text message within a box shaped                 area in a graphics window   The message may be split at word                 boundaries into several lines  and the character size and                 orientation may be adjusted for the text to fit within the box      Useage:       text_box text pos pos color color                       justify justify vert_space vert_space     Inputs         TEXT          ASCII text string containing the message      keywords    pos          4 element vector specifying the box position and size                 pos 0 pos 1  specify the lower left corner coordinate                 pos 2 pos 3  specify the upper right corner coordinate                 data window normalized coordinates are use       fg_color    color of box and legend titles  default 0        bg_color    background color  Setting BG_COLOR erases the area                  covered by the text box  filling it with color BG_COLOR                  prior to writing the text   If both BG_COLOR and  p color                 are zero then the background color is reset to 255 to                 gaurantee a readability                      right        if set  right justify text    center       if set  center the text      vert_space   vertical spacing of lines in units of character height                   default   1 5         author:  Paul Ricchiazzi                            7Jul93             Institute for Computational Earth System Science             University of California  Santa Barbara   PRO text_box text pos pos fg_color fg_color bg_color bg_color                 center center right right box box vert_space vert_space  _EXTRA   ex           ON_ERROR  2      Check the number of parameters    justify 1 if keyword_set right  ne 0 then justify 1 if keyword_set center  ne 0 then justify 0 if keyword_set vert_space  eq 0 then vert_space  1 5 IF n_elements text  eq 0 then message   must specify text  nnx x window d x_vsize nny y window d y_vsize nnx 0  1 d x_vsize nny 0  1 d y_vsize   if n_elements pos  eq 0 then begin    box_cursor xx1 yy1 nx ny   xx2 xx1 nx   yy2 yy1 ny   pos xx1 nnx 0 nnx 1 nnx 0 yy1 nny 0 nny 1 nny 0          xx2 nnx 0 nnx 1 nnx 0 yy2 nny 0 nny 1 nny 0    posstring string form a 4 f5 2 a              pos pos 0 pos 1 pos 2 pos 3    print strcompress posstring remove_all       endif else begin      xx1   nnx 0 pos 0 nnx 1 nnx 0    xx2   nnx 0 pos 2 nnx 1 nnx 0    yy1   nny 0 pos 1 nny 1 nnx 0    yy2   nny 0 pos 3 nny 1 nnx 0   endelse      calculate the height and width of the box in characters      width     xx2   xx1     d x_ch_size   height    yy2   yy1     d y_ch_size      decompose the message into words      words   str_sep text      print f 20a words   nwords n_elements words    wordlen lenstr words d x_vsize   blanklen lenstr   d x_vsize   maxcharsize xx2 xx1 4 blanklen max wordlen    charsize 1     lpnt intarr nwords    nomore 0   ntries 0   repeat begin     ntries ntries 1     if ntries gt 20 then message Can not fit message into box      ychsiz vert_space d y_ch_size charsize     wlen wordlen charsize     blen blanklen charsize     n_lines fix yy2 yy1 ychsiz 1     sum 0     ilines 0     print f 8a8 charsz i ilines n_lines lpnt wlen sum xwdth      for i 0 nwords 1 do begin       sum sum wlen i blen       if sum 3 blen gt xx2 xx1 then begin         ilines ilines 1         sum wlen i blen       endif       lpnt i ilines                       print f f8 2 4i8 3f8 2 charsize i ilines n_lines lpnt i                    wlen i blen sum 3 blen xx2 xx1     endfor             case 1 of       ilines 1 lt n_lines: if charsize 1 1 gt maxcharsize then             vert_space yy2 yy1 n_lines 1 d y_ch_size charsize              else charsize charsize 1 1       ilines 1 eq n_lines: nomore 1       ilines 1 gt n_lines: charsize charsize 9     endcase endrep until nomore   lines strarr n_lines  maxlen 0  for i 0 n_lines 1 do begin   ii where lpnt eq i nc    maxlen total wlen ii nc blen maxlen   lines i string f 200a words ii      print i words ii    print i lines i  endfor      align 5 1 justify       case justify of      1:xx   xx1 5 xx2 xx1 maxlen       0:xx   0 5 xx1   xx2       1:xx   xx2 5 xx2 xx1 maxlen    endcase    dy d y_ch_size charsize vert_space   yy yy2 0 5 dy    xbox xx1 xx2 xx2 xx1 xx1    ybox yy1 yy1 yy2 yy2 yy1    if n_elements bg_color  ne 0 then begin     if  p color eq 0 and bg_color eq 0 then bgc 255 else bgc bg_color     polyfill xbox ybox color bgc device   endif    if n_elements fg_color  eq 0 then color   0 else color fg_color    for i_line   0 n_lines 1 do begin     yy   yy dy     print xx yy lines i_line charsize     xyouts  xx  yy  lines i_line   device  charsize charsize          alignment align  color color  font 1  _extra   ex   endfor   if keyword_set box  then plots xbox ybox color color device   return end ");
-a[342] = new Array("./ToBeReviewed/UTILITAIRE/undefine.html", "undefine.pro", "", "          NAME: undefine     PURPOSE: effacer une variable             meme chose que delvar mais utiulisable ds un programme et             utilisable que pour une variable a la fois     CATEGORY:      CALLING SEQUENCE: UNDEFINE  varname        INPUTS: varname: la variable a detruire     EXAMPLE:        IDL  a 1      IDL  undefine a        Compiled module: UNDEFINE       IDL  help  a      A               UNDEFINED        MODIFICATION HISTORY: trouve sur la page web de D Fanning    http: www dfanning com :  QUESTION: How do I make an IDL variable have a type  undefined    ANSWER: At the main IDL level you can use the IDL procedure DELVAR to  delete an IDL variable and make it undefined  Inside of procedures  and functions  I use this little program named UNDEFINE that I got  from Andrew Cool at the DSTO High Frequency Radar Division in  Adelaide  Australia               PRO UNDEFINE  varname      tempvar   SIZE TEMPORARY varname     END ");
-a[343] = new Array("./ToBeReviewed/UTILITAIRE/vzoom.html", "vzoom.pro", "", "");
-a[344] = new Array("./ToBeReviewed/UTILITAIRE/xfile.html", "xfile.pro", "", "          NAME: xfile     PURPOSE: affiche ds un widget un fichier ASCII             c est la meme chose que xdisplaydife mais ici on l utilise pour            visualiser le contenu d une procedure ou d une fonction            meme si elle n est pas ds le repertoire courant  grace a  path      CATEGORY: help     CALLING SEQUENCE: xfile nom_fichier      INPUTS:          nom_fichier:le nom d une procedure ou d une fonction a          visualiser avec ou sans le  pro a la fin     KEYWORD PARAMETERS:ceux de xdisplayfile     EXAMPLE:xfile plt      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          7 1 99                         6 7 1999: compatibilite mac et windows         PRO xfile  filename  _extra   ex pfile   strlowcase filename      il faut trouver le nom complet       if strpos pfile pro  lt 0 then pfile pfile pro      thisOS   strupcase strmid version os_family  0  3     CASE thisOS of        MAC :BEGIN   sep    :    pathsep       end        WIN :BEGIN   sep       pathsep       end       ELSE: BEGIN   sep       pathsep    :    end    ENDCASE    cd  current   current    if strpos pfile sep  lt 0 then BEGIN       if rstrpos current sep  NE strlen current 1 then current   current sep       multipath   str_sep path pathsep        if rstrpos multipath 0 sep  NE strlen multipath 0 1 then multipath   multipath  sep       pfile    current  multipath  pfile    ENDIF    i   0    repeat begin       res   findfile pfile i         i   i 1    endrep until res 0  NE   OR i EQ n_elements pfile      if res 0  NE    then BEGIN   on ouvre le fichier ds un widget    xdisplayfile  pfile i 1  _extra   ex    ENDIF ELSE ras   report le fichier demande n existe pas         return end");
-a[345] = new Array("./ToBeReviewed/UTILITAIRE/xhelp.html", "xhelp.pro", "", "    NAME:   xhelp     PURPOSE:  Display an IDL procedure header using widgets and the widget manager      CATEGORY:  Widgets      CALLING SEQUENCE:  xhelp  Filename _extra ex     INPUTS:       Filename: A scalar string that contains the filename of the file  to display   If FILENAME does not include a complete path                 specification  xhelp will search for the file in                 the current working directory and then each of the                 directories listed in  PATH environment variable   The                  pro  file suffix will be appended if it is not supplied      KEYWORD PARAMETERS:         Ceux de xdisplayfile     OUTPUTS:  No explicit outputs   A file viewing widget is created      SIDE EFFECTS:  Triggers the XMANAGER if it is not already in use      RESTRICTIONS:  None      PROCEDURE:  Open a file and create a widget to display its contents      MODIFICATION HISTORY:  Written By Steve Richards  December 1990  Graceful error recovery  DMS  Feb  1992          Modified to extract  pro documentation headers  PJR ESRG mar94      author:  Paul Ricchiazzi                            jun93             Institute for Computational Earth System Science             University of California  Santa Barbara      7 1 99 : legeres mofification par Sebastien Masson : utilisation de    xdisplayfile  de findfile et de _extra     6 7 1999: compatibilite mac et windows   PRO xhelp  filename  _extra ex    filename est bien un string     cquoidonc   size filename   type     if cquoidonc NE 7 then begin       ras   report Input parameter must be a string and not a  size filename   tname        return    endif   il faut trouver le nom complet     pfile FILENAME    if strpos pfile pro  lt 0 then pfile pfile pro      thisOS   strupcase strmid version os_family  0  3     CASE thisOS of        MAC :BEGIN   sep    :    pathsep       end        WIN :BEGIN   sep       pathsep       end       ELSE: BEGIN   sep       pathsep    :    end    ENDCASE    cd  current   current    if strpos pfile sep  lt 0 then BEGIN       if rstrpos current sep  NE strlen current 1 then current   current sep       multipath   str_sep path pathsep        if rstrpos multipath 0 sep  NE strlen multipath 0 1 then multipath   multipath  sep       pfile    current  multipath  pfile    ENDIF   on test tous les noms possibles pour trouver ou est le fichier    nfile n_elements pfile     n   0    repeat begin       res   findfile pfile n         n   n 1    endrep until res 0  NE   OR n EQ n_elements pfile      if res 0  NE   then BEGIN       openr  unit pfile n 1   get_lun   ouverture du fichier   on selectionne le morceaux en tete            a   strarr 1000            Maximum   of lines       xsize 0       i   0       c           readon 0       while not eof unit  do begin          readf unit c          if strpos c  eq 0 then readon 0          if readon then begin             dum where byte c  eq 9b ntab    count tab characters             xsize xsize    strlen c 8 ntab              a i    strmid c 1 200              i   i   1          endif          if strpos c  eq 0 then readon 1       endwhile       if i EQ 0 then            ras   report le programme a etait mal ecrit  il n y a pas d en tete  utiliser xfile pro  ELSE BEGIN           a   a 0:i 1    on ecrit le contenu de a ds un widget          xdisplayfile toto text   a title pfile n 1  _extra   ex       ENDELSE        FREE_LUN  unit          free the file unit     ENDIF ELSE ras   report le fichier demande n existe pas      return end ");
-a[346] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildcmd.html", "buildcmd.pro", "", "          NAME:buildcmd     PURPOSE:cette fonction reourne un string qui contient la commande de   lecture et les parametres du trace      CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            FUNCTION buildcmd  base  BOXZOOM   boxzoom  FORCETYPE   forcetype       we get back the ids of the widget parts     txtcmdid   widget_info base  find_by_uname    txtcmd    domainid   widget_info base  find_by_uname    domain    actionid   widget_info base  find_by_uname    action      optionid   widget_info base  find_by_uname    option      widget_control  base  get_uvalue   top_uvalue   smallin   extractatt top_uvalue   smallin    numdessinin   smallin 2 1   smallout   extractatt top_uvalue   smallout    numdessinout   smallout 2 1     options   extractatt top_uvalue   options       optionsflag   extractatt top_uvalue   optionsflag    portrait    strtrim optionsflag where options EQ  Portrait Landscape  0  1 0        on determine quelle procedure on va etre appele pour faire le dessin   et le type     IF keyword_set forcetype  THEN type   forcetype     ELSE type   widget_info actionid   combobox_gettext    case type of      plt :procedure    plt       pltz :procedure    pltz       pltz diag up :procedure    pltz       pltz diag dn :procedure    pltz       pltt :procedure    pltt       pltt diag up :procedure    pltt       pltt diag dn :procedure    pltt       xy :procedure    plt       xz :procedure    pltz       yz :procedure    pltz       xt :procedure    pltt       yt :procedure    pltt       zt :procedure    pltt       x :procedure    plt1d       y :procedure    plt1d       z :procedure    plt1d       t :procedure    pltt    endcase      recherche des options     options   extractatt top_uvalue   options       optionsflag   extractatt top_uvalue   optionsflag    flags   optionsflag  numdessinin    xindex    flags where options EQ  Longitude   x index 0    yindex    flags where options EQ  Latitude   y index 0    drawvecteur    flags where options EQ  Vecteur 0 procedure eq  plt    drawover    flags where options EQ  Overlay 0      alreadyread   extractatt top_uvalue   alreadyread    alreadyvector   extractatt top_uvalue   alreadyvector    alreadyover   extractatt top_uvalue   alreadyoer    que devons nous lire     case 1 of     alreadyover NE  1:BEGIN       toread   alreadyover 1       readswitch    over      END     alreadyvector NE  1 AND alreadyvector NE  pi:BEGIN       toread   alreadyvector 1       readswitch    vector      END     alreadyread NE  1 AND alreadyread NE  pi AND alreadyread NE 2 pi:BEGIN       toread   alreadyread 1       readswitch    classic      END     else:BEGIN       case 1 of         alreadyvector eq  pi:BEGIN           toread   alreadyover 1           readswitch    over          END         alreadyread EQ  pi:BEGIN           toread   alreadyvector 1           readswitch    vector          END         alreadyread EQ 2 pi:BEGIN           toread   alreadyover 1           readswitch    over          END         ELSE:BEGIN           toread   alreadyread 1           readswitch    classic          END       endcase     END   ENDCASE     widget_control  txtcmdid  get_value   widcmd   widcmd    strtrim widcmd  2    IF widcmd 0  EQ   THEN widcmd    zzz       cutcmd  widcmd 0  toread  numberofread  prefix  nameexp  ending     readcmd   buildreadcmd base   nameexp  procedure  type                              BOXZOOM   boxzoom  complete   readswitch EQ  classic  AND alreadyread EQ  1    we look for the line containing funclec_name   currentfile   extractatt top_uvalue   currentfile    readparameters    extractatt top_uvalue   readparameters currentfile    i   0   while strpos readcmd i  readparameters funclec_name     EQ  1 do i   i 1              case readswitch of      classic :BEGIN       if alreadyread 1 EQ 0 then BEGIN   we start the reading command         readcmd     beginning of reading the field to draw  readcmd          readcmd i 1     field       prefix   readcmd i 1        ENDIF ELSE BEGIN   we complet the reading command         oldrdcmd   extractatt top_uvalue   currentreadcmd          nl   n_elements oldrdcmd           oldrdcmd nl 1    oldrdcmd nl 1                readcmd i    prefix   readcmd i          readcmd    temporary oldrdcmd  temporary readcmd        ENDELSE   exit if we have to read other fields        if alreadyread 1 NE numberofread 1 THEN BEGIN           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd          top_uvalue 1  findline top_uvalue   alreadyread    alreadyread 1          top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field number  strtrim alreadyread 3  1          return           ENDIF   we finalize the reading command       IF ending NE   THEN BEGIN          nl   n_elements readcmd           readcmd nl 1    readcmd nl 1                readcmd    temporary readcmd  ending        ENDIF       readcmd    temporary readcmd                        field   create_struct arr:temporary field  grid:vargrid  unit:varunit  experiment:varexp  name:varname                         end of reading the field to draw      we get back _EXTRA:       extra   extractatt top_uvalue   extra        if xindex NE 0 then extra   create_struct extra   xindex  xindex        if yindex NE 0 then extra   create_struct extra   yindex  yindex        exextra   cw_specifie_get_value base        extra    mixstru exextra  extra        sextra   struct2string extra        readcmd    temporary readcmd   extra    sextra           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd       case 1 of         drawvecteur:BEGIN   we have to read the vectors            top_uvalue 1  findline top_uvalue   alreadyread     pi            top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the zonal component of vector            return             END         drawover:BEGIN   we have to read the field to overlay             top_uvalue 1  findline top_uvalue   alreadyread    2 pi            top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field to overlay            return             END   finished  we draw the plot          ELSE: top_uvalue 1  findline top_uvalue   alreadyread     1       endcase     END      vector :BEGIN   for the vectors  there is 2 components  we read u when alreadyvector   is a interger and v when alreadyvector is a interger 0 5       if floor alreadyvector 1 EQ 0 then begin         if floor alreadyvector  EQ alreadyvector then begin           readcmd     beginning of reading the zonal component of vector  readcmd            readcmd i 1     fieldu       prefix   readcmd i 1          ENDIF ELSE BEGIN           readcmd     beginning of reading the meridional component of vector  readcmd            readcmd i 1     fieldv       prefix   readcmd i 1          ENDELSE         readcmd    extractatt top_uvalue   currentreadcmd  temporary readcmd        ENDIF ELSE BEGIN         oldrdcmd   extractatt top_uvalue   currentreadcmd          nl   n_elements oldrdcmd           oldrdcmd nl 1    oldrdcmd nl 1                readcmd i    prefix   readcmd i          readcmd    temporary oldrdcmd  temporary readcmd        ENDELSE         case alreadyvector 1 of         numberofread 1:BEGIN   we finalize the reading command           IF ending NE   THEN BEGIN              nl   n_elements readcmd               readcmd nl 1    readcmd nl 1                    readcmd    temporary readcmd  ending            ENDIF           readcmd    temporary readcmd                            fieldu   create_struct arr:temporary fieldu  grid:vargrid  unit:varunit  experiment:varexp  name:varname                             end of reading the zonal component of vector               top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd   we finished zonal component reading    we know switch to meridional component             top_uvalue 1  findline top_uvalue   alreadyvector     5            top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the meridional component of vector            return             END         numberofread 0 5:BEGIN   we finalize the reading command           IF ending NE   THEN BEGIN              nl   n_elements readcmd               readcmd nl 1    readcmd nl 1                    readcmd    temporary readcmd  ending            ENDIF           readcmd    temporary readcmd                             fieldv   create_struct arr:temporary fieldv  grid:vargrid  unit:varunit  experiment:varexp  name:varname                             end of reading the meridional component of vector      we finished meridional component reading      we get back _EXTRA of the vector and we complet extra already build           extra   extractatt top_uvalue   extra            exextra   cw_specifie_get_value base            extra    mixstru exextra  extra            sextra   struct2string extra            readcmd    readcmd   vectorextra    sextra   extra mixstru extra vectorextra               top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd             if drawover then BEGIN   shall we do an overlay               top_uvalue 1  findline top_uvalue   alreadyvector     pi              top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field to overlay              return               ENDIF ELSE BEGIN   it is done know               top_uvalue 1  findline top_uvalue   alreadyread     1              top_uvalue 1  findline top_uvalue   alreadyvector     1           ENDELSE         END         ELSE:BEGIN   we still need to read some vector components             top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd            top_uvalue 1  findline top_uvalue   alreadyvector    alreadyvector 1           if floor alreadyvector  EQ alreadyvector then text     zonal               ELSE text     meridional              top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the  strtrim floor alreadyread 3  1 text component of vector            return             END       endcase     END      over :BEGIN       if alreadyover 1 EQ 0 then begin   we start the reading          readcmd     beginning of reading the field to overdraw  readcmd          readcmd i 1     fieldover     prefix  readcmd i 1          readcmd    extractatt top_uvalue   currentreadcmd  temporary readcmd        ENDIF ELSE BEGIN         oldrdcmd   extractatt top_uvalue   currentreadcmd          nl   n_elements oldrdcmd           oldrdcmd nl 1    oldrdcmd nl 1                readcmd i    prefix   readcmd i          readcmd    temporary oldrdcmd  temporary readcmd        ENDELSE         if alreadyover 1 NE numberofread 1 THEN BEGIN    we still need to read some files           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd          top_uvalue 1  findline top_uvalue   alreadyover    alreadyover 1          top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field number  strtrim alreadyover 3  1  to overlay          return           ENDIF   we finalize the reading command       IF ending NE   THEN BEGIN          nl   n_elements readcmd           readcmd nl 1    readcmd nl 1                readcmd    temporary readcmd  ending        ENDIF   on finalise la commande de lecture       readcmd    readcmd                       fieldover   create_struct arr:temporary fieldover  grid:vargrid  unit:varunit  experiment:varexp  name:varname                         end of reading the field to overdraw      we get back _EXTRA of over and we complet extra already build       extra   extractatt top_uvalue   extra        exextra   cw_specifie_get_value base        extra    mixstru exextra  extra        sextra   struct2string extra        readcmd    readcmd   overextra    sextra   extra mixstru extra overextra           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd   we reinitialize        top_uvalue 1  findline top_uvalue   alreadyread     1        top_uvalue 1  findline top_uvalue   alreadyvector     1        top_uvalue 1  findline top_uvalue   alreadyover     1     END   endcase                   determination du nom de la boxzoom      if NOT keyword_set boxzoom  then widget_control  domainid  get_value   boxzoom   ecriture de celle ci sous forme d un string   box    strtrim boxzoom 0  1    for i   1   n_elements boxzoom 1     3 2 strpos type   z  EQ  1  do       box   box   strtrim boxzoom i  1    pour les  plots en z  box doit avoir par defaut 0 profmax   if strpos type   z  NE  1 then BEGIN   si   de 1 niveau est selectionne:     widget_control  widget_info base  find_by_uname    dthlv1  get_value   niv1     niv1   niv1 combobox_index     widget_control  widget_info base  find_by_uname    dthlv2  get_value   niv2     niv2   niv2 combobox_index     if niv1 NE niv2 then begin       box   box strtrim boxzoom 4  1 strtrim boxzoom 5  1      ENDIF ELSE BEGIN       if chkstru exextra   profmax  then  pmax   exextra profmax         ELSE pmax   200       box   box 0 strtrim pmax  1      ENDELSE   endif   box   box    IF strpos type    diag up  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 2  1                            strtrim boxzoom 1  1          strtrim boxzoom 3  1        ENDIF   IF strpos type    diag dn  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 3  1                            strtrim boxzoom 1  1          strtrim boxzoom 2  1        ENDIF     on determine typein       IF strpos type    diag   NE  1 THEN typein    strmid type  0  4        ELSE typein    type        determination de small     ssmall   tostr smallout      on va definir le string qui contiendra la commande a executer par widgetdessine pro     Cmd    readCmd  procedure    field                       boxzoom    box   findalways  typein typein  small ssmall      IF drawvecteur then Cmd    Cmd         vecteur    u: fieldu v: fieldv      IF drawover then Cmd    Cmd         contour   fieldover     IF n_elements sendpoints  NE 0 then Cmd    Cmd         endpoints       sendpoints         Cmd    Cmd         _extra  mixstru ex  extra  portrait       portrait     NOERASE noerase        print         for i   0  n_elements Cmd 1 do print  Cmd i       print        on complete et ou actualise la structure top_uvalue       top_uvalue 1  findline top_uvalue   nameprocedures numdessinout    procedure    top_uvalue 1  findline top_uvalue   types numdessinout    type    top_uvalue 1  findline top_uvalue   domaines  numdessinout    boxzoom    top_uvalue 1  findline top_uvalue   txtcmd numdessinout    widcmd    top_uvalue 1  findline top_uvalue   optionsflag  numdessinout    flags    top_uvalue 1  findline top_uvalue   exextra numdessinout    extra     return  Cmd end  ");
-a[347] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd.html", "buildreadcmd.pro", "", "          NAME:buildreadcmd     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            FUNCTION buildreadcmd  base  snameexp  procedure  type  BOXZOOM   boxzoom                            COMPLETE   complete  NAMEFIELD   namefield    cm_4cal   for key_caltype     get back widgets IDs     vlstid   widget_info base  find_by_uname    varlist    date1id   widget_info base  find_by_uname    calendar1    date2id   widget_info base  find_by_uname    calendar2    domainid   widget_info base  find_by_uname    domain      optionid   widget_info base  find_by_uname    option      widget_control  base  get_uvalue   top_uvalue   numdessinin    extractatt top_uvalue   smallin 2 1   numdessinout    extractatt top_uvalue   smallout 2 1     name of the file     currentfile   extractatt top_uvalue   currentfile    filelist   extractatt top_uvalue   filelist    filename   filelist currentfile    sfilename    filename      name of the variable     if keyword_set namefield  then namevar   namefield     ELSE namevar   widget_info vlstid   combobox_gettext    snamevar    namevar      get the options     options   extractatt top_uvalue   options       flags   extractatt top_uvalue   optionsflag    flags   flags  numdessinin    xindex    flags where options EQ  Longitude   x index 0    yindex    flags where options EQ  Latitude   y index 0      extra   extractatt top_uvalue   extra    if xindex NE 0 then extra   create_struct extra   xindex  xindex    if yindex NE 0 then extra   create_struct extra   yindex  yindex    exextra   cw_specifie_get_value base    exextra   extractstru exextra   min   max   inter   lct    if size exextra   type  EQ 8 then extra   mixstru exextra  extra    sextra   struct2string extra      find date1 and date2     key_caltype    extractatt top_uvalue   fileparameters currentfile caltype   widget_control  date1id  get_value   date1   widget_control  date2id  get_value   date2    if procedure EQ  pltt  AND date1 EQ date2 then BEGIN   we redefine the dates to the begining and end of the calendar     calendar    extractatt top_uvalue   fileparameters currentfile time_counter     date1   jul2date calendar 0      date2   jul2date calendar n_elements calendar 1      widget_control  date1id  set_value   date1     widget_control  date2id  set_value   date2   endif     fakecal    extractatt top_uvalue   fileparameters currentfile fakecal   IF keyword_set fakecal  THEN BEGIN     date1   date2jul date1    fakecal     date2   date2jul date2    fakecal   ENDIF   sdate1   strtrim date1  1    sdate2   strtrim date2  1      find boxzoom     if NOT keyword_set boxzoom  then widget_control  domainid  get_value   boxzoom   put boxzoom into a string   box    strtrim boxzoom 0  1    for i   1   n_elements boxzoom 1     3 2 strpos type   z  EQ  1  do        box   box   strtrim boxzoom i  1    if strpos type   z  NE  1 then BEGIN        common       min   min gdept  gdepw  max   max        box   box strtrim floor min  1 strtrim ceil max  1      endif   box   box    IF strpos type    diag up  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 2  1                            strtrim boxzoom 1  1          strtrim boxzoom 3  1        ENDIF   IF strpos type    diag dn  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 3  1                            strtrim boxzoom 1  1          strtrim boxzoom 2  1        ENDIF     find funclec_name  readparameters  meshparameters     readparameters    extractatt top_uvalue   readparameters currentfile    funclec_name   readparameters funclec_name   if keyword_set complete  then begin     sreadparameters   struct2string readparameters      meshparameters    extractatt top_uvalue   meshparameters currentfile      smeshparameters   struct2string meshparameters          on va definir le string qui contiendra la commande a executer pour   la lecture       Cmd     Definition of extra structure:   extra    sextra                  Definition of readparameters structure:   readparameters    sreadparameters                  Do we change of reading :   dummy   changeread readparameters                   Definition of meshparameters structure:   meshparameters    smeshparameters                  Do we change the grid :   dummy   changegrid meshparameters                   Read the data                  if n_elements date1in  ne 0 then date1   date1in else date1       sdate1                 if n_elements date2in  ne 0 then date2   date2in else date2       sdate2                funclec_name snamevar  date1  date2   snameexp                  timestep    strtrim keyword_set fakecal  1  parent    strtrim base  2                   boxzoom    box   findalways                         filename    sfilename        if n_elements sendpoints  NE 0 then          Cmd    Cmd         endpoints       sendpoints     type       type            Cmd    Cmd         _extra   mixstru ex  extra   nostruct       top_uvalue 1  findline top_uvalue   varinfo  numdessinout     filename  namevar       top_uvalue 1  findline top_uvalue   dates  numdessinout     date1  date2    ENDIF ELSE BEGIN     Cmd    funclec_name snamevar  date1  date2   snameexp                parent    strtrim base  1  boxzoom    box                          filename    sfilename        if n_elements sendpoints  NE 0 then          Cmd    Cmd         endpoints       sendpoints     type       type            Cmd    Cmd         _extra   mixstru ex  extra   nostruct    ENDELSE      print   ::::::::::::::::::::::       for i   0  n_elements Cmd 1 do print  Cmd i       print   ::::::::::::::::::::::         return  cmd end");
-a[348] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefield.html", "changefield.pro", "", "PRO changefield  base  newfieldname  BOXZOOM   boxzoom     widget_control  base  get_uvalue   top_uvalue     Change exextra :   exextra   definedefaultextra newfieldname    specifieid   widget_info base  find_by_uname    specifie    widget_control  specifieid  set_value   exextra   Change the variable   Do we need to change the vertical axis   according to the tye of points  T or W    dthlv1id   widget_info base  find_by_uname    dthlv1    widget_control  dthlv1id  get_uvalue   dthlv1_uval   oldzgridt   dthlv1_uval grid_t   get the type of point   currentfile   extractatt top_uvalue   currentfile    listgrid    extractatt top_uvalue   fileparameters currentfile listgrid   listvar    extractatt top_uvalue   fileparameters currentfile listvar     for i   0   n_elements listvar 1 do print   listvar i    listgrid i    indexvar   where listvar EQ newfieldname    indexvar   0   indexvar 0    zgridt   strupcase listgrid indexvar  NE  W    if we change the type of point   if zgridt NE oldzgridt then BEGIN   update dthlv1_uval grid_t     dthlv1_uval grid_t   zgridt     widget_control  dthlv1id  set_uvalue   dthlv1_uval   update cw_domain     if NOT keyword_set boxzoom  THEN          widget_control  widget_info base  find_by_uname    domain  get_value   boxzoom     widget_control  widget_info base  find_by_uname    domain  set_value   boxzoom   endif     return end");
-a[349] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefile.html", "changefile.pro", "", "PRO changefile  base  newfilename  BOXZOOM   boxzoom  DATE1   date1  DATE2   date2  FIELDNAME   fieldname     widget_control  base   hourglass   widget_control  base  get_uvalue   top_uvalue   filelist   extractatt top_uvalue   filelist    IF size newfilename   type  EQ 7 THEN newfile    where filelist EQ newfilename 0      ELSE newfile   newfilename      it is already the index of the new file   if newfile EQ  1 then begin     nothing  report invalid filename      return   endif   oldfile   extractatt top_uvalue   currentfile    oldfilename   filelist oldfile     did we really change the file    if oldfile EQ newfile AND NOT  keyword_set BOXZOOM  OR keyword_set DATE1  OR keyword_set DATE2  OR keyword_set FIELDNAME  then return      widget_control  base  update   0       we update currentfile element of the top_uvalue      top_uvalue 1  findline top_uvalue   currentfile    newfile     Calendar     oldcalendar    extractatt top_uvalue   fileparameters oldfile time_counter   newcalendar    extractatt top_uvalue   fileparameters newfile time_counter   Did we change the calendar    if array_equal oldcalendar  newcalendar  NE 1 then begin  cm_4cal    for key_caltype     key_caltype    extractatt top_uvalue   fileparameters newfile caltype   fake or real calendar      fakecal    extractatt top_uvalue   fileparameters newfile fakecal   Which dates were selected          date1id   widget_info base  find_by_uname    calendar1      if NOT keyword_set date1  then widget_control  date1id  get_value   date1     jdate1   date2jul date1      if  where newcalendar EQ jdate1 0  EQ  1 then jdate1   newcalendar 0      date2id   widget_info base  find_by_uname    calendar2      if NOT keyword_set date2  then widget_control  date2id  get_value   date2     jdate2   date2jul date2      if  where newcalendar EQ jdate2 0  EQ  1 then jdate2   date1     if jdate2 LT jdate1 THEN jdate2   jdate1     widget_control  date1id   destroy     widget_control  date2id   destroy     basecal   widget_info base  find_by_uname    basecal      rien   cw_calendar basecal  newcalendar  jdate1  uname    calendar1                             FAKECAL   fakecal  uvalue    name: calendar1   frame      rien   cw_calendar basecal  newcalendar  jdate2  uname    calendar2                             FAKECAL   fakecal  uvalue    name: calendar2   frame    ENDIF ELSE BEGIN      if keyword_set date1  then begin       date1id   widget_info base  find_by_uname    calendar1        widget_control  date1id  set_value   date1     endif     if keyword_set date2  then begin       date2id   widget_info base  find_by_uname    calendar2        widget_control  date2id  set_value   date2     endif   ENDELSE     Grid parameters and domain     newgrid    extractatt top_uvalue   meshparameters newfile    change   changegrid newgrid    if change OR keyword_set boxzoom  then BEGIN     if NOT keyword_set boxzoom  then boxzoom    1     domainid   widget_info base  find_by_uname    domain      widget_control  domainid  set_value   boxzoom   endif     file name     IF oldfile NE newfile THEN BEGIN      flstid   widget_info base  find_by_uname    filelist      widget_control  flstid  set_combobox_select    newfile   ENDIF      Variables name     vlstid   widget_info base  find_by_uname    varlist    oldfieldname   widget_info vlstid   combobox_gettext    did we really change the liste of variables    oldlistvar    extractatt top_uvalue   fileparameters oldfile listvar   newlistvar    extractatt top_uvalue   fileparameters newfile listvar   if array_equal oldlistvar  newlistvar  NE 1 THEN        widget_control  vlstid  set_value   newlistvar   set the liste of variables to the new variable name   if keyword_set fieldname  then newfieldname   fieldname ELSE newfieldname   oldfieldname   indexvar   where newlistvar EQ newfieldname    indexvar   0   indexvar 0    widget_control  vlstid  set_combobox_select   indexvar   newfieldname   newlistvar indexvar    did we change the name of the variable    if newfieldname NE oldfieldname then BEGIN     changefield  base  newfieldname  BOXZOOM   boxzoom   ENDIF       widget_control  base  update   1     return end");
-a[350] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/createhistory.html", "createhistory.pro", "", "PRO createhistory  base  small       we save globalcommand in globaloldcommand    widget_control base  get_uvalue   top_uvalue    globalcommand   extractatt top_uvalue   globalcommand      top_uvalue 1  findline top_uvalue   globaloldcommand    globalcommand   portrait or landscape      options   extractatt top_uvalue   options        optionsflag   extractatt top_uvalue   optionsflag     portrait    optionsflag where options EQ  Portrait Landscape  0 0    composition du text contennu ds history pro    texte    common                                       if keyword_set postscript  then begin                        noerase   1                       openps  infowidget   infowidget  portrait       strtrim portrait  2                   endif                                        beginning of 1                                      end of 1     if small 0 small 1  GT 1 then begin       for draw   1  small 0 small 1 1  do begin          texte    texte                         beginning of  strtrim draw 1  2                         noerase 1                          end of  strtrim draw 1  2        endfor    ENDIF    texte    texte                  if keyword_set postscript  then begin                       closeps  infowidget   infowidget                       printps                   endif    the new globalcommand     top_uvalue 1  findline top_uvalue   globalcommand    texte      for i   0  n_elements texte 1 do print  texte i       return end");
-a[351] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/cutcmd.html", "cutcmd.pro", "", "PRO cutcmd  widcmd  toread  numberofread  prefix  nameexp  ending     dummy   where byte widcmd  EQ  byte 0  nbdblquote     CASE 1 OF     nbdblquote MOD 2: stop   odd numbers are impossibles      nbdblquote GT 0:     nbdblquote EQ 0:BEGIN   widcmd is an expression of type:   numb1 a   numb2 b     numb   we will change into the form   numb1 a    numb2 b      numb   in order to suits the new method of cutcmd       widcmd   strtrim widcmd  2    we force to start with a   or         case 1 of         strpos widcmd    EQ 0:         strpos widcmd    EQ 0:         ELSE:widcmd       widcmd       ENDCASE       separator   strsplit widcmd     extract   regex        other   strsplit widcmd     extract        IF n_elements separator  NE n_elements other  THEN stop       widcmd           FOR i   0  n_elements other 1 DO BEGIN          IF isnumber other i  LT 1 THEN other i        other i              widcmd   widcmd   separator i    other i        ENDFOR        print  widcmd     END    ENDCASE    cutted   strsplit widcmd     extract    IF strpos widcmd    EQ 0 THEN start   0 ELSE start   1   nameexp   cutted start: :2    numberofread   n_elements nameexp     IF toread GE numberofread then begin     dummy   report toread cannot be larger than numberofread      stop   ENDIF   other   cutted 1 start: :2    make sure that we have a prefix for each nameexp   IF start EQ 0 THEN other     other      nameexp   nameexp toread    prefix   other toread    IF n_elements other  EQ numberofread   1 THEN ending   other numberofread  ELSE ending        help  prefix  nameexp  ending     return end");
-a[352] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/definedefaultextra.html", "definedefaultextra.pro", "", "FUNCTION definedefaultextra  nomvariable    case strlowcase nomvariable  of          sn :BEGIN            return  get_extra min   31  max   37  inter    2  lct   33 nocontout          END          tn :BEGIN            return  get_extra min   20  max   31  inter    5  lct   39          END          un :BEGIN            return  get_extra min    1  max   1  inter    1  lct   64          END          vn :BEGIN            return  get_extra min    1  max   1  inter    1  lct   64          END       ELSE:    ENDCASE     return  get_extra min     max     inter     lct   39  end");
-a[353] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/doubleclickaction.html", "doubleclickaction.pro", "", "PRO doubleclickaction  event      widget_control  event id   get_uvalue   uval    widget_control  event top  get_uvalue   top_uvalue   on active la bonne fenetre     widget_control  event id  get_value   win    wset  win   quel est le dessin selectionne     smallin   extractatt top_uvalue   smallin     smallout   extractatt top_uvalue   smallout     x    convert_coord uval x 0 uval y 0   device   to_normal 0     y    convert_coord uval x 0 uval y 0   device   to_normal 1     numcolonne   n_elements where findgen smallin 0 smallin 0  lt x 1    numligne   n_elements where findgen smallin 1 smallin 1  lt 1 y 1    numdessin   numcolonne numligne smallin 0 1   choix du type d action    case uval press of       1:BEGIN           if top_uvalue smallin 2  NE numdessin then begin          tracecadre  smallin   erase          if total smallin EQ smallout  EQ 3 then             tracecadre  smallout   out          smallin    smallin 0:1  numdessin            top_uvalue 1  findline top_uvalue   smallin    smallin          tracecadre  smallin           p    extractatt top_uvalue   penvs numdessin 1            x    extractatt top_uvalue   xenvs numdessin 1            y    extractatt top_uvalue   yenvs numdessin 1          END       2:BEGIN            if top_uvalue smallout 2  NE numdessin then begin          tracecadre  smallout   erase          if total smallin EQ smallout  EQ 3 then             tracecadre  smallin          smallout    smallin 0:1  numdessin            top_uvalue 1  findline top_uvalue   smallout    smallout          tracecadre  smallout   out           endif       END       4:BEGIN          tracecadre   smallin 0:1  numdessin   fill          inserthistory  event top      beginning of  strtrim numdessin  2                  end of  strtrim numdessin  2    remise a 0 des attributs de la uvalue concernant ce dessin:           numdessin   numdessin 1           top_uvalue 1  findline top_uvalue   varinfo  numdessin                  top_uvalue 1  findline top_uvalue   dates  numdessin     0l  0l            top_uvalue 1  findline top_uvalue   nameprocedures numdessin                top_uvalue 1  findline top_uvalue   types numdessin                top_uvalue 1  findline top_uvalue   domaines  numdessin    fltarr 6            top_uvalue 1  findline top_uvalue   txtcmd numdessin                if numdessin EQ smallin 2  then             tracecadre  smallin          if numdessin EQ smallout 2  then             tracecadre  smallout   out        END        ELSE:    endcase    updatewidget  event top      return end");
-a[354] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/extractatt.html", "extractatt.pro", "", "FUNCTION extractatt  top_uvalue  name    taille   size top_uvalue     j    1    repeat BEGIN       j   j 1       if j EQ  size top_uvalue 2  then return   1    endrep until  top_uvalue 0  j  EQ name    return   top_uvalue 1  j  end");
-a[355] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/findline.html", "findline.pro", "", "FUNCTION findline  top_uvalue  name    taille   size top_uvalue     j    1    repeat BEGIN       j   j 1       if j EQ  size top_uvalue 2  then return   1    endrep until  top_uvalue 0  j  EQ name    return  j end");
-a[356] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/identifyclick.html", "identifyclick.pro", "", "FUNCTION identifyclick  event    widget_control  event id  get_uvalue uval   no_copy    thisEvent   TAG_NAMES event   Structure     if thisEvent EQ  WIDGET_TIMER  then press   0 ELSE press   event press      d 0 1  t 1 0 d 2 0        long click            d 1 0 t 2 0   click normal                          d 2 1 d 3 0 t 0 0  double click                                              t 3 0 d 0 0  double click    type    inutile     case 1 OF   d 0 0 1er remonte       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 0 AND press EQ 0:   d 0 1 1er appuie de la serie       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 0 AND press ge 1:BEGIN          uval x    event x  0           uval y    event y  0           uval press   press          uval click   1          widget_control  event id  timer    3       END   d 1 0 1er remonte       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 1 AND press EQ 0:uval click   2   d 2 0 fin long click       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 2 AND press EQ 0:BEGIN          type    long           uval x    uval x 0 event x    uval x   uval x sort uval x           uval y    uval y 0 event y    uval y   uval y sort uval y           uval click   0          uval press   event release       END   d 2 1       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 2 AND press ge 1:BEGIN          type    double           uval press   press          uval click   3       END   d 3 0 remonte et fin de double click       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 3 AND press EQ 0:uval click   0   t 0 0 fin de double click       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 0 AND press EQ 0:   t 1 0 long click       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 1 AND press EQ 0:uval click   2   t 2 0 click normal       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 2 AND press EQ 0:BEGIN           type    single           press   uval press          uval click   0       END   t 3 0 fin de double click       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 3 AND press EQ 0:uval click   0   cas normalement impossible:       ELSE:BEGIN          print  thisEvent  uval click  press          print   Probleme  cas normalement impossible        END    endcase     widget_control  event id  set_uvalue uval   no_copy    return   type:type  end");
-a[357] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory.html", "inserthistory.pro", "", "PRO inserthistory   base  text  line1  line2      widget_control base  get_uvalue   top_uvalue    globalcommand   extractatt top_uvalue   globalcommand      top_uvalue 1  findline top_uvalue   globaloldcommand    globalcommand     for i   0  n_elements globalcommand 1 do print  globalcommand i    we insert text between line1 and line2     index1   where globalcommand EQ line1    index1   index1 0 1     if index1  EQ  1 then begin        rien   report line1  n est pas trouve ds globalcommand         return     endif     index2   where globalcommand EQ line2    index2   index2 0      if index2  EQ  1 then begin        rien   report line2  n est pas trouve ds globalcommand         return     ENDIF   the new text:     globalcommand    globalcommand 0:index1  text  globalcommand index2:n_elements globalcommand 1    the new globalcommand      top_uvalue 1  findline top_uvalue   globalcommand    globalcommand       return end");
-a[358] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/letsdraw.html", "letsdraw.pro", "", "          NAME:widgetdessine     PURPOSE: c est la procedure qui lance le dessin  Si on ne le lui   donne pas de commande  elle appelle construitcommande pour savoir   quoi tracer      CATEGORY:     CALLING SEQUENCE:widgetdessine  base      INPUTS:base: l id du widget ou appliquer le dessin     KEYWORD PARAMETERS:         COMMANDE: un string du style: read_data sst      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO letsdraw  base  COMMANDE   commande  _extra   ex  common   on recupere la uvalue de base   widget_control base  get_uvalue   top_uvalue   print      help   top_uvalue   struct   help   top_uvalue exextra   struct    if NOT keyword_set commande  then       commande   buildcmd base  _extra ex     if commande 0  EQ   then return   on recupere la uvalue de base    widget_control  base   hourglass    widget_control base  get_uvalue   top_uvalue   print      help   top_uvalue   struct   print       help   top_uvalue exextra   struct    help   top_uvalue extra   struct   print      print  commande   help mixstru top_uvalue exextra top_uvalue extra   struct       on recuperel id de la fenetre graphique associee au widget d id base    graphid   extractatt top_uvalue   graphid     widget_control  graphid  get_value   win   on la selectionne  c est a elle que sera passe toutes les commandes   concernant une fenetre     wset  win     erase  255                         on netoie la fenetre   on s assure que si on travaille avec un ecran codant les couleurs   sur 24 bits la couleur de fond specifiee p background est bien   appliquee      if  d n_colors gt 256 then begin         device  decomposed 1          p background ffffff x         plot 0 0          device  decomposed 0      ENDIF      smallout   long extractatt top_uvalue   smallout     numdessinout   smallout 2 1      tracecadre  smallout   fill        options   extractatt top_uvalue   options        optionsflag   extractatt top_uvalue   optionsflag     portrait    strtrim optionsflag where options EQ  Portrait Landscape  0  1 0           createpro   common                      noerase   1                      key_portrait     portrait                    Commande          filename    myuniquetmpdir    xxx_oneplot pro       inserthistory  base  Commande  beginning of  strtrim smallout 2  1            end of  strtrim smallout 2  1        top_uvalue 1  findline top_uvalue   penvs numdessinout     p     top_uvalue 1  findline top_uvalue   xenvs numdessinout     x     top_uvalue 1  findline top_uvalue   yenvs numdessinout     y     return end");
-a[359] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/loadgrid.html", "loadgrid.pro", "", "PRO loadgrid  meshfilein  _extra   ex       cm_4mesh   ccmeshparameters filename   meshfilein   split the name according to   delimiter   meshfile   strsplit meshfilein     extract    meshfile   strtrim meshfile  2    try to find a  pro file with this name    filepro    find meshfile 0   firstfound   onlypro 0    if this is an idl batch file or a procedure     if filepro NE  NOT FOUND  THEN BEGIN     CASE protype filepro  OF   this is a procedure        proc :listing   file_basename filepro   pro    this is a function  this case is not coded         func :stop   this is an IDL batch file        batch :listing    file_basename filepro   pro      ENDCASE   ENDIF ELSE BEGIN     filenc    find meshfile 0   firstfound   onlync 0      if filenc EQ  NOT FOUND  THEN stop     listing    initncdf      filenc     ENDELSE   add the arguments and keywords if necessary   IF n_elements meshfile  GT 1 AND strmid listing  0  1  NE   THEN BEGIN      FOR i   1 filepro NE  NOT FOUND  n_elements meshfile 1 DO listing   listing         meshfile i    ENDIF    IF strmid listing  0  1  NE   THEN listing   listing     strcalling       meshfilein     _extra   ex     createpro  listing  filename   myuniquetmpdir  for_createpro pro  _extra   ex  return END ");
-a[360] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/longclickaction.html", "longclickaction.pro", "", "PRO longclickaction  event   widget_control  event id  get_uvalue   uval   widget_control  event top  get_uvalue   top_uvalue   quel est le dessin selectionne    smallout   extractatt top_uvalue   smallout    smallin   extractatt top_uvalue   smallin    small   smallin   x    convert_coord uval x 0  uval y 0   device   to_normal 0    y    convert_coord uval x 0  uval y 0   device   to_normal 1    numcolonne   n_elements where findgen small 0 small 0  lt x 1   numligne   n_elements where findgen small 1 small 1  lt 1 y 1   numdessin   numcolonne numligne small 0    we put on numdessin as the leader plot   tracecadre  smallin   erase   if total smallin EQ smallout  EQ 3 then        tracecadre  smallout   out   smallin    smallin 0:1  numdessin 1     top_uvalue 1  findline top_uvalue   smallin    smallin   tracecadre  smallin    p    extractatt top_uvalue   penvs numdessin     x    extractatt top_uvalue   xenvs numdessin     y    extractatt top_uvalue   yenvs numdessin      Change the domain box:     coor    convert_coord uval x  uval y   device   to_data    x    coor 0  0  coor 0  1    y    coor 1  0  coor 1  1    domainid   widget_info event top  find_by_uname    domain    boxzoom    x  y    faut il passer la boxzoom en indexes     currentplot    extractatt top_uvalue   smallin 2 1   options   extractatt top_uvalue   options       flags   extractatt top_uvalue   optionsflag    flags   flags  currentplot    changex    flags where options EQ  Longitude   x index 0  EQ 1   changey    flags where options EQ  Latitude   y index 0  EQ 1   if changex OR changey then begin   on veut retrouver le type de grille qui est utilisee     currentfile   extractatt top_uvalue   currentfile      listgrid    extractatt top_uvalue   fileparameters currentfile listgrid     listvar    extractatt top_uvalue   fileparameters currentfile listvar     vlstid   widget_info event top  find_by_uname    varlist      namevar   widget_info vlstid   combobox_gettext      indexvar   where listvar EQ namevar      vargrid   strupcase listgrid indexvar      domdef  boxzoom  gridtype   vargrid     grille   1   1   1   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz     if changex then boxzoom 0:1     firstx  lastx      if changey then boxzoom 2:3     firsty  lasty    endif     widget_control  domainid  set_value   boxzoom       actionid   widget_info event top  find_by_uname    action    type   widget_info actionid   combobox_gettext    case uval press of     1:BEGIN       nodates    type EQ  xt  OR type EQ  yt  OR type EQ  zt  OR type EQ  t        updatewidget  event top   noboxzoom  nodates   nodates  notype   type NE  plt        letsdraw  event top     END     2:BEGIN        IF type EQ  plt  THEN BEGIN           top_uvalue 1  findline top_uvalue   types smallout 2 1     pltz          forcetype    pltz        ENDIF        updatewidget  event top   noboxzoom       letsdraw  event top     END     4:BEGIN       IF type EQ  plt  THEN BEGIN           top_uvalue 1  findline top_uvalue   types smallout 2 1     pltt          forcetype    pltt        ENDIF        updatewidget  event top   noboxzoom   nodates       letsdraw  event top  forcetype   forcetype     END   endcase     return end");
-a[361] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/read_vermair.html", "read_vermair.pro", "", "FUNCTION read_vermair  name  debut  fin  nomexp  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex  common       if name EQ  un  then name    vozocrtx     if name EQ  vn  then name    vomecrty     if debut EQ fin then begin       res   lec name debut nomexp  BOXZOOM boxzoom  _EXTRA   ex     ENDIF ELSE res   lect name debut fin  nomexp  BOXZOOM boxzoom  _EXTRA   ex        return   tab:res  grille:vargrid  unite:  experience:varexp  nom:varname  end");
-a[362] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/scanfile.html", "scanfile.pro", "", "     liste des presupposes:         1  le fichier a lire est un fichier netcdf         2  le nom de ce fichier finit         par U nc  V nc  W nc  T nc ou F nc  la lettre avant le         nc designant la grille a laquelle se rapporte la champ          Si tel n est pas la cas  le fichier est attribue a la grille         T          3  ce fichier contient une dimension infinie qui doit etre         celle qui se rapporte au temps et au mois 2 autres dimensions         dont les noms sont  x lon xi_  et  y lat  ou          eta_  ou bien en majuscule          4  il doit exiter ds ce fichier une unique variable n ayant         qu une dimension et etant la dimension temporelle  cette         variable sera prise comme axe des temps  Rq: si plusieurs         variables verifient ces criteres on considere la premiere         variable         5  Cette variable axe des temps doit contenir l attribut          units qui doit etre ecrit suivant la syntaxe:                  seconds since 0001 01 01 00:00:00                    hours since 0001 01 01 00:00:00                    days since 1979 01 01 00:59:59                    months since 1979 01 01 00:59:59                    years since 1979 01 01 00:59:59       je crois que c est tout             GRID UTVWF  to specify the type of grid  Defaut is  1           based on the name of the file if the file ends by          GRID _ TUVFW NC  not case sensible  or  2  T if case  1           is not found      FUNCTION scanfile  namefile  GRID   GRID  _extra   ex  common     res    1     filename     fullname   isafile filename   namefile  IODIRECTORY   iodir  _extra   ex      open file     cdfid   ncdf_open fullname      What contains the file      infile   ncdf_inquire cdfid       find vargrid     IF keyword_set grid  THEN vargrid   strupcase grid  ELSE BEGIN     vargrid    T                  default definition     IF finite glamu 0  EQ 1 THEN BEGIN       pattern    GRID   GRID_   GRID   UPID_   30ID_        gdtype    T   U   V   W   F        fnametest   strupcase fullname        FOR i   0  n_elements pattern 1 DO BEGIN         FOR j   0  n_elements gdtype 1 DO BEGIN           substr   pattern i gdtype j            pos   strpos fnametest  substr            IF pos NE  1 THEN                vargrid   strmid fnametest  pos strlen substr 1  1          ENDFOR       ENDFOR     ENDIF   ENDELSE     name of all dimensions     namedim   strarr infile ndims    for dimiq   0  infile ndims 1 do begin     ncdf_diminq  cdfid  dimiq  tmpname  value      namedim dimiq    strlowcase tmpname    ENDFOR   we are looking for a x dimension    dimidx   where namedim EQ  x  OR strmid namedim  0  3  EQ  lon  OR strmid namedim  0  3  EQ  xi_  OR namedim EQ  xt_i7_156    dimidx   dimidx 0    if dimidx EQ  1 then begin     print   one of the dimensions must have the name:  x  or  lon  or  xi_  or  xt_i7_156      stop   endif   we are looking for a y dimension    dimidy   where namedim EQ  y  OR strmid namedim  0  3  EQ  lat  OR strmid namedim  4  EQ  eta_  OR namedim EQ  yt_j6_75    dimidy   dimidy 0    if dimidy EQ  1 then begin     print   one of the dimensions must have the name:  y  or  lat  or  eta_  or  yt_j6_75      stop   endif     name of all variables     we keep only the variables containing at least x  y and time dimension  if existing    namevar   strarr infile nvars    for varid   0  infile nvars 1 do begin     invar   ncdf_varinq cdfid  varid    what contains the variable      if  where invar dim EQ dimidx 0  NE  1 AND           where invar dim EQ dimidy 0  NE  1 AND           where invar dim EQ infile recdim 0  NE  1 OR infile recdim EQ  1        THEN namevar varid    invar name    ENDFOR   namevar   namevar where namevar NE     listgrid   replicate vargrid  n_elements namevar      time axis     date0fk   date2jul 19000101    IF infile recdim EQ  1 THEN BEGIN      jpt   1     time   date0fk     fakecal   1   ENDIF ELSE BEGIN     ncdf_diminq  cdfid  infile recdim  timedimname  jpt   we look for the variable containing the time axis   we look for the first variable having for only dimension infile recdim     varid   0     repeat BEGIN       invar   ncdf_varinq cdfid  varid         varid   varid 1     endrep until n_elements invar dim  EQ 1 AND invar dim 0  EQ infile recdim     varid   varid 1       CASE 1 OF       varid EQ  1:BEGIN          dummy   report the file  fullname  has no time axis C we create a fake calendar           fakecal   1         time   date0fk   lindgen jpt        END       invar natts EQ 0:BEGIN          dummy   report the variable  invar name  has no attribut C we create a fake calendar           fakecal   1         time   date0fk   lindgen jpt        END       ELSE:BEGIN     we want to know which attributes are attached to the time variable            attnames   strarr invar natts          for attiq   0  invar natts 1 do attnames attiq    ncdf_attname cdfid  varid  attiq          if  where attnames EQ  units 0  EQ  1 then BEGIN           dummy   report Attribut  units  not found for the variable  varid name C we create a fake calendar             fakecal   1           time   date0fk   lindgen jpt          ENDIF ELSE BEGIN    on lit l axe des temps           ncdf_varget  cdfid  varid  time           time   double time            ncdf_attget  cdfid  varid   units  value   time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00              value   strtrim strcompress string value  2            mots   str_sep value                unite   mots 0            debut   str_sep mots 2        now we try to find the attribut called calendar    the the attribute  calendar  exists    If no  we suppose that the calendar is gregorian calendar             if  where attnames EQ  calendar 0  NE  1 then BEGIN             ncdf_attget  cdfid  varid   calendar  value             value   string value              CASE value OF                noleap :key_caltype    noleap                 360d :key_caltype    360d                 greg :IF n_elements key_caltype  EQ 0 THEN key_caltype    greg                ELSE:BEGIN              notused   report Unknown calendar:  value  we use greg calendar                   key_caltype    greg                END             ENDCASE           ENDIF ELSE BEGIN          notused   report Unknown calendar  we use  key_caltype  calendar               IF n_elements key_caltype  EQ 0 THEN key_caltype    greg            ENDELSE     ATTENTION il faut recuperer l attribut calendar et ajuster time en   consequense        on passe time en jour julien d idl              unite   strlowcase unite            IF strpos unite   s  strlen unite 1  NE  1 THEN unite   strmid unite  0  strlen unite 1            IF strpos unite   julian_  NE  1 THEN unite   strmid unite  7            case unite of              second :time   julday debut 1  debut 2  debut 0 time 86400 d              hour :time   julday debut 1  debut 2  debut 0 time 24 d              day :time   julday debut 1  debut 2  debut 0 time              month :BEGIN                if total fix time  NE time  NE 0 then     we switch to days with 30d m                  time   julday debut 1  debut 2  debut 0 round time 30                  ELSE for t   0  n_elements time 1 DO                    time t    julday debut 1 time t  debut 2  debut 0              END              year :BEGIN               if total fix time  NE time  NE 0 then     we switch to days with 365d y                  time   julday debut 1  debut 2  debut 0 round time 365                  ELSE for t   0  n_elements time 1 do                    time t    julday debut 1  debut 2  debut 0 time t              END           ENDCASE     high frequency calendar: more than one element per day           IF max histogram long time time 0  GT 1 THEN fakecal   1 ELSE fakecal   0           date0fk   date2jul 19000101            IF keyword_set fakecal  THEN time   date0fk lindgen jpt              ELSE time   long time            ENDELSE       END     ENDCASE   ENDELSE     ncdf_close  cdfid     return   filename:fullname  time_counter:time  listvar:namevar                listgrid:strupcase listgrid  caltype:key_caltype                fakecal:date0fk fakecal  end");
-a[363] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/selectfile.html", "selectfile.pro", "", "  PRO selectfile_event  event    common     widget_control  event id  get_uvalue   eventuvalue   default definition of messenger when selectfile_event is called   directly without calling xmanager   widget_control  event handler  get_uvalue   messenger    messenger    1    IF chkstru eventuvalue   name  EQ 0 THEN return    case eventuvalue name of   cancel button      Global Cancel :BEGIN        widget_control  event handler  get_uvalue   messenger        messenger    1       widget_control  event handler   destroy     END   data file informations      datafilename :BEGIN       widget_control  event id  get_value   filename       filename   isafile filename   filename 0  iodir   iodir   onlync  title    data file name        if size filename   type  NE 7 then BEGIN          widget_control  event id  set_value             return       ENDIF       widget_control  event id  set_value   filename     END      browse datafilename :BEGIN       filename   isafile iodir   iodir   onlync  title    data file name        if size filename   type  NE 7 then return       widget_control  widget_info event handler  find_by_uname    datafilename                            set_value   filename     END   switch automatic by and mesh definition buttons      gridload :BEGIN       IF event select EQ 1 THEN BEGIN          widget_control  widget_info event handler  find_by_uname    argtxt  set_value             widget_control  widget_info event handler  find_by_uname    kwdtxt  set_value             widget_control  widget_info event handler  find_by_uname    kwd base  sensitive   1         CASE event value OF            via initnetcdf :BEGIN             widget_control  widget_info event handler  find_by_uname    meshload  set_value    initncdf  editable   0             widget_control  widget_info event handler  find_by_uname    arg base  sensitive   0             widget_control  widget_info event handler  find_by_uname    kwdlab  set_value    initncdf keywords:            END            via perso :BEGIN             widget_control  widget_info event handler  find_by_uname    meshload  set_value     editable   1             widget_control  widget_info event handler  find_by_uname    arg base  sensitive   1             widget_control  widget_info event handler  find_by_uname    kwdlab  set_value    keywords of IDL procedure:            END          ENDCASE       ENDIF      END   name of the procedure or batch file      meshload :BEGIN       widget_control  event id  get_value   filename       filename    find filename 0   onlypro   firstfound 0        if filename EQ  NOT FOUND  then begin         widget_control  event id  set_value             return       endif        CASE protype filename  OF   this is a procedure          proc :BEGIN            widget_control  widget_info event handler  find_by_uname    arg base  sensitive   1           widget_control  widget_info event handler  find_by_uname    kwd base  sensitive   1           widget_control  widget_info event handler  find_by_uname    kwdlab  set_value   file_basename filename   pro  keywords:          END   this is a function  this case is not accepted          func :BEGIN            widget_control  event id  set_value               return         END   this is an IDL batch file          batch :BEGIN            widget_control  widget_info event handler  find_by_uname    arg base  sensitive   0           widget_control  widget_info event handler  find_by_uname    kwd base  sensitive   0           widget_control  widget_info event handler  find_by_uname    kwdlab  set_value    no keywords:          END       ENDCASE       widget_control  widget_info event handler  find_by_uname    argtxt  set_value           widget_control  widget_info event handler  find_by_uname    kwdtxt  set_value           widget_control  event id  set_value   file_basename filename   pro      END      browse meshload :BEGIN       filename   isafile iodir   homedir   onlypro  title    to load the grid file        if size filename   type  NE 7 then return       meshload_id   widget_info event handler  find_by_uname    meshload        widget_control  meshload_id  set_value   filename       selectfile_event   ID:meshload_id  TOP:event top  HANDLER:event handler      END    Lets Go  button      Lets Go :BEGIN       widget_control  widget_info event handler  find_by_uname    datafilename                            get_value   datafilename       datafilename   datafilename 0        IF datafilename EQ   THEN return       datafilename   isafile filename   datafilename  iodir   iodir   onlync  title    data file name        if size datafilename   type  NE 7 then BEGIN          widget_control  widget_info event handler  find_by_uname    datafilename                              set_value             return       ENDIF        widget_control  widget_info event handler  find_by_uname    gridload                            get_value   gridload       widget_control  widget_info event handler  find_by_uname    argtxt                            get_value   argtxt       argtxt   strtrim argtxt 0  2        IF strpos argtxt    EQ 0 THEN argtxt   strmid argtxt  1        widget_control  widget_info event handler  find_by_uname    kwdtxt                            get_value   kwdtxt       kwdtxt   strtrim kwdtxt 0  2        IF strpos kwdtxt    EQ 0 THEN kwdtxt   strmid kwdtxt  1         CASE gridload 0  OF          via perso :BEGIN           meshload_id   widget_info event handler  find_by_uname    meshload            widget_control  meshload_id  get_value   meshload           meshload   meshload 0            IF meshload EQ   THEN return           meshload    find meshload 0   onlypro   firstfound 0            if meshload EQ  NOT FOUND  then begin             widget_control  meshload_id  set_value                 return           endif          END           via initnetcdf :meshload   datafilename       ENDCASE       IF strlen argtxt  NE 0 THEN meshload   meshload         argtxt       IF strlen kwdtxt  NE 0 THEN meshload   meshload         kwdtxt       widget_control  event handler  get_uvalue   messenger        messenger   create_struct datafilename  datafilename   meshload  meshload        widget_control  event handler   destroy     END    endcase   return end   FUNCTION selectfile  datafilename  idlfile  argspro  _extra   ex    common         pour recuperer les reponses possees lors de l utilisation de ce   widget on cree un pointeur que l on place dans la uvalue  Comme ca   une fois que le widget est detruit dans la procedure  event pro    la variable surlaquelle pointait le pointeur  contenue ds la uvalue   du widget  n est pas detruite est on peut recuperer le resultat      messenger   ptr_new allocate_heap    base   widget_base column  title    selectfile   align_center  uvalue   messenger  _EXTRA   ex    cancel button   dummyid   widget_button base  value    Cancel  uvalue    name: Global Cancel    data file informations   basea   widget_base base   row   align_center    dummyid   widget_label basea  value    Data file name:     database   widget_text basea  value     uvalue    name: datafilename                              uname    datafilename  xsize   45   EDITABLE    dummyid   widget_button basea  value    Browse  uvalue    name: browse datafilename    switch automatic by and mesh definition buttons   baseb   widget_base base   row   align_center    gdldid   cw_bgroup baseb   automatic grid construction with initncdf pro                                     grid construction with other IDL batch or procedure                             exclusive  set_value   0  uvalue    name: gridload                            uname    gridload  button_uvalue    via initnetcdf   via perso    name of the procedure or batch file   basec   widget_base base   row   align_center  uname    pro base    dummyid   widget_label basec  value    IDL batch file of procedure    basemeshload   widget_text basec  value    initncdf  uvalue    name: meshload                              uname    meshload  xsize   45  editable   0    dummyid   widget_button basec  value    Browse  uvalue    name: browse meshload    arguments informations   based   widget_base base   row   align_center  uname    arg base  sensitive   0    dummyid   widget_label based  value    procedure arguments    agrbase   widget_text based  value     uvalue    name: argtxt                              uname    argtxt  xsize   45   EDITABLE    keyword informations   basee   widget_base base   row   align_center  uname    kwd base    dummyid   widget_label basee  uname    kwdlab  value         keywords of initncdf:    dummyid   widget_text basee  value                                 uvalue    name: kwdtxt  uname    kwdtxt  xsize   45   EDITABLE     Lets Go  button   basego   widget_button base  value    Lets Go  uvalue    name: Lets Go       IF n_elements datafilename  NE 0 THEN BEGIN      widget_control  database  set_value   datafilename     selectfile_event   ID:database  TOP:base  HANDLER:base    ENDIF    IF n_elements idlfile  NE 0 THEN BEGIN      widget_control  basemeshload  set_value   idlfile     selectfile_event   ID:basemeshload  TOP:base  HANDLER:base      widget_control  basemeshload  get_value   idlfile2     IF idlfile2 0  NE   THEN widget_control  gdldid  set_value   1   ENDIF    IF n_elements argspro  NE 0 THEN widget_control  argbase  set_value   argspro     IF n_elements datafilename  EQ 0 THEN BEGIN      widget_control  base   realize     xmanager   selectfile  base  event_handler    selectfile_event  no_block   0   ENDIF ELSE selectfile_event   ID:basego  TOP:base  HANDLER:base      get back the information from selectfile_event   res    messenger   ptr_free  messenger   if size res   type  NE 8 then return   1    loadgrid  res meshload  _extra   ex    ccreadparameters    funclec_name: read_ncdf                jpidta:jpidta  jpjdta:jpjdta  jpkdta:jpkdta               ixmindta:ixmindta  ixmaxdta:ixmaxdta               iymindta:iymindta  iymaxdta:iymaxdta               izmindta:izmindta  izmaxdta:izmaxdta     res3   scanfile res datafilename  iodir   iodir  _extra   ex    if size res3   type  NE 8 then return    1    return   fileparameters:res3  readparameters:ccreadparameters  meshparameters:ccmeshparameters   end");
-a[364] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/singleclickaction.html", "singleclickaction.pro", "", "PRO singleclickaction  event  cm_4mesh  cm_4data  return      widget_control  event id  get_uvalue   uval   widget_control  event top  get_uvalue   top_uvalue   actionid   widget_info event top  find_by_uname    action    type   widget_info actionid   combobox_gettext    IF type NE  plt  THEN return   on active la bonne fenetre    widget_control  event id  get_value   win   wset  win   choix du type d action   case uval press of     1:BEGIN       coor    convert_coord uval x 0  uval y 0   device   to_data        x   coor 0        y   coor 1        help   x   y       oldgrid   vargrid       CASE strupcase vargrid  OF          T :vargrid    F           W :vargrid    F           U :vargrid    V           V :vargrid    U           F :vargrid    T        ENDCASE       grille   1  glam  gphi   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz       vargrid   oldgrid   define the corner of the cells in the clockwise direction       IF keyword_set key_periodic  AND nx EQ jpi THEN BEGIN         x1   glam  0:ny 2          y1   gphi  0:ny 2          x2   glam  1:ny 1          y2   gphi  1:ny 1          x3   shift glam  1:ny 1   1  0          y3   shift gphi  1:ny 1   1  0          x4   shift glam  0:ny 2   1  0          y4   shift gphi  0:ny 2   1  0        ENDIF ELSE BEGIN         x1   glam 0:nx 2  0:ny 2          y1   gphi 0:nx 2  0:ny 2          x2   glam 0:nx 2  1:ny 1          y2   gphi 0:nx 2  1:ny 1          x3   glam 1:nx 1  1:ny 1          y3   gphi 1:nx 1  1:ny 1          x4   glam 1:nx 1  0:ny 2          y4   gphi 1:nx 1  0:ny 2        ENDELSE       glam    1                   free memory       gphi    1                   free memory     What is the longitude        WHILE x GT  x range 1  DO x   x 360       WHILE x LT  x range 0  DO x   x 360       IF x GT  x range 1  THEN RETURN       IF y GT  y range 1  THEN RETURN       IF y LT  y range 0  THEN RETURN         cell   inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4                         onsphere   key_onearth            x1    1                   free memory         y1    1                   free memory         x2    1                   free memory         y2    1                   free memory         x3    1                   free memory         y3    1                   free memory         x4    1                   free memory         y4    1                   free memory              IF cell 0  EQ  1 OR n_elements cell  GT 1 THEN RETURN               yy   cell 0 nx 1 key_periodic nx EQ jpi        xx   cell 0  MOD  nx 1 key_periodic nx EQ jpi          CASE strupcase vargrid  OF          T :BEGIN           xx   xx firstx 1           yy   yy firsty 1         END          W :BEGIN           xx   xx firstx 1           yy   yy firsty 1         END          U :BEGIN           xx   xx firstx           yy   yy firsty 1         END          V :BEGIN           xx   xx firstx 1           yy   yy firsty         END          F :BEGIN           xx   xx firstx           yy   yy firsty         END       ENDCASE         bad   where xx GE jpi        IF bad 0  NE  1 THEN BEGIN         xx bad    xx bad jpi         yy bad    yy bad 1       ENDIF       bad   where yy GE jpj        IF bad 0  NE  1 THEN stop         print  glamt xx  yy  gphit xx  yy          cmd    buildcmd event top  boxzoom   boxzoom        END     ELSE:   endcase    RETURN end");
-a[365] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre.html", "tracecadre.pro", "", "PRO tracecadre  small  out   out  erase   erase  fill   fill     determination de la colonne et de la ligne correspondant au small en   entree    numdessin   small 2 1    numligne   numdessin small 0     numcolonne   numdessin numligne small 0    determination de poscadre    largeurcolonne   1 small 0     largeurligne   1 small 1     cadre    numcolonne largeurcolonne 1 numligne 1 largeurligne                   numcolonne 1 largeurcolonne  1 numligne largeurligne     decale   0 001    cadre   cadre decale decale decale decale     reinitplt     p position    0  0  1  1     IF keyword_set fill  then begin       polyfill   cadre 0  cadre 2  cadre 2  cadre 0  cadre 0              cadre 1  cadre 1  cadre 3  cadre 3  cadre 1  color   255   normal    ENDIF ELSE BEGIN       plot   cadre 0  cadre 2  cadre 2  cadre 0  cadre 0              cadre 1  cadre 1  cadre 3  cadre 3  cadre 1             xrange    0  1  yrange    0  1  linestyle   2 keyword_set out              noerase   normal  thick   2  color   0 255 keyword_set erase     ENDELSE      return end");
-a[366] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/updatewidget.html", "updatewidget.pro", "", "PRO updatewidget  base  NOBOXZOOM   noboxzoom  NODATES   nodates  NOTYPE   notype      widget_control base  get_uvalue   top_uvalue    smallin   extractatt top_uvalue   smallin     numdessinin   smallin 2 1        widget_control  base  update   0     date1 et date2      if keyword_set nodates  then begin       date1   0       date2   0     ENDIF ELSE BEGIN        dates    extractatt top_uvalue   dates  numdessinin        date1   dates 0    date2   dates 1     ENDELSE     domain      boxzoom    extractatt top_uvalue   domaines  numdessinin     if total boxzoom  EQ 0 then boxzoom    1    if keyword_set noboxzoom  then boxzoom   0     varinfo: filename   namevar      varinfo    extractatt top_uvalue   varinfo  numdessinin     filename   varinfo 0    nomvar   varinfo 1       if filename NE   OR nomvar NE   THEN BEGIN       changefile  base  filename  fieldname   nomvar  BOXZOOM   boxzoom  DATE1   date1  DATE2   date2    ENDIF ELSE BEGIN       if date1 NE 0 then begin          date1id   widget_info base  find_by_uname    calendar1           widget_control  date1id  set_value   date1       endif       if date2 NE 0 then begin          date2id   widget_info base  find_by_uname    calendar2           widget_control  date2id  set_value   date2       endif       if keyword_set boxzoom  then BEGIN           domainid   widget_info base  find_by_uname    domain           widget_control  domainid  set_value   boxzoom       endif    ENDELSE     exextra      if n_elements extractatt top_uvalue   exextra numdessinin  NE 0 then begin       exextra    extractatt top_uvalue   exextra numdessinin        specifieid   widget_info base find_by_uname    specifie        widget_control  specifieid  set_value   exextra    endif     text command      txtcmd    extractatt top_uvalue    txtcmd numdessinin     if txtcmd NE   then begin       txtcmdid   widget_info base  find_by_uname    txtcmd        widget_control  txtcmdid  set_value   txtcmd    endif     graphtype         if NOT keyword_set notype  then BEGIN       graphtype    extractatt top_uvalue   types numdessinin        if graphtype NE   then begin          actionid   widget_info base find_by_uname    action           widget_control  actionid  get_value   action_value          widget_control  actionid  set_combobox_select    where action_value EQ graphtype 0        endif    endif      widget_control  base  update   1        return end");
-a[367] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/xcreateanim.html", "xcreateanim.pro", "", "pro xcreateanim_event  event   common   on recupere les aguments contenus ds le widget   if tag_names event   structure_name  NE  WIDGET_BUTTON  then return   widget_control  event id  get_uvalue   uval   if n_elements uval  EQ 0 then return   if uval EQ  cancel  then begin     widget_control  event top   destroy     return   ENDIF   on va ecrire l animation      widget_control  event top  get_uvalue   local_uvalue   widget_control  local_uvalue parent  get_uvalue   top_uvalue     calendar    extractatt top_uvalue   fileparameters local_uvalue indexfile time_counter   key_caltype    extractatt top_uvalue   fileparameters local_uvalue indexfile caltype   fakecal    extractatt top_uvalue   fileparameters local_uvalue indexfile fakecal     widget_control  widget_info event top  find_by_uname    Filename                        get_value   nomfic   nomfic   nomfic 0      widget_control  widget_info event top  find_by_uname    directorie                        get_value   animdir   animdir   animdir 0      widget_control  widget_info event top  find_by_uname    debut                        get_value   vdate1   index1   where calendar eq date2jul vdate1    index1   index1 0     if index1 EQ  1 then return     widget_control  widget_info event handler  find_by_uname    fin                        get_value   vdate2   index2   where calendar eq date2jul vdate2    index2   index2 0     if index2 EQ  1 OR index2 LE index1 then return   on detruit le widget avant de creer le fichier  ps   widget_control  event top   destroy     creation de la routine qui nous serviera pour faire le dessin     on recupere la liste des instructions   globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme   createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                   KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript  DATE1IN   date1in  DATE2IN   date2in     creation du fichier       recupere le nombre d octets surlequel on code la palette   device  get_visual_depth   depth   taille de l image  en nombre de pixel:   xsize    d x_size   ysize    d y_size     on verifie que le nom du fichier termine bien par  gif   if strpos nomfic   gif  EQ  1 then nomfic   nomfic gif     current_window    d window   window   free   pixmap  xsize   xsize  ysize   ysize     indication du numero de l image que l on est en train de creer   base   widget_base    sliderid   widget_slider base  minimum   1  maximum   index2 index1 1  value   1                                title    image number:     widget_control  base   realize     commencement du fichier gif  ecriture d une image vide    IF keyword_set fakecal  THEN date   index1 ELSE date   jul2date calendar index1    xxx2ps   noerase  date1in   date  date2in   date       image   tvrd true   depth GT 8    If an 8 bit image was read  reduce the number of colors   if depth le 8 then begin     tvlct  red  green  blue   get     reduce_colors  image  index     red   red index      green   green index      blue   blue index    endif                 if depth gt 8 then     Convert 24 bit image to 8 bit   image   color_quan image  1  red  green  blue  colors   256  get_translation   translation   map_all        write_gif  animdir nomfic  image  red  green  blue   multiple   wdelete   d window     boucle de creation et d ecriture ds le fichier      IF index2 GT index1 THEN BEGIN     FOR ind   index1 1  index2 do BEGIN         widget_control  sliderid  set_value   ind index1 1   on bouge le slider         window   free   pixmap  xsize   xsize  ysize   ysize       IF keyword_set fakecal  THEN date   ind ELSE date   jul2date calendar ind        xxx2ps   noerase  date1   date  date2   date               image   tvrd true   depth GT 8          if depth gt 8 then           image   color_quan image  1  aaa  bbb  ccc  colors   256  translation   translation            write_gif  animdir nomfic  image  red  green  blue   multiple       wdelete   d window     ENDFOR   ENDIF    on met une derniere image blanche   window   free   pixmap  xsize   xsize  ysize   ysize   reinitplt   plot    0    0   nodata   image   tvrd true   depth GT 8      if depth gt 8 then       image   color_quan image  1  aaa  bbb  ccc  colors   256  translation   translation        write_gif  animdir nomfic  image  red  green  blue   multiple   wdelete   d window   fermeture du fichier   write_gif  animdir nomfic   close    widget_control  base   destroy    rebascule en mode  normal    thisOS   strupcase strmid version os_family  0  3      wset  current_window    si on est sous x on essaie de lancer xanim     if thisOS NE  MAC  AND thisOS NE  WIN  then begin     spawn   which xanim  result     if strpos result 0   xanim  EQ strlen result 0 5 then spawn   xanim  animdir nomfic      endif        return end   PRO xcreateanim  parent  common      widget_control  parent  get_uvalue   top_uvalue     on va s assurer que toutes les procedures de sont pas pltt      procedures   extractatt top_uvalue   nameprocedures     if total procedures EQ  pltt  NE 0 then begin       nothing   report Certains des plots ont un axe se rapportant au temps   C Animation impossible   error        return    ENDIF     on va s assurer que toutes les figures ont le meme calendrier       filelist   extractatt top_uvalue    filelist     filenames    extractatt top_uvalue    varinfo 0       filenames   reform filenames     filenames   filenames uniq filenames  sort filenames     if strtrim filenames 0  1  EQ   then filenames   filenames 1:n_elements filenames 1     indexfile    where filelist EQ filenames 0 0     calendar    extractatt top_uvalue   fileparameters indexfile time_counter      key_caltype    extractatt top_uvalue   fileparameters indexfile caltype    fakecal    extractatt top_uvalue   fileparameters indexfile fakecal    if n_elements filenames  GT 1 then begin       for i   1  n_elements filenames 1 do begin          indexfilebis    where filelist EQ filenames i 0           calendarbis    extractatt top_uvalue   fileparameters indexfilebis time_counter          if n_elements calendarbis  NE n_elements calendar   then begin             nothing   report Les diffrents plots n utilisent pas le meme calendrier   C Animation impossible   error              return          ENDIF          if total calendar NE calendarbis  NE 0 then begin             nothing   report Les diffrents plots n utilisent pas le meme calendrier   C Animation impossible   error              return          endif       endfor    endif     c est possible de faire une animation        base   widget_base column  title    animation creation  uvalue    parent:parent  indexfile:indexfile        rien   widget_label base  value    animation name     rien   widget_text base value anim_idl gif  uname Filename   editable     rien   widget_label base  value    animation directory     if n_elements animdir  EQ 0 then cd  current   animdir    rien   widget_text base value animdir  uname directorie   editable     rien   widget_label base  value    starting date     rien   cw_calendar base  calendar  calendar 0                            FAKECAL   fakecal  uname    debut  uvalue    name: calendar   frame     rien   widget_label base  value    ending date     rien   cw_calendar base  calendar  calendar n_elements calendar 1                            FAKECAL   fakecal  uname    fin  uvalue    name: calendar   frame     rien   widget_button base value OK  uvalue    ok     rien   widget_button base value Cancel  uvalue    cancel       widget_control base realize    xmanager xcreateanim  base   no_block        return end");
-a[368] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/xxxmenubar_event.html", "xxxmenubar_event.pro", "", "  PRO xxxmenubar_event  event  common     case event value of      Open  :begin        oldmeshparams   ccmeshparameters       newfile   selectfile        if size newfile   type  NE 8 then return       widget_control  event top   hourglass       widget_control  event top  update   0       widget_control  event top  get_uvalue   top_uvalue   on s occupe de filelist       filelist   extractatt top_uvalue   filelist        filelist    filelist  newfile fileparameters filename        currentfile   n_elements filelist 1   on update le widget       filelistid   widget_info event top  find_by_uname    filelist        widget_control  filelistid  combobox_additem   file_basename newfile fileparameters filename        widget_control  filelistid  set_combobox_select   currentfile   on update les elements filelist et currentfile de la top_uvalue        top_uvalue 1  findline top_uvalue   filelist    filelist       oldfile    top_uvalue 1  findline top_uvalue   currentfile         top_uvalue 1  findline top_uvalue   currentfile    currentfile   on s occupe du nom de la variable       vlstid   widget_info event top  find_by_uname    varlist    quel etait le champ selectionne   on le reselectionne         fieldname   widget_info vlstid   combobox_gettext        index   where newfile fileparameters listvar EQ fieldname         widget_control  vlstid  set_value   newfile fileparameters listvar       widget_control  vlstid  set_combobox_select   0   index 0    on s occupe du calendrier       key_caltype   newfile fileparameters caltype       date1id   widget_info event top  find_by_uname    calendar1        widget_control  date1id  get_value   date1       widget_control  date1id   destroy       jdate1   jul2date date1        if  where newfile fileparameters time_counter EQ jdate1 0  EQ  1         then jdate1   newfile fileparameters time_counter 0        date2id   widget_info event top  find_by_uname    calendar2        widget_control  date2id  get_value   date2       widget_control  date2id   destroy       jdate2   jul2date date2        if  where newfile fileparameters time_counter EQ jdate2 0  EQ  1 then jdate2   jdate1       basecal   widget_info event top  find_by_uname    basecal        fakecal   newfile fileparameters fakecal       rien   cw_calendar basecal  newfile fileparameters time_counter  jdate1  uname    calendar1                               FAKECAL   fakecal  uvalue    name: calendar1   frame        rien   cw_calendar basecal  newfile fileparameters time_counter  jdate2  uname    calendar2                               FAKECAL   fakecal  uvalue    name: calendar2   frame    on update les elements fileparameters  readparameters et meshparameters de la top_uvalue       newfileparameters   ptrarr currentfile 1   allocate_heap        FOR i   0  currentfile 1 DO             newfileparameters i     extractatt top_uvalue   fileparameters i         newfileparameters currentfile    newfile fileparameters       ptr_free  extractatt top_uvalue   fileparameters         top_uvalue 1  findline top_uvalue   fileparameters    newfileparameters         newreadparameters   ptrarr currentfile 1   allocate_heap        FOR i   0  currentfile 1 DO             newreadparameters i     extractatt top_uvalue   readparameters i         newreadparameters currentfile    newfile readparameters       ptr_free  extractatt top_uvalue   readparameters         top_uvalue 1  findline top_uvalue   readparameters    newreadparameters         newmeshparameters   ptrarr currentfile 1   allocate_heap        FOR i   0  currentfile 1 DO             newmeshparameters i     extractatt top_uvalue   meshparameters i         newmeshparameters currentfile    newfile meshparameters       ptr_free  extractatt top_uvalue   meshparameters         top_uvalue 1  findline top_uvalue   meshparameters    newmeshparameters   on actualise le widget        if cmpgrid oldmeshparams  then BEGIN         domainid   widget_info event top  find_by_uname    domain          widget_control  domainid  set_value    1       endif       widget_control  event top  update   1     end      New xxx  :BEGIN       widget_control  event top  get_uvalue   top_uvalue       extra   extractatt top_uvalue   extra        xxx  CALLERWIDID   event top  _extra   extra     end      Quit :begin        widget_control  event top  get_uvalue   top_uvalue       ptr_free  extractatt top_uvalue   exextra        ptr_free  extractatt top_uvalue   fileparameters        ptr_free  extractatt top_uvalue   readparameters        ptr_free  extractatt top_uvalue   meshparameters        ptr_free  top_uvalue       widget_control  event top   destroy  on ferme le widget     end      PostScript  :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save as postscript in demo mode          return       ENDIF       widget_control  event top  get_uvalue   top_uvalue   on recupere la liste des instructions       globalcommand   extractatt top_uvalue   globalcommand         for i   0  n_elements globalcommand 1 do print  globalcommand i    on complete par le premiere et les dernieres lignes du programme       createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                       KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript                       PORTRAIT   portrait  LANDSCAPE   landscape                       DATE1IN   date1in  DATE2IN   date2in                        POSTSCRIPT     END      Animated gif  :begin        IF float strmid version release 0 3  GE 6 2 THEN xcreateanim  event top     end      Gif  :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save as an image in demo mode          return       ENDIF       widget_control  event top  get_uvalue   top_uvalue       smallin   extractatt top_uvalue   smallin        numdessinin   smallin 2 1       smallout   extractatt top_uvalue   smallout        numdessinout   smallout 2 1       tracecadre  smallin   erase       tracecadre  smallout   erase       filename   xquestion dans quelle fichier gif voulez vous sauver  C l ecran de xxx   xxx_image gif        if rstrpos filename   gif  NE strlen filename 4 then filename   filename gif        filename   isafile file   filename  io   imagedir   new        saveimage  filename   quiet     end      IDL procedure :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save as a idl program file in demo mode          return       ENDIF   on recupere le nom du fichier       filename   xquestion dans quelle procedure IDL voulez vous sauver  C la realisation de ce graph   xxx_figure pro    on le complete par un  pro       if rstrpos filename   pro  NE strlen filename 4 then filename   filename pro        filename   isafile file   filename  io   homedir   new        widget_control  event top  get_uvalue   top_uvalue   portrait ou landscape         options   extractatt top_uvalue   options           optionsflag   extractatt top_uvalue   optionsflag        portrait    optionsflag where options EQ  Portrait Landscape  0 0    on lit les commandes pour faire un plot       globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme       thisOS   strupcase strmid version os_family  0  3        CASE thisOS of          MAC :sep    :           WIN :sep             ELSE:sep           ENDCASE       poslastsep   rstrpos filename  sep        proname   strmid filename  poslastsep 1  strlen filename poslastsep 1 4        globalcommand    pro  proname  NOERASE   noerase  POSTSCRIPT   postscript  PORTRAIT   portrait  LANDSCAPE   landscape  DATE1IN   date1in  DATE2IN   date2in  _extra   ex                                                                 globalcommand                                                            return                              end    on les ecrit dans un programme       putfile  filename  globalcommand     END      RESTORE kwd of xxx :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save the widget in demo mode          return       ENDIF   on recupere le nom du fichier       filename   xquestion dans quel fichier bianire voulez vous sauver le widget    xxx_widget dat    on le complete par un  dat       if rstrpos filename   dat  NE strlen filename 4 then filename   filename dat        filename   isafile file   filename  io   homedir   new          widget_control  event top  get_uvalue   uvalue       widget_control  extractatt uvalue   graphid  get_value   win       wshow  win       wset  win       image   tvrd true        save  uvalue  image  filename   filename     END      Print to prompt :BEGIN       commande   getfile myuniquetmpdir    xxx_oneplot pro        for i   0   n_elements commande 1 do print  commande i      end     Portrait Landscape  :begin        widget_control  event top  get_uvalue   top_uvalue       options   extractatt top_uvalue   options        index   where options EQ  Portrait Landscape    index   index 0        optionsflag   extractatt top_uvalue   optionsflag        key_portrait   1 optionsflag index  0         top_uvalue 1  findline top_uvalue   optionsflag index      key_portrait   fenetre separee ou fenetre collee au widget         if widget_info event top  find_by_uname    graph  EQ 0 then BEGIN   on tue la fenetre         graphid   extractatt top_uvalue   graphid          widget_control  widget_info graphid   parent   destroy   on la recree         basegraph   widget_base title    xxx window   group_leader   event top  uvalue   event top   uname    basegraph          windsize   givewindowsize          graphid   widget_draw basegraph  uname    graph                                    uvalue    name: graph  press:0  click:0  x: 0  0  y: 0  0                                     button_events  retain   2                                   xsize   windsize 0  ysize   windsize 1          widget_control  basegraph   realize         xmanager   xxx  basegraph   no_block   on redessine ce qu il y avait dedans   on recupere la liste des instructions         globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme         createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                         KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript  PORTRAIT   portrait  LANDSCAPE   landscape                         KWDUSED      noerase  PORTRAIT   portrait    on reattribue l element graphid de la top_uvalue          top_uvalue 1  findline top_uvalue   graphid    graphid       ENDIF ELSE BEGIN         extra   extractatt top_uvalue   extra          xxx  CALLERWIDID   event top   redraw  _extra   extra         widget_control  event top   destroy  on ferme le widget       ENDELSE     end      Overlay  :begin        widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Overlay    on change le flag sur Longitude   x index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag     end      Vecteur :BEGIN       widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Vecteur    on change le flag sur Longitude   x index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag     end      Longitude   x index :BEGIN       widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Longitude   x index    on change le flag sur Longitude   x index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag   maintenant on va changer les sliders definissant la boxzoom       domainid   widget_info event top  find_by_uname    domain        boxzoom    extractatt top_uvalue   domaines  numdessinin    on veut retrouver le type de grille qui est utilisee       currentfile   extractatt top_uvalue   currentfile        listgrid    extractatt top_uvalue   fileparameters currentfile listgrid       listvar    extractatt top_uvalue   fileparameters currentfile listvar       vlstid   widget_info event top  find_by_uname    varlist        namevar   widget_info vlstid   combobox_gettext        indexvar   where listvar EQ namevar        vargrid   strupcase listgrid indexvar        if flag EQ 0 then BEGIN     longitudes   on fait un domdef pour retrouver le lon1 lon2 correspondant a la   boxzoom definie sur le widget           domdef  boxzoom  gridtype   vargrid   xindex                     yindex    flags where options EQ  Latitude   y index  numdessinin 0          widget_control  domainid  set_value    lon1  lon2  boxzoom 2:3        ENDIF ELSE BEGIN            xindex   maintenant ion veut retrouver firstx  lastx correspondant a la   boxzoom definie sur le widget          domdef  boxzoom  gridtype   vargrid                     yindex    flags where options EQ  Latitude   y index  numdessinin 0          grille   1   1   1   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz         widget_control  domainid  set_value    firstx  lastx  boxzoom 2:3        ENDELSE   on met a jour la top_uvalue       widget_control  domainid  get_value   boxzoom        top_uvalue 1  findline top_uvalue   domaines  numdessinin    boxzoom     end      Latitude   y index :begin        widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Latitude   y index    on change le flag sur Latitude   y index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag   maintenant on va changer les sliders definissant la boxzoom       domainid   widget_info event top  find_by_uname    domain        boxzoom    extractatt top_uvalue   domaines  numdessinin    on veut retrouver le type de grille qui est utilisee       currentfile   extractatt top_uvalue   currentfile        listgrid    extractatt top_uvalue   fileparameters currentfile listgrid       listvar    extractatt top_uvalue   fileparameters currentfile listvar       vlstid   widget_info event top  find_by_uname    varlist        namevar   widget_info vlstid   combobox_gettext        indexvar   where listvar EQ namevar        vargrid   strupcase listgrid indexvar        if flag EQ 0 then BEGIN     latitudes   on fait un domdef pour retrouver le lat1 lat2 correspondant a la   boxzoom definie sur le widget           domdef  boxzoom  gridtype   vargrid   yindex                     xindex    flags where options EQ  Longitude   x index  numdessinin 0          widget_control  domainid  set_value    boxzoom 0:1  lat1  lat2        ENDIF ELSE BEGIN            yindex   maintenant ion veut retrouver firsty  lasty correspondant a la   boxzoom definie sur le widget          domdef  boxzoom  gridtype   vargrid                     xindex    flags where options EQ  Longitude   x index  numdessinin 0          grille   1   1   1   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz         widget_control  domainid  set_value    boxzoom 0:1  firsty  lasty        ENDELSE   on met a jour la top_uvalue       widget_control  domainid  get_value   boxzoom        top_uvalue 1  findline top_uvalue   domaines  numdessinin    boxzoom     END   endcase   return end");
-a[369] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_bgroup.html", "cw_bgroup.pro", "", "   Id: cw_bgroup pro 69 2006 05 11 10:35:53Z smasson       Copyright  c  1992 2005  Research Systems  Inc   All rights reserved      Unauthorized reproduction prohibited      NAME:     CW_BGROUP     PURPOSE:     CW_BGROUP is a compound widget that simplifies creating     a base of buttons  It handles the details of creating the     proper base  standard  exclusive  or non exclusive  and filling     in the desired buttons  Events for the individual buttons are     handled transparently  and a CW_BGROUP event returned  This     event can return any one of the following:           The Index of the button within the base            The widget ID of the button            The name of the button            An arbitrary value taken from an array of User values      CATEGORY:     Compound widgets      CALLING SEQUENCE:         Widget   CW_BGROUP Parent  Names        To get or set the value of a CW_BGROUP  use the GET_VALUE and     SET_VALUE keywords to WIDGET_CONTROL  The value of a CW_BGROUP     is:                     Type        Value                   normal      None         exclusive       Index of currently set button         non exclusive   Vector indicating the position                 of each button  1 set  0 unset                  INPUTS:         Parent:     The ID of the parent widget      Names:      A string array  containing one string per button              giving the name of each button      KEYWORD PARAMETERS:       BUTTON_UVALUE:  An array of user values to be associated with             each button and returned in the event structure      COLUMN:     Buttons will be arranged in the number of columns             specified by this keyword      EVENT_FUNCT:    The name of an optional user supplied event function             for buttons  This function is called with the return             value structure whenever a button is pressed  and             follows the conventions for user written event             functions      EXCLUSIVE:  Buttons will be placed in an exclusive base  with             only one button allowed to be selected at a time      FONT:       The name of the font to be used for the button             titles  If this keyword is not specified  the default             font is used      FRAME:      Specifies the width of the frame to be drawn around             the base      IDS:        A named variable into which the button IDs will be             stored  as a longword vector      LABEL_LEFT: Creates a text label to the left of the buttons      LABEL_TOP:  Creates a text label above the buttons      MAP:        If set  the base will be mapped when the widget             is realized  the default      NONEXCLUSIVE:   Buttons will be placed in an non exclusive base              The buttons will be independent      NO_RELEASE: If set  button release events will not be returned      RETURN_ID:  If set  the VALUE field of returned events will be             the widget ID of the button      RETURN_INDEX:   If set  the VALUE field of returned events will be             the zero based index of the button within the base              THIS IS THE DEFAULT      RETURN_NAME:    If set  the VALUE field of returned events will be             the name of the button within the base      ROW:        Buttons will be arranged in the number of rows             specified by this keyword      SCROLL:     If set  the base will include scroll bars to allow             viewing a large base through a smaller viewport      SET_VALUE:  The initial value of the buttons  This is equivalent             to the later statement:               WIDGET_CONTROL  widget  set_value value       SPACE:      The space  in pixels  to be left around the edges             of a row or column major base  This keyword is             ignored if EXCLUSIVE or NONEXCLUSIVE are specified      UVALUE:     The user value to be associated with the widget      UNAME:      The user name to be associated with the widget      XOFFSET:    The X offset of the widget relative to its parent      XPAD:       The horizontal space  in pixels  between children             of a row or column major base  Ignored if EXCLUSIVE             or NONEXCLUSIVE are specified      XSIZE:      The width of the base      X_SCROLL_SIZE:  The width of the viewport if SCROLL is specified      YOFFSET:    The Y offset of the widget relative to its parent      YPAD:       The vertical space  in pixels  between children of             a row or column major base  Ignored if EXCLUSIVE             or NONEXCLUSIVE are specified      YSIZE:      The height of the base      Y_SCROLL_SIZE:  The height of the viewport if SCROLL is specified      OUTPUTS:         The ID of the created widget is returned      SIDE EFFECTS:     This widget generates event structures with the following definition:           event     ID:0L  TOP:0L  HANDLER:0L  SELECT:0  VALUE:0         The SELECT field is passed through from the button event  VALUE is     either the INDEX  ID  NAME  or BUTTON_UVALUE of the button      depending on how the widget was created      RESTRICTIONS:     Only buttons with textual names are handled by this widget      Bitmaps are not understood      MODIFICATION HISTORY:     15 June 1992  AB     7 April 1993  AB  Removed state caching      6 Oct  1994  KDB  Font keyword is not applied to the label          10 FEB 1995  DJC  fixed bad bug in event procedure  getting                           id of stash widget      11 April 1995  AB Removed Motif special cases      pro CW_BGROUP_SETV  id  value   compile_opt hidden    ON_ERROR  2                        return to caller    stash   WIDGET_INFO id   CHILD    WIDGET_CONTROL  stash  GET_UVALUE state   NO_COPY    case state type of     0: message unable to set plain button group value      1: begin       WIDGET_CONTROL  SET_BUTTON 0  state ids state excl_pos        state excl_pos   value       WIDGET_CONTROL   SET_BUTTON  state ids value      end     2: begin       n   n_elements value 1       for i   0  n do begin         state nonexcl_curpos i    value i          WIDGET_CONTROL  state ids i  SET_BUTTON value i        endfor     end   endcase    WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY end    function CW_BGROUP_GETV  id  value    compile_opt hidden   ON_ERROR  2                        return to caller    stash   WIDGET_INFO id   CHILD    WIDGET_CONTROL  stash  GET_UVALUE state   NO_COPY    case state type of     0: message   unable to get plain button group value       1: ret   state excl_pos     1: ret   state ret_arr state excl_pos       2: ret   state nonexcl_curpos     2: BEGIN        index   where state nonexcl_curpos NE 0        if index 0  EQ  1 then begin         if size state ret_arr   type  EQ 7 then ret     ELSE ret    1       ENDIF ELSE ret   state ret_arr index      END   endcase      WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY    return  ret  end    function CW_BGROUP_EVENT  ev   compile_opt hidden   WIDGET_CONTROL  ev handler  GET_UVALUE stash   WIDGET_CONTROL  stash  GET_UVALUE state   NO_COPY   WIDGET_CONTROL  ev id  get_uvalue uvalue    ret   1            Assume we return a struct   case state type of     0:     1: if  ev select eq 1  then begin       state excl_pos   uvalue     ENDIF else begin       if  state no_release ne 0  then ret   0     ENDELSE     2: begin         Keep track of the current state       state nonexcl_curpos uvalue    ev select           if  state no_release ne 0  and  ev select eq 0  then ret   0     end   endcase    if ret then begin      Return a struct        ret     ID:state base  TOP:ev top  HANDLER:0L  SELECT:ev select               VALUE:state ret_arr uvalue          efun   state efun       WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY       if efun ne   then return  CALL_FUNCTION efun  ret          else return  ret   endif else begin       Trash the event       WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY       return  0   endelse end        function CW_BGROUP  parent  names        BUTTON_UVALUE   button_uvalue  COLUMN column  EVENT_FUNCT   efun        EXCLUSIVE excl  FONT font  FRAME frame  IDS ids  LABEL_TOP label_top        LABEL_LEFT label_left  MAP map        NONEXCLUSIVE nonexcl  NO_RELEASE no_release  RETURN_ID return_id        RETURN_INDEX return_index  RETURN_NAME return_name        ROW row  SCROLL scroll  SET_VALUE sval  SPACE space        TAB_MODE tab_mode  UVALUE uvalue        XOFFSET xoffset  XPAD xpad  XSIZE xsize  X_SCROLL_SIZE x_scroll_size      YOFFSET yoffset  YPAD ypad  YSIZE ysize  Y_SCROLL_SIZE y_scroll_size        UNAME uname     IF  N_PARAMS  ne 2  THEN MESSAGE   Incorrect number of arguments     ON_ERROR  2                        return to caller      Set default values for the keywords   version   WIDGET_INFO version    if  version toolkit eq  OLIT  then def_space_pad   4 else def_space_pad   3   IF  N_ELEMENTS column  eq 0       then column   0   IF  N_ELEMENTS excl  eq 0         then excl   0   IF  N_ELEMENTS frame  eq 0        then frame   0   IF  N_ELEMENTS map  eq 0      then map 1   IF  N_ELEMENTS nonexcl  eq 0      then nonexcl   0   IF  N_ELEMENTS no_release  eq 0   then no_release   0   IF  N_ELEMENTS row  eq 0      then row   0   IF  N_ELEMENTS scroll  eq 0       then scroll   0   IF  N_ELEMENTS space  eq 0        then space   def_space_pad   IF  N_ELEMENTS uname  eq 0       then uname    CW_BGROUP_UNAME    IF  N_ELEMENTS uvalue  eq 0       then uvalue   0   IF  N_ELEMENTS xoffset  eq 0      then xoffset 0   IF  N_ELEMENTS xpad  eq 0         then xpad   def_space_pad   IF  N_ELEMENTS xsize  eq 0        then xsize   0   IF  N_ELEMENTS x_scroll_size  eq 0    then x_scroll_size   0   IF  N_ELEMENTS yoffset  eq 0      then yoffset 0   IF  N_ELEMENTS ypad  eq 0         then ypad   def_space_pad   IF  N_ELEMENTS ysize  eq 0        then ysize   0   IF  N_ELEMENTS y_scroll_size  eq 0    then y_scroll_size   0       top_base   0L   if  n_elements label_top  ne 0  then begin     next_base   WIDGET_BASE parent  XOFFSET xoffset  YOFFSET yoffset   COLUMN      if keyword_set font then          junk   WIDGET_LABEL next_base  value label_top font font        else    junk   WIDGET_LABEL next_base  value label_top      top_base   next_base   endif else next_base   parent    if  n_elements label_left  ne 0  then begin     next_base   WIDGET_BASE next_base  XOFFSET xoffset  YOFFSET yoffset   ROW      if keyword_set font then          junk   WIDGET_LABEL next_base  value label_left  font font        else junk   WIDGET_LABEL next_base  value label_left      if  top_base eq 0L  then top_base   next_base   endif     We need some kind of outer base to hold the users UVALUE   if  top_base eq 0L  then begin     top_base   WIDGET_BASE parent  XOFFSET xoffset  YOFFSET yoffset      next_base   top_base   endif   If  top_base EQ next_base  THEN        next_base   WIDGET_BASE top_base  Xpad 1  Ypad 1  Space 1       Set top level base attributes   WIDGET_CONTROL  top_base  MAP map        FUNC_GET_VALUE CW_BGROUP_GETV  PRO_SET_VALUE CW_BGROUP_SETV        SET_UVALUE uvalue  SET_UNAME uname      Tabbing   if  n_elements tab_mode  ne 0  then begin     WIDGET_CONTROL  top_base  TAB_MODE tab_mode     WIDGET_CONTROL  next_base  TAB_MODE tab_mode   end      The actual button holding base   base   WIDGET_BASE next_base  COLUMN column  EXCLUSIVE excl  FRAME frame        NONEXCLUSIVE nonexcl  ROW row  SCROLL scroll  SPACE space        XPAD xpad  XSIZE xsize  X_SCROLL_SIZE x_scroll_size        YPAD ypad  YSIZE ysize  Y_SCROLL_SIZE y_scroll_size        EVENT_FUNC CW_BGROUP_EVENT        UVALUE WIDGET_INFO top_base   child      n   n_elements names    ids   lonarr n    for i   0  n 1 do begin     if  n_elements font  eq 0  then begin       ids i    WIDGET_BUTTON base  value names i  UVALUE i          UNAME uname _BUTTON STRTRIM i 2      endif else begin       ids i    WIDGET_BUTTON base  value names i  FONT font          UVALUE i  UNAME uname _BUTTON STRTRIM i 2      endelse   endfor      Keep the state info in the real  inner  base UVALUE      Pick an event value type:     0   Return ID     1   Return INDEX     2   Return NAME   ret_type   1   if KEYWORD_SET RETURN_ID  then ret_type   0   if KEYWORD_SET RETURN_NAME  then ret_type   2   if KEYWORD_SET BUTTON_UVALUE  then ret_type   3     case ret_type of       0: ret_arr   ids       1: ret_arr   indgen n        2: ret_arr   names       3: ret_arr   button_uvalue     endcase   type   0   if  excl ne 0  then type   1    if  nonexcl ne 0  then type   2   if n_elements efun  le 0 then efun       state     type:type         0 Standard  1 Exclusive  2 Non exclusive         base: top_base        cw_bgroup base          ret_arr:ret_arr       Vector of event values         efun : efun       Name of event fcn         nonexcl_curpos:intarr n      If non exclus  tracks state         excl_pos:0                If exclusive  current button         ids:ids               Ids of buttons         no_release:no_release     WIDGET_CONTROL  WIDGET_INFO top_base   CHILD  SET_UVALUE state   NO_COPY    if  n_elements sval  ne 0  then CW_BGROUP_SETV  top_base  sval    return  top_base END");
-a[370] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_calendar.html", "cw_calendar.pro", "", "  IDL  testwid julday 1 1 1980 lindgen 100 5     PRO testwid_event  event       ComboboxId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          set :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value   value         END          get :BEGIN             widget_control  ComboboxId  get_value   value            help   value   struct         END         ELSE:      endcase      return   end   PRO testwid  calendar  date0  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_calendar base calendar  date0  _extra   ex  uname    c est lui  uvalue    c est lui      print   cw_calendar ID   nothing          nothing   widget_label base  value    end of the test        nothing   widget_text base  value   string calendar 0  uvalue    set   editable        nothing   widget_button base  value    get  uvalue    get        nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   END       PRO cw_calendar_set_value  id  value     compile_opt strictarr  strictarrsubs       cm_4cal   get back the calendar and its related informations   winfo_id   widget_info id  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   key_caltype   infowid caltype      high freqeuncy calendar   IF keyword_set infowid fakecal  THEN BEGIN     value2   date2jul long value    infowid fakecal     IF value2 LT n_elements infowid calendar  AND value2 GE 0 THEN BEGIN         stepid   widget_info id  find_by_uname    step        widget_control  stepid  set_value    combobox_select:value2        infowid date   jul2date value2   infowid fakecal        widget_control  winfo_id  set_uvalue   infowid     ENDIF   ENDIF ELSE BEGIN        value   long value 0    define year month day     year   value 10000l     month    value MOD 10000L 100L     day   value MOD 100L   make sure the values correspond to real dates     if year EQ 0 then year    1      if month EQ 0 then month   6     if day EQ 0 then day   15   check that the date exists in the calendar   if  where infowid calendar EQ julday month  day  year 0  EQ   1 then return   update the value of infocal     infowid date   value     widget_control  winfo_id  set_uvalue   infowid   update the combobox if needed      possiblecase    day   month   year      for name   2  0   1 do BEGIN   call set_cal_combobox with out   2 to specify that the call is coming   from cw_calendar_set_value       if widget_info id  find_by_uname   possiblecase name  NE 0 then            set_cal_combobox   handler:id  out:2  possiblecase name  value     ENDFOR   ENDELSE     return end   FUNCTION cw_calendar_get_value  id     compile_opt strictarr  strictarrsubs      winfo_id   widget_info id  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   return  infowid date END   FUNCTION get_cal_value  id  winfoid      compile_opt strictarr  strictarrsubs      winfo_id   widget_info id  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   oldate   infowid date  day    wid_id   widget_info id  find_by_uname    day    if wid_id NE 0 then BEGIN     widget_control  wid_id  get_value   wid_value     date   long wid_value combobox_gettext    ENDIF ELSE date   oldate MOD 100L  month    wid_id   widget_info id  find_by_uname    month    if wid_id NE 0 then BEGIN     widget_control  wid_id  get_value   wid_value     allmonths   string format    C CMoA  31 indgen 12      month    where allmonths EQ wid_value combobox_gettext 0    1      date   date   100L   long month    ENDIF ELSE date   date    oldate MOD 10000L 100L 100L  year    wid_id   widget_info id  find_by_uname    year    widget_control  wid_id  get_value   wid_value   date   date   10000L   long wid_value combobox_gettext      IF arg_present winfoid  NE 0 THEN BEGIN     winfoid   winfo_id     infowid date   date     return  infowid   ENDIF ELSE return  date end     redefine the value and index position of the combobox PRO set_cal_combobox  event  casename  date0     compile_opt strictarr  strictarrsubs      casename: Which widget shall we move:  day   month  or  year      wid_id   widget_info event handler  find_by_uname   casename    we get back the calendar    winfo_id   widget_info event handler  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   caldat  infowid calendar  monthcal  daycal  yearcal     and the current date   IF n_elements date0  EQ 0 then date0   get_cal_value event handler    year0   date0 10000L   month0    date0 MOD 10000L 100L   day0   date0 MOD 100L   index of days months years according to date0   case casename of      day :BEGIN    list of days corresponding to month0 and year0       index   where monthcal EQ month0 AND yearcal EQ year0        current   daycal index      END      month :BEGIN    list of months corresponding to year0       index   where yearcal EQ year0        current   monthcal index    keep only the uniq values       indexbis   uniq current        index   index indexbis        current   current indexbis      END      year :BEGIN    keep only the uniq years       index   uniq yearcal        current   yearcal index      END   ENDCASE   we update the uvalue of the widget   widget_control  wid_id  set_uvalue    name:casename    for event out   0  we store the previous position of the combobox to use   it as the default position    IF event out EQ 0 THEN widget_control  wid_id  get_value   oldselect   we redefine the new list   if casename EQ  month  then begin     widget_control  wid_id  set_value   string format    C CMoA  31 current 1    ENDIF ELSE BEGIN      widget_control  wid_id  set_value   strtrim current  1    ENDELSE   specify the index position within the new list of values    widget_control  wid_id  get_value   combobox   CASE event out OF    1: we put to the biggest position      1:selected   combobox combobox_number   1   0: same as the previous position is the best choice      0:selected   oldselect combobox_index    combobox combobox_number   1    1: we put to the smallest position     1:selected   0   2: a new date has been specified      2:BEGIN        case casename of          day :selected    where current EQ day0 0           month :selected    where current EQ month0 0           year :selected    where current EQ year0 0        ENDCASE     END   ENDCASE   widget_control  wid_id  set_value    combobox_select:selected    update the date    infowid date   get_cal_value event handler    widget_control  winfo_id  set_uvalue   infowid   return end     move cyclicly the calendar to the   value 0 if event out 1 or combobox_number 1 if event out 1 PRO move  event  casename     compile_opt strictarr  strictarrsubs       possiblecase    day   month   year   impossiblecase     id   widget_info event handler  find_by_uname   casename     widget_control  id  get_value   wvalue   we try to move but we are already at the beginning end of the combobox   wvalue combobox_index EQ  wvalue combobox_number 1  and event out EQ 1   wvalue combobox_index EQ 0 and event out EQ  1  move is not called when out eq 0     whichcase    where possiblecase EQ casename 0     if wvalue combobox_index EQ  wvalue combobox_number 1 event out EQ 1  THEN BEGIN       if widget_info event handler  find_by_uname   possiblecase whichcase 1  EQ 0 then begin   it is impossible to move the  next  combobox           widget_control  id  get_value   widvalue   we set to  widvalue combobox_number 1  when event out EQ  1   and to 0 when event out EQ 1          selected    widvalue combobox_number 1 event out EQ  1           widget_control  id  set_value    combobox_select:selected    we call move for the next combobox       ENDIF ELSE move  event  possiblecase whichcase 1    it is possible to move from   1    ENDIF ELSE widget_control  id  set_value    combobox_select:wvalue combobox_index event out     set_cal_combobox  event  possiblecase whichcase 1     return end   FUNCTION cw_calendar_event  event    cm_4cal   compile_opt strictarr  strictarrsubs      winfo_id   widget_info event handler  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   key_caltype   infowid caltype     widget_control  event id  get_uvalue   uval   high frequency calendar   IF uval name EQ  step  THEN BEGIN      infowid date   jul2date event index   infowid fakecal    ENDIF ELSE BEGIN       possiblecase    day   month   year   impossiblecase      whichcase    where possiblecase EQ uval name 0      if event out NE 0 then BEGIN   we use the   button and we want to go out of the combobox:   to index    1  event out 1  or to index   combobox_number  event out 1    we try to move the combobox just right  with name: possiblecase whichcase 1        if widget_info event handler  find_by_uname   possiblecase whichcase 1  EQ 0 then BEGIN   this widget do not exist we set cyclicly the current widget to the   value 0 if event out 1 or combobox_number 1 if event out 1         widget_control  event id  get_value   widvalue         selected    widvalue combobox_number 1 event out EQ  1          widget_control  event id  set_value    combobox_select:selected        ENDIF ELSE move  event  possiblecase whichcase 1      ENDIF   if we changed month year  we need to update the day  and month  list     if uval name NE  day  then begin       event out   0       for name   whichcase 1  0   1 do BEGIN         if widget_info event handler  find_by_uname   possiblecase name  NE 0 then              set_cal_combobox  event  possiblecase name        endfor     ENDIF   we update the date     infowid   get_cal_value event handler  winfo_id    ENDELSE      widget_control  winfo_id  set_uvalue   infowid   return   CW_CALENDAR  ID:event handler  TOP:event top  HANDLER:0L                VALUE:infowid date  FAKECAL: infowid fakecal  end     FUNCTION cw_calendar  parent  calendar  jdate0  CALTYPE   CALTYPE  FAKECAL   fakecal  UVALUE   uvalue  UNAME   uname  _extra   ex    cm_4cal     compile_opt strictarr  strictarrsubs      if keyword_set caltype  then key_caltype   caltype   months days years found in the calendar   caldat  calendar  monthcal  daycal  yearcal  hourcal  mincal  scdcal   starting date   if n_elements jdate0  EQ 0 then jdate0   calendar 0    if  where calendar EQ jdate0 0  EQ  1 then jdate0   calendar 0      caldat  jdate0  month0  day0  year0   test the type of calendar   if n_elements calendar  GT 1 then BEGIN   each day have the same value     if n_elements uniq daycal  sort daycal  EQ 1 then monthly   1   each month and each day have the same value     if keyword_set monthly  AND n_elements uniq monthcal  sort monthcal  EQ 1 then yearly   1   endif     if NOT keyword_set uvalue  then uvalue    dummy:    if NOT keyword_set uname  then uname       base0   widget_base parent   ROW                           EVENT_FUNC    cw_calendar_event                            FUNC_GET_VALUE    cw_calendar_get_value                            PRO_SET_VALUE    cw_calendar_set_value                            UVALUE   uvalue  UNAME   uname  space   0  _extra   ex       if n_elements fakecal  eq 0 then fakecal   0   base   widget_base base0  space   0  uname    infocal                           uvalue    calendar:calendar  date:jul2date jdate0  fakecal:fakecal  caltype: key_caltype      IF keyword_set fakecal  THEN BEGIN      cmbbid   cw_combobox_pm base  UVALUE    name: step  UNAME    step                                  value   strtrim indgen n_elements calendar  1      widget_control  cmbbid  set_value    combobox_select: where calendar EQ jdate0 0    ENDIF ELSE BEGIN        vallen   widget_info base  string_size    m   day      if NOT keyword_set monthly   then begin       dayindex   where monthcal EQ month0 AND yearcal EQ year0        currentday   daycal dayindex        currentday   strtrim currentday  1        cmbbid   cw_combobox_pm base  UVALUE    name: day  UNAME    day  value   currentday        widget_control  cmbbid  set_value    combobox_select: where long currentday  EQ day0 0      endif  month      if NOT keyword_set yearly   then BEGIN       monthindex   where yearcal EQ year0        currentmonth   long monthcal monthindex    we suppress the repeted months       monthindexbis   uniq currentmonth  sort currentmonth        monthindex   monthindex monthindexbis        currentmonth   currentmonth monthindexbis        xoff    34   2 vallen 0 1 keyword_set monthly        cmbbid   cw_combobox_pm base  UVALUE    name: month  UNAME    month  value   string format    C CMoA  31 currentmonth 1  xoffset   xoff        widget_control  cmbbid  set_value    combobox_select: where long currentmonth  EQ month0 0      endif  year      yearindex   uniq yearcal  sort yearcal      currentyear   strtrim yearcal yearindex  1      xoff    34   2 vallen 0 1 keyword_set monthly     33   3 vallen 0 1 keyword_set yearly      cmbbid   cw_combobox_pm base  UVALUE    name: year  UNAME    year  value   currentyear  xoffset   xoff      widget_control  cmbbid  set_value    combobox_select: where long currentyear  EQ year0 0      ENDELSE     return  base end");
-a[371] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_combobox_pm.html", "cw_combobox_pm.pro", "", "          NAME: cw_combobox_pm     PURPOSE: widget equivalent a WIDGET_COMBOBOX sauf qu en plus on   dispose de 2 bouttons   et   pour deplacer le widget de   1      CATEGORY: compound widget  aide a l ecriture des widgets      CALLING SEQUENCE: id cw_combobox_pm parent       INPUTS:           Parent: The widget ID of the parent widget      KEYWORD PARAMETERS:tous ceux de WIDGET_COMBOBOX     OUTPUTS:           The returned value of this function is the widget ID of the           newly created animation widget      COMMON BLOCKS: none     SIDE EFFECTS:         Widget Events Returned by Combobox Widgets       Pressing the mouse button while the mouse cursor is over an     element of a combobox widget causes the widget to change the label     on the combobox button and to generate an event  The appearance of     any previously selected element is restored to normal at the same     time  The event structure returned by the WIDGET_EVENT function is     defined by the following statement:         CW_COMBOBOX_PM  ID:0L  TOP:0L  HANDLER:0L  INDEX:0L  OUT:0         The first three fields are the standard fields found in every     widget event      INDEX returns the index of the selected item  This can be used to     index the array of names originally used to set the widget s     value     OUT:c est un entier qui peut prendre 3 valeurs:         1 : si on appuie sur   alors que l index est deja aux max  rq:         ds ce cas l index reste au max          1: si on appuie sur   alors que l index est deja aux min  rq:         ds ce cas l index reste au min         0 : ds les autres cas        Keywords to WIDGET_CONTROL       A number of keywords to the WIDGET_CONTROL procedure affect the     behavior of cw_slider_pm widget: GET_VALUE and SET_VALUE          1  GET_VALUE     widget_control wid_id get_value resultat     retourne ds la variable resultat une structure de 3 elements dont     les noms sont inspires des mots cles que l on peut passer a     widget_control qd on utilise WIDGET_COMBOBOX:              COMBOBOX_NUMBER: the number of elements currently              contained in the specified combobox widget               COMBOBOX_SELECT: the zero based number of the              currently selected element  i e  the currently displayed              element  in the specified combobox widget               DYNAMIC_RESIZE: a True value  1  if the widget specified              by Widget_ID is a button  combobox  or label widget that              has had its DYNAMIC_RESIZE attribute set  Otherwise               False  0  is returned          2  SET_VALUE     widget_control wid_id set_value impose     permet de modifier l etat de la combobox comme on peut le faire     pour WIDGET_COMBOBOX Impose peut etre:         a  The contents of the list widget  string or string array          b  une structure qui peut avoir comme elements  de 1 a 3 :              DYNAMIC_RESIZE:Set this keyword to activate  if set to 1               or deactivate  if set to 0  dynamic resizing of the              specified CW_COMBOBOX_PM widget  see the documentation              for the DYNAMIC_RESIZE keyword to WIDGET_COMBOBOX              procedure for more information about dynamic widget              resizing               COMBOBOX_SELECT:Set this keyword to return the zero based              number of the currently selected element  i e  the              currently displayed element  in the specified combobox              widget               VALUE: The contents of the list widget  string or string              array      RESTRICTIONS:     EXAMPLE: cf utiliser le programme founit i dessous: testwid et la   procedure associee  testwid_event      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         6 9 1999             testwid  value strtrim indgen 10 2    PRO testwid_event  event       help  event   STRUCT      ComboboxId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          dynamic_resize :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value    dynamic_resize:value          END          combobox_select :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value    combobox_select:value          END          value :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value   value         END          get :BEGIN             widget_control  ComboboxId  get_value   value            help   value   struct         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_combobox_pm base  _extra   ex  uname    c est lui  uvalue    c est lui    print   cw_combobox_pm ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    0  uvalue    dynamic_resize   editable       nothing   widget_text base  value    10  uvalue    combobox_select   editable       nothing   widget_text base  value    5  uvalue    value   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end   PRO cw_combobox_pm_set_value  id  value    ComboboxId   widget_info id find_by_uname    Combobox     if size value   type  eq 8 then BEGIN   this is a structure       tagnames   tag_names value        for tag   0  n_tags value 1 do begin          case strtrim strlowcase tagnames tag  2  of              dynamic_resize :widget_control  ComboboxId  dynamic_resize   value dynamic_resize   for compatibility              droplist_select :widget_control  ComboboxId  set_combobox_select   value droplist_select              combobox_select :widget_control  ComboboxId  set_combobox_select   value combobox_select              value :widget_control  ComboboxId  set_value   value value             ELSE:ras   report wrong tag name in argument  value  of cw_combobox_pm_set_value           endcase       endfor    ENDIF ELSE widget_control  ComboboxId  set_value   value    return end   FUNCTION cw_combobox_pm_get_value  id    ComboboxId   widget_info id find_by_uname    Combobox     widget_control  ComboboxId  get_value   cmbbval    cmbbtxt   widget_info ComboboxId   combobox_gettext     cmbbnumb   widget_info ComboboxId   combobox_number     index    where cmbbval EQ cmbbtxt 0     return   combobox_number:cmbbnumb  combobox_gettext:cmbbtxt                 combobox_index:index  combobox_value:cmbbval                 dynamic_resize:widget_info ComboboxId   dynamic_resize  end   FUNCTION cw_combobox_pm_event  event    widget_control  event id  get_uvalue uval      if uval EQ  Combobox  then       return   CW_COMBOBOX_PM  ID:event handler  TOP:event top  HANDLER:0L                  INDEX:event index  STR:event str  OUT:0       ComboboxId   widget_info event handler find_by_uname    Combobox     widget_control  ComboboxId  get_value   cmbbval    cmbbtxt   widget_info ComboboxId   combobox_gettext     cmbbnumb   widget_info ComboboxId   combobox_number     index    where cmbbval EQ cmbbtxt 0     out   0    case uval OF        plus :BEGIN          if index LT  cmbbnumb   1  then BEGIN             index   index   1            widget_control  ComboboxId  set_combobox_select   index          ENDIF ELSE out   1       END        minus :BEGIN          if index GT 0 then BEGIN             index   index   1            widget_control  ComboboxId  set_combobox_select   index          ENDIF ELSE out    1       END    endcase    return   CW_COMBOBOX_PM  ID:event handler  TOP:event top  HANDLER:0L                       INDEX:index  STR:cmbbtxt  OUT:out  end   FUNCTION cw_combobox_pm  parent  VALUE   value  UVALUE   uvalue  UNAME   uname  ROW   row  COLUMN   column  _extra   ex     IF  N_PARAMS  NE 1  THEN MESSAGE   Incorrect number of arguments     ON_ERROR  2                   return to caller   cheking for row and column keywords    row   keyword_set row 1 keyword_set column      column   keyword_set column 1 keyword_set row keyword_set column  EQ row      if NOT keyword_set uvalue  then uvalue        if NOT keyword_set uname  then uname          base   widget_base parent  space   0                           EVENT_FUNC    cw_combobox_pm_event                            FUNC_GET_VALUE cw_combobox_pm_get_value                            PRO_SET_VALUE cw_combobox_pm_set_value                            UVALUE   uvalue  UNAME   uname  _extra   ex          vallen   widget_info base  string_size    m     vallen   35    vallen 0 1 max strlen value     if keyword_set row  THEN BEGIN       nothing   widget_button base  value     uvalue    minus  xoffset   0                                  yoffset   5  xsize   15  ysize   15       nothing   widget_combobox base  VALUE   value  UVALUE    Combobox  UNAME    Combobox                                     xoffset   13  yoffset   0  xsize   vallen       nothing   widget_button base  value     uvalue    plus                                   xoffset   vallen 11  yoffset   5                                  xsize   15  ysize   15     ENDIF ELSE BEGIN       nothing   widget_combobox base  VALUE   value  UVALUE    Combobox  UNAME    Combobox                                     xoffset   0  yoffset   0  xsize   vallen       nothing   widget_button base  value     uvalue    minus                                   xoffset   vallen 2 15                                  yoffset   24  xsize   15  ysize   15       nothing   widget_button base  value     uvalue    plus                                   xoffset   vallen 2                                  yoffset   24  xsize   15  ysize   15     ENDELSE        widget_control base realize      return  base end");
-a[372] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.html", "cw_domain.pro", "", "  IDL  testwid   PRO testwid_event  event     help   event   struct      Id   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          set :BEGIN            widget_control  event id  get_value   value   value   value 0             nothing   execute boxzoom  value             widget_control  Id  set_value   boxzoom         END          get :BEGIN             widget_control  Id  get_value   value            print   value         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN       print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_domain base _extra   ex  uname    c est lui  uvalue    c est lui       print   cw_domain ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    40  100   10  10  uvalue    set   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end       pro cw_domain_set_value  id  value  cm_4mesh      topid   findtopid id     widget_control  topid  get_uvalue   top_uvalue     make sure that we have the good grid stored in the cm_4mesh common parameters     currentfile   extractatt top_uvalue   currentfile     currentgrid    extractatt top_uvalue   meshparameters currentfile     change   changegrid currentgrid      quel est le type de boxzoom     currentplot    extractatt top_uvalue   smallin 2 1    options   extractatt top_uvalue   options        flags   extractatt top_uvalue   optionsflag     flags   flags  currentplot     IF  flags where options EQ  Longitude   x index 0  EQ 0 THEN       xtype    geographic  ELSE xtype    index     IF  flags where options EQ  Latitude   y index 0  EQ 0 THEN       ytype    geographic  ELSE ytype    index      comment completer la boxzoom     IF xtype EQ   geographic  then begin       lonn1   lon1       lonn2   lon2       xtitle    lon     ENDIF ELSE BEGIN       lonn1   firstxt       lonn2   lastxt       xtitle    x ind     ENDELSE    IF ytype EQ   geographic  then begin       latt1   lat1       latt2   lat2       ytitle    lat     ENDIF ELSE BEGIN       latt1   firstyt       latt2   lastyt       ytitle    y ind     ENDELSE      vertf1   floor min gdepw 0  gdept 0     vertf2   ceil max gdepw 0  gdept 0       Case N_Elements Value  OF       0:boxzoom    lonn1  lonn2  latt1  latt2  vertf1  vertf2        1:BEGIN           if value EQ  1 then boxzoom    lonn1  lonn2  latt1  latt2  vertf1  vertf2             ELSE boxzoom lonn1  lonn2  latt1  latt2  0 value 0        END       2:boxzoom lonn1  lonn2  latt1  latt2  value 0 value 1        4:boxzoom Value        5:boxzoom Value 0:3  0  Value 4        6:boxzoom   Value       Else:BEGIN           rien   report Wrong Definition of Boxzoom        END    ENDCASE      boxzoom 0    floor boxzoom 0     boxzoom 1    ceil boxzoom 1     boxzoom 2    floor boxzoom 2     boxzoom 3    ceil boxzoom 3     if n_elements boxzoom GE 5  then begin       boxzoom 4    floor boxzoom 4        boxzoom 5    ceil boxzoom 5     endif        widget_control widget_info id find_by_uname    lon1  get_uvalue   uvalue    strict   uvalue strict     les longitudes     min et max possible    if xtype EQ  geographic  then BEGIN       min   floor min glamt glamf  max   max        max   ceil max     ENDIF ELSE BEGIN        min   0       max   jpi 1    ENDELSE   les id des widgets    lon1id   widget_info id find_by_uname    lon1     lon2id   widget_info id find_by_uname    lon2    doit on changer de type d axe x: longitude index    lonbase   widget_info id find_by_uname    lonbase     widget_control  lonbase   get_uvalue   lonbase_uvalue    if lonbase_uvalue name NE xtype then BEGIN       widget_control  lonbase  update   0   on casse tout       widget_control  lon1id   destroy       widget_control  lon2id   destroy   on reconstruit       lon1id   cw_slider_pm lonbase value min   boxzoom 0   boxzoom 0 keyword_set strict    boxzoom 1   boxzoom 0 keyword_set strict        widget_control  lonbase  set_uvalue    name:xtype        widget_control  lonbase  update   1    ENDIF ELSE BEGIN   la nouvelle valeur qu ils vont avoir       cursorvalue1   min   boxzoom 0   boxzoom 0 strict    boxzoom 1   boxzoom 2   boxzoom 2 keyword_set strict    boxzoom 3   boxzoom 2 keyword_set strict        widget_control  latbase  set_uvalue    name:ytype        widget_control  latbase  update   1    ENDIF ELSE BEGIN       cursorvalue1   min   boxzoom 2   boxzoom 2 strict    boxzoom 3    indice2 1       if indice1 EQ indice2 then BEGIN       if  where gdep1 GE boxzoom 4  AND gdep2 LE boxzoom 5 0   EQ  1 then begin          indice1   0    indice1 dthlv1_uval grid_t EQ 1           indice2   indice1       endif       boxzoom 4    gdep1 indice1        boxzoom 5    boxzoom 4 1    endif   maintenant que les values et les indexes sont definis proprement    on peut les appliquer    widget_control  dthlv1id  set_value    combobox_select:indice1     widget_control  dthlv2id  set_value    combobox_select:indice2    controler les min et les max des sliders     if indice1 EQ 0 then min1   0 ELSE min1   gdep2 indice1 1     max1    min1 1    gdep1 indice2     widget_control  depth1id  set_value    slider_min:min1  slider_max:max1  value:boxzoom 4     min2   gdep2 indice1     if indice2 EQ jpk 1 then BEGIN        max2   max gdept  gdepw        max2   strtrim string max2 format e8 0  1        max2   float 1 strmid max2  1 float max2     ENDIF ELSE max2   gdep1 indice2 1     widget_control  depth2id  set_value    slider_min:min2  slider_max:max2  value:boxzoom 5       return end   FUNCTION cw_domain_get_value  id    box   lonarr 6     possiblecase    lon1   lon2   lat1   lat2   depth1   depth2     for i   0  5 do begin       widget_control  widget_info id  find_by_uname   possiblecase i             get_value   value       box i    value value    endfor    return  box end   FUNCTION cw_domain_event  event  common   help    struct  event    if  where tag_names event  EQ  OUT 0  NE  1 then if event out NE 0 then return    1    widget_control  event id  get_uvalue   uval    case uval name of        lon1 :widget_control widget_info event handler find_by_uname    lon2             set_value    slider_min:event value uval strict         lon2 :widget_control widget_info event handler find_by_uname    lon1             set_value    slider_max:event value uval strict         lat1 :widget_control widget_info event handler find_by_uname    lat2             set_value    slider_min:event value uval strict         lat2 :widget_control widget_info event handler find_by_uname    lat1             set_value    slider_max:event value uval strict         unzoom :BEGIN          id   widget_info event handler find_by_uname    lon1           widget_control  id  get_value   value          widget_control  id  set_value    slider_min:value slider_min_max 0           widget_control  id  set_value   value slider_min_max 0           id   widget_info event handler find_by_uname    lat1           widget_control  id  get_value   value          widget_control  id  set_value    slider_min:value slider_min_max 0           widget_control  id  set_value   value slider_min_max 0           id   widget_info event handler find_by_uname    lon2           widget_control  id  get_value   value          widget_control  id  set_value    slider_max:value slider_min_max 1           widget_control  id  set_value   value slider_min_max 1           id   widget_info event handler find_by_uname    lat2           widget_control  id  get_value   value          widget_control  id  set_value    slider_max:value slider_min_max 1           widget_control  id  set_value   value slider_min_max 1        END        dthlv1 :BEGIN   ids           depth1id   widget_info event handler find_by_uname    depth1           depth2id   widget_info event handler find_by_uname    depth2           dthlv2id   widget_info event handler find_by_uname    dthlv2    faut il changer dthlv2            widget_control  event id  get_value   dthlv1_value          gdep1   fix dthlv1_value combobox_value           widget_control  dthlv2id  get_value   dthlv2_value          gdep2   fix dthlv2_value combobox_value           if dthlv2_value combobox_index LT event index then BEGIN   on redefinie la valeur de dthlv2id             widget_control  dthlv2id  set_value    combobox_select:event index    donc on redefinit la valeur et le max du slider 2             if event index EQ jpk 1 then BEGIN                 max   max gdept  gdepw                 max   strtrim string max format e8 0  1                 max   float 1 strmid max  1 float max              ENDIF ELSE max   gdep2 event index 1 1             widget_control  depth2id                  set_value    slider_max:max  value:gdep2 event index    du coup on redefinie donc le max du slider 1              widget_control  depth1id  set_value    slider_max:gdep1 event index           END    on redefinie la valeur et le min du slider depth 1          if event index EQ 0 then min   0 ELSE min   gdep1 event index 1 1          widget_control  depth1id  set_value    slider_min:min  value:gdep1 event index    du coup on change aussi la valeur du min du slider depth 2          widget_control  depth2id  set_value    slider_min:gdep1 event index 1        END        dthlv2 :BEGIN   ids           depth1id   widget_info event handler find_by_uname    depth1           depth2id   widget_info event handler find_by_uname    depth2           dthlv1id   widget_info event handler find_by_uname    dthlv1    faut il changer dthlv1            widget_control  dthlv1id  get_value   dthlv1_value          gdep1   fix dthlv1_value combobox_value           widget_control  event id  get_value   dthlv2_value          gdep2   fix dthlv2_value combobox_value           if dthlv1_value combobox_index GT event index then BEGIN   on redefinie la valeur de dthlv1id             widget_control  dthlv1id  set_value    combobox_select:event index    donc on redefinit la valeur et le min du slider 1             if event index EQ 0 then min   0 ELSE min   gdep2 event index 1              widget_control  depth1id                  set_value    slider_min:min  value:gdep1 event index    du coup on redefinie donc le min du slider 2             widget_control  depth2id  set_value    slider_min:gdep2 event index           END    on redefinie la valeur et le max du slider depth 2          if event index EQ jpk 1 then BEGIN              max   max gdept  gdepw              max   strtrim string max format e8 0  1              max   float 1 strmid max  1 float max           ENDIF ELSE max   gdep2 event index 1 1          widget_control  depth2id  set_value    slider_max:max  value:gdep2 event index    du coup on change aussi la valeur du max du slider depth 1          widget_control  depth1id  set_value    slider_max:gdep2 event index 1        END        depth1 :BEGIN   ids           depth2id   widget_info event handler find_by_uname    depth2           dthlv1id   widget_info event handler find_by_uname    dthlv1    doit on changer dthlv1            widget_control  dthlv1id  get_value   dthlv1_value          gdep1   fix dthlv1_value combobox_value           rien   where gdep1 LT event value  indice           indice   indice   indice 1           if indice NE dthlv2_value combobox_index then begin   on change le max de depth1             widget_control  depth1id  set_value    slider_max:gdep2 indice 1    on redefinie la valeur de dthlv2id             widget_control  dthlv2id  set_value    combobox_select:indice    donc on redefinit le max du slider 2             if indice EQ jpk 1 then BEGIN                 max   max gdept  gdepw                 max   strtrim string max format e8 0  1                 max   float 1 strmid max  1 float max              ENDIF ELSE max   gdep2 indice 1 1             widget_control  event id  set_value    slider_max:max           endif       END       ELSE:    ENDCASE      slidesliceid   widget_info event top  find_by_uname    slide_slice       if slidesliceid NE 0 then widget_control  slidesliceid  set_value   1    return ID:event handler  TOP:event top  HANDLER:0L                BOX:cw_domain_get_value event handler  end   FUNCTION cw_domain  parent  BOXZOOM   boxzoom  STRICT   strict  UVALUE   uvalue  UNAME   uname  UNZOOM   unzoom  _extra   ex    cm_4mesh  cm_4data     def de la boxzoom   Case N_Elements Boxzoom  OF     0:boxzoom    lon1  lon2  lat1  lat2                      min gdepw 0  gdept 0  max gdepw 0  gdept 0        1:boxzoom    lon1  lon2  lat1  lat2  0  boxzoom 0      2:boxzoom    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1      4:boxzoom    Boxzoom  vert1  vert2      5:boxzoom    Boxzoom 0:3  0  Boxzoom 4      6:     Else: return  report Mauvaise Definition de Boxzoom    ENDCASE   IF total Boxzoom  EQ 0 THEN        boxzoom    lon1  lon2  lat1  lat2  min gdepw 0  gdept 0  max gdepw 0  gdept 0      boxzoom 0    floor boxzoom 0    boxzoom 1    ceil boxzoom 1    boxzoom 2    floor boxzoom 2    boxzoom 3    ceil boxzoom 3    boxzoom 4    floor boxzoom 4    boxzoom 5    ceil boxzoom 5      if NOT keyword_set uvalue  then uvalue       if NOT keyword_set uname  then uname       base   widget_base parent  row   2  space   0                          EVENT_FUNC    cw_domain_event                           FUNC_GET_VALUE    cw_domain_get_value                           PRO_SET_VALUE    cw_domain_set_value                           UVALUE   uvalue  UNAME   uname  _extra   ex         baseh   widget_base base  column   1 keyword_set unzoom  space   0      baseh1   widget_base baseh  row   2  space   0   longitude    min   floor min glamt  glamf  max   max    max   ceil max    IF max min EQ 361 AND keyword_set key_periodic  THEN max   max 1   lonbase   widget_base baseh1  column   2  space   0  uname    lonbase  uvalue    name: geographic    lon1id   cw_slider_pm lonbase  value   min   boxzoom 0   boxzoom 0 keyword_set strict    boxzoom 1   boxzoom 0 keyword_set strict   latitude    min   floor min gphit  gphif  max   max    max   ceil max    latbase   widget_base baseh1  column   2  space   0  uname    latbase  uvalue    name: geographic    lat1id   cw_slider_pm latbase  value   min   boxzoom 2   boxzoom 2 keyword_set strict    boxzoom 3   boxzoom 2 keyword_set strict   unzoom    if keyword_set unzoom  then rien   widget_button baseh  value    unzoom  uvalue    name: unzoom  xsize   60  ysize   110   depth    basez   widget_base base  column   3  space   0   base_align_center      basezdrp   widget_base basez  row   2  space   0      if strupcase vargrid  EQ  W  then gdep   gdepw ELSE gdep   gdept   gdep1   floor gdep    gdep2   ceil gdep    same   where gdep2 gdep1 EQ 0    if same 0  NE  1 then gdep2 same    gdep2 same   1   sgdep1   strtrim gdep1  1    sgdep2   strtrim gdep2  1      dephtid   cw_combobox_pm basezdrp  value    sgdep1  uvalue    name: dthlv1  grid_t:strupcase vargrid  NE  W  uname    dthlv1    rien   where gdep1 LT boxzoom 4  indice1    indice1   indice1   indice2 1    widget_control  dephtid  set_value    combobox_select:indice2          basedepthslid   widget_base base  column   2  space   0    strminlen   max strlen strtrim round gdept  gdepw  1      if indice1 EQ 0 then min1   0 ELSE min1   gdep2 indice1 1    max1    min1 1    gdep1 indice2    rien   cw_slider_pm basez  value   min1   boxzoom 4   boxzoom 4    boxzoom 5    max2                           uvalue    name: depth2  minimum   min2  maximum    max2                           uname    depth2  title    z2  strminlen   strminlen        return  base end");
-a[373] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_droplist_pm.html", "cw_droplist_pm.pro", "", "          NAME: cw_droplist_pm     PURPOSE: widget equivalent a WIDGET_DROPLIST sauf qu en plus on   dispose de 2 bouttons   et   pour deplacer le widget de   1      CATEGORY: compound widget  aide a l ecriture des widgets      CALLING SEQUENCE: id cw_droplist_pm parent       INPUTS:           Parent: The widget ID of the parent widget      KEYWORD PARAMETERS:tous ceux de WIDGET_DROPLIST     OUTPUTS:           The returned value of this function is the widget ID of the           newly created animation widget      COMMON BLOCKS: none     SIDE EFFECTS:         Widget Events Returned by Droplist Widgets       Pressing the mouse button while the mouse cursor is over an     element of a droplist widget causes the widget to change the label     on the droplist button and to generate an event  The appearance of     any previously selected element is restored to normal at the same     time  The event structure returned by the WIDGET_EVENT function is     defined by the following statement:         CW_DROPLIST_PM  ID:0L  TOP:0L  HANDLER:0L  INDEX:0L  OUT:0         The first three fields are the standard fields found in every     widget event      INDEX returns the index of the selected item  This can be used to     index the array of names originally used to set the widget s     value     OUT:c est un entier qui peut prendre 3 valeurs:         1 : si on appuie sur   alors que l index est deja aux max  rq:         ds ce cas l index reste au max          1: si on appuie sur   alors que l index est deja aux min  rq:         ds ce cas l index reste au min         0 : ds les autres cas        Keywords to WIDGET_CONTROL       A number of keywords to the WIDGET_CONTROL procedure affect the     behavior of cw_slider_pm widget: GET_VALUE and SET_VALUE          1  GET_VALUE     widget_control wid_id get_value resultat     retourne ds la variable resultat une structure de 3 elements dont     les noms sont inspires des mots cles que l on peut passer a     widget_control qd on utilise WIDGET_DROPLIST:              DROPLIST_NUMBER: the number of elements currently              contained in the specified droplist widget               DROPLIST_SELECT: the zero based number of the              currently selected element  i e  the currently displayed              element  in the specified droplist widget               DYNAMIC_RESIZE: a True value  1  if the widget specified              by Widget_ID is a button  droplist  or label widget that              has had its DYNAMIC_RESIZE attribute set  Otherwise               False  0  is returned          2  SET_VALUE     widget_control wid_id set_value impose     permet de modifier l etat de la droplist comme on peut le faire     pour WIDGET_DROPLIST Impose peut etre:         a  The contents of the list widget  string or string array          b  une structure qui peut avoir comme elements  de 1 a 3 :              DYNAMIC_RESIZE:Set this keyword to activate  if set to 1               or deactivate  if set to 0  dynamic resizing of the              specified CW_DROPLIST_PM widget  see the documentation              for the DYNAMIC_RESIZE keyword to WIDGET_DROPLIST              procedure for more information about dynamic widget              resizing               DROPLIST_SELECT:Set this keyword to return the zero based              number of the currently selected element  i e  the              currently displayed element  in the specified droplist              widget               VALUE: The contents of the list widget  string or string              array      RESTRICTIONS:     EXAMPLE: cf utiliser le programme founit i dessous: testwid et la   procedure associee  testwid_event      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         6 9 1999             PRO testwid_event  event       help  event   STRUCT      DroplistId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          dynamic_resize :BEGIN             widget_control  event id  get_value   value            widget_control  DroplistId  set_value    dynamic_resize:value          END          droplist_select :BEGIN             widget_control  event id  get_value   value            widget_control  DroplistId  set_value    droplist_select:value          END          value :BEGIN             widget_control  event id  get_value   value            widget_control  DroplistId  set_value   value         END          get :BEGIN             widget_control  DroplistId  get_value   value            help   value   struct         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_droplist_pm base  _extra   ex  uname    c est lui  uvalue    c est lui    print   cw_droplist_pm ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    0  uvalue    dynamic_resize   editable       nothing   widget_text base  value    10  uvalue    droplist_select   editable       nothing   widget_text base  value    5  uvalue    value   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end   PRO cw_droplist_pm_set_value  id  value    DroplistId   widget_info id find_by_uname    Droplist     if size value   type  eq 8 then BEGIN   this is a structure       tagnames   tag_names value        for tag   0  n_tags value 1 do begin          case strtrim strlowcase tagnames tag  2  of              dynamic_resize :widget_control  DroplistId  dynamic_resize   value dynamic_resize              droplist_select :widget_control  DroplistId  set_droplist_select   value droplist_select              value :widget_control  DroplistId  set_value   value value             ELSE:ras   report mauvais nom de l argument de la structure ds cw_droplist_pm_set_value           endcase       endfor    ENDIF ELSE widget_control  DroplistId  set_value   value    return end   FUNCTION cw_droplist_pm_get_value  id    DroplistId   widget_info id find_by_uname    Droplist     return   droplist_number:widget_info DroplistId   droplist_number                  droplist_select:widget_info DroplistId   droplist_select                  dynamic_resize:widget_info DroplistId   dynamic_resize  end   FUNCTION cw_droplist_pm_event  event    widget_control  event id  get_uvalue uval      if uval EQ  Droplist  then       return   CW_DROPLIST_PM  ID:event handler  TOP:event top  HANDLER:0L                  INDEX:event index  OUT:0       DroplistId   widget_info event handler find_by_uname    Droplist     index   widget_info DroplistId   droplist_select     case uval OF        plus :BEGIN          indexmax   widget_info DroplistId   droplist_number 1          if index NE indexmax then widget_control  DroplistId set_droplist_select   index 1          return   CW_DROPLIST_PM  ID:event handler  TOP:event top  HANDLER:0L                       INDEX: index 1    index 1  OUT: long index EQ 0        END    endcase end   FUNCTION cw_droplist_pm  parent UVALUE   uvalue  UNAME   uname  ROW   row  COLUMN   column  _extra   ex     IF  N_PARAMS  NE 1  THEN MESSAGE   Incorrect number of arguments     ON_ERROR  2                   return to caller   cheking for row and column keywords    row   keyword_set row 1 keyword_set column      column   keyword_set column 1 keyword_set row keyword_set column  EQ row      if NOT keyword_set uvalue  then uvalue        if NOT keyword_set uname  then uname          base   widget_base parent  space   1  xpad   1  ypad   1  ROW   row  COLUMN   column                            EVENT_FUNC    cw_droplist_pm_event                            FUNC_GET_VALUE cw_droplist_pm_get_value                            PRO_SET_VALUE cw_droplist_pm_set_value                            UVALUE   uvalue  UNAME   uname  _extra   ex          if keyword_set row  THEN nothing   widget_button base value    uvalue   minus     nothing   widget_droplist base  UVALUE    Droplist  UNAME    Droplist  _extra   ex     if keyword_set column  then begin       base1   widget_base base   row   align_center  space   1  xpad   1  ypad   1        nothing   widget_button base1 value    uvalue   minus  xsize   20  ysize   20        nothing   widget_button base1 value    uvalue   plus  xsize   20  ysize   20     ENDIF ELSE nothing   widget_button base value    uvalue   plus        widget_control base realize      return  base end");
-a[374] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html", "cw_pagelayout.pro", "", "    FUNCTION cw_pagelayout_event  event     widget_control  event id  get_uvalue uval    widget_control  event top  get_uvalue top_uvalue      smallin   extractatt top_uvalue   smallin     numdessinin   smallin 2 1    smallout   extractatt top_uvalue   smallout       if uval name EQ  undo  then begin       return ID:event handler  TOP:event top  HANDLER:0L     ENDIF ELSE BEGIN     common   si on ne change pas le nombre de colonnes  on sort       if uval name EQ  column  then          if event index 1 EQ smallin 0  THEN          return ID:event handler  TOP:event top  HANDLER:0L    si on ne change pas le nombre de lignes  on sort       if uval name EQ  row  then          if event index 1 EQ smallin 1  THEN          return ID:event handler  TOP:event top  HANDLER:0L      on efface la page        graphid   widget_info event top find_by_uname    graph        graphid   extractatt top_uvalue   graphid        widget_control graphid get_value win       wset  win       erase  255       case uval name of           clear :           column :BEGIN              smallin    event index 1  smallin 1  1              smallout    event index 1  smallout 1  1           END           row :BEGIN             smallin    smallin 0  event index 1  1              smallout    smallout 0  event index 1  1           END       endcase       nbredessin   smallin 0 smallin 1               on remet tout a 0 en ce qui concerne les postscripts       createhistory  event top  smallin                  options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        flag   flags  numdessinin               update and reset all values of the top_uvalue           top_uvalue 1  findline top_uvalue   smallin    smallin        top_uvalue 1  findline top_uvalue   smallout    smallout          top_uvalue 1  findline top_uvalue   penvs    replicate p  nbredessin         top_uvalue 1  findline top_uvalue   xenvs    replicate x  nbredessin         top_uvalue 1  findline top_uvalue   yenvs    replicate y  nbredessin           top_uvalue 1  findline top_uvalue   nameprocedures    strarr nbredessin         top_uvalue 1  findline top_uvalue   types    strarr nbredessin         top_uvalue 1  findline top_uvalue   varinfo    strarr 2  nbredessin         top_uvalue 1  findline top_uvalue   domaines    fltarr 6  nbredessin         top_uvalue 1  findline top_uvalue   dates    lonarr 2  nbredessin         top_uvalue 1  findline top_uvalue   txtcmd    strarr nbredessin         top_uvalue 1  findline top_uvalue   optionsflag    flag replicate 1  nbredessin          ptr_free  extractatt top_uvalue   exextra         top_uvalue 1  findline top_uvalue   exextra    ptrarr nbredessin   allocate_heap          top_uvalue 1  findline top_uvalue            ENDELSE      return ID:event handler  TOP:event top  HANDLER:0L  end   FUNCTION cw_pagelayout  parent  small  UVALUE   uvalue  UNAME   uname  UNZOOM   unzoom  COLUMN   column  ROW   row  _extra   ex     row   keyword_set row 1 keyword_set column      if NOT keyword_set uvalue  then uvalue       if NOT keyword_set uname  then uname       base   widget_base parent                          EVENT_FUNC    cw_pagelayout_event                           FUNC_GET_VALUE    cw_pagelayout_get_value                           PRO_SET_VALUE    cw_pagelayout_set_value                           UVALUE   uvalue  UNAME   uname  space   0  _extra   ex         IF n_elements small  eq 0 then small    1  1  1      dummy   widget_label base  value    cln  yoffset   3    id   widget_combobox base  value   strtrim indgen 9 1  1  uvalue    name: column                             uname    column  xoffset   20  xsize   40    widget_control  id  set_combobox_select   small 0 1     IF keyword_set row  THEN BEGIN      xoff   60     yoff   0   ENDIF ELSE BEGIN      xoff   0     yoff   20   ENDELSE    dummy   widget_label base  value    row  xoffset   xoff  yoffset   yoff 3    id   widget_combobox base  value   strtrim indgen 9 1  1  uvalue    name: row                             uname    row  xoffset   xoff 20  xsize   40  yoffset   yoff    widget_control  id  set_combobox_select   small 1 1       return  base end  ");
-a[375] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.html", "cw_slide_slice.pro", "", "pro cw_slide_slice_set_value  id  value  common    topid   findtopid id     domainid   widget_info topid  find_by_uname    domain     widget_control  domainid  get_value   boxzoom    if boxzoom 1 boxzoom 0  LT boxzoom 3 boxzoom 2  then type    y  ELSE type    x     thickid    widget_info topid  find_by_uname    thickness     widget_control  thickid  get_uvalue   thicknessuval    widget_control  thickid  get_value   thickness    thickness   thicknessuval choix thickness droplist_select     sliderid   widget_info topid  find_by_uname    slider     if type EQ  y  then BEGIN       mini   floor min glamt  glamf  max   maxi        maxi   ceil maxi thickness       widget_control  sliderid  set_value    slider_min:mini  slider_max:maxi  value:boxzoom 0  maxi                               value   mini   boxzoom 0   maxi                               value   mini   boxzoom 2    maxi   column  uname    slider                                uvalue    name: slider     ENDELSE    index   where thicknessval EQ thickness    index   index 0     if index EQ  1 then BEGIN        index   20       thicknessval 20    strtrim thickness  1        widget_control  droplistid  set_value   thicknessval       widget_control  droplistid  set_uvalue  name: thickness  choix:thicknessval     endif    widget_control  droplistid  set_value    droplist_select:index          if type EQ  xt  then begin         mini   floor min glamt glamf  max   maxi          maxi   ceil maxi       ENDIF ELSE BEGIN          mini   floor min gphit gphif  max   maxi          maxi   ceil maxi       ENDELSE          return  base end");
-a[376] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.html", "cw_slider_pm.pro", "", "          NAME: cw_slider_pm     PURPOSE: widget equivalent a WIDGET_SLIDER sauf qu en plus on   dispose de 2 bouttons   et   pour deplacer le widget de   1      CATEGORY: compound widget  aide a l ecriture des widgets      CALLING SEQUENCE: id cw_slider_pm parent       INPUTS:           Parent: The widget ID of the parent widget      KEYWORD PARAMETERS:tous ceux de WIDGET_SLIDER     OUTPUTS:           The returned value of this function is the widget ID of the           newly created animation widget      COMMON BLOCKS: none     SIDE EFFECTS:       Widget Events Returned by the CW_SLIDER_PM Widget      Slider widgets generate events when the mouse is used to change    their value  The event structure returned by the WIDGET_EVENT    function is defined by the following statement:       CW_SLIDER_PM  ID:0L  TOP:0L  HANDLER:0L  VALUE:0L  DRAG:0  OUT:0       ID is the widget ID of the button generating the event  TOP is the    widget ID of the top level widget containing ID     HANDLER contains the widget ID of the widget associated with the    handler routine     VALUE returns the new value of the slider     DRAG returns integer 1 if the slider event was generated as part of    a drag operation  or zero if the event was generated when the user    had finished positioning the slider  Note that the slider widget    only generates events during the drag operation if the DRAG keyword    is set  and if the application is running under Motif  When the    DRAG keyword is set  the DRAG field can be used to avoid    computationally expensive operations until the user releases the    slider     OUT:c est un entier qui peut prendre 3 valeurs:        1 : si on appuie sur   alors que le slider est deja aux max  rq:        ds ce cas le slider reste au max         1: si on appuie sur   alors que le slider est deja aux min  rq:        ds ce cas le slider reste au min        0 : ds les autres cas        Keywords to WIDGET_CONTROL       A number of keywords to the WIDGET_CONTROL procedure affect the     behavior of cw_slider_pm widget: GET_VALUE and SET_VALUE          1  GET_VALUE     widget_control wid_id get_value resultat     retourne ds la variable resultat une structure de 2 elements dont     les noms sont inspires des mots cles que l on peut passer a     widget_control qd on utilise WIDGET_SLIDER:              VALUE:the value setting of the widget              SLIDER_MIN_MAX: a 2 elements array: The minimum and the              maximum value of the range encompassed by the slider         2  SET_VALUE     widget_control wid_id set_value impose     permet de modifier l etat de la slider bar comme on peut le faire     pour WIDGET_SLIDER  Impose peut etre:         a  un entier: donne la nouvelle  position of the slider          b  une structure qui peut avoir comme elements  de 1 a 3 :              VALUE:un entier qui donne la nouvelle  position of the slider               SLIDER_MIN:Set to a new minimum value for the specified              slider widget               SLIDER_MAX:Set to a new minimum value for the specified              slider widget      RESTRICTIONS:     EXAMPLE: cf utiliser le programme founit i dessous: testwid et la   procedure associee  testwid_event      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         5 9 1999           PRO testwid_event  event       help  event   STRUCT      SliderBarId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          slider_min :BEGIN             widget_control  event id  get_value   value            widget_control  SliderBarId  set_value    slider_min:value          END          slider_max :BEGIN             widget_control  event id  get_value   value            widget_control  SliderBarId  set_value    slider_max:value          END          slider_value :BEGIN             widget_control  event id  get_value   value            widget_control  SliderBarId  set_value   value         END          get :BEGIN             widget_control  SliderBarId  get_value   value            help   value   struct            print  value slider_min_max         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_slider_pm base  _extra   ex  uname    c est lui  uvalue    c est lui    print   cw_slider_pm ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    0  uvalue    slider_min   editable       nothing   widget_text base  value    10  uvalue    slider_max   editable       nothing   widget_text base  value    5  uvalue    slider_value   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end   FUNCTION decvalue  value   a   float value 0    return  strtrim string floor a    0 1 indgen 10  format    f15 1  2  end   FUNCTION decind  value   a   float value 0    return  round 10 a   floor a      computation accuracy end   PRO cw_slider_pm_set_value  id  value   sbid   widget_info id  find_by_uname    SliderBar    dcid   widget_info id  find_by_uname    decimal    minmax   widget_info sbid   SLIDER_MIN_MAX    if size value   type  eq 8 then BEGIN   this is a structure     tagnames   tag_names value      for tag   0  n_tags value 1 do begin       case strtrim strlowcase tagnames tag  2  of          slider_min :BEGIN            IF float value slider_min 0  LT minmax 1  THEN BEGIN              minmax 0    value slider_min 0              widget_control  sbid  set_slider_min   floor float value slider_min 0              valuedc   float widget_info dcid   combobox_gettext              IF valuedc LT value slider_min THEN BEGIN               widget_control  sbid  set_value   floor float value slider_min 0                widget_control  dcid  set_value   decvalue value slider_min                widget_control  dcid  set_combobox_select   decind value slider_min              ENDIF             ENDIF          end          slider_max :BEGIN            IF float value slider_max 0  GT minmax 0  THEN BEGIN              minmax 1    value slider_max 0              widget_control  sbid  set_slider_max   ceil float value slider_max 0              valuedc   float widget_info dcid   combobox_gettext              IF valuedc GT value slider_max THEN BEGIN               widget_control  sbid  set_value   ceil float value slider_max 0                widget_control  dcid  set_value   decvalue value slider_max                widget_control  dcid  set_combobox_select   decind value slider_max              ENDIF             ENDIF          end          value :IF float value value 0  GE minmax 0              AND float value value 0  LE minmax 1  THEN value2   float value value 0          ELSE:ras   report wrong tag name in argument  value  of cw_slider_pm_set_value        endcase     endfor   ENDIF ELSE BEGIN      IF float value 0  GE minmax 0          AND float value 0  LE minmax 1  THEN value2   float value 0    ENDELSE   IF n_elements value2  NE 0 THEN BEGIN      widget_control  sbid  set_value   fix value2      widget_control  dcid  set_value   decvalue value2      widget_control  dcid  set_combobox_select   decind value2    ENDIF    return end   FUNCTION cw_slider_pm_get_value  id   sbid   widget_info id  find_by_uname    SliderBar    dcid   widget_info id  find_by_uname    decimal    minmax   widget_info sbid   SLIDER_MIN_MAX    value   float widget_info dcid   combobox_gettext     return   value:value  slider_min_max:minmax  end   FUNCTION cw_slider_pm_event  event   widget_control  event id  get_uvalue   uval     sbid   widget_info event handler  find_by_uname    SliderBar    dcid   widget_info event handler  find_by_uname    decimal    minmax   widget_info sbid   SLIDER_MIN_MAX    IF uval EQ  decimal  THEN value   float event str      ELSE value   float widget_info dcid   combobox_gettext    out   0   defaut case   case uval OF      plus : if  value   1  LE minmax 1  then value2   value   1 ELSE out   1      minus :if  value   1  GE minmax 0  then value2   value   1 ELSE out    1      SliderBar :if  event value   value   floor value  LE minmax 1  THEN value2   event value   value   floor value       decimal :BEGIN        CASE 1 OF         value GT minmax 1 : value2   minmax 1          value LT minmax 0 : value2   minmax 0          ELSE:       ENDCASE     END     ELSE:   ENDCASE   IF n_elements value2  NE 0  THEN BEGIN     value   value2     widget_control  sbid  set_value   floor value      widget_control  dcid  set_value   decvalue value      widget_control  dcid  set_combobox_select   decind value    ENDIF   return   CW_SLIDER_PM  ID:event handler  TOP:event top  HANDLER:0L                VALUE:value  OUT:OUT  end   FUNCTION cw_slider_pm  parent  MAXIMUM   maximum  MINIMUM   minimum                            STRMINLEN   strminlen  VALUE   value  UVALUE   uvalue                            UNAME   uname  title   title  _extra   ex    IF  N_PARAMS  NE 1  THEN MESSAGE   Incorrect number of arguments    ON_ERROR  2                    return to caller     if n_elements minimum  NE 0 then minimum   floor minimum  ELSE minimum   0   if n_elements maximum  NE 0 then maximum   ceil maximum  ELSE maximum   100   if NOT keyword_set title  then title              cheking exclusive keywords   column    keyword_set column 1 keyword_set row keyword_set vertical   xsize   lenstr   max strlen strtrim minimum  maximum  1    if keyword_set strminlen  then lenstr   strminlen   lenstr    xsize   35   mlen lenstr 1 3 lenstr lt 4    xsize   35   mlen lenstr 2    dummyid   widget_combobox base  value   decvalue minimum                                  UVALUE    decimal  UNAME    decimal                                  xoffset   xoff  yoffset   2  xsize   xsize     dummyid   widget_slider base  MAXIMUM   maximum  MINIMUM   minimum  UVALUE    SliderBar                                UNAME    SliderBar   suppress_value   drag                               yoffset   30  xsize   xoff   xsize      if keyword_set value  then cw_slider_pm_set_value  base  value     return  base end");
-a[377] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.html", "cw_specifie.pro", "", "    PRO cw_specifie_set_value  id  value  cm_general    if size value   type  NE 8 then return    widget_control  widget_info id find_by_uname min  set_value   strtrim value min  2     widget_control  widget_info id find_by_uname max  set_value   strtrim value max  2     widget_control  widget_info id find_by_uname int  set_value   strtrim value inter  2     widget_control  widget_info id find_by_uname palnum  set_value   strtrim value lct  2     autres   extractstru value   min   max   inter   lct   nothing   xindex   yindex     if size autres   type  EQ 8 then BEGIN        autresid   widget_info id find_by_uname autres        widget_control  widget_info id  find_by_uname    autres  get_value   autresautres       autresautres   autresautres 0        if strtrim autresautres  2  NE   then begin         autresautres   createfunc get_extra    autresautres                                           filename   myuniquetmpdir  for_createfunc pro          autres   mixstru autres  autresautres        endif       autres   strkeywd autres        widget_control  widget_info id find_by_uname autres  set_value   autres    endif    return end     FUNCTION cw_specifie_get_value  id  cm_general    widget_control  widget_info id find_by_uname min  get_value   min    min   float min 0     widget_control  widget_info id find_by_uname max  get_value   max    max   float max 0     widget_control  widget_info id find_by_uname int  get_value   int    int   float int 0     widget_control  widget_info id find_by_uname palnum  get_value   palnum    palnum   long palnum 0     widget_control  widget_info id find_by_uname autres  get_value   autres    autres   autres 0       exextra    min:min  max:max  inter:int  lct:palnum     if strtrim autres  2  NE   then         exextra   createfunc get_extra autres  _extra   exextra                                 kwdlist    exextra   exextra  exextra   exextra                                filename   myuniquetmpdir  for_createfunc pro       return  exextra end     FUNCTION cw_specifie_event  event     on recuper les ID des differents widgets        widget_control  event id  get_uvalue   uval   widget_control  event top  get_uvalue   top_uvalue   smallin   extractatt top_uvalue   smallin    numdessinin   smallin 2 1   smallout   extractatt top_uvalue   smallout    numdessinout   smallout 2 1     case uval of      default :BEGIN      on trouve le nom de la variable:         vlstid   widget_info event top  find_by_uname    varlist        fieldname   widget_info vlstid   combobox_gettext          exextra   definedefaultextra fieldname        widget_control  widget_info event handler  find_by_uname    min  set_value   strtrim exextra min  1        widget_control  widget_info event handler  find_by_uname    max  set_value   strtrim exextra max  1        widget_control  widget_info event handler  find_by_uname    int  set_value   strtrim exextra inter  1        widget_control  widget_info event handler  find_by_uname    palnum  set_value   strtrim exextra lct  1        widget_control  widget_info event handler  find_by_uname    autres  set_value         END      palcol :BEGIN        ind   fix strmid event value  0  strpos event value          widget_control  widget_info event handler  find_by_uname    palnum  set_value   strtrim ind  1      END     ELSE:   endcase   return   ID:event handler  TOP:event top  HANDLER:0L  OK:uval EQ  ok  end     FUNCTION cw_specifie  parent  ROW   row  COLUMN   column  UVALUE   uvalue  UNAME   uname  FRAME   frame  FORXXX   forxxx  _extra   ex   cheking exclusive keywords    column   keyword_set column 1 keyword_set row     row   keyword_set row 1 keyword_set column   keyword_set row  EQ column        if NOT keyword_set uvalue  then uvalue        if NOT keyword_set uname  then uname        base   widget_base parent  space   0   frame                           EVENT_FUNC    cw_specifie_event                            FUNC_GET_VALUE cw_specifie_get_value                            PRO_SET_VALUE cw_specifie_set_value                            UVALUE   uvalue  UNAME   uname  _extra   ex       base1     base1   widget_base base     rien   widget_label base1  value    Min  xoffset    85  yoffset   15     rien   widget_label base1  value    Max  xoffset   145  yoffset   15     rien   widget_label base1  value    Int  xoffset   210  yoffset   15       lct  get_name   nomcouleur    nbrligne   30    nbrlist   n_elements nomcouleur nbrligne    nomcouleur   strtrim sindgen n_elements nomcouleur  1   nomcouleur    nomcouleur    0 nomcouleur    nomcouleur    1 Color  nomcouleur     if nbrlist GT 1 then for i   1 nbrlist do       nomcouleur    nomcouleur 0:nbrligne i 1 i   1    nomcouleur nbrligne i i:n_elements nomcouleur 1     rien   cw_pdmenu base1  nomcouleur   RETURN_NAME   uvalue    palcol  uname    palcol  xoffset   250  yoffset   0    base2    base2   widget_base base  column   4 keyword_set forxxx  yoffset   30     if keyword_set forxxx  then rien   widget_button base2 value Default  uvalue    default   frame  tooltip    see  find definedefaultextra 0     rien   widget_text base2  value      editable  xsize   7  uname    min  uvalue    min     rien   widget_text base2  value      editable  xsize   7  uname    max  uvalue    max     rien   widget_text base2  value      editable  xsize   7  uname    int  uvalue    int     if keyword_set forxxx  then colvalue     ELSE colvalue    39     rien   widget_text base2  value   colvalue   editable  xsize   2  uname    palnum  uvalue    palnum       widget text contennant les autres mots cles passe ds top_uvalue exextra   en reste t il  si oui  il faut les mettres sous forme de string        rien   widget_text base  value         editable  uname    autres  uvalue    autres  xsize   54  ysize   3  yoffset   65   wrap   no_newline       if keyword_set forxxx  then cw_specifie_set_value  base  definedefaultextra rien_du_tout        return  base end ");
-a[378] = new Array("./ToBeReviewed/WIDGET/findtopid.html", "findtopid.pro", "", "          NAME: findtopid     PURPOSE: retrouve a partir d un Id de widget l Id du widget qui est    the top level base   i e  it has no parent      CATEGORY: aide pour les widgets     CALLING SEQUENCE: res findtopid Widget_ID       INPUTS: Widget_ID: this argument should be the widget ID of the   widget for which information is desired      KEYWORD PARAMETERS:     OUTPUTS: l Id du widget qui est  the top level base      COMMON BLOCKS:     SIDE EFFECTS:      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         22 9 1999         FUNCTION findtopid   identite    id   long identite       exist   widget_info id   managed       if exist EQ 0 then return    1    topid   id    topid2   id    while topid2 NE 0 do begin       topid   topid2       topid2   widget_info topid2   parent     endwhile    return   long topid  end");
-a[379] = new Array("./ToBeReviewed/WIDGET/slec.html", "slec.pro", "", "FUNCTION slec name debut fin  nomexp  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex     include common  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       case n_params  of       1:tab   nlec name  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex        2:tab   nlec name debut  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex        3:tab   nlec name debut fin  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex        4:tab   nlec name debut fin  nomexp  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex     endcase      return   tab:tab  grille:vargrid  unite:varunit  experience:varexp  nom:varname  end");
-a[380] = new Array("./ToBeReviewed/WIDGET/xnotice.html", "xnotice.pro", "", "          NAME:xnotice     PURPOSE:cree un widget avec du texte au milieu de la fenetre      CATEGORY:information     CALLING SEQUENCE:widgetid xnotice text       INPUTS:text: un string ou un vecteur de string  Si c est un   scalaire on cherche le separateur de ligne  C pour creer un texte a   plusieurs lignes      KEYWORD PARAMETERS:chkwidget: oblige a verifier qu il y a des   widgets actif pour creer un widget  sinon imprime au prompt     OUTPUTS:lidentite du widget cree     COMMON BLOCKS     SIDE EFFECTS:ne fait pas appelle a xmanager   ne cree aucun event    il faut detruire ce widget a la main:   widget_control  widgetid   destroy     RESTRICTIONS:     EXAMPLE:      IDL  id xnotice ca marche  C ou pas       IDL  widget_control  id   destroy     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         2000 3 17         FUNCTION xnotice  text  CHKWIDGET   chkwidget     on separe le text en differentes lignes  separees par  C  si ce   n est pas deja fait     if n_elements text  EQ 1 then text   str_sep text   C   trim       if keyword_set chkwidget  then makewid    widget_info managed 0 ELSE makewid   1      if makewid EQ 0 then BEGIN       for i   0   n_elements text 1 do print  text i        noticebase   0    endif      noticebase   widget_base column  title    information   align_center     screensize   get_screen_size     widget_control  noticebase  tlb_set_xoffset   screensize 0 2 2  tlb_set_yoffset   screensize 1 2 2    nothing   widget_label noticebase  value          for i   0   n_elements text 1 do nothing   widget_label noticebase  value   text i     nothing   widget_label noticebase  value          widget_control noticebase realize      return  noticebase end");
-a[381] = new Array("./ToBeReviewed/WIDGET/xquestion.html", "xquestion.pro", "", "          NAME:xquestion     PURPOSE: a small widget who ask a question and give an answer             WARNING: For a binary question with yes no answer use                     DIALOG_MESSAGE      CATEGORY: widget     CALLING SEQUENCE: answer   xquestion question proposedanswer       INPUTS:          question: a scalar string or a array of string  If this          argument is set to :              an array of strings: each array element is              displayed as a separate line of text               a scalar string: we are looking for the  separate line            character   C             proposedanswer: a string proposing a answer     KEYWORD PARAMETERS: those from WIDGET_BASE and WIDGET_TEXT             CHKWIDGET: active this keyword if you whant that xquestion          check if managed widget are present  If not  xquestion do not          open a widget but print the question in the IDL window       OUTPUTS:          answer: a string     COMMON BLOCKS:          none  we use a  false widget      SIDE EFFECTS:          The function does not return to its caller until the user          press  Enter  key in the widget      RESTRICTIONS:     EXAMPLE:            IDL  help  xquestion Postscript name               STRING       toto ps      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         13 10 1999           pro xquestion_event  event   we get the answer    widget_control  widget_info event top  find_by_uname    text          get_value   answer   answer   answer 0    now we give the answer to xquestion pro by using the pointer uvalue    widget_control  event top  get_uvalue   ptranswer     ptranswer   answer   we destroy the widget    widget_control  event top   destroy    return end   FUNCTION xquestion  question  proposedanswer  CHKWIDGET   chkwidget  _extra   ex     is separate line a scalar  we must cut it into pieces      if n_elements question  EQ 1 then question   str_sep question   C   trim    is a widget necessary     if keyword_set chkwidget  then BEGIN       if  widget_info managed 0  EQ 0 then BEGIN          if n_elements proposedanswer  EQ 0 then BEGIN              proposedanswer                 answer                 complete              ENDIF ELSE BEGIN              answer   proposedanswer             complete    default answer is  proposedanswer             ENDELSE          if n_elements question  GT 1 THEN             for i   0  n_elements question 2 do print question i            read  question n_elements question 1   complete   answer          if keyword_set answer  EQ 0 then answer   proposedanswer          return  answer       endif    endif   definition of the widget    BaseId   widget_base column  title    Question  _extra   ex     screensize   get_screen_size     widget_control  BaseId  tlb_set_xoffset   screensize 0 2 2  tlb_set_yoffset   screensize 1 2 2    for i   0   n_elements question 1 DO trash   widget_label BaseId  value   question i   align_left     if n_elements proposedanswer  EQ 0 then answer     ELSE answer   proposedanswer    trash   widget_text BaseId  value   answer   editable  _extra   ex  uname    text     trash   widget_button BaseId  value    ok     ptranswer   ptr_new allocate_heap     widget_control  BaseId  set_uvalue   ptranswer   we realize the widget and wait for an answer    widget_control BaseId realize    xmanager xquestion BaseId   we get the answer    answer    ptranswer   we freeing the pointer    ptr_free  ptranswer      return  answer end");
-a[382] = new Array("./ToBeReviewed/WIDGET/xx.html", "xx.pro", "", " PRO xx   JOUR   jour  MESHFILENAME   meshfilename   LISTVAR   listvar  LISTGRID   listgrid  FUNCLEC_NAME   funclec_name  CALENDAR   calendar  _extra   ex    common        partie a changer       nom de la fonction de lecture:    if NOT keyword_set funclec_name  then funclec_name    slec     varexp    INF    liste des variables    if NOT keyword_set listvar  then listvar    tn sn un vn   taux   tauy hdep20 hdep28 hdep15 hturb hpycn htoth emp qn qs   smltot11   smltot12   smltot13   smltot14   smltot15   smltot16   tmltot11   tmltot12   tmltot13   tmltot14   tmltot15   tmltot16    liste des grilles auxquelles elles se rapportent les variables    if NOT keyword_set listgrid  then BEGIN        listgrid   replicate T  n_elements listvar        listgrid 2  4     U        listgrid 3  5     V     ENDIF   calendrier a utiliser  en jours juliens d IDL       if NOT keyword_set calendar  then BEGIN        if keyword_set jour  then calendar   calendriertotem julian_day  ELSE calendar   calendriertotem julian_day   mensuel     ENDIF   nom du fichier se rapportant au masque    if NOT keyword_set meshfilename  then meshfilename    usr1 com smasson IDL INIT inittotem pro     meshparameters   whichgrid meshfilename    parameteres specifiant comment doit etre lu le champ    readparameters   funclec_name: funclec_name                         jpidta: jpidta  jpjdta: jpjdta  jpkdta: jpkdta                         ixmindta: ixmindta  ixmaxdta: ixmaxdta                         iymindta: iymindta  iymaxdta: iymaxdta                         izmindta: izmindta  izmaxdta: izmaxdta           fin de la partie a changer            fileparameters    filename:  many                            time_counter: calendar                          listvar: listvar                          listgrid: strupcase listgrid       multistructure    fileparameters: temporary fileparameters                    readparameters: temporary readparameters                    meshparameters: temporary meshparameters       xxx  multistructure   temporary multistructure  _extra   ex     return end");
-a[383] = new Array("./ToBeReviewed/WIDGET/xxx.html", "xxx.pro", "", "          NAME:xxx     PURPOSE:un maximum de possibilites avec un minimum de clics     CATEGORY:super widget     CALLING SEQUENCE:xxx      INPUTS:none     KEYWORD PARAMETERS:           SEPARATE: pour separer la partie boutons de la partie dessin        en 2 fenetres  Utile pour les petits ecrans  mais attention        peut saturer la memoire video de certains Tx un peu vetustes           RESTORE toto dat  ou toto dat est un fichier cree lors d une        precedente utilisation de xxx grace a la commande  Widget  du        menu  save as      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO xxx_event  event    common          widget_info event top find_by_uname       quel est le type d evenement      if event id EQ 622 then help   event    struct    widget_control  event id  get_uvalue uval    if  tag_names event   structure_name 0  EQ  WIDGET_TRACKING  then uval    name: ActiverFenetre     if keyword_set uval  EQ 0 then return  help   event   struct  help  uval    struct   case sur le type d evenement    widget_control  event top  get_uvalue   top_uvalue   si on a active le mot cles separate a l appelle de xxx    if size top_uvalue   type  EQ 3 then begin       event top   top_uvalue       widget_control  event top  get_uvalue   top_uvalue    endif   on tue le petit widget cree par notice pro si il existe    noticebase   extractatt top_uvalue   noticebase     if noticebase NE 0 then BEGIN       widget_control  noticebase   destroy        top_uvalue 1  findline top_uvalue   noticebase    0l    endif      options   extractatt top_uvalue   options     case uval name OF        menubar :xxxmenubar_event  event        ok :nouveaudessin   1        specifie :        action :        calendar1 :BEGIN          date2id   widget_info event top  find_by_uname    calendar2           widget_control  date2id  get_value   date2          if event value GT date2 then widget_control  date2id  set_value   event value       END        calendar2 :BEGIN          date1id   widget_info event top  find_by_uname    calendar1           widget_control  date1id  get_value   date1          if event value LT date1 then widget_control  date1id  set_value   event value       END        domain :        varlist :BEGIN          currentfile    extractatt top_uvalue   currentfile           listvar    extractatt top_uvalue   fileparameters currentfile listvar          name   listvar event index           changefield  event top  name       END        txtcmd :        filelist :BEGIN          changefile  event top  event index       END        ActiverFenetre :BEGIN          if event enter EQ 1 AND  d name NE  PS  then BEGIN              graphid   widget_info event top find_by_uname    graph              graphid   extractatt top_uvalue   graphid              widget_control graphid get_value win             wset  win             widget_control event top get_uvalue top_uvalue             numdessinin    extractatt top_uvalue   smallin 2 1              p    extractatt top_uvalue   penvs numdessinin               x    extractatt top_uvalue   xenvs numdessinin               y    extractatt top_uvalue   yenvs numdessinin           endif       END        graph :BEGIN          quelclick   identifyclick event           case quelclick type of              inutile :return              long :longclickaction  event              single :singleclickaction  event              double :doubleclickaction  event          endcase       END    endcase    if keyword_set nouveaudessin  then letsdraw  event top    return end             PRO xxx  datafilename  idlfile  argspro  CALLERWIDID   CallerWidId              REDRAW   redraw  SEPARATE   separate  UVALUE   uvalue              RESTORE   restore  _EXTRA   ex    all_cm     reinitialize the  p   x   y   z variables     reinitplt     we get back the uvalue of the widget that called xxx to create a new widget   if keyword_set restore  then BEGIN     restore   isafile filename   restore  iodir   homedir  _extra   ex      if size restore   type  NE 7 then restore   0 ELSE BEGIN        restore  isafile file   restore  iodir   homedir  _extra   ex        newgrid    extractatt uvalue   meshparameters 0        change   changegrid newgrid      ENDELSE    endif   if n_elements CallerWidId  NE 0 THEN        widget_control  CallerWidId  get_uvalue   uvalue ELSE CallerWidId   0       liste des fichiers que l on veut regarder     if keyword_set uvalue  then BEGIN      currentfile   extractatt uvalue   currentfile      filelist   extractatt uvalue   filelist      fileparameters   extractatt uvalue   fileparameters      readparameters   extractatt uvalue   readparameters      meshparameters   extractatt uvalue   meshparameters    ENDIF ELSE BEGIN     newfile   selectfile datafilename  idlfile  argspro  _extra   ex      if size newfile   type  NE 8 then return     fileparameters   ptrarr 1   allocate_heap       fileparameters 0    newfile fileparameters     readparameters   ptrarr 1   allocate_heap       readparameters 0    newfile readparameters     meshparameters   ptrarr 1   allocate_heap       meshparameters 0    newfile meshparameters     currentfile   0     filelist   newfile fileparameters filename   ENDELSE     if keyword_set uvalue  THEN BEGIN      smallin   extractatt uvalue   smallin      smallout   extractatt uvalue   smallout    ENDIF ELSE BEGIN      smallin    1  1  1      smallout    1  1  1    ENDELSE    nbredessin   smallin 0 smallin 1    numdessinin   smallin 2 1   warning flg definition must be consistent with cw_pdmenu argument   see also flag definition in cw_pagelayout   if keyword_set uvalue  then BEGIN      flag   extractatt uvalue   optionsflag      key_portrait   flag 0  numdessinin    ENDIF ELSE flag    key_portrait  0  0  0  0 replicate 1  nbredessin         We start the widget definition         widget and screen size   scrsize   get_screen_size 0 95   windsize   givewindowsize    xxxsize    windsize 0     1 keyword_set separate    350  windsize 1        The top base     IF xxxsize 0  LE scrsize 0  AND xxxsize 1  LE scrsize 1  THEN BEGIN      base   widget_base title    xxx  GROUP_LEADER   group   tracking_events                            uname    base  space   0    ENDIF ELSE BEGIN      base   widget_base title    xxx  GROUP_LEADER   group   tracking_events                            uname    base  space   0                            xsize   xxxsize 0  ysize   xxxsize 1                             x_scroll_size    xxxsize 0   selectact    ENDIF ELSE selectfile   0      menu options     xoff   xoff   110   if keyword_set uvalue  then begin     options   extractatt uvalue   options    ENDIF ELSE options    Portrait Landscape   Overlay   Vecteur                               Longitude   x index   Latitude   y index      desc      1 File                 0 Open                   0 New xxx                   2 Quit                 1 Save as                   0 PostScript                   0 Animated gif                   0 Gif                   0 IDL procedure                 0 RESTORE kwd of xxx                 2 Print to prompt                 1 Flag options     descsuite   options    if n_elements descsuite  GE 2 then       descsuite 0:n_elements descsuite 2     0 descsuite 0:n_elements descsuite 2     descsuite n_elements descsuite 1     2 descsuite n_elements descsuite 1     desc    desc  descsuite       menu   cw_pdmenu base  desc   RETURN_NAME  uname    menubar  uvalue    name: menubar                          xoffset   xoff  yoffset   yoff       Ok button     yoff   yoff   37   xoff   5   boutton  OK    baseok   widget_button base  value     OK   uvalue    name: ok  uname    ok button                                frame  xoffset   xoff  yoffset   yoff       Page Layout     page layout   xoff   xoff   65   dummyid   cw_pagelayout base  smallin   row   frame  xoffset   xoff  yoffset   yoff        List of Variables     xoff   xoff   140   currentlistvar    fileparameters currentfile listvar   vlstid   widget_combobox base  value   currentlistvar  uvalue    name: varlist                                 uname    varlist  xoffset   xoff  yoffset   yoff 1    if keyword_set uvalue  then BEGIN     selectvar    extractatt uvalue   varinfo 1  numdessinin      selectvar    where currentlistvar EQ selectvar 0      widget_control  vlstid  set_combobox_select   0   selectvar    ENDIF ELSE selectvar   0     List of files     yoff   yoff   35   flstid   widget_combobox base  value   file_basename filelist  uname    filelist                                 xsize   345  yoffset   yoff  uvalue    name: filelist    if keyword_set uvalue  then BEGIN     selectfile    extractatt uvalue   varinfo 0  numdessinin      selectfile    where file_basename filelist  EQ selectfile 0      widget_control  flstid  set_combobox_select   0   selectfile    ENDIF ELSE selectfile   0     Text for computation     yoff   yoff   32   computation done on the files    if keyword_set uvalue  then txtvalue    extractatt uvalue   txtcmd numdessinin      ELSE txtvalue   varexp   dummyid   widget_text base  value   txtvalue  uvalue    name: txtcmd  uname    txtcmd                               editable  yoffset   yoff  xsize   54   frame      Calendar     yoff   yoff   40   currentcalendar    fileparameters currentfile time_counter   key_caltype    fileparameters currentfile caltype   fakecal    fileparameters currentfile fakecal   if keyword_set uvalue  then begin     dates    extractatt uvalue   dates  numdessinin      date1   date2jul dates 0      date2   date2jul dates 1    ENDIF   basecalid   widget_base base  column   2  space   0  yoffset   yoff  uname    basecal    dummyid   cw_calendar basecalid  currentcalendar  date1  FAKECAL   fakecal  uname    calendar1  uvalue    name: calendar1   frame    dummyid   cw_calendar basecalid  currentcalendar  date2  FAKECAL   fakecal  uname    calendar2  uvalue    name: calendar2   frame      Domain      yoff   yoff   60   vargrid   strupcase fileparameters currentfile listgrid selectvar    IF vargrid EQ  W  then zgrid    W  ELSE zgrid    T    if keyword_set uvalue  then boxzoom    extractatt uvalue   domaines  numdessinin    dummyid   cw_domain base  uname    domain  uvalue    name: domain   unzoom   frame                           boxzoom   boxzoom  yoffset   yoff  xoffset   15      Plots specifications     yoff   yoff   230   speid   cw_specifie base  uname    specifie  uvalue    name: specifie   frame   column                            forxxx  yoffset   yoff    if keyword_set uvalue  then BEGIN     exextra    extractatt uvalue   exextra numdessinin      IF n_elements exextra  NE 0 THEN widget_control  speid  set_value   exextra   ENDIF     drawing part     if keyword_set separate  then        basegraph   widget_base title    xxx window   group_leader   base  uvalue   base      ELSE basegraph   base      graphid   widget_draw basegraph  uname    graph   button_events  retain   2                             uvalue    name: graph  press:0  click:0  x: 0  0  y: 0  0                              xoffset   350 1 keyword_set separate                              xsize   windsize 0  ysize   windsize 1    tooltip    toto      realize the widget     widget_control  base   realize   if keyword_set separate  then begin     widget_control  basegraph   realize     xmanager   xxx  basegraph   no_block   endif      if keyword_set uvalue  then BEGIN     on recopie le pointeur uvalue dans top_uvalue    Attention  il faut completement redefinir top_uvalue a partir des   variables pointees par uvalue  Sinon si on fait simplement   top_uvalue   uvalue  qd on detruit par uvalue et les variables   surlesquelles il pointe on detruit aussi les variables sur   lesquelles pointent top_uvalue      case 1 of       keyword_set redraw :BEGIN         top_uvalue   uvalue         widget_control  base  set_uvalue   top_uvalue   we find homedir         homedir   isadirectory io   homedir  title    Bad definition of homedir    on recupere la liste des instructions         globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme         createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                         KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript                         PORTRAIT   portrait  LANDSCAPE   landscape                          noerase       END       keyword_set restore :begin         top_uvalue   uvalue         widget_control  base  set_uvalue   top_uvalue         widget_control  graphid  get_value   win         wshow  win         wset  win         tv  image   true   etat des widgets         updatewidget  base   menage       END       ELSE:BEGIN         top_uvalue   ptrarr 2  29   allocate_heap          FOR i    0  28 do  top_uvalue 0  i     uvalue 0  i          FOR i    0  14 do  top_uvalue 1  i     uvalue 1  i          FOR i   18  27 do  top_uvalue 1  i     uvalue 1  i          numfile   n_elements extractatt uvalue   filelist            top_uvalue 1  15    ptrarr numfile   allocate_heap           top_uvalue 1  16    ptrarr numfile   allocate_heap           top_uvalue 1  17    ptrarr numfile   allocate_heap          for i   0  numfile 1 do begin            top_uvalue 1  15 i     uvalue 1  15 i              top_uvalue 1  16 i     uvalue 1  16 i              top_uvalue 1  17 i     uvalue 1  17 i           endfor          top_uvalue 1  28    ptrarr nbredessin   allocate_heap          for i   0  nbredessin 1 do  top_uvalue 1  28 i     uvalue 1  28 i           widget_control  base  set_uvalue   top_uvalue   copie l ecran du widget de uvalue dans celui de top_uvalue         if keyword_set CallerWidId   then begin           widget_control  extractatt uvalue   graphid  get_value   win           wshow  win           wset  win           image   tvrd true            widget_control  graphid  get_value   win           wshow  win           wset  win           tv  image   true         ENDIF       END     endcase      top_uvalue 1  findline top_uvalue   graphid    graphid     ENDIF ELSE BEGIN   sinon on va definit tous les elements que l on acroche au widget   grace a la top_uvalue qui est un tableau de pointeurs a 2 colonnes:   les noms et des variables   on initialie tous ces elements    variables concernant le widget ds sa generalite     if NOT keyword_set ex   then ex    nothing:0    variables se rapportant aux differents fichiers que l on peut lire   variables specifiques a chaque dessin                creation du pointeur que l on va attache au widget      top_uvalue   ptrarr 2  29   allocate_heap    variables se rapportant au widget en general      top_uvalue 0  0     options     top_uvalue 1  0    options      top_uvalue 0  1     smallin     top_uvalue 1  1    smallin      top_uvalue 0  2     smallout     top_uvalue 1  2    smallout      top_uvalue 0  3     graphid     top_uvalue 1  3    graphid      top_uvalue 0  4     alreadyvector     top_uvalue 1  4     1      top_uvalue 0  5     alreadyover     top_uvalue 1  5     1      top_uvalue 0  6     alreadyread     top_uvalue 1  6     1      top_uvalue 0  7     currentreadcmd     top_uvalue 1  7           top_uvalue 0  8     globalcommand     top_uvalue 1  8           top_uvalue 0  9     globaloldcommand     top_uvalue 1  9           top_uvalue 0  10     no more used     top_uvalue 1  10    9999      top_uvalue 0  11     noticebase     top_uvalue 1  11    0l      top_uvalue 0  12     extra     top_uvalue 1  12    ex   variables se rapportant aux differents fichiers que l on peut lire      top_uvalue 0  13     currentfile     top_uvalue 1  13    currentfile      top_uvalue 0  14     filelist     top_uvalue 1  14    filelist      top_uvalue 0  15     fileparameters     top_uvalue 1  15    fileparameters      top_uvalue 0  16     readparameters     top_uvalue 1  16    readparameters      top_uvalue 0  17     meshparameters     top_uvalue 1  17    meshparameters   variables se rapportant aux differents dessins que l on peut faire      top_uvalue 0  18     penvs     top_uvalue 1  18    replicate p  nbredessin       top_uvalue 0  19     xenvs     top_uvalue 1  19    replicate x  nbredessin       top_uvalue 0  20     yenvs     top_uvalue 1  20    replicate y  nbredessin       top_uvalue 0  21     nameprocedures     top_uvalue 1  21    strarr nbredessin       top_uvalue 0  22     types     top_uvalue 1  22    strarr nbredessin       top_uvalue 0  23     varinfo     top_uvalue 1  23    strarr 2  nbredessin           top_uvalue 0  24     domaines     top_uvalue 1  24    fltarr 6  nbredessin       top_uvalue 0  25     dates     top_uvalue 1  25    lonarr 2  nbredessin       top_uvalue 0  26     txtcmd     top_uvalue 1  26    strarr nbredessin       top_uvalue 0  27     optionsflag     top_uvalue 1  27    flag      top_uvalue 0  28     exextra     top_uvalue 1  28    ptrarr nbredessin   allocate_heap        widget_control  base  set_uvalue   top_uvalue     createhistory  base  smallin     ENDELSE      xmanager   xxx  base   no_block        return end");
-a[384] = new Array("./Utilities/createfunc.html", "createfunc.pro", "", "           file_comments write an idl function  compile it and execute it    usefull to avoid the use of execute      param command  in required  a scalar string defining the result to be byven back by the function   see examples       keyword FILENAMEIN  in  name of the funccedure to be created          for_createfunc pro  by default    keyword KWDLIST  in  a vector string  to specify a list of keywords that        must be included in the function definition  Warning: the string        must start with a   for example: KWDLIST     TOTO   toto       keyword _EXTRA used to pass your keywords to the created function      SIDE EFFECTS: ends the function name with  pro  if needed      restrictions arguments can be given only through keywords      examples         IDL  print  createfunc 3 2  filename test         IDL  print  createfunc 3 two  filename    test                                           kwdlist  two   two  two   2       history Sebastien Masson  smasson lodyc jussieu fr                         May 2005         FUNCTION createfunc  command  FILENAMEIN   filenamein                    KWDLIST   kwdlist  _extra   ex     compile_opt idl2  hidden  strictarrsubs     IF n_elements command  NE 1 THEN stop   define filename if needed   if NOT keyword_set filenamein  then filename    for_createfunc pro      ELSE filename   filenamein    get the name of the function  not the name of the file containing the function     shortfilename    file_basename filename   pro    check if the directory exists    dirname   isadirectory file_dirname filename                                title    Redefine  shortfilename pro directory     IF size dirname   type  NE 7 THEN return   1      filename   dirname   shortfilename    pro    create the file    if NOT keyword_set kwdlist  then kwdlist        kwdlist   kwdlist     _extra   ex     IF strmid kwdlist  0  1  NE   THEN kwdlist          kwdlist    putfile  filename   function     shortfilename   kwdlist                             compile_opt idl2  hidden  strictarrsubs                              res       command                             return  res                              end    go in dirname directory    cd  dirname  current   old_dir   compile it    resolve_routine  shortfilename   is_function    cd  old_dir   execute it    res   call_function shortfilename  _extra   ex       return  res end");
-a[385] = new Array("./Utilities/createpro.html", "createpro.pro", "", "           file_comments write an idl procedure  compile it and execute it       param command  in required  a string array defining the procedure to be created  each element will be a line of the created procedure        keyword FILENAMEIN name of the procedure to be created          for_createpro pro  by default      keyword KWDLIST a vector string  to specify a list of keywords that        must be included in the procedure definition  Warning: the string        must start with a   for example: KWDLIST     TOTO   toto       keyword _EXTRA used to pass your keywords to the created procedure      SIDE EFFECTS: ends the procedure name with  pro  if needed      restrictions is not working with functions  use createfunc instead                 arguments can be given only through keywords      examples         IDL  createpro   print OK  filename test         IDL  createpro   if keyword_set ok  then print OK  else print   No           IDL      filename    test  kwdlist   ok   ok          IDL  createpro   if keyword_set ok  then print OK  else print   No           IDL      filename    test  kwdlist     ok   ok   ok         history Sebastien Masson  smasson lodyc jussieu fr    cleaning   new keywords: October 2005   Feb  2006: supress keyword  kwdused  and use call_procedure instead of execute         PRO createpro  command  FILENAMEIN   filenamein                    KWDLIST   kwdlist  KWDUSED   kwdused  _extra   ex     compile_opt idl2  hidden  strictarrsubs     IF keyword_set kwdused  THEN BEGIN     dummy   report keyword KWDUSED has been suppressed                           please pass directly your keywords through _extra                           see exaemples in createpro header      return   ENDIF   define filename if needed   if NOT keyword_set filenamein  then filename    for_createpro pro      ELSE filename   filenamein    get the name of the procedure  not the name of the file containing the procedure     shortfilename    file_basename filename   pro    check if the directory exists    dirname   isadirectory file_dirname filename                                title    Redefine  shortfilename pro directory     IF size dirname   type  NE 7 THEN return      filename   dirname   shortfilename    pro    create the file    if NOT keyword_set kwdlist  then kwdlist        kwdlist   kwdlist     _extra   ex     kwdlist   strtrim kwdlist  2     IF strmid kwdlist  0  1  NE   THEN kwdlist          kwdlist    for i   0  n_elements command 1 do print  command i     putfile  filename   pro     shortfilename   kwdlist                             compile_opt idl2  hidden  strictarrsubs  command   return   end    go in dirname directory    cd  dirname  current   old_dir   compile it    resolve_routine  shortfilename    cd  old_dir   execute it    call_procedure  shortfilename  _extra   ex      return end");
-a[386] = new Array("./Utilities/def_myuniquetmpdir.html", "def_myuniquetmpdir.pro", "", "     file_comments if needed  define and create myuniquetmpdir    common variable from cm_general  and add it to  path      categories utilities      examples    IDL  def_myuniquetmpdir      uses cm_general      history Sebastien Masson  smasson lodyc jussieu fr                         June 2005     PRO def_myuniquetmpdir  cm_general    IF n_elements myuniquetmpdir  EQ 0 THEN BEGIN   define a new and unique directory in getenv IDL_TMPDIR  by using systime 1    look for the login if we use  unix  system     IF  d name EQ  X  THEN spawn   whoami  login   noshell ELSE login    idl      myuniquetmpdir   file_search getenv IDL_TMPDIR   mark_directory      myuniquetmpdir   myuniquetmpdir 0    login 0                            strtrim long systime 1  1         create it     file_mkdir  myuniquetmpdir   add it to  path      path    path   :    expand_path myuniquetmpdir    ENDIF      return end");
-a[387] = new Array("./Utilities/demomode_compatibility.html", "demomode_compatibility.pro", "", "     categories utilities    uses cm_general   PRO demomode_compatibility     cm_general     1  remove all cm_demomode_used pro found in  path   to_rm   find cm_demomode_used    IF to_rm 0  NE  NOT FOUND  THEN file_delete  to_rm     2  copy oldcm_full _empty  to myuniquetmpdir oldcm_used pro    select which file should be copied to oldcm_used pro   IF lmgr demo  EQ 1 THEN BEGIN       democm   find cm_demomode       file_copy  democm  myuniquetmpdir    cm_demomode_used pro   overwrite     ENDIF ELSE BEGIN    create an empty file    close the journal if already open     IF  journal NE 0 THEN journal   open a new one     journal  myuniquetmpdir    cm_demomode_used pro    close it   it will be empty      journal      ENDELSE     return END");
-a[388] = new Array("./Utilities/find.html", "find.pro", "", "           file_comments based on file_search  but it is possible to speficy            a set of possibles names and a different set of            possibles directories names             By defaut look for files included in  path      categories find a file      param filein  in required  A scalar or array variable of string type  containing       file names to match  Input names specifications may contain       wildcard characters  enabling them to match multiple files        see file_search for more informations  By defaut and if       necessary  find is looking for filename and also for filename       completed with  pro       keyword FIRSTFOUND activate this keyword to stop looking for the file as          soon as we found one       keyword IODIRECTORY A scalar or array variable of string type  containing          directories names where we are looking for the file  by defaut          we use  path  Different directories can be separated by          path_sep search_path   :  on unix type machine  as it is done          to define  path           Note that if filename s dirname is different from   this          keyword is not taken into account       keyword LOOKALLDIR activate to look for the file with a recursive search          in iodir  homedir   path   the DATA:TestsData directory if it exists       keyword NOPRO activate to avoid the automatic search of filename          completed with  pro       keyword ONLYPRO force to look only at file ending with  pro      keyword ONLYNC force to look only at file ending with  nc      keyword RECURSIVE performs recursive searching of directory hierarchies           In a recursive search  find looks recursively for any and all           subdirectories in the file hierarchy rooted at the IODIRECTORY          argument        keyword REPERTOIRE obsolete  keep for compatibility  use directory keyword      keyword UNIQUE activate to make sure that each element of the output          vector is unique       file_comments all file_search keywords can be used       returns A scalar or array variable of string type  containing the         name  with the full path of the matching files  If no files         exist with names matching the input arguments  find returns         the scalar string :  NOT FOUND       examples        IDL  print  find loadct         usr local rsi idl_6 0 lib utilities xloadct pro      usr local rsi idl_6 0 lib loadct pro     IDL  print  find loadct  iodir dir recursive       usr local rsi idl_6 0 lib loadct pro      usr local rsi idl_6 0 lib utilities xloadct pro     IDL  print  find loadct pro         usr local rsi idl_6 0 lib utilities xloadct pro      usr local rsi idl_6 0 lib loadct pro     IDL  print  find loadct nopro        NOT FOUND     IDL  print  find loadct  iodir    usr local rsi idl_6 0 lib         usr local rsi idl_6 0 lib loadct pro     IDL  print  find loadct  iodir    usr local rsi idl_6 0 lib   test_write        NOT FOUND     IDL  print  find loadct  iodir    usr local rsi idl_6 0 lib   recursive         usr local rsi idl_6 0 lib loadct pro      usr local rsi idl_6 0 lib utilities xloadct pro     IDL  print  find mesh  iodirectory    iodir   path       Users sebastie DATA ORCA2 meshmaskORCA2closea nc      Users sebastie IDL meshmaskclosesea pro      Users sebastie IDL meshmaskclosesea pro       Users sebastie SAXO_RD Obsolete meshlec pro      usr local rsi idl_6 0 lib mesh_obj pro      history Sebastien Masson  smasson lodyc jussieu fr                          28 4 1999                         6 7 1999: compatibilite mac et windows   June 2005: Sebastien Masson: cleaning  use for file_  functions         FUNCTION find  filein  IODIRECTORY   iodirectory  RECURSIVE   recursive                    REPERTOIRE   repertoire  NOPRO   nopro  ONLYPRO   onlypro                    ONLYNC   onlync  UNIQUE   unique  FIRSTFOUND   firstfound                    LOOKALLDIR   LOOKALLDIR  _extra   ex   define where we look for the file   CASE 1 OF     keyword_set lookalldir :BEGIN   cm_general       dirnames    iodir  homedir   path        tstdtadir  file_dirname find find   onlypro   mark_directory        tstdtadir    file_search tstdtadir DATA TestsData 0        IF tstdtadir NE   THEN dirnames    tstdtadir  dirnames      END     keyword_set iodirectory : dirnames   iodirectory     keyword_set repertoire : dirnames   repertoire     ELSE: dirnames    path   ENDCASE   tmp   dirnames   dirnames    dummy    FOR i   0  n_elements tmp 1 DO       dirnames    dirnames  strsplit tmp i  path_sep search_path   extract    dirnames   dirnames 1:      fileout    dummy    FOR i   0  n_elements filein 1 DO BEGIN     dir   file_dirname filein i      base   file_basename filein i    try to complete the file name with  pro or  nc if needed      CASE 1 OF       keyword_set onlypro :BEGIN         promiss   strpos base   pro   reverse_search          promiss   promiss    strlen base    4          bad   where promiss NE 0 OR strlen base  LE 4  cnt          IF cnt NE 0 THEN base bad    base bad     pro        end       keyword_set onlync :BEGIN         ncmiss   strpos base   nc   reverse_search          ncmiss   ncmiss    strlen base    3          bad   where ncmiss NE 0 OR strlen base  LE 3  cnt          IF cnt NE 0 THEN base bad    base bad     nc        END       ELSE:if strmid base  0  1   reverse_offset  NE             AND NOT keyword_set nopro  THEN base   base    pro      ENDCASE   use dirnames only if dir eq       IF dir EQ    THEN BEGIN        if keyword_set recursive  THEN           found   file_search dirnames  base  _extra   ex            ELSE found   file_search dirnames       base  _extra   ex      ENDIF ELSE found   file_search dir       base  _extra   ex      IF found 0  NE   THEN BEGIN        IF keyword_set firstfound  THEN BEGIN          IF keyword_set unique  THEN return  found uniq found  sort found            ELSE return  found       ENDIF       fileout    fileout  found      ENDIF   ENDFOR   IF n_elements fileout  EQ 1 THEN fileout    NOT FOUND      ELSE fileout   fileout 1:      IF n_elements fileout  GT 1 THEN BEGIN      IF keyword_set unique  THEN fileout   fileout uniq fileout  sort fileout    ENDIF ELSE fileout   fileout 0      RETURN  fileout END");
-a[389] = new Array("./Utilities/isadirectory.html", "isadirectory.pro", "", "           file_comments check if a directory exists and make sure that it ends            with the directory separator mark       categories io      param directoryin  in optional  a proposed directory  If neither dirname           input parameter of IODIRECTORY keyword are defined           the ask the user to choose a directory       keyword IODIRECTORY a proposed directory      keyword TITLE the title of the window      file_comments all dialog_pickfile keywords  like filter  can be used       returns the directory name      examples         IDL  print   dir       usr local rsi idl_6 0      IDL  print  isadirectory dir        usr local rsi idl_6 0       IDL  print  isadirectory dir notgood       history Sebastien Masson  smasson lodyc jussieu fr                         June 28  2000   June 2005: Sebastien Masson: cleaning  use for file_  functions         FUNCTION isadirectory  directoryin  TITLE   title  IODIRECTORY   iodirectory  _extra   ex     CASE 1 OF      size directoryin   type 0  EQ 7:directory   directoryin     keyword_set iodirectory :directory   iodirectory     ELSE:directory    directory that is not existing    ENDCASE   testfile   file_test directory   directory    if directory doesn t exist  we ask the user to provide a directory name   IF total testfile  NE n_elements directory  THEN BEGIN     IF NOT keyword_set title  THEN title    choose a directory      FOR i   0  n_elements directory 1 DO BEGIN       IF testfile i  EQ 0 THEN BEGIN         directory i    dialog_pickfile directory  title   title                                             must_exist  _extra   ex          if directory i  EQ   THEN RETURN  report check find directory canceled        ENDIF     ENDFOR   ENDIF     directory   file_search directory   mark_directory    IF n_elements directory  EQ 1 THEN RETURN  directory 0      ELSE RETURN  directory   END");
-a[390] = new Array("./Utilities/isafile.html", "isafile.pro", "", "           file_comments same as find pro except that as long as the file is  NOT FOUND             isafile calls dialog_pickfile  to ask the user to select a file       categories io         param filein  in optional  a proposed name  If neither filein          input parameter of filename keyword are defined           the ask the user to choose a file       keyword FILENAME a proposed filename       keyword IODIRECTORY a directory where we look for the file  this             keyword is taken into account only if the dirmame             of filein or filename is        keyword  NEW to specify that filename is a new file and that          we should check only its path      keyword ONLYPRO force to look only at file ending with  pro      keyword ONLYNC force to look only at file ending with  nc      keyword RECURSIVE performs recursive searching of directory hierarchies           In a recursive search  find looks recursively for any and all           subdirectories in the file hierarchy rooted at the IODIRECTORY          argument        file_comments all find  file_search and dialog_pickfile keywords  like title  can be used      returns the filename with its path      examples       IDL  print  isafile Users sebastie SAXO_RD Commons cm_4mesh pro      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir    Users sebastie SAXO_RD Commons      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir    path      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir    Users sebastie SAXO_RD   recursive      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir   getenv HOME   recursive      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile fake_file pro       history Sebastien Masson  smasson lodyc jussieu fr                         11 2 2000   June 2005: Sebastien Masson: cleaning  use for file_  functions         FUNCTION isafile  filein  FILENAME   filename  IODIRECTORY   iodirectory                       NEW   new  RECURSIVE   RECURSIVE  ONLYPRO   onlypro                       ONLYNC   onlync  _extra   ex     CASE 1 OF      size filein   type 0  EQ 7:fileout   filein     keyword_set filename :fileout   filename     ELSE:fileout    file that is not existing    ENDCASE   if size fileout   type  NE 7 THEN return   1     CASE 1 OF     keyword_set onlypro : filter    pro      keyword_set onlync : filter    nc      else: filter       ENDCASE     basename   file_basename fileout    dirname   file_dirname fileout    should we redefine dirname    if keyword_set iodirectory  AND dirname EQ   then dirname   iodirectory     if keyword_set new  then return  dirname   path_sep    basename     fileout   find basename  iodirectory   dirname                      recursive   recursive   unique   firstfound  ONLYPRO   onlypro                      ONLYNC   onlync  _extra   ex    WHILE fileout 0  EQ  NOT FOUND  DO BEGIN     fileout   dialog_pickfile path   dirname 0  filter   filter  _extra   ex      if fileout EQ   THEN RETURN  report check find file canceled    check again everything      basename   file_basename fileout      dirname   file_dirname fileout    check if the name of the dirname is ok     dirname   isadirectory dirname  title    choose a directory for the file                                  basename    if we cancel the check     IF size dirname   type  NE 7 THEN return  report check find file canceled      fileout   find basename  iodirectory   dirname                        recursive   recursive   unique   firstfound  ONLYPRO   onlypro                        ONLYNC   onlync  _extra   ex    ENDWHILE     RETURN  fileout END");
-a[391] = new Array("./Utilities/protype.html", "protype.pro", "", "           file_comments test is a  pro  file corresponds to an IDL procedure             function or batch file       categories utilities      param file  in  A scalar of string type  the name of the  pro  file to be tested      if necessary  the input name is completed with  pro        and its path found in  path      returns A scalar of string type:  proc   func  or  batch       examples           IDL  print  protype protype         func        IDL  print  protype protype pro         func        IDL  print  protype init         batch        IDL  print  protype plt         proc      history Sebastien Masson  smasson lodyc jussieu fr                          Feb 2006         FUNCTION protype  file     filepro    find file 0   onlypro   firstfound 0    if filepro EQ  NOT FOUND  then return   1   name   file_basename filepro   pro      allines   getfile filepro    CASE 1 OF   this is a procedure     max stregex allines     pro     name   fold_case   boolean :RETURN   proc    this is a function     max stregex allines     function     name   fold_case   boolean :RETURN   func    this is an IDL batch file     ELSE:RETURN   batch    ENDCASE      RETURN   1 END");
-a[392] = new Array("./buildinit.html", "buildinit.pro", "", "    NAME:         PURPOSE:         CATEGORY:         CALLING SEQUENCE:         INPUTS:         OPTIONAL INPUTS:         KEYWORD PARAMETERS:         OUTPUTS:         OPTIONAL OUTPUTS:         COMMON BLOCKS:         SIDE EFFECTS:         RESTRICTIONS:         PROCEDURE:         EXAMPLE:         MODIFICATION HISTORY:               slightly mofified version of cw_field  FUNCTION CW_FIELD2  Parent  COLUMN Column  ROW Row        EVENT_FUNC   efun        FLOATING Float  INTEGER Int  LONG Long  STRING String        FONT LabelFont  FRAME Frame  TITLE Title  UVALUE UValue  VALUE TextValueIn        RETURN_EVENTS ReturnEvents  ALL_EVENTS AllUpdates        FIELDFONT FieldFont  NOEDIT NoEdit  TEXT_FRAME Text_Frame        XSIZE XSize  YSIZE YSize  UNAME uname     FLOOR vmin  CEILING vmax    resolve_routine   cw_field   compile_full_file   is_function         Examine our keyword list and set default values         for keywords that are not explicitly set       Column        KEYWORD_SET Column      Row           1   Column     AllEvents         1   KEYWORD_SET NoEdit         Enum Update   None  All  CRonly       Update        0     IF KEYWORD_SET AllUpdates  THEN Update    1     IF KEYWORD_SET ReturnEvents  THEN Update      2      IF N_ELEMENTS efun  LE 0 THEN efun         IF N_ELEMENTS Title  EQ 0 THEN Title Input Field:      TextValue    N_ELEMENTS TextValueIn  gt 0    TextValueIn :         Convert non string values to strings      if  SIZE TextValue   TNAME  ne  STRING  then           TextValue   STRTRIM TextValue 2      IF N_ELEMENTS YSize  EQ 0 THEN YSize 1     IF N_ELEMENTS uname  EQ 0 THEN uname CW_FIELD_UNAME       Type      0   string is default     IF KEYWORD_SET Float  THEN  Type      1     IF KEYWORD_SET Int  THEN    Type      2     IF KEYWORD_SET Long  THEN   Type      3          Don t allow multiline non string widgets     if  Type ne 0  then           YSize 1     YSize   YSize   1          Build Widget      Base      WIDGET_BASE Parent  ROW Row  COLUMN Column  UVALUE UValue                EVENT_FUNC CW_FIELD_EVENT                PRO_SET_VALUE CW_FIELD_SET                FUNC_GET_VALUE CW_FIELD_GET                FRAME Frame  UNAME uname       FOR i   0  n_elements title 1 DO         Label     WIDGET_LABEL Base  VALUE   Title i  FONT   LabelFont                                 UNAME   uname _LABEL   align_left      Text      WIDGET_TEXT Base  VALUE   TextValue                XSIZE XSize  YSIZE YSize  FONT FieldFont                ALL_EVENTS AllEvents                EDITABLE AllEvents AND TYPE EQ 0                FRAME Text_Frame                 UNAME uname _TEXT                 NO_ECHO AllEvents AND  TYPE NE 0         Save our internal state in the first child widget     State                 efun: efun                TextId:Text               Title:Title               Update:Update             Type:Type                   WIDGET_CONTROL  WIDGET_INFO Base   CHILD  SET_UVALUE State   NO_COPY     RETURN  Base   END         PRO printerdef_event  event   get back the ids of the cw_field widgets   widget_control  event id  get_uvalue   cwids   IF size cwids   n_dimensions  EQ 1 THEN cwids   reform cwids  3  1  help  cwids   dims   size cwids   dimensions  help   dims print   dims   results   strarr dims    FOR i   0  dims 1 1 DO BEGIN     widget_control  cwids 0  i  get_value   res   results 0  i    res     widget_control  cwids 1  i  get_value   res   results 1  i    res     widget_control  cwids 2  i  get_value   res   results 2  i    res   ENDFOR   nothing   where results EQ   count    IF count NE 0 THEN BEGIN     nothing   dialog_message Some of the text box are still empty  dialog_parent   event top   information      return   ENDIF   now we give the result to buildinit pro by using the pointer uvalue    widget_control  event top  get_uvalue   ptresult     ptresult   temporary results    we destroy the widget    widget_control  event top   destroy   RETURN END         PRO papsize_event  event   get back the ids of the cw_field widgets   widget_control  event id  get_uvalue   uvalue   IF uvalue 0  NE  ok  THEN return   idist   widget_info event top  find_by_uname    list    id   widget_info idist   list_select    widget_control  idist  get_uvalue   selected   selected   selected id    selected   strsplit selected   extract    now we give the result to buildinit pro by using the pointer uvalue    widget_control  event top  get_uvalue   ptresult     ptresult    float selected 3  float selected 4    we destroy the widget    widget_control  event top   destroy   RETURN END         PRO xask_event  event   now we give the answer to buildinit pro by using the pointer uvalue    widget_control  event top  get_uvalue   ptranswer     ptranswer   event value   we destroy the widget    widget_control  event top   destroy   RETURN END         FUNCTION xask  _extra   ex   base   widget_base     field   cw_field2 base   frame   return_events   column  _extra   ex     ptranswer   ptr_new allocate_heap    we realize the widget and wait for an answer   widget_control  base   realize  set_uvalue   ptranswer   xmanager   xask  base   we get the answer   answer    ptranswer   we freeing the pointer   ptr_free  ptranswer   RETURN  answer END         FUNCTION getdir  title   title  nomark   nomark  nowrite   nowrite      REPEAT BEGIN     dir   dialog_pickfile directory   must_exist  title   title    make sure dir is ok  check read write access and directory separator mark     dir   file_search dir   test_directory   test_read                           test_write   1   keyword_set nowrite                            mark_directory   1   keyword_set nomark      dir   dir 0    ENDREP UNTIL dir NE      RETURN  dir END         PRO buildinit     IF fix strmid version release  0  1  LT 6 THEN BEGIN      print                                print                        ERROR       print                                print   This version of SAXO needs at least IDL version 6 0      print                                print                        ERROR       print                                return   ENDIF   IF lmgr demo  EQ 1 THEN BEGIN     print   impossible to use buildinit in demo mode      return   ENDIF     init                     This is the initialisation file                  it defines the  path and the defaut values of some of the common variables                                  this is supposed to speed up IDL                                  a   fltarr 1000 1000 100                  a   0                                  path definition                      define  myIDL  directory   myIDL   getdir title    Select the home directory  my IDL   nomark    define  SAXO  directory   saxodir   getdir title    Select SAXO directory   nomark   nowrite    define the  path   init    init   path   expand_path     myIDL                            :    expand_path     saxodir                            :    expand_path     dir      should we keep the compatibility with the old version      yes   dialog_message shall we keep the compatibility                               with the old version    question   default_no    yes   strlowcase yes       init    init                                 compatibility with the old version                                 keep_compatibility      strtrim fix yes EQ  yes  2       define all the commons     init    init                                 define all the commons                                 all_cm      define default directories     init    init                                 define default directories                                 homedir   isadirectory myIDL  title    Select the default HOME directory    iodir   getdir title    Select the default IO directory    init    init                iodir   isadirectory iodir  title    Select the default IO directory    psdir   getdir title    Select the default postscripts directory    init    init                psdir   isadirectory psdir  title    Select the default postscripts directory    imagedir   getdir title    Select the default images directory    init    init                imagedir   isadirectory imagedir  title    Select the default images directory    animdir   getdir title    Select the default animations directory    init    init                animdir   isadirectory animdir  title    Select the default animations directory      number of printer     ptnumb   xask title    Number of accessible printers  value   0   long      define all the printer parameters      init    init                                 define printer parameters                        IF ptnumb NE 0 THEN BEGIN     base   widget_base column   frame       cwids   lonarr 3  ptnumb      FOR i   0  ptnumb 1 DO BEGIN       subbase   widget_base base   row        cwids 0  i    cw_field subbase   string                                  Title    printer_human_names strtrim i  2             cwids 1  i    cw_field subbase   string                                  Title    printer_machine_names strtrim i  2             cwids 2  i    cw_field subbase   string  value    lpr  P                                   Title    printer_machine_names strtrim i  2           ENDFOR     trash   widget_button base  value    ok  uvalue   cwids      ptresult   ptr_new allocate_heap    we realize the widget and wait for an answer     widget_control  base   realize  set_uvalue   ptresult     xmanager   printerdef  base       init    init                  printer_human_names   strarr strtrim ptnumb  2                   printer_machine_names   strarr strtrim ptnumb  2                   print_command   strarr strtrim ptnumb  2      FOR i   0  ptnumb 1 DO BEGIN       init    init                    printer_human_names strtrim i  2                         ptresult 0  i                     printer_machine_names strtrim i  2                         ptresult 1  i                     print_command strtrim i  2                         ptresult 2  i      ENDFOR   we freeing the pointer     ptr_free  ptresult   ENDIF ELSE BEGIN     init    init                  printer_human_names                      printer_machine_names                      print_command       ENDELSE      Colors     init    init                                 colors                                  device  decomposed   0                 device  retain   2      default color tables     loadct  get_names   names    ntables   40   title                                                                      Choose the default color table                                                                        the following lines come from loadct procedure    nlines    ntables   2    3  of lines to print   nend   nlines    nlines 3    ntables    for i   0  nend 1 do           Print each line     title    title                  string format    i2   a17  3x  i2   a17  3x  i2   a17                            i  names i  i nlines  names i nlines                            i 2 nlines  xask title   title  value   39   long   xask title   title  value   0   long    2   init    init                archive_ps    strtrim archive_ps  2                                                  end of the part that should be modified by the users                                                  if needed  keep compatibility with the old version                                 updateold                       filename   xask title    name of the init file   written in homedir:     myIDL     value    init pro   string    journal  myIDL       filename   FOR i   0  n_elements init 1 DO journal  init i    journal    RETURN END");
+a[41] = new Array("./Interpolation/fromreg.html", "fromreg.pro", "", "       file_comments interpolate data from a  regular rectangular grid  to any grid      2 metods availables: bilinear and imoms3      A  regular rectangular grid  is defined as a grid for which each lontitudes lines have      the same latitude and each latitudes columns have the same longitude          categories interpolation      examples     dataout   fromreg method  datain   lonin  latin  lonout  latout          param method  in required   a string defining the interpolation method                must be  bilinear  or  imoms3        param datain  in required   a 2D array the input data to interpolate       param lonin  in required   1D or 2D array defining the longitude of the input data       param latin  in required   1D or 2D array defining the latitude of the input data       param lonout  in required   1D or 2D array defining the longitude of the output data       param lonout  in required   1D or 2D array defining the latitude of the output data      keyword     WEIG  see ADDR     keyword     ADDR 2D arrays  weig and addr are the weight and addresses used to       perform the interpolation:            dataout   total weig datain addr  1             dataout   reform dataout  jpio  jpjo   over        Those keywords can be set to named variables  that are undefined or equal to 0  into which the       values will be copied when the current routine exits  Next  they can be used to perform       the interpolation whithout computing again those 2 parameters  In that       case  lonin  latin  lonout and latout are not necessary       keyword      NONORTHERNLINE and  NOSOUTHERNLINE activate if you don t whant to take into            account the northen southern line of the input data when perfoming the            interpolation       returns 2D array: the interpolated data      restrictions We supposed the data are located on a sphere  with a    periodicity along the longitude       examples          topa   fromreg bilinear  tncep  xncep  yncep  glamt  gphit       or       t1opa   fromreg bilinear  t1ncep  xncep  yncep  glamt  gphit  WEIG   a  ADDR   b     help  a  b    t2opa   fromreg bilinear  t2ncep  xncep  WEIG   a  ADDR   b       history    November 2005: Sebastien Masson  smasson lodyc jussieu fr              FUNCTION fromreg  method  datain  lonin  latin  lonout  latout                       WEIG   weig  ADDR   addr                       NONORTHERNLINE   nonorthernline                       NOSOUTHERNLINE   nosouthernline     compile_opt idl2  strictarrsubs        atmospheric grid parameters       alon   lonin     alat   latin     get_gridparams  alon  alat  jpia  jpja  1   double     Oceanic grid parameters       olon   lonout     olat   latout     get_gridparams  olon  olat  jpio  jpjo  2   double     Compute weight and address     IF NOT  keyword_set weig  AND keyword_set addr  THEN BEGIN     CASE method OF        bilinear :compute_fromreg_bilinear_weigaddr  alon  alat  olon  olat  weig  addr  NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline        imoms3 :  compute_fromreg_imoms3_weigaddr    alon  alat  olon  olat  weig  addr  NONORTHERNLINE   nonorthernline  NOSOUTHERNLINE   nosouthernline       ELSE:BEGIN          print    unknown interpolation method  we stop          stop       ENDELSE     ENDCASE   ENDIF     dataout   total weig datain addr  1    dataout   reform dataout  jpio  jpjo   over      RETURN  dataout END");
+a[42] = new Array("./Interpolation/get_gridparams.html", "get_gridparams.pro", "", "       file_comments      1  extract from a NetCDF file the longitude  latidude  and their dimensions        and make sure it is 1D or 2D arrays           or 2  given longitude and latitude arrays get their dimensions and make sure         they are 1D or 2D arrays       categories interpolation      examples       1  get_gridparams  file  lonname  latname  lon  lat  jpi  jpj  n_dimensions     or      2  get_gridparams  lon  lat  jpi  jpj  n_dimensions     1      param in1  in required   the name of the netcdf file     param in2  in required   the name of the variable that contains the longitude in the NetCDF file     param in3  in required   the name of the variable that contains the latitude in the NetCDF file     param in4   out  the number of points in the longitudinal direction     param in5   out  the number of points in the latitudinal direction    param in6  out  the variable that will contain the longitudes     param in7   out  the variable that will contain the latitudes     param in8  out  1 or 2 to specify if lon and lat should be 1D  jpi or jpj      or      2      param in1  in required   1d or 2D arrays defining longitudes and latitudes      param in2  in required   1d or 2D arrays defining longitudes and latitudes        Note that these arrays are also outputs and can therefore be modified       param in1  out  the variable that will contain the longitudes     param in2   out  the variable that will contain the latitudes     param in3   in  the number of points in the longitudinal direction     param in4   in  the number of points in the latitudinal direction     param in5  in  1 or 2 to specify if lon and lat should be 1D  jpi or jpj       arrays or 2D arrays  jpi jpj  Note that of  n_dimensions   1  then the      grid must be regular  each longitudes must be the same for all latitudes      and each latitudes should be the sae for all longitudes        examples        1  ncdf_get_gridparams   coordinates_ORCA_R05 nc   glamt   gphit                   olon  olat  jpio  jpjo  2     2  ncdf_get_gridparams  olon  olat  jpio  jpjo  2      history    November 2005: Sebastien Masson  smasson lodyc jussieu fr                 PRO get_gridparams  in1    in2    in3      in4  in5  in6  in7  in8  DOUBLE   double                    file  lonname  latname  lon  lat  jpi  jpj  n_dimensions                     lon    lat    jpi      jpj  n_dimensions       compile_opt idl2  strictarrsubs     CASE n_params  OF     8:BEGIN   get longitude and latitude       IF file_test in1  EQ 0 THEN BEGIN          print   file     in1     does not exist          stop       ENDIF       cdfido   ncdf_open in1        ncdf_varget  cdfido  in2  lon       ncdf_varget  cdfido  in3  lat       ncdf_close  cdfido        n_dimensions   in8     END     5:BEGIN        lon   temporary in1        lat   temporary in2        n_dimensions   in5     END     ELSE:BEGIN        print   Bad nimber of input parameters        stop     end   ENDCASE     sizelon   size lon    sizelat   size lat    CASE 1 OF      lon and lat are 1D arrays       sizelon 0  EQ 1 AND sizelat 0  EQ 1:BEGIN    get jpi and jpj       jpi   sizelon 1        jpj   sizelat 1    make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:         2:BEGIN   make lon and lat 2D arrays           lon   temporary lon    replicate 1  jpj            lat   replicate 1  jpi    temporary lat          END         ELSE:stop       ENDCASE     END     lon is 2D array and lat is 1D array       sizelon 0  EQ 2 AND sizelat 0  EQ 1:BEGIN    get jpi and jpj       jpi   sizelon 1        jpj   sizelon 2        IF jpj NE n_elements lat  THEN stop   make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:BEGIN            IF array_equal lon  lon  0    replicate 1  jpj  NE 1 THEN BEGIN              print   Longitudes are not the same for all latitudes  imposible to extract a 1D array of the longitudes              stop           ENDIF           lon   lon  0          END         2:lat   replicate 1  jpi    temporary lat          ELSE:stop       ENDCASE     END     lon is 1D array and lat is 2D array       sizelon 0  EQ 1 AND sizelat 0  EQ 2:BEGIN    get jpi and jpj       jpi   sizelat 1        jpj   sizelat 2        IF jpi NE n_elements lon  THEN stop   make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:BEGIN            IF array_equal lat  replicate 1  jpi    lat 0    NE 1 THEN BEGIN              print   Latitudes are not the same for all longitudes  imposible to extract a 1D array of the latitudes              stop           ENDIF           lat   reform lat 0            END         2:lon   temporary lon    replicate 1  jpj          ELSE:stop       ENDCASE     END     lon and lat are 2D arrays       sizelon 0  EQ 2 AND sizelat 0  EQ 2:BEGIN    get jpi and jpj       IF array_equal sizelon 1:2  sizelat 1:2  NE 1 THEN stop       jpi   sizelon 1        jpj   sizelon 2          make sure that lon and lat have the good number of dimensions       CASE n_dimensions OF          1:BEGIN            IF array_equal lon  lon  0    replicate 1  jpj  NE 1 THEN BEGIN              print   Longitudes are not the same for all latitudes  imposible to extract a 1D array of the longitudes              stop           ENDIF           lon   lon  0            IF array_equal lat  replicate 1  jpi    reform lat 0    NE 1 THEN BEGIN              print   Latitudes are not the same for all longitudes  imposible to extract a 1D array of the latitudes              stop           ENDIF         lat   reform lat 0            END         2:         ELSE:stop       ENDCASE     END     lon and lat are not 1D and or 2D arrays       ELSE:stop   ENDCASE       double keyword     if keyword_set double  then BEGIN      lon   double temporary lon      lat   double temporary lat    ENDIF     give back the right outparameters       CASE n_params  OF     8:BEGIN       in4   temporary lon        in5   temporary lat        in6   temporary jpi        in7   temporary jpj      END     5:BEGIN       in1   temporary lon        in2   temporary lat        in3   temporary jpi        in4   temporary jpj      END   ENDCASE    return END");
+a[43] = new Array("./Interpolation/imoms3.html", "imoms3.pro", "", "       FUNCTION imoms3  xin     compile_opt idl2  strictarrsubs      x   abs xin    y   fltarr n_elements x      test1   where x LT 1    IF test1 0  NE  1 THEN BEGIN     xtmp   x test1      y test1    0 5 xtmp xtmp xtmp  xtmp xtmp  0 5 xtmp   1   ENDIF   test1   where x LT 2 AND x GE 1    IF test1 0  NE  1 THEN BEGIN     xtmp   x test1      y test1     1 6 xtmp xtmp xtmp   xtmp xtmp    11 6 xtmp   1   ENDIF    RETURN  y END");
+a[44] = new Array("./Interpolation/inquad.html", "inquad.pro", "", "     file_comments to find if an  x y  point is in a quadrilateral  x1 x2 x3 x4       categories grid manipulation      examples          res   inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4           param x y  in required   the coordinates of the point we want to know where it       is  Must be a scalar if  onsphere activated else can be scalar       or array            param x1 y1 x2 y2 x3 y3 x4 y4  in required   the coordinates of the       quadrilateral given in the CLOCKWISE order  Scalar or array         keyword     DOUBLE use double precision to perform the computation       keyword     ONSPHERE to specify that the quadilateral are on a sphere and      that teir coordinates are longitude latitude coordinates  In this      case  est west periodicity  poles singularity and other pbs      related to longitude latitude coordinates are managed      automatically        keyword    ZOOMRADIUS :the zoom  circle centred on the  x y  with a radius of      zoomradius degree where we look for the the quadrilateral which     contains the  x y  point  used for the satellite projection      when  onsphere is activated  Default is 4 and seems to be the      minimum which can be used  Can be increase if the cell size is      larger than 5 degrees          keyword     NOPRINT to suppress the print messages       returns      a n element vector  Where n is the number of elements of      x  res i j means that the point number i is located in the      quadrilateral number j with  0   j   n_elements x0 1       restrictions I think degenerated quadrilateral  e g  flat of   twisted  is not work  This has to be tested       examples            x   1 1  2  6  7  3          y   1 1  3  3  4  7          x1   1 0 4 2          y1   1 1 4 8          x2   1 1 6 4          y2   1 5 6 8          x3   1 3 8 4          y3   1 4 4 6          x4   1 2 6 2          y4   1 0 2 6          splot   0 10   0 10  xstyle   1  ystyle   1 nodata         for i 0 2 do oplot   x4 i x1 i x2 i x3 i x4 i y4 i y1 i y2 i y3 i y4 i          oplot  x  y  color   20  psym   1  thick   2         print  inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4           On a sphere see clickincell pro       history        Sebastien Masson  smasson lodyc jussieu fr         August 2003        Based on Convert_clic_ij pro written by Gurvan Madec      FUNCTION inquad  x  y  x1  y1  x2  y2  x3  y3  x4  y4  ONSPHERE   onsphere   DOUBLE   double  ZOOMRADIUS   zoomradius  NOPRINT   noprint  NEWCOORD   newcoord     compile_opt idl2  strictarrsubs     ntofind   n_elements x    nquad   n_elements x2      IF keyword_set onsphere  THEN BEGIN   save the inputs parameters     xin   x     yin   y     x1in   x1     y1in   y1     x2in   x2     y2in   y2     x3in   x3     y3in   y3     x4in   x4     y4in   y4   for map_set     x   x MOD 360     x1   x1 MOD 360     x2   x2 MOD 360     x3   x3 MOD 360     x4   x4 MOD 360   save  map      save    map: map  x: x  y: y  z: z  p: p    do a satellite projection      IF NOT keyword_set zoomradius  THEN zoomradius   4     map_set  y 0  x 0  0   satellite  sat_p    1 zoomradius 20 6371 229  0  0   noerase   iso   noborder   use normal coordinates to reject cells which are out of the projection      tmp    convert_coord x  y   DATA   TO_NORMAL  DOUBLE   double       tmp1   convert_coord x1  y1   DATA   TO_NORMAL  DOUBLE   double       tmp2   convert_coord x2  y2   DATA   TO_NORMAL  DOUBLE   double       tmp3   convert_coord x3  y3   DATA   TO_NORMAL  DOUBLE   double       tmp4   convert_coord x4  y4   DATA   TO_NORMAL  DOUBLE   double     remove cell which have one corner with coordinates equal to NaN     test   finite tmp1 0   tmp1 1   tmp2 0   tmp2 1                         tmp3 0   tmp3 1   tmp4 0   tmp4 1        good   where temporary test  EQ 1        IF good 0  EQ  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   The point is out of the cells    restore the input parameters       x   temporary xin        y   temporary yin        x1   temporary x1in        y1   temporary y1in        x2   temporary x2in        y2   temporary y2in        x3   temporary x3in        y3   temporary y3in        x4   temporary x4in        y4   temporary y4in    restore old  map         map   save map        x   save x        y   save y        z   save z        p   save p       RETURN    1     ENDIF       x    tmp 0      y    tmp 1      x1   tmp1 0  good      y1   tmp1 1  good      x2   tmp2 0  good      y2   tmp2 1  good      x3   tmp3 0  good      y3   tmp3 1  good      x4   tmp4 0  good      y4   tmp4 1  good        tmp1    1   tmp2    1   tmp3    1   tmp4    1   remove cells which are obviously bad      test    x1 GT x AND x2 GT x AND x3 GT x AND x4 GT x          OR  x1 LT x AND x2 LT x AND x3 LT x AND x4 LT x          OR  y1 GT y AND y2 GT y AND y3 GT y AND y4 GT y          OR  y1 LT y AND y2 LT y AND y3 LT y AND y4 LT y      good2   where temporary test  EQ 0        IF good2 0  EQ  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   The point is out of the cells    restore the input parameters       x   temporary xin        y   temporary yin        x1   temporary x1in        y1   temporary y1in        x2   temporary x2in        y2   temporary y2in        x3   temporary x3in        y3   temporary y3in        x4   temporary x4in        y4   temporary y4in    restore old  map         map   save map        x   save x        y   save y        z   save z        p   save p       RETURN    1     ENDIF       nquad   n_elements good2       x1   x1 good2      y1   y1 good2      x2   x2 good2      y2   y2 good2      x3   x3 good2      y3   y3 good2      x4   x4 good2      y4   y4 good2    ENDIF       the point is inside the quadilateral if test eq 1   with test equal to:       test    x x1 y2 y1  GE  x2 x1 y y1             x x2 y3 y2  GT  x3 x2 y y2             x x3 y4 y3  GT  x4 x3 y y3             x x4 y1 y4  GE  x1 x4 y y4       computation of test without any do loop for ntofind points  x y  and   nquad quadilateral x1 x2 x3 x4 y1 y2 y3 y4    test dimensions are  ntofind  nquad    column i of test corresponds to the intersection of point i with all   quadirlateral     row j of test corresponds to all the points localized in cell j    test        x x1     x replicate 1  nquad replicate 1  ntofind x1       y2 y1     replicate 1  ntofind y2 y1      GE  x2 x1    GE  replicate 1  ntofind x2 x1       y y1     y replicate 1  nquad replicate 1  ntofind y1      test   temporary test       x x2     x replicate 1  nquad replicate 1  ntofind x2       y3 y2     replicate 1  ntofind y3 y2      GE  x3 x2    GE  replicate 1  ntofind x3 x2       y y2     y replicate 1  nquad replicate 1  ntofind y2      test   temporary test       x x3     x replicate 1  nquad replicate 1  ntofind x3       y4 y3     replicate 1  ntofind y4 y3      GE  x4 x3    GE  replicate 1  ntofind x4 x3       y y3     y replicate 1  nquad replicate 1  ntofind y3      test   temporary test       x x4     x replicate 1  nquad replicate 1  ntofind x4       y1 y4     replicate 1  ntofind y1 y4      GE  x1 x4    GE  replicate 1  ntofind x1 x4       y y4     y replicate 1  nquad replicate 1  ntofind y4      check test if ntofind gt 1   if ntofind gt 1  each point must be localised in one uniq cell    IF ntofind GT 1 THEN BEGIN   each column of test must have only 1 position equal to one     chtest   total test  2    points out of the cells     IF  where chtest EQ 0 0  NE  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   Points number  strjoin strtrim where chtest EQ 0  1      are out of the grid        stop     ENDIF   points in more than one cell     IF  where chtest GT 1 0  NE  1 THEN BEGIN       IF NOT keyword_set noprint  THEN print   Points number  strjoin strtrim where chtest GT 1  1      are in more than one cell        stop     ENDIF   ENDIF   find the points for which test eq 1   found   where temporary test  EQ 1    if ntofind eq 1  the point may be localised in more than one grid   cell ou may also be out of the cells   IF ntofind EQ 1 THEN BEGIN     CASE 1 OF       found 0  EQ  1:BEGIN         IF NOT keyword_set noprint  THEN print   The point is out of the cells          IF keyword_set onsphere  THEN BEGIN   restore old  map             map   save map            x   save x            y   save y            z   save z            p   save p         ENDIF         return    1       END        n_elements found  GT ntofind:BEGIN         IF NOT keyword_set noprint  THEN print   The point is in more than one cell        END        ELSE:     ENDCASE   ENDIF ELSE BEGIN   if ntofind GT 1  found must be sorted    i position of found  this corresponds to one x y point     forsort   found MOD ntofind   j position of found  this corresponds to cell in which is one x y   point     found   temporary found ntofind   found must be sorted accordind to forsort     found   found sort forsort    ENDELSE     IF keyword_set onsphere  THEN BEGIN     IF arg_present newcoord  THEN BEGIN       found   found 0        newcoord    x1 found  y1 found                         x2 found  y2 found                         x3 found  y3 found                         x4 found  y4 found                         x  y      ENDIF       found   good good2 found    restore the input parameters     x   temporary xin      y   temporary yin      x1   temporary x1in      y1   temporary y1in      x2   temporary x2in      y2   temporary y2in      x3   temporary x3in      y3   temporary y3in      x4   temporary x4in      y4   temporary y4in    restore old  map       map   save map      x   save x      y   save y      z   save z      p   save p   ENDIF     RETURN  found END");
+a[45] = new Array("./Interpolation/inrecgrid.html", "inrecgrid.pro", "", "       file_comments given   a list of points   x y  position                      the x and y limits of a rectangular grid            find in which cell is located each given point       categories no DO loop  use the wonderfull value_locate function       examples    res   inrecgrid xin  yin  left  bottom          param x1d  in required   a 1d array  the x position on the points       param y1d  in required   a 1d array  the y position on the points      left  in required   a 1d  monotonically increasing array  the position of the       left  border of each cell        param bottom  in required   a 1d  monotonically increasing array  the position of the       bottom  border of each cell         keyword     output2d to get the output as a 2d array  2 n_elements x1d       with res 0  the x index accoring to the 1d array defined by      left and res 1  the y index accoring to the 1d array defined by      bottom       keyword    checkout rbgrid ubgrid  specify the right and upper bondaries of      the grid and check if some points are out       returns the index on the cell accoring to the 2d array defined by   left and bottom       examples       IDL  a indgen 5     IDL  b indgen 7     IDL  r inrecgrid 0 25 3 25 2 4 25 2 8 1 4 a b     IDL  print  r              20          13           7    IDL  r inrecgrid 0 25 3 25 2 4 25 2 8 1 4 a a 1 b b 1 output2d     IDL  print  r          0 00000      4 00000          3 00000      2 00000          2 00000      1 00000        history              S  Masson  smasson lodyc jussieu fr                         July 3rd  2002                        October 3rd  2003: use value_locate    FUNCTION inrecgrid  x1d  y1d  left  bottom  output2d   output2d  checkout   checkout     compile_opt idl2  strictarrsubs     ncellx   n_elements left    ncelly   n_elements bottom      xpos   value_locate left  x1d    ypos   value_locate bottom  y1d      IF n_elements checkout  EQ 2 THEN BEGIN     out   where x1d GT checkout 0      IF out 0  NE  1 THEN xpos out     1     out   where y1d GT checkout 1      IF out 0  NE  1 THEN ypos out     1   ENDIF     IF keyword_set output2d  THEN return   transpose xpos  transpose ypos      IF NOT keyword_set checkout  THEN RETURN  xpos ncellx ypos     res   xpos ncellx ypos   out   where xpos EQ  1 OR ypos EQ  1    IF out 0  NE  1 THEN res out     1       RETURN  res  END");
+a[46] = new Array("./Interpolation/ll_narcs_distances.html", "ll_narcs_distances.pro", "", "       file_comments   This function returns the longitude and latitude  lon  lat  of  a point a given arc distance  pi  lon0    10  20  100   IDL  lat0    0   10  45   IDL  lon1    10  60  280   IDL  lat1    0  10  45   IDL  dist   map_npoints lon0  lat0  lon1  lat1  azimuth   azi   two_by_two   IDL  earthradius   6378206 4d0  IDL  res   ll_narcs_distances lon0  lat0  dist earthradius  azi   degrees   IDL  print  reform res 0            10 000000       60 000000       280 00000  IDL  print  reform res 1               1 1999280e 15       10 000000       45 000000      history         Based on the IDL function ll_arc_distance pro v 1 11 2003 02 03   Sebastien Masson  smasson lodyc jussieu fr                     August 2005         file_comments Return the  lon  lat  of the point a given arc distance   pi   arc_dist   pi    and azimuth  az  from lon_lat0      FUNCTION LL_NARCS_DISTANCES  lon0  lat0  arc_dist  az  DEGREES   degs     compile_opt idl2  strictarrsubs       IF n_elements lon0  NE n_elements lat0        OR n_elements lon0  NE n_elements arc_dist        OR n_elements lon0  NE n_elements az  THEN return   1    cdist   cos arc_dist        Arc_Dist is always in radians    sdist   sin arc_dist     if keyword_set degs  then s    dpi 180 0 else s   1 0d0    ll   lat0    s               To radians   sinll1   sin ll    cosll1   cos ll    azs   az    s   phi   asin sinll1   cdist   cosll1   sdist   cos azs    ll   lon0    s               To radians   lam   ll   atan sdist   sin azs                      cosll1   cdist   sinll1   sdist   cos azs     zero   where arc_dist eq 0  count    IF count NE 0 THEN BEGIN      lam zero    lon0 zero      phi zero    lat0 zero    ENDIF     if keyword_set degs  then return  transpose lam   phi    s     ELSE return  transpose lam   phi   end  ");
+a[47] = new Array("./Interpolation/map_npoints.html", "map_npoints.pro", "", "       file_comments  Return the distance in meter between all np0 points P0 and all         np1 points P1 on a sphere  If keyword  TWO_BY_TWO is given then         returns the distances between number n of P0 points and number         n of P1 points  in that case  np0 and np1 must be equal          Same as map_2points with the meter parameter but for n points         without do loop       categories Maps      examples   Result   Map_nPoints lon0  lat0  lon1  lat1     param Lon0 Lat0   in required  np0 elements vector  longitudes and latitudes of np0 points P0   param Lon1 Lat1   in required   np1 elements vector  longitude and latitude of np1 points P1       keyword   AZIMUTH A named variable that will receive the azimuth of the great         circle  connecting the two points  P0 to P1    keyword    MIDDLE to get the longitude latitude of the middle point betwen P0 and P1     keyword   RADIANS   if set  inputs and angular outputs are in radians  otherwise  degrees     keyword   RADIUS If given  return the distance between the two points  calculated using the given radius          Default value is the earth radius : 6378206 4d0    keyword   TWO_BY_TWO:If given then Map_nPoints returns the distances between         number n of P0 points and number n of P1 points  in that case          np0 and np1 must be equal       returns         An  np0 np1  array giving the distance in meter between np0         points P0 and np1 points P1  Element  i j  of the ouput is the         distance between element P0 i  and P1 j          If keyword  TWO_BY_TWO is given then Map_nPoints returns         an np element vector giving the distance in meter between P0 i          and P1 i   in that case  we have np0   np1   np          if  MIDDLE see this keyword       examples  IDL  print     map_npoints 105 15 1 40 02 1 0 07 100 50 51 30 20 0          7551369 3       5600334 8         12864354        10921254          14919237        5455558 8    IDL  lon0    10  20  100   IDL  lat0    0   10  45   IDL  lon1    10  60  280   IDL  lat1    0  10  45   IDL  dist   map_npoints lon0  lat0  lon1  lat1  azimuth   azi   IDL  help  dist  azi  DIST            DOUBLE      Array 3  3   AZI             DOUBLE      Array 3  3   IDL  print  dist 4 lindgen 3  azi 4 lindgen 3          2226414 0       4957944 5       10018863          90 000000       64 494450   4 9615627e 15  IDL  dist   map_npoints lon0  lat0  lon1  lat1  azimuth   azi   two_by_two   IDL  help  dist  azi  DIST            DOUBLE      Array 3   AZI             DOUBLE      Array 3   IDL  print  dist  azi         2226414 0       4957944 5       10018863          90 000000       64 494450   4 9615627e 15  IDL  print  map_2points lon0 0  lat0 0  lon1 0  lat1 0          20 000000       90 000000  IDL  print  map_npoints lon0 0  lat0 0  lon1 0  lat1 0  azi azi 6378206 4d0    dtor  azi         20 000000         90 000000    IDL  lon0    10  20  100   IDL  lat0    0   10  45   IDL  lon1    10  60  280   IDL  lat1    0  10  45   IDL  mid   map_npoints lon0  lat0  lon1  lat1   middle   two_by_two   IDL  print  reform mid 0  reform mid 1          0 0000000       40 000000       190 00000         0 0000000   1 5902773e 15       90 000000  IDL  print   map_2points lon0 0  lat0 0  lon1 0  lat1 0  npath   3  1          0 0000000       0 0000000  IDL  print   map_2points lon0 1  lat0 1  lon1 1  lat1 1  npath   3  1          40 000000   1 5902773e 15  IDL  print   map_2points lon0 2  lat0 2  lon1 2  lat1 2  npath   3  1          190 00000       90 000000      history         Based on the IDL function map_2points pro v 1 6 2001 01 15   Sebastien Masson  smasson lodyc jussieu fr                     October 2003   Function Map_npoints  lon0  lat0  lon1  lat1  azimuth   azimuth        RADIANS   radians  RADIUS   radius  MIDDLE   middle  TWO_BY_TWO   two_by_two    COMPILE_OPT idl2  strictarrsubs    IF  N_PARAMS  LT 4  THEN       MESSAGE   Incorrect number of arguments     np0   n_elements lon0     IF n_elements lat0  NE np0 THEN       MESSAGE   lon0 and lat0 must have the same number of elements    np1   n_elements lon1     IF n_elements lat1  NE np1 THEN       MESSAGE   lon1 and lat1 must have the same number of elements    if keyword_set two_by_two  AND np0 NE np1 then       MESSAGE   When using two_by_two keyword  P0 and P1 must have the same number of elements     mx   MAX ABS lat0  lat1    pi2    dpi 2   IF  mx GT  KEYWORD_SET radians    pi2 : 90  THEN       MESSAGE   Value of Latitude is out of allowed range     k   KEYWORD_SET radians    1 0d0 :  dpi 180 0  Earth equatorial radius  meters  Clarke 1866 ellipsoid   r_sphere    n_elements RADIUS  NE 0   RADIUS : 6378206 4d0      coslt1   cos k lat1    sinlt1   sin k lat1    coslt0   cos k lat0    sinlt0   sin k lat0      IF np0 EQ np1 AND np1 EQ 1 THEN two_by_two   1     if NOT keyword_set two_by_two  THEN BEGIN      coslt1   replicate 1 0d0  np0 temporary coslt1      sinlt1   replicate 1 0d0  np0 temporary sinlt1      coslt0   temporary coslt0 replicate 1 0d0  np1      sinlt0   temporary sinlt0 replicate 1 0d0  np1    ENDIF      if keyword_set two_by_two  THEN BEGIN      cosl0l1   cos k lon1 lon0      sinl0l1   sin k lon1 lon0    ENDIF ELSE BEGIN      cosl0l1   cos k replicate 1 0d0  np0 lon1 lon0 replicate 1 0d0  np1      sinl0l1   sin k replicate 1 0d0  np0 lon1 lon0 replicate 1 0d0  np1    ENDELSE     cosc   sinlt0   sinlt1   coslt0   coslt1   cosl0l1  Cos of angle between pnts   Avoid roundoff problems by clamping cosine range to  1 1    cosc    1 0d0   cosc   1 0d0     if arg_present azimuth  OR keyword_set middle  then begin     sinc   sqrt 1 0d0   cosc cosc      bad   where abs sinc  le 1 0e 7      IF bad 0  NE  1 THEN sinc bad    1     cosaz    coslt0   sinlt1   sinlt0 coslt1 cosl0l1    sinc      sinaz   sinl0l1 coslt1 sinc     IF bad 0  NE  1 THEN BEGIN        sinc bad    0 0d0       sinaz bad    0 0d0       cosaz bad    1 0d0     ENDIF   ENDIF     IF keyword_set middle  then BEGIN      s0   0 5d0   acos cosc         coss   cos s0      sins   sin s0            lats   asin sinlt0   coss   coslt0   sins   cosaz    k     lons   atan sins   sinaz  coslt0   coss   sinlt0   sins   cosaz    k       if keyword_set two_by_two  THEN BEGIN        return  transpose lon0    lons   lats      ENDIF ELSE BEGIN        return     lon0 replicate 1 0d0  np1    lons   lats        ENDELSE      ENDIF     if arg_present azimuth  then begin     azimuth   atan sinaz  cosaz      IF k NE 1 0d0 THEN azimuth   temporary azimuth    k    ENDIF  return  acos cosc    r_sphere   end");
+a[48] = new Array("./Interpolation/neighbor.html", "neighbor.pro", "", "       file_comments  find the closetest point of  P0  within a list of np1 points  P1 Which can be on a sphere       categories Maps      examples    IDL  Result   neighbor lon0  lat0  lon1  lat1     param p0lon  in required   scalar  longitudes of point P0    param p0lat   in required   scalar  latitudes of point P0        keyword   RADIANS if set  inputs and angular outputs are in radians  otherwise  degrees     keyword   DISTANCE dis  to get back the distances between P0 and the np1     points P1 in the variable dis     keyword    SPHERE to activate if points are located on a sphere       returns         index giving the P1 index  point that is the closetest point         of  P0       examples         IDL  print  neighbor 105 15 40 02 0 07 100 50 51 30 20 0                 distance dis                     0         IDL  print  dis               105 684      206 125      160 228      history   Sebastien Masson  smasson lodyc jussieu fr                     October 2003   FUNCTION neighbor  p0lon  p0lat  neighlon  neighlat  sphere   sphere  distance   distance  radians   radians     compile_opt idl2  strictarrsubs     somme checks   IF  n_elements p0lon  NE 1 THEN MESSAGE   Sorry p0lon must be a scalar    p0lon   p0lon 0    IF  n_elements p0lat  NE 1 THEN MESSAGE   Sorry p0lat must be a scalar    p0lat   p0lat 0    nneig   n_elements neighlon     IF  n_elements neighlat  NE nneig  THEN       MESSAGE   neighlon and neighlat must have the same number of elements    distance between P0 and the others points   IF keyword_set sphere  THEN BEGIN     IF sphere NE 1 THEN radius   sphere     distance   Map_nPoints p0lon  p0lat  neighlon  neighlat                            radius   radius  radians   radians    ENDIF ELSE BEGIN      distance    neighlon p0lon 2 neighlat p0lat 2     IF arg_present distance  THEN distance   sqrt distance    ENDELSE   RETURN  where distance EQ min distance  END");
+a[49] = new Array("./Interpolation/quadrilateral2square.html", "quadrilateral2square.pro", "", "       file_comments warm  or map  an arbitrary quadrilateral onto a unit square    according to the 4 point correspondences:          x0 y0     0 0           x1 y1     1 0           x2 y2     1 1           x3 y3     0 1    This is the inverse function of square2quadrilateral pro   The mapping is done using perspective transformation which preserve   lines in all orientations and permit quadrilateral to quadrilateral   mappings  see ref  bellow       categories image  grid manipulation      examples          res   square2quadrilateral x0 y0 x1 y1 x2 y2 x3 y3 xin yin            param x0in  in required   the coordinates of the quadrilateral        param y0in  in required   the coordinates of the quadrilateral        param x1in  in required   the coordinates of the quadrilateral        param y1in  in required   the coordinates of the quadrilateral        param x2in  in required   the coordinates of the quadrilateral        param y2in  in required   the coordinates of the quadrilateral        param x3in  in required   the coordinates of the quadrilateral        param y3in   in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order           param xxin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array         param yyin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array       returns          2 n  array: the new coodinates  xout  yout  of the  xin yin        point s  after mapping         If xin is a scalar  then n is equal to the number of elements of       x0  If xin is an array   then n is equal to the number of       elements of xin       restrictions I think degenerated quadrilateral  e g  flat of   twisted  is not work  This has to be tested       examples      IDL  splot 0 5 0 3 nodata xstyle 1 ystyle 1   IDL  tracegrille  findgen 11 1  findgen 11 1 color indgen 12 20   IDL  xin    findgen 11 1 replicate 1  11    IDL  yin   replicate 1  11 findgen 11 1    IDL  out   square2quadrilateral 2 1 3 0 5 1 2 3  xin  yin    IDL  tracegrille  reform out 0 11 11  reform out 1 11 11 color indgen 12 20     IDL  inorg quadrilateral2square 2 1 3 0 5 1 2 3 out 0 out 1    IDL  tracegrille  reform inorg 0 11 11  reform inorg 1 11 11 color indgen 12 20      history        Sebastien Masson  smasson lodyc jussieu fr         August 2003        Based on  Digital Image Warping  by G  Wolberg        IEEE Computer Society Press  Los Alamitos  California        Chapter 3  see p 52 56                 FUNCTION quadrilateral2square  x0in  y0in  x1in  y1in  x2in  y2in  x3in  y3in  xxin  yyin  PERF   perf       compile_opt idl2  strictarrsubs   tempsone   systime 1      Warning  wrong definition of  x2 y2  and  x3 y3  at the bottom of   page 54 of Wolberg s book  see figure 3 7 page 56 for the good   definition      IF keyword_set double  THEN BEGIN     x0   double x0in      x1   double x1in      x2   double x2in      x3   double x3in      y0   double y0in      y1   double y1in      y2   double y2in      y3   double y3in      xin   double xxin      yin   double yyin    ENDIF ELSE BEGIN     x0   float x0in      x1   float x1in      x2   float x2in      x3   float x3in      y0   float y0in      y1   float y1in      y2   float y2in      y3   float y3in      xin   float xxin      yin   float yyin    ENDELSE     get the matrix A     a   square2quadrilateral x0in  y0in  x1in  y1in  x2in  y2in  x3in  y3in      compute the adjoint matrix      IF keyword_set double  THEN adj   dblarr 9  n_elements x0      ELSE adj   fltarr 9  n_elements x0      adj 0      a 4            a 7   a 5      adj 1      a 7   a 2   a 1      adj 2      a 1   a 5   a 4   a 2      adj 3      a 6   a 5   a 3      adj 4      a 0            a 6   a 2      adj 5      a 3   a 2   a 0   a 5      adj 6      a 3   a 7   a 6   a 4      adj 7      a 6   a 1   a 0   a 7      adj 8      a 0   a 4   a 3   a 1          IF n_elements xin  EQ 1 THEN BEGIN     xin   replicate xin  n_elements x0       yin   replicate yin  n_elements x0     ENDIF     compute xprime  yprime and wprime     IF n_elements x0  EQ 1 THEN BEGIN     wpr   1 adj 6 xin   adj 7 yin   adj 8    ENDIF ELSE BEGIN     wpr   1 adj 6   xin   adj 7   yin   adj 8      ENDELSE   xpr   xin wpr   ypr   yin wpr     IF keyword_set double  THEN res   dblarr 2  n_elements xin      ELSE res   fltarr 2  n_elements xin      IF n_elements x0  EQ 1 THEN BEGIN     res 0      xpr adj 0    ypr adj 1   wpr adj 2      res 1      xpr adj 3    ypr adj 4   wpr adj 5    ENDIF ELSE BEGIN     res 0      xpr adj 0      ypr adj 1     wpr adj 2        res 1      xpr adj 3      ypr adj 4     wpr adj 5      ENDELSE     IF keyword_set perf  THEN print   time quadrilateral2square  systime 1 tempsone    RETURN  res END");
+a[50] = new Array("./Interpolation/spl_fstdrv.html", "spl_fstdrv.pro", "", "             file_comments SPL_FSTDRV returns the values of the first derivative of   the interpolating function at the points X2i  it is a double   precision array      Given the arrays X and Y  which tabulate a function  with the X i    AND Y i  in ascending order  and given an input value X2  the   SPL_INCR function returns an interpolated value for the given values   of X2  The interpolation method is based on cubic spline  corrected   in a way that interpolated value are also in ascending order      examples  y2    spl_fstdrv x  y  yscd  x2          param x  in required   An n element  at least 2  input vector that specifies the      tabulate points in ascending order          param y  in required   f x    y  An n element input vector that specifies the values      of the tabulated function F Xi  corresponding to Xi          param yscd  in required   The output from SPL_INIT for the specified X and Y          param x2  in required   The input values for which the first derivative values are      desired  X can be scalar or an array of values      returns         y2: f x2    y2          history    Sebastien Masson  smasson lodyc jussieu fr : May 2005         FUNCTION spl_fstdrv  x  y  yscd  x2     compute the first derivative of the spline function     compile_opt idl2  strictarrsubs     nx   n_elements x    ny   n_elements y    x must have at least 2 elements   IF nx LT 2 THEN stop      y must have the same number of elements than x   IF nx NE ny THEN stop   define loc in a way that     if loc i  eq  1   :                 x2 i    x nx 1     else              :    x loc i   extrapolation   use x nx 2  and x nx 1  even if x2 i    x nx 1    extrapolation   loc   0   temporary loc     nx 2     distance between to consecutive x   deltax   x loc 1 x loc    distance between to consecutive y   deltay   y loc 1 y loc    relative distance between x2 i  and x loc i 1    a    x loc 1 x2 deltax   relative distance between x2 i  and x loc i    b   1 0d   a   compute the first derivative on x  see numerical recipes Chap 3 3    yfrst   temporary deltay deltax         1 0d 6 0d    3 0d a a   1 0d    deltax   yscd loc          1 0d 6 0d    3 0d b b   1 0d    deltax   yscd loc 1    beware of the computation precision     force near zero values to be exactly 0 0   zero   where abs yfrst  LT 1 e 10    IF zero 0  NE  1 THEN yfrst zero    0 0d    RETURN  yfrst END ");
+a[51] = new Array("./Interpolation/spl_incr.html", "spl_incr.pro", "", "             file_comments     Given the arrays X and Y  which tabulate a function  with the X i    AND Y i  in ascending order  and given an input value X2  the   SPL_INCR function returns an interpolated value for the given values   of X2  The interpolation method is based on cubic spline  corrected   in a way that interpolated values are also monotonically increasing       examples  y2    spl_incr x  y  x2       param x1  in required   An n element  at least 2  input vector that specifies the      tabulate points in a strict ascending order          param y1  in required   f x    y  An n element input vector that specifies the values      of the tabulated function F Xi  corresponding to Xi  As f is      supposed to be monotonically increasing  y values must be      monotonically increasing  y can have equal consecutive values          param x2  in required   The input values for which the interpolated values are      desired  Its values must be strictly monotonically increasing              returns         y2: f x2    y2  Double precision array      restrictions     It might be possible that y2 i 1 y2 i  has very small negative     values  amplitude smaller than 1 e 6       examples          n   100L       x    dindgen n 2       y   abs randomn 0  n        y n 2:n 2 1    0        y n n 3    0        y n n 6:n n 6 5    0        y   total y   cumulative   double        x2   dindgen n 1 2        n2   n_elements x2        print  min y 1:n 1 y 0:n 2  LT 0       y2   spl_incr  x  y  x2        splot  x  y  xstyle   1  ystyle   1  ysurx 25  petit    1  2  1   land       oplot  x2  y2  color   100       c   y2 1:n2 1    y2 0:n2 2        print  min c  LT 0        print  min c  max   ma  ma       splot c xstyle 1 ystyle 1  yrange 01 05  ysurx 25  petit    1  2  2   noerase       oplot 0  n_elements c   0  0  linestyle   1      history    Sebastien Masson  smasson lodyc jussieu fr : May Dec 2005         FUNCTION pure_concave  x1  x2  y1  y2  der2  x   X n type     compile_opt idl2  strictarrsubs     xx    double x double x1 double x2 double x1    f    double x2 double x1 double y2 double y1    n   der2 temporary f    res   xx n      IF check_math  GT 0 THEN BEGIN         zero   where abs res  LT 1 e 10          IF zero 0  NE  1 THEN res zero    0 0d     END   res   temporary res double y2 double y1 y1      IF array_equal sort res  lindgen n_elements res    NE 1 THEN stop   RETURN  res END  FUNCTION pure_convex  x1  x2  y1  y2  der2  x   1 1 X n type     compile_opt idl2  strictarrsubs     xx   1 0d    double x double x1 double x2 double x1    f    double x2 double x1 double y2 double y1    n   der2 temporary f    res   xx n      IF check_math  GT 0 THEN BEGIN         zero   where abs res  LT 1 e 10          IF zero 0  NE  1 THEN res zero    0 0d     END   res   1 0d   temporary res    res   temporary res y2 y1 y1      IF array_equal sort res  lindgen n_elements res    NE 1 THEN stop   RETURN  res END       keyword    YP0 The first derivative of the interpolating function at the      point X0  If YP0 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline     keyword    YPN_1 The first derivative of the interpolating function at the      point Xn 1  If YPN_1 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline     FUNCTION spl_incr  x  y  x2  YP0   yp0  YPN_1   ypn_1     compile_opt idl2  strictarrsubs       check and initialisation         nx   n_elements x    ny   n_elements y    nx2   n_elements x2    x must have at least 2 elements   IF nx LT 2 THEN stop    y must have the same number of elements than x   IF nx NE ny THEN stop   x be monotonically increasing   IF min x 1:nx 1 x 0:nx 2  LE 0 THEN stop    x2 be monotonically increasing   IF N_ELEMENTS X2  GE 2 THEN     IF min x2 1:nx2 1 x2 0:nx2 2   LE 0 THEN stop    y be monotonically increasing   IF min y 1:ny 1 y 0:ny 2  LT 0 THEN stop      first check: check if two consecutive values are equal     bad   where y 1:ny 1 y 0:ny 2  EQ 0  cntbad    IF cntbad NE 0 THEN BEGIN   define the results: y2       y2   dblarr nx2    define xinx2: see help of value_locate    if xinx2 i  eq  1   :                 x bad i    x2 nx2 1     else                : x2 xinx2 i    x2 nx2 1     else                : x2 xinx2 i   we have middle pieces for which    we force yp0   0 0d and ypn_1   0 0d       IF cntbad GT 1 THEN BEGIN   we take care of the piece located wetween bad ib 1  and bad ib          FOR ib   1  cntbad 1 DO BEGIN   if there is x2 values smaller that x bad ib  then the x2 values   located between bad ib 1  and bad ib  are  xinx2 ib 1 1:xinx2 ib            IF xinx2 ib  NE  1 THEN begin             y2 xinx2 ib 1 1   0                y i 1    y i      2  y  reach its minimum value between  x i  and x i 1            0  y i 1    0   y i      we do a first selection by looking for those points      loc   lindgen nx 1    maybebad   where yscd loc  LE 0 0d AND yscd loc 1  GE 0 0d  cntbad      IF cntbad NE 0 THEN BEGIN      mbbloc   loc maybebad       aaa    yscd mbbloc 1 yscd mbbloc 6 0d x mbbloc 1 x mbbloc      bbb   0 5d   yscd mbbloc      ccc   yifrst mbbloc      ddd   y mbbloc      definitive selection:   y  can become negative if and only if  2b 2   4 3a c   0   y  can become negative if and only if    b 2     3a c   0       delta   bbb bbb   3 0d aaa ccc       bad   where delta GT 0  cntbad        IF cntbad NE 0 THEN BEGIN       delta   delta bad        aaa   aaa bad        bbb   bbb bad        ccc   ccc bad        ddd   ddd bad        bad   maybebad bad    define xinx2_1: see help of value_locate    if xinx2_1 i  eq  1   :                   x bad i    x2 nx2 1     else                  : x2 xinx2_1 i    x2 nx2 1     else                  : x2 xinx2_2 i   y bad ib 1  then we cannot applay the method we want to   apply   we use then convex concave case by changing by hand the   value of yinfl and xinfl                   IF yzero GT y bad ib 1  THEN BEGIN                     yinfl   0 5d y bad ib 1 y bad ib                      xinfl   0 5d x bad ib 1 x bad ib                      GOTO  convexconcave                   ENDIF   define xinx2_3: see help of value_locate    if xinx2_3 ib  eq  1   :                x bad ib xzero   x2 nx2 1     else                   : x2 xinx2_3   we use then convex concave case by changing by hand the   value of yinfl and xinfl                   IF yzero lt y bad ib  THEN BEGIN                     yinfl   0 5d y bad ib 1 y bad ib                      xinfl   0 5d x bad ib 1 x bad ib                      GOTO  convexconcave                   ENDIF   define xinx2_3: see help of value_locate    if xinx2_3 ib  eq  1   :                x bad ib xzero   x2 nx2 1     else                   : x2 xinx2_3    x2 nx2 1     else                   : x2 xinx2_3    x bad ib xzero    x2 xinx3_2 1                    xinx2_3   value_locate x2  x bad ib xinfl                     IF xinx2_3 ge xinx2_1 ib 1 THEN BEGIN                     y2 xinx2_1 ib 1:xinx2_3                            pure_convex x bad ib  x bad ib xinfl                                          y bad ib  yinfl                                          yifrst bad ib                                          x2 xinx2_1 ib 1:xinx2_3                                         ENDIF                                   IF xinx2_2 ib  GE xinx2_3 1 THEN BEGIN                     y2 xinx2_3 1:xinx2_2 ib                            pure_concave x bad ib xinfl  x bad ib 1                                           yinfl  y bad ib 1                                           yifrst bad ib 1                                           x2 xinx2_3 1:xinx2_2 ib                    ENDIF                                 END               ENDCASE              END            ENDCASE         ENDIF       ENDFOR      ENDIF   ENDIF     RETURN  y2         END");
+a[52] = new Array("./Interpolation/spl_keep_mean.html", "spl_keep_mean.pro", "", "           file_comments     Given the arrays X and Y  which tabulate a function  with the X i    AND Y i  in ascending order  and given an input value X2  the   SPL_INCR function returns an interpolated value for the given values   of X2  The interpolation method is based on cubic spline  corrected   in a way that integral of the interpolated values is the same as the   integral of the input values    for exemple to build daily data   from monthly mean and keep the monthly mean of the computed daily   data equa to the original values       examples  y2    spl_keep_mean x  y  x2          param x  in required   An n element  at least 2  input vector that specifies the      tabulate points in a strict ascending order          param yin  in required   an array with one element less than x  y i  represents the      mean value between x i  and x i 1  if  GE0 is activated  y must      have positive values          param x2  in required   The input values for which the interpolated values are      desired  Its values must be strictly monotonically increasing          keyword     GE0 to force that y2 is always GE than 0  In that case  y must      also be GE than 0       keyword    YP0 The first derivative of the interpolating function at the      point X0  If YP0 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline       keyword    YPN_1 The first derivative of the interpolating function at the      point Xn 1  If YPN_1 is omitted  the second derivative at the      boundary is set to zero  resulting in a  natural spline        returns         y2: the meean value between two consecutive values of x2  This      array has one element less than y2  y2 has double precision       restrictions     It might be possible that y2 has very small negative values      amplitude smaller than 1 e 6          examples         12 monthly values of precipitations into daily values:        yr1   1990      yr2   1992      nyr   yr2 yr1 1      n1   12 nyr 1      x   julday 1 findgen n1  replicate 1  n1                  replicate yr1  n1  fltarr n1       n2   365 nyr   total leapyr yr1 indgen nyr    1      x2   julday replicate 1  n2  1 findgen n2                      replicate yr1  n2  fltarr n2       y   abs randomn 0  n1 1       y2   spl_keep_mean x  y  x2   ge0        print  min x  max   ma  ma      print  min x2  max   ma  ma      print  vairdate min x  max   ma  ma       print  total y x 1:n1 1 x 0:n1 2       print  total y2 x2 1:n2 1 x2 0:n2 2       history    Sebastien Masson  smasson lodyc jussieu fr : May 2005         FUNCTION spl_keep_mean  x  yin  x2  YP0   yp0  YPN_1   ypn_1  GE0   ge0     compile_opt idl2  strictarrsubs       check and initialisation         nx   n_elements x    ny   n_elements yin    nx2   n_elements x2    x must have at least 2 elements   IF nx LT 2 THEN stop    x2 must have at least 2 elements   IF nx2 LT 2 THEN stop    x be monotonically increasing   IF min x 1:nx 1 x 0:nx 2  LE 0 THEN stop    x2 be monotonically increasing   IF min x2 1:nx2 1 x2 0:nx2 2   LE 0 THEN stop        compute the integral of y     if spl_keep_mean is called by the user  and not by itself  we must compute   the integral of y  yin must have one element less than x   IF nx NE ny 1 THEN stop   y   double yin double x 1:nx 1 x 0:nx 2    y    0 0d  temporary y    y   total temporary y   cumulative   double        compute the  spline  interpolation       IF keyword_set ge0  THEN BEGIN   if the want that the interpolated values are always   0  we must   have yin   0 0d     IF min yin  LT 0 THEN stop   call spl_incr     y2   spl_incr x  temporary y  x2  yp0   yp0  ypn_1   ypn_1    ENDIF ELSE BEGIN     yscd   spl_init x  y  yp0   yp0  ypn_1   ypn_1   double      y2   spl_interp x  y  temporary yscd  x2   double    ENDELSE                        Compute the derivative of y       yfrst    y2 1:nx2 1 y2 0:nx2 2 x2 1:nx2 1 x2 0:nx2 2    it can happen that we have very small negative values  1 e 6 for ex     yfrst   0 0d   temporary yfrst    RETURN  yfrst           END");
+a[53] = new Array("./Interpolation/square2quadrilateral.html", "square2quadrilateral.pro", "", "       file_comments warm  or map  a unit square onto an arbitrary quadrilateral   according to the 4 point correspondences:          0 0     x0 y0           1 0     x1 y1           1 1     x2 y2           0 1     x3 y3    The mapping is done using perspective transformation which preserve   lines in all orientations and permit quadrilateral to quadrilateral   mappings  see ref  bellow       categories image  grid manipulation      examples    IDL   res   square2quadrilateral x0 y0 x1 y1 x2 y2 x3 y3 xin yin            param x0in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y0in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param x1in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y1in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param x2in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y2in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param x3in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order         param y3in  in required   the coordinates of the quadrilateral        see above for correspondance with the unit square  Can be       scalar or array   x0 y0   x1 y1   x2 y2  and  x3 y3  are       given in the anticlockwise order           param xxin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array         param yyin  in required  the coordinates of the point s  for which we want to do the       mapping  Can be scalar or array       returns          2 n  array: the new coodinates  xout  yout  of the  xin yin        point s  after mapping         If xin is a scalar  then n is equal to the number of elements of       x0  If xin is an array   then n is equal to the number of       elements of xin        If xin and yin are omited  square2quadrilateral returns the       matrix A which is used for the inverse transformation          restrictions I think degenerated quadrilateral  e g  flat of   twisted  is not work  This has to be tested       examples      IDL  splot 0 5 0 3 nodata xstyle 1 ystyle 1   IDL  tracegrille  findgen 11 1  findgen 11 1 color indgen 12 20   IDL  xin    findgen 11 1 replicate 1  11    IDL  yin   replicate 1  11 findgen 11 1    IDL  out   square2quadrilateral 2 1 3 0 5 1 2 3  xin  yin    IDL  tracegrille  reform out 0 11 11  reform out 1 11 11 color indgen 12 20      history        Sebastien Masson  smasson lodyc jussieu fr         August 2003        Based on  Digital Image Warping  by G  Wolberg        IEEE Computer Society Press  Los Alamitos  California        Chapter 3  see p 52 56                 FUNCTION square2quadrilateral  x0in  y0in  x1in  y1in  x2in  y2in  x3in  y3in  xxin  yyin     Warning  wrong definition of  x2 y2  and  x3 y3  at the bottom of   page 54 of Wolberg s book  see figure 3 7 page 56 for the good   definition        compile_opt idl2  strictarrsubs     IF keyword_set double  THEN BEGIN     x0   double x0in      x1   double x1in      x2   double x2in      x3   double x3in      y0   double y0in      y1   double y1in      y2   double y2in      y3   double y3in      IF arg_present xxin  THEN BEGIN       xin   double xxin        yin   double yyin      ENDIF   ENDIF ELSE BEGIN     x0   float x0in      x1   float x1in      x2   float x2in      x3   float x3in      y0   float y0in      y1   float y1in      y2   float y2in      y3   float y3in      IF arg_present xxin  THEN BEGIN       xin   float xxin        yin   float yyin      ENDIF   ENDELSE     IF keyword_set double  THEN a   dblarr 8  n_elements x0      ELSE a   fltarr 8  n_elements x0       delx3   x0 x1 x2 x3   dely3   y0 y1 y2 y3     affinemap   where delx3 EQ 0 AND dely3 EQ 0    IF affinemap 0  NE  1 THEN BEGIN     xx0   x0 affinemap      xx1   x1 affinemap      xx2   x2 affinemap      yy0   y0 affinemap      yy1   y1 affinemap      yy2   y2 affinemap        a 0  affinemap    xx1 xx0     a 1  affinemap    xx2 xx1     a 2  affinemap    xx0     a 3  affinemap    yy1 yy0     a 4  affinemap    yy2 yy1     a 5  affinemap    yy0     a 6  affinemap    0     a 7  affinemap    0   ENDIF     projectivemap   where delx3 NE 0 OR dely3 NE 0    IF projectivemap 0  NE  1 THEN BEGIN     xx0   x0 projectivemap      xx1   x1 projectivemap      xx2   x2 projectivemap      xx3   x3 projectivemap      yy0   y0 projectivemap      yy1   y1 projectivemap      yy2   y2 projectivemap      yy3   y3 projectivemap            delx1   xx1 xx2     dely1   yy1 yy2     delx2   xx3 xx2     dely2   yy3 yy2     delx3   delx3 projectivemap      dely3   dely3 projectivemap        div   delx1 dely2 dely1 delx2     zero   where div EQ 0      IF zero 0  NE  1 THEN BEGIN       stop     ENDIF     a13    delx3 dely2 dely3 delx2 div     a23    delx1 dely3 dely1 delx3 div       a 0  projectivemap    xx1 xx0 a13 xx1     a 1  projectivemap    xx3 xx0 a23 xx3     a 2  projectivemap    xx0     a 3  projectivemap    yy1 yy0 a13 yy1     a 4  projectivemap    yy3 yy0 a23 yy3     a 5  projectivemap    yy0     a 6  projectivemap    a13     a 7  projectivemap    a23   ENDIF         IF NOT arg_present xxin  THEN return  a     IF n_elements xin  EQ 1 THEN BEGIN     xin   replicate xin  n_elements x0       yin   replicate yin  n_elements x0     ENDIF     IF keyword_set double  THEN res   dblarr 2  n_elements xin      ELSE res   fltarr 2  n_elements xin    IF n_elements x0  EQ 1 THEN BEGIN     div   a 6 xin    a 7 yin    1     zero   where div EQ 0      IF zero 0  NE  1 THEN BEGIN       stop     ENDIF     res 0       a 0 xin    a 1 yin    a 2 div     res 1       a 3 xin    a 4 yin    a 5 div   ENDIF ELSE BEGIN     div   a 6   xin  a 7   yin   1     zero   where div EQ 0      IF zero 0  NE  1 THEN BEGIN       stop     ENDIF     res 0       a 0   xin    a 1   yin    a 2   div     res 1       a 3   xin    a 4   yin    a 5   div   ENDELSE     RETURN  res END");
+a[54] = new Array("./Obsolete/common.html", "common.pro", "", "");
+a[55] = new Array("./Obsolete/cp.html", "cp.pro", "", "           file_comments copy files    obsolete    file_comments file_copy should be used instead       history   June 2005: Sebastien Masson   obsolete routine            PRO cp  filenamein  filenameout  _extra   ex     compile_opt idl2  strictarrsubs  obsolete     file_copy  filenamein  filenameout  _extra   ex   RETURN END");
+a[56] = new Array("./Obsolete/ficdate.html", "ficdate.pro", "", "           file_comments  sets s_fichier to name of the vairmer file associated             to the given date in vairmer format   yymmdd        obsolete      param vdate  in  date vairmer ex:930124    param dim  in   so  ou  vo  par defaut so est choisi    param nomexp  in  nom de l experience en trois lettres par defaut prefix      returns le nom du fichier vairmer  depuis iodir       uses common pro      examples   IDL  fic   ficdate 930124       history Jerome Vialard   jv lodyc jussieu fr   1 7 98         function ficdate  vdate  dim  nomexp     compile_opt idl2  strictarrsubs  obsolete    common   case n_params  of   1: dim    SO    2: dim strupcase dim    3: begin        prefix nomexp        dim strupcase dim       end endcase       constitution de l adresse ou aller chercher le fichier     date yymmdd   vdate   sets month  year and day to the good value :    rien   juldate vdate    constitution de la date yymmdd    case 1 of       year lt 10:                s_year  0 string format i1 year       year ge 10 and year lt 100:s_year      string format i2 year       year ge 100:BEGIN          year   year 1900         if year LT 10 then s_year  0 string format i1 year             ELSE s_year  string format i2 year       end    endcase    if month lt 10 then s_month 0 string format i1 month                      else s_month     string format i2 month     if day lt 10 then s_day 0 string format i1 day                    else s_day     string format i2 day       case dim of       SO : begin        case 1 of            year eq 0  and  month eq 0  : s_fichier iodir prefix O EX SO             year eq 0  and  month ne 0  and  day eq 0  : s_fichier iodir prefix O SE SO s_month            year ne 0  and  month eq 0  : s_fichier iodir prefix O AN SO s_year            year ne 0  and  day eq 0  :   s_fichier iodir prefix O MO SO s_year s_month           else: s_fichier iodir prefix O SO s_year s_month s_day        endcase      end       VO : begin        case 1 of            year eq 0  and  month eq 0  : s_fichier iodir prefix O EX VO             year eq 0  and  month ne 0  and  day eq 0  : s_fichier iodir prefix O SE VO s_month            year ne 0  and  month eq 0  : s_fichier iodir prefix O AN VO s_year            year ne 0  and  day eq 0  : s_fichier iodir prefix O MO VO s_year s_month           else: s_fichier iodir prefix O VO s_year s_month s_day        endcase      end      else: return  report le fichier doit etre VO ou SO     endcase       print        print  adresse du fichier:  fichier      return  s_fichier   end  ");
+a[57] = new Array("./Obsolete/fictype.html", "fictype.pro", "", "           file_comments  gives fictype  DA   MO   AN   SE   EX  corresponding             to the given date in vairmer format   yymmdd      uses common pro      examples   IDL  fictype   fictype 930124       history Jerome Vialard   jv lodyc jussieu fr    2 7 98         function fictype  vdate  dim     compile_opt idl2  strictarrsubs  obsolete    common       constitution de l adresse ou aller chercher le fichier     date yymmdd   vdate    jul   juldate vdate       case 1 of        year eq 0  and  month eq 0  : return   EX         year eq 0  and  month ne 0  and  day eq 0  : return   SE         year ne 0  and  month eq 0  : return   AN         year ne 0  and  day eq 0    : return   MO        else                         : return   DA     endcase        fini:      return   1 end  ");
+a[58] = new Array("./Obsolete/imprime.html", "imprime.pro", "", "           file_comments  use printps instead     obsolete      history   June 2005: Sebastien Masson  english version         PRO imprime  filename  TRANS   trans  NB   nb     this is working only with unix linux osX machines     compile_opt idl2  strictarrsubs  obsolete     thisOS   strupcase strmid version os_family  0  3    CASE thisOS OF       MAC :return      WIN :return     ELSE:   ENDCASE     call printps     CASE N_PARAMS  OF     0:printps     1:printps  filename     ELSE: BEGIN        ras   report imprime accept only one element: psfilename        return     END    ENDCASE            return END  ");
+a[59] = new Array("./Obsolete/jourdsmois.html", "jourdsmois.pro", "", "           file_comments used daysinmonth instead     obsolete      history Sebastien Masson  smasson lodyc jussieu fr    June 2005: Sebastien Masson  english version         function jourdsmois  mois  annee     compile_opt idl2  strictarrsubs  obsolete    case n_params  OF   0:return  daysinmonth    1:return  daysinmonth mois    2:return  daysinmonth mois  annee  endcase  end");
+a[60] = new Array("./Obsolete/juldate.html", "juldate.pro", "", "           file_comments you better use date2jul    obsolete      file_comments  gives julian date equivalent of a date in vairmer                yymmdd or yyyymmdd   format              sets month  day and year to the corresp values      categories calendar      param vvdate  in  date de la forme yymmdd ou yyyymmdd      uses common pro vraidate      returns date en jour julien     l annee 0 n existant pas  qd year est nulle on calcule le       jour julien de l annee  1      COMPATIBLE AVEC L AN 2000  : une date de la forme yymmdd est      donvertit sous la forme yyyymmdd a l aide de vraidate      Attention  les variables globales year  month day sont attribuees      examples    IDL  date   juldate 930124       history Jerome Vialard   jv lodyc jussieu fr    2 7 98         function juldate  vvdate  _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete   vdate   vvdate vdate   vraidate vdate  _EXTRA   ex   common      year vdate 10000    month vdate 100   year 100    day abs vdate   year 10000   month 100     month   abs month       mm   month   dd   day   yy   year      ndate   n_elements vdate      if total mm EQ 0  EQ ndate then mm    6    if total dd EQ 0  EQ ndate then dd    15    if total yy EQ 0  EQ ndate THEN yy     1      return  julday mm dd yy  _EXTRA   ex       return   1 end  ");
+a[61] = new Array("./Obsolete/lec.html", "lec.pro", "", "           file_comments         lit les fichiers Vairmer en sort:  un tableau 2d ou 3d en fonction de nomchamp qui est le nom  du champ a extaire  2d s il commence par SO et 3d s il commence par VO   cette fonction modifie aussi les variables globales:  varname: trois lettres: nom de l experience  vargrid: nom de la grille  vardate: date  yy yymmdd  varexp: nom Vairmer du champ a tarcer      obsolete    categories Graphics  lecture de fichier Vaimer      examples   IDL resultat lec nom_Vairmer date nom_experience       param nomchamp  in required  2 choix possibles:               1  nom de champ Vairmer  chaine de 8 caracteres en majuscule ou    minuscule commencant par vo ou so  Dans cette methode on saute directement   d en tete en en tete jusqu a trouver le bon fichier                2  chaine de characteres commencant par vo ou so suivit du   numero de champ a aller chercher  par ex  vo5  Cette methode est un peu   plus rapide car elle va directement chercher le fichier qui nous interesse       param date  in optional  nombres de 6 ou 8 chiffres  anneemoisjour  par ex:19980507     param nomexp  in optional  trois lettres designant le nom de l experience        keyword  ANOM  in  type du fichier vairmer par rapport auquel on doit calculer                l anomalie  EX AN SE MO       keyword  ECRIT  in  permet d imprimer tous les noms vairmer que contient le fichier    ds ce cas en input on met seulement  vo  ou  so  la fonction retourne le   nombre de fichiers lus       keyword  EXPANOM  in  si on calcule l anom par rapport a une exper         differente      keyword FILENAME string pour passer directement le nom du champ sans         utiliser les inputs: nom_Vairmer date nom_experience  Rq si         ces inputs sont qd meme donnes ils ne sont pas modifies par         filename       keyword  GRID lorsque ce mot clef est active  lec retourne la liste         des types de grilles  T  U  auxquelles se rapportent les         variables  ds ce cas en input on met seulement  vo  ou  so       keyword  NAME lorsque ce mot clef est active  lec retourne la liste         des noms des variables  ds ce cas en input on met seulement          vo  ou  so       keyword  TOUT  oblige lec a lire le champ sur tout le domaine qui a         etait selectionne pour la cession en cours  jpi jpj jpk       returns un tableau 2 ou 3d  sans le mot cle  TOUT  sa taille est   celle du sous domaine definit par domdef  nx ny nz  avec  TOUT le   champ a la taille du  domaine qui a etait selectionne pour la   cession en cours  jpi jpj jpk     pour les sous domaines cf:            http: www ipsl jussieu fr smlod sousdomaine html   Retourne  1 en cas d erreur       uses common pro isnumber pro fivardate pro        history Sebastien Masson  smasson lodyc jussieu fr   26 5 98                         Jerome Vialard : adaptation au format vairmer                                          keyword anom et expanom  1 7 98                         Sebastien Masson  masque des terres   14 8 98                         Sebastien Masson  decoupe pour les sous domaines   2 99         function lec  nomchamp date nomexp ECRIT ecrit ANOM anom  BOITE   boite EXPANOM expanom  TOUT   tout  GRID   grid  NAME   name  filename   FILENAME     compile_opt idl2  strictarrsubs  obsolete    common    tempsun   systime 1            pour key_performance    z    1      if keyword_set filename  then BEGIN       CASE strupcase strmid version os_family  0  3  of           MAC :sep    :            WIN :sep              ELSE:sep           ENDCASE       fname   strmid filename  rstrpos filename  sep 1        if n_elements nomchamp  EQ 0 then nomchamp   strmid fname 6  2        if n_elements date  EQ 0 then date   long strmid fname 8        if n_elements nomexp  EQ 0 then nomexp   strmid fname 0  3     endif      nomchamp strupcase nomchamp     dim string format a2 nomchamp   print   nom de l experience:  nomchamp     specification de la date et de l experience      case n_params  OF       0:BEGIN          if keyword_set filename  then begin             rien juldate date              prefix nomexp          ENDIF ELSE return  report Donnez un argument en entree ou utilisez le mot clef FILENAME        END       1:date long day long month 100 long year 10000       2:rien juldate date        3:begin          rien juldate date           prefix nomexp       end    endcase     verification de la dim du fichier      if dim ne  SO  and dim ne  VO  then return  report le nom du champ doit commencer par VO ou SO        constitution de l adresse ou aller chercher le fichier      s_fichier ficdate date dim      ouverture du fichier a l adresse s_fichier      openr  numlec  s_fichier   get_lun ERROR err   swap_if_little_endian    if err ne 0 then begin    print err_string       return   1    endif  taille en octet du fichier    infofichier fstat numlec      definition de la taille du fichier a aller chercher: jpidta jpjdta jpkdta       if n_elements jpidta  EQ 0 THEN BEGIN        if n_elements ixmindta  EQ 0 OR n_elements ixmaxdta  EQ 0 then          jpidta   jpiglo else jpidta   ixmaxdta ixmindta 1    endif    if n_elements jpjdta  EQ 0 THEN BEGIN        if n_elements iymindta  EQ 0 OR n_elements iymaxdta  EQ 0 then          jpjdta   jpjglo else jpjdta   iymaxdta iymindta 1    endif    if n_elements jpkdta  EQ 0 THEN BEGIN        if n_elements izmindta  EQ 0 OR n_elements izmaxdta  EQ 0 then          jpkdta   jpkglo else jpkdta   izmaxdta izmindta 1    endif     lecture des champs directement vers le champ ou l en tete que l on recherche   il faut savoir que:    le fortran ajoute au debut et a la fin de chaque write 4 octets de controle    les reels du model sont codes sur 4 octets    un charactere fait 1 octet    4 chaines de 8 characteres un tableau de reels 4 trucs de controle  pour les   2 write :    if dim eq  VO  then       taillebloc 4 8 long jpidta jpjdta jpkdta 4 4 4 else       taillebloc 4 8 long jpidta jpjdta 4 4 4     choix du type de lecture      typelec strmid nomchamp 2 strlen nomchamp     test isnumber typelec numerochamp     if test eq 0 then begin     1  LECTURE DIRECTE D EN TETE en EN TETE         numerochamp 1     lecture des noms de champ         resname           resgrid           while numerochamp taillebloc le infofichier size do begin          offset numerochamp 1 taillebloc 4          a assoc numlec bytarr 8 nozero  offset           varname string a 0           if keyword_set ecrit  OR keyword_set name  OR keyword_set grid              then begin             vargrid a 1              vargrid string vargrid 7              vardate strtrim long string a 2  2              varexp strtrim a 3  2              if keyword_set ecrit  THEN                print  numerochamp   varname   vargrid   vardate   varexp             resname    resname  varname              resgrid    resgrid  vargrid           endif          if nomchamp eq varname then begin             vargrid a 1              vargrid string vargrid 7              vardate strtrim long string a 2  2              varexp strtrim a 3  2              goto sortieboucle          endif          numerochamp numerochamp 1       ENDWHILE       free_lun numlec       close  numlec       case 1 of          keyword_set ecrit :return  numerochamp 1          keyword_set name :return  resname 1:numerochamp 1           keyword_set grid :            return  strmid resgrid 1:numerochamp 1 0    strlen resgrid 0 2           ELSE:return  report Ce nom Vairmer de champ n existe pas ds le fichier:  infofichier name        endcase    endif else begin     2  LECTURE DIRECTEMENT DU CHAMP QUE L ON VEUT       test pour savoir si numero de champ est accessible         if taillebloc numerochamp gt infofichier size then          return  report Ce numero de champ n exite pas  Le fichier  infofichier name  ne contient que  infofichier size taillebloc  champs      lecture de l en tete numero numerochamp         offset numerochamp 1 taillebloc 4       a assoc numlec bytarr 8 nozero  offset        varname string a 0        vargrid a 1        vargrid string vargrid 7        vardate string a 2        varexp string a 3     endelse sortieboucle:     lecture du champ lui meme      offset numerochamp 1 taillebloc 8 4 8 4    if dim eq  VO  then       a assoc numlec fltarr jpidta jpjdta jpkdta nozero  offset  else       a assoc numlec fltarr jpidta jpjdta nozero  offset     z a 0      on initialise les ixmindta  iymindta  au besoin      if n_elements ixmindta  EQ 0 OR n_elements ixmaxdta  EQ 0 then BEGIN       ixmindta   0       ixmaxdta   jpidta 1    endif    if n_elements iymindta  EQ 0 OR n_elements iymaxdta  EQ 0 then BEGIN       iymindta   0       iymaxdta   jpjdta 1    endif    if n_elements izmin  EQ 0 OR n_elements izmax  EQ 0 then BEGIN       izmindta   0       izmaxdta   jpkdta 1    endif     on reduit z selon les valeurs de ixmindta  iymindta         if dim EQ  SO  then z   z ixminmesh ixmindta:ixmaxmesh ixmindta                                 iyminmesh iymindta:iymaxmesh iymindta       ELSE z   z ixminmesh ixmindta:ixmaxmesh ixmindta                   iyminmesh iymindta:iymaxmesh iymindta  izminmesh izmindta:izmaxmesh izmindta      on shift z si key_shift est defininit      if n_elements key_shift  NE 0 THEN BEGIN        if dim EQ  SO  then z   shift z key_shift  0          ELSE z   shift z key_shift  0  0     endif      si  TOUT n est pas active  on coupe z pour q il soit a la taille    du zoom: nx ny nz      if NOT keyword_set tout  then BEGIN      changement de domaine         if keyword_set boite  then BEGIN           Case 1 Of             N_Elements Boite  Eq 1:bte lon1  lon2  lat1  lat2  0 boite 0              N_Elements Boite  Eq 2:bte lon1  lon2  lat1  lat2  boite 0 boite 1              N_Elements Boite  Eq 4:bte Boite  prof1  prof2              N_Elements Boite  Eq 5:bte Boite 0:3  0  Boite 4              N_Elements Boite  Eq 6:bte Boite             Else: return  report Mauvaise Definition de Boite           endcase          oldboite    lon1  lon2  lat1  lat2  prof1  prof2           domdef  bte GRILLE vargrid       ENDIF          grille mask glam gphi gdep nx ny nz premierx premiery premierz dernierx derniery dernierz       if nx EQ 1 OR ny EQ 1 OR nz EQ 1 then mask   reform mask  nx  ny  nz   over        if dim EQ  SO  then z   z premierx:dernierx  premiery:derniery           ELSE z   z premierx:dernierx  premiery:derniery  premierz:dernierz     ENDIF ELSE BEGIN        case vargrid OF             on recupere le mask en entier ds le cas ou  TOUT           U :mask   umask        n est pas active et on le choisit en fontion           T :mask   tmask          de la valeur de vargrid           W :mask   tmask                  V :mask   vmask            F :mask   fmask        ENDCASE    ENDELSE      calcul d une anomalie si le keyword anom est active      if keyword_set anom  then begin       case anom of           EX  : adate   0           AN  : adate   floor date 10000 10000            SE  : adate   floor date   floor date 10000 10000 100   100           MO  : adate   floor date 100 100           DA  : adate   date   floor date 10000 10000              : adate   date   floor date 10000 10000          else : return  report Anom doit etre egal a EX AN SE MO DA         endcase       if keyword_set expanom  then nomexpa   expanom         else nomexpa   nomexp       if keyword_set bavard  THEN print  nomchamp     adate     nomexpa       z   z   lec nomchamp adate nomexpa  TOUT   tout     endif     on masque les terres par valmask      IF n_elements valmask  EQ 0 THEN valmask   1e20    if dim EQ  SO  then BEGIN        terre   where mask 0  EQ 0        if terre 0  NE  1 then z terre    valmask     ENDIF ELSE BEGIN        terre   where mask 0  EQ 0        if terre 0  NE  1 then z where mask EQ 0    valmask    ENDELSE       free_lun numlec    close  numlec      if n_elements oldboite  NE 0 then domdef   oldboite    IF keyword_set key_performance  EQ 1 THEN print   temps lec  systime 1 tempsun      return reform z   end ");
+a[62] = new Array("./Obsolete/lect.html", "lect.pro", "", "                file_comments         lit les fichiers Vairmer de date1 a date2 et en sort un tableau         1D  2D ou 3D qui peut etre reutilise pour une courbe   hov   animation  cette fonction modifie aussi les variables globales:  varname: huit lettres: nom Vairmer du champ a tracer  vargrid:1 lettre : nom de la grille  varexp: trois lettres :nom de l experience      obsolete      categories Graphics  lecture de fichier Vaimer      examples   IDL  resultat lec nom_Vairmer date1 date2 nomexp direc BOITE boite       param nomchamp  in required  nom de champ Vairmer  chaine de 8 caracteres commencant                      par VO ou SO            param date1  in required  date de depart de la serie temporelle a            param date2  in required  date de fin  date2  de la serie temporelle a               extraire          param nomexp  in required  nom de l  experience a lire  prefix pardefaut             param direc   in required   x   y   z   xy   xz   yz   xyz   xt   yt   zt   xyt   xzt           yzt   xyzt  directions selon lesquelles effectuer les moyennes          si rien n est donne on n effectue pas de moyenne                 keyword boite  in  boite sur laquelle integrer  par defaut tt le domaine           keyword  anom  in  type de fichiers  SE AN  a relire pour calc une   anomalie              keyword expanom  in  experience pour laquelle on veut calculer une anomalie    par defaut la meme que nomexp       uses common vraidate juldate      history Jerome Vialard  jv lodyc jussieu fr    2 7 98                            1      2      3    4      5        function lect  nomchamp date1 date2 nomexp direc BOITE boite                   ANOM anom EXPANOM expanom  REPEAT repeat     compile_opt idl2  strictarrsubs  obsolete    common    tempsun   systime 1            pour key_performance      nomchamp   strupcase nomchamp     date1 vraidate date1     date2 vraidate date2       dim string format a2 nomchamp        specification de la date et de l experience        if fictype date1  ne fictype date2  then       return  report Les deux dates doivent correspondre au meme type de fic vairmer     fictyp   fictype date1       creation du nom du fichier      if n_elements nomexp  EQ 0 then nomexp   prefix    ficname iodir nomchamp strcompress date1 remove_all     ficname ficname  fictyp strcompress date2 remove_all nomexp    if  keyword_set anom  then ficname ficname  anom    if  keyword_set expanom  then ficname ficname  expanom    case n_elements boite  of        4 : box   strcompress string format i4 _ i4 _ i4 _ i4 boite                                 remove_all        6 : box   strcompress string format i4 _ i4 _ i4 _ i4 _ i4 _ i4 boite remove_all        else: box  strcompress string format i4 _ i4 _ i4 _ i4 _ i4 _ i4 lon1 lon2 lat1 lat2 prof1 prof2 remove_all     ENDCASE    if n_elements direc  EQ 0 then direc        ficname ficname box direc hovdat      Est ce que le fichier de hovmoller existe         structure du fichier :   jpt  valeur de la dim temporelle  dimtableau  dimension du tableau     dimttab 0  dimttab 1     valeur des dim     time  axe des tps  ttab  tableau a lire    def du domaine  lon1 lon2    prof1 prof2       get_lun  numlec    openr  numlec  ficname   get_lun ERROR err   swap_if_little_endian    if  err eq 0  then begin       jpt   long 1        dimtableau   long 1        readu  numlec  jpt dimtableau       case dimtableau of           1 : begin             n1   long 1              readu  numlec n1             ttab   fltarr n1           end          2 : begin             n1   long 1              n2   long 1              readu  numlec n1 n2             ttab   fltarr n1 n2           end          3 : begin             n1   long 1              n2   long 1              n3   long 1              readu  numlec n1 n2 n3             ttab   fltarr n1 n2 n3           end       endcase       time   lonarr jpt    lecture axe des tps et du tableau       readu  numlec time  ttab       newboite   fltarr 6    lecture du domaine       readu  numlec newboite       domdef  newboite   lecture info complementaire : nom du champs  de l experience       varname aaaaaaaa        readu  numlec  varname       vargrid a        readu  numlec  vargrid       varexp aaa        readu  numlec  varexp         close  numlec       free_lun  numlec       return  ttab    ENDIF    close  numlec    free_lun  numlec     changement de domaine      if keyword_set boite  then BEGIN        Case 1 Of          N_Elements Boite  Eq 1:bte lon1  lon2  lat1  lat2  0 boite 0           N_Elements Boite  Eq 2:bte lon1  lon2  lat1  lat2  boite 0 boite 1           N_Elements Boite  Eq 4:bte Boite  prof1  prof2           N_Elements Boite  Eq 5:bte Boite 0:3  0  Boite 4           N_Elements Boite  Eq 6:bte Boite          Else: return  report Mauvaise Definition de Boite        endcase       oldboite    lon1  lon2  lat1  lat2  prof1  prof2        domdef  bte    ENDIF        Boucle de lecture des fichiers       case fictyp of        DA  : dec   0         MO  : dec   14         SE  : dec   14         AN  : dec   182     endcase  initialisation des variables associees au tps    time   lonarr jptmax     jpt   0    vdat   date1   debut de la boucle    while  vdat le date2  do begin     lecture du fichier a la date vdat  vairmer          tab   lec nomchamp vdat nomexp ANOM anom EXPANOM expanom      attribution du mask et des tableaux de longitude et latitude          if jpt EQ 0 THEN grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery premierz dernierx  derniery  dernierz         if  n_elements tab  eq 1 and tab 0  eq  1  then begin          goto  incrdate       endif else begin          jpt   jpt   1          if  jpt gt jptmax  then return  report lect : augmenter jptmax        endelse     Moyenne du champs tab         IF n_params  EQ 5 THEN if direc NE   then BEGIN           if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN BEGIN              if string format a2 nomchamp  EQ  SO  then tab   reform tab  nx  ny   over                ELSE tab   reform tab  nx  ny  nz   over           ENDIF           tab   moyenne tab direc        endif       if  jpt eq 1  then begin          ttab   tab       endif else BEGIN           ttab   colle ttab  tab   size tab 0 1         endelse       time jpt 1    juldate vdat dec     Incrementation de la date         incrdate :       case fictyp of           DA  : caldat juldate vdat 1 month day year           MO  : begin             caldat julday month 1 year jourdsmois month day year             day 0          end           SE  : month month 1           AN  : year year 1       endcase       Fin de boucle de lecture des fichiers          vdat long 10000 year long 100 month day    ENDWHILE    if ttab 0  EQ  1 then return  report Aucun fichier n a ete lu        Ecriture du fichier      get_lun  numlec    openw  numlec  ficname   get_lun   swap_if_little_endian    taille   size ttab     writeu  numlec  long jpt long taille 0     case taille 0  of        1 : writeu  numlec long taille 1        2 : writeu  numlec long taille 1 long taille 2        3 : writeu  numlec long taille 1 long taille 2 long taille 3     endcase    writeu  numlec long time 0:jpt 1  ttab    writeu  numlec float lon1  lon2  lat1  lat2  prof1  prof2    ecriture info complementaire : nom du champs  de l experience    writeu  numlec  strmid varname 0 8     writeu  numlec  strmid vargrid 0 1     writeu  numlec  strmid varexp 0 3       close  numlec    free_lun  numlec    if keyword_set repeat  then begin     jpt   jpt   repeat     if  jpt gt jptmax  then begin       print   lect : augmenter jptmax        goto  fini     endif     tabadd   ttab     ti  endif      if n_elements oldboite  NE 0 then domdef   oldboite      close   all      IF keyword_set key_performance  THEN print   temps lect  systime 1 tempsun       return  ttab  end    ");
+a[63] = new Array("./Obsolete/meshlec.html", "meshlec.pro", "", "             file_comments lecture du mask de des sorties d OPA  les sources se trouvent ds les    repertoires sur maia du type:     nom_exp RESTARTS      obsolete    examples   IDL  meshmask  nomfich       param  nomfich  in required  string  c est le nom du fichier a lire  Par defaut  c est meshmask           keyword GLAMBOUNDARY  in  un vecteur de 2 elements specifaint le min et le      max qui doivent etre imposes en longitude  obligatoire si le      tableau depasse 360 degres       keyword  pasblabla  in  pour suprimer les blablas      keyword  DOUBLE  in  pour forcer a lire les tableaux en double          precision  ce Mot clef est maintenant active          automatiquement       uses common pro      restrictions    La definition de ixminmesh ixmaxmesh iyminmesh iymaxmesh     izminmesh izmaxmesh doit etre faite avant l entree dans cette    routine  pour attribuer automatiquement ces valeurs au maximum    possible les mettre toutes a  1 et meshlec les calculera       history Sebastien Masson  smasson lodyc jussieu fr        Marina Levy : lecture en double precision  cas calcul sur shine          pro meshlec  nomfich  PASBLABLA   pasblabla DOUBLE   double  GLAMBOUNDARY   glamboundary  GETDIMENSIONS   GETDIMENSIONS     compile_opt idl2  strictarrsubs  obsolete    common    tempsun   systime 1            pour key_performance        jpiglo        0L    jpjglo        0L    jpkglo        0L    tab       aaaaa       definition du domaine de la grille surlequel sont    effectuees les sorties les indices des tableaux commencant    a 1: cf le fichier wrivr2 F ds WKOPA sur le cray     LECTURE DU MASK trouve ds les fichiers restart                 constitution de l adresse s_fichier et       ouverture du fichier a l adresse s_fichier       IF n_params  EQ 0 then nomfich    meshmask     s_fichier   isafile file   nomfich  iodir   iodir     if not keyword_set pasblabla  then print         if not keyword_set pasblabla  then print adresse du fichier:  s_fichier     openr  numlec  s_fichier   get_lun   f77_unformatted   swap_if_little_endian    filepamameters   fstat numlec          lecture      readu  numlec  jpiglo  jpjglo  jpkglo    if not keyword_set pasblabla  then print   taille de la grille d origine:  jpiglo   jpjglo   jpkglo      if keyword_set getdimensions  then begin       free_lun numlec       close  numlec       return    endif      on determine si le fichier a ete ecrit en double precision on non     sizenumber   8l    sizefile8   4l 3l 4l 4l        4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpiglo jpjglo jpkglo sizenumber 4l         1l 4l jpiglo jpjglo sizenumber 4l         4l 4l jpkglo sizenumber 4l     if filepamameters size GE sizefile8 THEN double   1      sizenumber   4l      sizefile4   4l 3l 4l 4l          4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpiglo jpjglo jpkglo sizenumber 4l           1l 4l jpiglo jpjglo sizenumber 4l           4l 4l jpkglo sizenumber 4l    print  filepamameters size   sizefile4   sizefile8      case filepamameters size of         sizefile8:double   1         sizefile4:double   0         ELSE:BEGIN             nothing   report The OPA Mesh file as not the good size             free_lun numlec            close  numlec            return          END      endcase        if n_elements ixminmesh  EQ 0 THEN ixminmesh   0    if n_elements ixmaxmesh  EQ 0 then ixmaxmesh   jpiglo 1    if ixminmesh EQ  1 THEN ixminmesh   0    IF ixmaxmesh EQ  1 then ixmaxmesh   jpiglo 1    if n_elements iyminmesh  EQ 0 THEN iyminmesh   0    IF n_elements iymaxmesh  EQ 0 then iymaxmesh   jpjglo 1    if iyminmesh EQ  1 THEN iyminmesh   0    IF iymaxmesh EQ  1 then iymaxmesh   jpjglo 1    if n_elements izminmesh  EQ 0 THEN izminmesh   0    IF n_elements izmaxmesh  EQ 0 then izmaxmesh   jpkglo 1    if izminmesh EQ  1 THEN izminmesh   0    IF izmaxmesh EQ  1 then izmaxmesh   jpkglo 1         jpi      long ixmaxmesh ixminmesh 1     jpj      long iymaxmesh iyminmesh 1     jpk      long izmaxmesh izminmesh 1      doit on reellement lire la grille       meshparameters    jpiglo:jpiglo  jpjglo:jpjglo  jpkglo:jpkglo                          jpi:jpi  jpj:jpj  jpk:jpk                          ixminmesh:ixminmesh  ixmaxmesh:ixmaxmesh                          iyminmesh:iyminmesh  iymaxmesh:iymaxmesh                          izminmesh:izminmesh  izmaxmesh:izmaxmesh                          key_shift:key_shift         noticebase xnotice Lecture du fichier  C  s_fichier C         IF NOT keyword_set double  THEN BEGIN        z3d      fltarr jpiglo  jpjglo  jpkglo        z2d      fltarr jpiglo  jpjglo        z1d      fltarr jpkglo     ENDIF ELSE BEGIN        z3d      dblarr jpiglo  jpjglo  jpkglo        z2d      dblarr jpiglo  jpjglo        z1d      dblarr jpkglo     ENDELSE      if not keyword_set pasblabla  then print         readu  numlec  tab z2d    GLAMT float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMT 25 31 :  GLAMT 25 31     readu  numlec  tab z2d    GLAMU float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMU 25 31 :  GLAMU 25 31     readu  numlec  tab z2d    GLAMV float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMV 25 31 :  GLAMV 25 31     readu  numlec  tab z2d    GLAMF float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GLAMF 25 31 :  z2d 25 31      if not keyword_set pasblabla  then print         readu  numlec  tab  z2d      GPHIT float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIT 25 31 :  GPHIT 25 31     readu  numlec  tab  z2d      GPHIU float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIU 25 31 :  GPHIU 25 31     readu  numlec  tab  z2d      GPHIV float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIV 25 31 :  GPHIV 25 31     readu  numlec  tab  z2d      GPHIF float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GPHIF 25 31 :  z2d 25 31      if not keyword_set pasblabla  then print         readu  numlec  tab  z2d    E1T float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1T 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E1U float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1U 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E1V float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1V 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E1F float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E1F 25 5 :  z2d 25 5      if not keyword_set pasblabla  then print         readu  numlec  tab  z2d    E2T float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2T 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E2U float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2U 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E2V float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2V 25 5 :  z2d 25 5     readu  numlec  tab  z2d    E2F float z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E2F 25 5 :  z2d 25 5      if not keyword_set pasblabla  then print         readu  numlec  tab  z3d         TMASK byte z3d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur TMASK 25 5 0 :  TMASK 25 5 0     readu  numlec  tab  z3d       UMASKred byte z3d ixmaxmesh iyminmesh:iymaxmesh izminmesh:izmaxmesh     umaskred   reform umaskred     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur UMASK 25 5 0 :  z3d 25 5 0     readu  numlec  tab  z3d        VMASKred byte z3d ixminmesh:ixmaxmesh iymaxmesh izminmesh:izmaxmesh     vmaskred   reform vmaskred     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur VMASK 25 5 0 :  z3d 25 5 0     readu  numlec  tab  z3d        fmaskredy byte z3d ixmaxmesh iyminmesh:iymaxmesh izminmesh:izmaxmesh     coast   where fmaskredy NE 0 and fmaskredy NE 1     IF coast 0  NE  1 THEN fmaskredy coast    0b    fmaskredx byte z3d ixminmesh:ixmaxmesh iymaxmesh izminmesh:izmaxmesh     coast   where fmaskredx NE 0 and fmaskredx NE 1     IF coast 0  NE  1 THEN fmaskredx coast    0b    fmaskredx   reform fmaskredx     fmaskredy   reform fmaskredy     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur FMASK 25 5 0 :  z3d 25 5 0       if not keyword_set pasblabla  then print         readu  numlec  tab  z2d     FF z2d ixminmesh:ixmaxmesh iyminmesh:iymaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur FF 25 5 :  z2d 25 5     readu  numlec  tab  z1d    GDEPT float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GDEPT 1 :  GDEPT 1     readu  numlec  tab  z1d        GDEPW float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur GDEPW 1 :  GDEPW 1     readu  numlec  tab  z1d       E3T float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E3T 3 :  E3T 3     readu  numlec  tab  z1d       E3W float z1d izminmesh:izmaxmesh     if not keyword_set pasblabla  then print   tableau:  tab  exemple de valeur E3W 3 :  E3W 3       free_lun numlec    close  numlec       bornes de glam qui ne doivent pas depasser 360 degres          minglam   min glamt  max   maxglam       if maxglam minglam GE 360 AND NOT keyword_set glamboundary  then         nothing   execute glamboundary    xquestion What are the longitudes boundary   180 180 chkwidget       if keyword_set glamboundary  then begin       if glamboundary 0  NE glamboundary 1  then begin          glamt   glamt MOD 360          smaller   where glamt LT glamboundary 0           if smaller 0  NE  1 then glamt smaller    glamt smaller 360          bigger   where glamt GE glamboundary 1           if bigger 0  NE  1 then glamt bigger    glamt bigger 360          glamu   glamu MOD 360          smaller   where glamu LT glamboundary 0           if smaller 0  NE  1 then glamu smaller    glamu smaller 360          bigger   where glamu GE glamboundary 1           if bigger 0  NE  1 then glamu bigger    glamu bigger 360          glamv   glamv MOD 360          smaller   where glamv LT glamboundary 0           if smaller 0  NE  1 then glamv smaller    glamv smaller 360          bigger   where glamv GE glamboundary 1           if bigger 0  NE  1 then glamv bigger    glamv bigger 360          glamf   glamf MOD 360          smaller   where glamf LT glamboundary 0           if smaller 0  NE  1 then glamf smaller    glamf smaller 360          bigger   where glamf GE glamboundary 1           if bigger 0  NE  1 then glamf bigger    glamf bigger 360       endif    endif     shift en x      if keyword_set key_shift  AND jpi NE 1 then begin       glamt   shift glamt key_shift   0        gphit   shift gphit key_shift   0        e1t   shift e1t  key_shift  0        e2t   shift e2t key_shift   0        glamu   shift glamu  key_shift  0        gphiu   shift gphiu  key_shift  0        e1u   shift e1u key_shift   0        e2u   shift e2u  key_shift  0        glamv   shift glamv  key_shift  0        gphiv   shift gphiv  key_shift  0        e1v   shift e1v key_shift   0        e2v   shift e2v  key_shift  0        glamf   shift glamf  key_shift  0        gphif   shift gphif  key_shift  0        e1f   shift e1f  key_shift   0        e2f   shift e2f  key_shift  0        if jpk EQ 1 then begin          tmask   shift tmask  key_shift  0           vmaskred   shift vmaskred  key_shift           fmaskredx   shift fmaskredx  key_shift        ENDIF ELSE BEGIN          tmask   shift tmask  key_shift  0 0           vmaskred   shift vmaskred  key_shift  0           fmaskredx   shift fmaskredx  key_shift  0        ENDELSE    endif      key_yreverse   0    key_zreverse   0    key_partialstep   0    key_stride    1  1  1     key_gridtype    c       if not keyword_set pasblabla  then print lecture  nomfich  finie     widget_control  noticebase  bad_id   toto   destroy    if keyword_set key_performance  THEN print   temps meshlec  systime 1 tempsun      return end    ");
+a[64] = new Array("./Obsolete/ncdf_meshlec.html", "ncdf_meshlec.pro", "", "           file_comments use ncdf_meshread instead     obsolete      history   Aug  2005  Sebastien Masson: switch to ncdf_meshread         PRO ncdf_meshlec  filename  _EXTRA   ex       compile_opt idl2  strictarrsubs  obsolete     CASE n_params  OF     0:ncdf_meshread  _EXTRA   ex     1:ncdf_meshread  filename  _EXTRA   ex   ENDCASE     return END");
+a[65] = new Array("./Obsolete/nlec.html", "nlec.pro", "", "           file_comments lit les fichiers Net Cdf de l experience TOTEM ECMWF qui sont sur   maia:  u rech eee reee217 TOTEM REF OUTPUTS    obsolete      param name  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var      param debut  in  nombres de 6 ou 8 chiffres  anneemoisjour  par ex:19980507     param fin  in  nombres de 6 ou 8 chiffres  anneemoisjour  par ex:19980507     param nomexperience  in optional  trois lettres designant le nom de l experience              keyword BOITE boite sur laquelle integrer  par defaut tt le domaine             keyword DIREC:  x   y   z   xy   xz   yz   xyz  directions selon lesquelles               effectuer les moyennes  si rien n est donne on n effectue pas de moyenne       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      uses common pro vraidate juldate  nlec5j          nlecserie      history Sebastien Masson  smasson lodyc jussieu fr      14 8 98      REF 07 790101 grid T nc  REF 07 790101 grid U nc   REF 07 790101 grid V nc   REF 07 790101 grid W nc     function nlec name debut fin nomexperience BOITE boite DIREC direc GRILLE grille TOUT tout                   STRUCTURE   structure  SEUILMIN   seuilmin  SEUILMAX   seuilmax  NAN   nan                   _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete    common      tempsun   systime 1            pour key_performance    nom strlowcase name      specification de la date et de l experience      case n_params  of       1:BEGIN           year year 1900 year ne 0 and year ne  1 and year lt 100           date   day 100 month 10000 year       end       2:BEGIN           if size debut   tname  EQ  STRING  then begin             prefix   strupcase debut              year year 1900 year ne 0 and year ne  1 and year lt 100              date   day 100 month 10000 year          ENDIF ELSE BEGIN             date   debut             rien juldate date           ENDELSE       end       3:begin          date   debut          rien juldate date           if size fin   tname  EQ  STRING  then begin             prefix   strupcase fin           ENDIF ELSE BEGIN             date2 vraidate fin              year2 date2 10000             month2 date2 100   year2 100             day2 date2   year2 10000   month2 100          ENDELSE       end       4:BEGIN          date   debut          rien juldate date            if size nomexperience   tname  EQ  STRING  then begin             prefix   strupcase nomexperience              date2   fin          ENDIF ELSE BEGIN             prefix   strupcase fin              date2   nomexperience          ENDELSE          date2 vraidate date2           year2 date2 10000          month2 date2 100   year2 100          day2 date2   year2 10000   month2 100       end    endcase    date   long date     if n_elements date2  NE 0 then date2   long date2     if n_elements date2  NE 0 then if date2 eq date then tempvar   SIZE TEMPORARY date2      verification de la coherence des dates      if n_elements date2  ne 0 then begin       if  day    EQ 0 AND day2  NE 0  OR  month EQ 0 AND month2 NE 0  OR           year   EQ 0 AND year2 NE 0  or  day2  EQ 0 AND day    NE 0  OR           month2 EQ 0 AND month NE 0  OR  year2 EQ 0 AND year   NE 0  then          return   report verifier la coherence des dates        if date2 le date then return  report date2 doit etre posterieure a date     endif     case sur le type de fichiers que l on veut lire    determination ds chaque cas de numsortie et nbretps      if day NE 0 then begin         SORTIES A 5 JOURS     numsortie   testjour:       numsortie 1 julday month day year julday 1 1 year 5 0        if numsortie ne floor numsortie  then begin          if n_elements date2  ne 0 then begin             caldat julday month day 1 year month day year             goto  testjour          endif          return    1       ENDIF       numsortie   long numsortie      determination du nombre de pas de tps a extraire pour la serie temporelle   entiere: nbretps         if n_elements date2  ne 0 then begin          testjour2:          numsortie2 1 julday month2 day2 year2 julday 1 1 year2 5           if numsortie2 ne floor numsortie2  then begin             caldat julday month2 day2 1 year2 month2 day2 year2             goto  testjour2          endif          if year eq year2 then nbretps numsortie2 numsortie 1 else             nbretps 73 numsortie 1 year2 year 1 73 numsortie2          numsortie2   long numsortie2        endif else nbretps 1       nbretps   long nbretps      si on fait une serie temporelle on cherche a lire plutot un fichier   contenant deja une serie temporelle par contre pour une sortie   unique on cherche d abord a lire un fichier contenant toutes les variables          IF n_elements date2  ne 0 THEN BEGIN          serie:          IF n_elements dejaserie  eq 1 then return   1          datejul   5 numsortie 1 julday 1  1  year           if n_elements date2  ne 0 then date2jul   5 numsortie2 1 julday 1  1  year2             ELSE date2jul   datejul           res   nlecserie nom  datejul  date2jul BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           IF res 0  EQ  1 THEN BEGIN              dejaserie   1             GOTO   passerie          ENDIF        ENDIF ELSE BEGIN          passerie:          IF n_elements dejapasserie  eq 1 then return   1          res     nlec5j  nom  numsortie    nbretps BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           IF res 0  EQ  1 THEN BEGIN             dejapasserie   1             GOTO   serie          ENDIF        endelse    ENDIF ELSE BEGIN       CASE 1 of          month NE 0 AND year NE 0:BEGIN   SORTIES MENSUELLES             numsortie79    year 1979 12 month             if n_elements date2  ne 0 then nbretps   month2 month 1 12 year2 year                ELSE nbretps   1             res   nlecmois nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end          month EQ 0 AND year NE 0:BEGIN   SORTIES ANNUELLES             numsortie79    year 1978              if n_elements date2  ne 0 then nbretps   year2 year 1               ELSE nbretps   1             res   nlecan nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end          month NE 0 AND year EQ 0:BEGIN   SORTIES SAISONNIERES             numsortie79   month             if n_elements date2  ne 0 then nbretps   month2 month 1               ELSE nbretps   1             res   nlecsaison nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end          month EQ 0 AND year EQ 0:BEGIN   SORTIES CLIMATOLOGIQUE             numsortie79   13             nbretps   1             res   nlecsaison nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex           end       endcase    endelse      seuil      if n_elements seuilmin  NE 0 then BEGIN       if n_elements valmask  EQ 0 then valmask   1e20       terre   where res GT valmask 10        res   seuilmin   res       if terre 0  NE  1 then res terre    valmask       undefine  terre    endif    if n_elements seuilmax  NE 0 then begin       if n_elements valmask  EQ 0 then valmask   1e20       terre   where res GT valmask 10        res   res   seuilmax       if terre 0  NE  1 then res terre    valmask       undefine  terre    endif     points a metre a nan      if n_elements nan  NE 0 then BEGIN       if n_elements valmask  EQ 0 then valmask   1e20       if abs valmask  LT 1e6 then terre   where abs res  GT abs valmask 10          ELSE terre   where res EQ valmask        if abs nan  LT 1e6 then notan   where res EQ nan          ELSE notan   where abs res  GT abs nan        if notan 0  NE  1 then res notan     values f_nan       notan   notan 0  NE  1       if terre 0  NE  1 then res terre    valmask       undefine  terre    endif     ajustement de niveau pour les tableau 2d simples      if jpt EQ 1 then begin       taille   size res        IF taille 0  EQ 2 THEN niveau   1    endif     moyenne eventuelle      IF keyword_set direc  THEN BEGIN        IF jpt EQ 1 THEN res   moyenne res direc BOITE boite  nan   notan          ELSE res   grossemoyenne res direc BOITE boite  nan   notan     ENDIF      mise en placer des parametres pour le trace        if keyword_set boite  then legende_pltt   boite ELSE legende_pltt    lon1  lon2  lat1  lat2        IF n_elements res  NE 1 THEN res   reform res over     IF NOT keyword_set direc  THEN domdef  lon1  lon2  lat1  lat2  prof1  prof2  _extra   ex  grille   vargrid      ELSE if direc eq  t  then domdef  lon1  lon2  lat1  lat2  prof1  prof2  _extra   ex  grille   vargrid      if keyword_set structure  then res    tab:res  grille:vargrid  unite:varunit  experience:varexp  nom:varname       if keyword_set key_performance  THEN print   temps nlec  systime 1 tempsun     time   time 2l    return res     end              ");
+a[66] = new Array("./Obsolete/nlec5j.html", "nlec5j.pro", "", "           file_comments lit les fichiers Net Cdf de l experience TOTEM ECMWF qui   contiennent les sorties a 5j regroupees par type de grille par   paquets de 6 mois    sur maia:  u rech eee reee217 TOTEM REF OUTPUTS     obsolete      categories lecture de NETCDF      examples   IDL  res nlec5j  nom  numsortie  nbretps       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var     param numsortie  in required le numero du pas de temps que l on veut sortir du   fichier  compte a partir de 1  a partir de year    param nbretps  in required  nombre de pas de temps a extraire              keyword BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd on ne demande pas de serie  ou 3d ou 4d ds le cas dune serie        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr            function nlec5j  nom  numsortie  nbretps BOITE   boite  GRILLE grille TOUT tout  _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete    common      res 1    anneedepart 1979     gestion du nom du fichier      if numsortie le 36 then BEGIN        mmdd 0101        numsort numsortie    ENDIF  else BEGIN       if leapyr year  then mmdd 0629  else mmdd 0630        numsort numsortie 36    endelse    case 1 of       year lt 10:                 s_year  0 string format i1 year        year lt 100 and year ge 10 :s_year      string format i2 year        year ge 100:                s_year      string format i2 year 1900 year LT 2000     endcase    numfich year anneedepart 2 7 mmdd ne  0101     s_date s_year mmdd    if numfich lt 10 then numfich 0 string format i1 numfich       else numfich     string format i2 numfich      gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix numfich s_date grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null        cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix numfich s_date grid        IF quelsfichiers 0  EQ   THEN BEGIN   liste vide          if keyword_set bavard  then             ras   report LES FICHIERS:  iodir prefix numfich s_date grid  n existe pas           return    1       ENDIF        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN   ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       if keyword_set bavard  then          ras   report La variable  nom  n existe pas ds les fichiers iodir prefix numfich s_date grid        return    1    endelse grilletrouvee:     lecture de certains attributs      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     if month lt 10 then s_month 0 string format i1 month       else s_month     string format i2 month     if day lt 10 then s_day 0 string format i1 day       else s_day     string format i2 day     vardate s_year s_month s_day    ncdf_attget cdfid file_name value global    varexp string value 0: where value EQ  byte 0 0 1        extraction du tableau qui nous interesse       determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case  N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else: return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery  premierz  dernierx  derniery  dernierz    ENDELSE      determination du nombre de pas de tps a extraire ds ce fichier      if nbretps gt 36 1 mmdd ne  0101 numsort 1 then nt 36 1 mmdd ne  0101 numsort 1      else nt nbretps        if varcontient ndims eq 3 then       ncdf_varget cdfid nom res offset premierx premiery numsort 1 count nx ny nt       else       ncdf_varget cdfid nom res offset premierx premiery  premierz numsort 1 count nx ny nz nt      rappel en boucle de nlec si il faut ouvrir de nouveaux fichiers   pour constituer la serie temporelle      if nbretps gt 36 1 mmdd ne  0101 numsort 1 then begin       if mmdd ne  0101  then year   year 1       if varcontient ndims eq 3 then          res    res                   nlec5j nom 1 36 mmdd eq  0101 nbretps nt tout tout GRILLE vargrid BOITE boite          ELSE BEGIN         res res                 nlec5j nom 1 36 mmdd eq  0101 nbretps nt tout tout GRILLE vargrid  BOITE boite         res reform res nx ny nz nbretps   over       ENDELSE        ncdf_varget cdfid time_counter temps  offset    numsort 1 count nt        time    long temps julday 1  5  1979  time        jpt nt jpt    endif else BEGIN       ncdf_varget cdfid time_counter temps  offset    numsort 1 count nt        time   long temps julday 1  5  1979        jpt nt    endelse      ncdf_close cdfid    return res     end");
+a[67] = new Array("./Obsolete/nlecan.html", "nlecan.pro", "", "           file_comments lit les moyennes annuelles   sur maia:  u rech eee reee217 TOTEM REF OUTPUTS       obsolete    categories lecture de NETCDF      examples    IDL  res nlecan nom  numsortie79  nbretps       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var    param numsortie79   in required  le numero du pas de temps que l on veut sortir du   fichier  compte a partir de 1  a partir de 79    param nbretps   in required  nombre de pas de temps a extraire      keyword BOITE  boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd la serie ne fait que 1 pas de temps  ou   3d  valable ds 1 premier tps que pour les tableaux 2d        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr           REF moyenne annuelle grid T nc   function nlecan  nom  numsortie79  nbretps BOITE   boite GRILLE grille TOUT tout  _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete    common        res 1    anneedepart 1979     gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix moyenne annuelle grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null              cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix moyenne annuelle grid        IF quelsfichiers 0  EQ   THEN     liste vide          return   report LES FICHIERS:  iodir prefix moyenne annuelle grid  n existe pas        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN     ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       return  report La variable  nom  n existe pas ds les fichiers iodir prefix moyenne annuelle grid     endelse grilletrouvee:     lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     varexp prefix     lecture de l axe des temps      ncdf_varget cdfid time_counter time  offset    numsortie79 1 count nbretps     time   long time julday 12  31  1978     jpt nbretps    IF jpt EQ 1 THEN BEGIN       caldat  time 0  month  day  year       case 1 of          year lt 10:                 s_year  0 string format i1 year           year lt 100 and year ge 10 :s_year      string format i2 year           year ge 100:                s_year      string format i2 year 1900        endcase       vardate annee:  s_year    endif       extraction du tableau qui nous interesse         determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       glam 1        gphi 1        gdep 1        premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery  premierz    ENDELSE       if varcontient ndims eq 3 then       ncdf_varget cdfid nom res offset premierx premiery numsortie79 1         count nx ny nbretps  else       ncdf_varget cdfid nom res offset premierx premiery  premierz numsortie79 1         count nx ny nz nbretps       ncdf_close cdfid    return res     end");
+a[68] = new Array("./Obsolete/nlecmois.html", "nlecmois.pro", "", "             file_comments lit les fichiers Net Cdf  de moyenne mensuel  de   l experience TOTEM ECMWF qui sont sur   maia:  u rech eee reee217 TOTEM REF OUTPUTS    obsolete      keyword BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef    uses common pro      history Sebastien Masson  smasson lodyc jussieu fr           REF moyenne mensuelle 79 81 grid T nc   function nlecmois nom numsortie79 nbretps  BOITE boite GRILLE grille TOUT tout  _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete    common      res  1     annee du nom du 1er fichier      annee   floor floor numsortie79 1 12 3 3 79     gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null        cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid        IF quelsfichiers 0  EQ   THEN     liste vide          return  report LES FICHIERS:  iodir prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid  n existe pas        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN   ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       return  report La variable  nom  n existe pas ds les fichiers iodir prefix moyenne mensuelle strtrim annee  1 strtrim annee 2  1 grid     endelse grilletrouvee:     lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     varexp prefix     determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       premierx 0       premiery 0       premierz 0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return   report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery  premierz    ENDELSE      determination du nombre de pas de tps a extraire ds ce fichier      numsortie   numsortie79 12 annee 79     if nbretps numsortie 1 gt 36 then nt 36 numsortie 1      else nt nbretps    numsortie   numsortie79 12 annee 79        if varcontient ndims eq 3 then       ncdf_varget cdfid nom res offset premierx premiery numsortie 1 count nx ny nt  else       ncdf_varget cdfid nom res offset premierx premiery premierz numsortie 1 count nx ny nz nt      rappel en boucle de nlec si il faut ouvrir de nouveaux fichiers   pour constituer la serie temporelle      if nbretps gt 36 numsortie 1 then begin       if varcontient ndims eq 3 then          res    res                   nlecmois nom numsortie79 nt nbretps nt tout tout GRILLE vargrid BOITE boite          else BEGIN           res res                   nlecmois nom numsortie79 nt nbretps nt tout tout GRILLE vargrid BOITE boite                      res reform res nx ny nz nbretps   over         ENDELSE        ncdf_varget cdfid time_counter temps  offset    numsortie 1 count nt        time    long temps julday 12  31  1978  time        jpt nt jpt    endif else BEGIN       ncdf_varget cdfid time_counter temps  offset    numsortie 1 count nt        time   long temps julday 12  31  1978        jpt nt    endelse      ncdf_close cdfid    IF n_elements time  EQ 1 THEN BEGIN       caldat  time  m  d  y       if m lt 10 then m 0 string format i1 m          else m     string format i2 m        if n_elements langage  EQ 0 then langage    non definit        if langage EQ  gb  then vardate   strtrim y  1   string format C CMoA 31 m 1          ELSE vardate   string format C CMoA 31 m 1   strtrim y  1     endif      return res     end");
+a[69] = new Array("./Obsolete/nlecsaison.html", "nlecsaison.pro", "", "           file_comments lit les moyennes annuelles   sur maia:  u rech eee reee217 TOTEM REF OUTPUTS     obsolete      categories lecture de NETCDF      examples   IDL  res nlecsaison nom  numsortie79  nbretps       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var    param numsortie79   in required  le numero du pas de temps que l on veut sortir du   fichier  compte a partir de 1  a partir de 79     param nbretps   in required  nombre de pas de temps a extraire      keyword      BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd la serie ne fait que 1 pas de temps  ou   3d  valable ds 1 premier tps que pour les tableaux 2d        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr         REF saisonnier climato grid T nc     function nlecsaison  nom  numsortie79  nbretps BOITE   boite  GRILLE grille TOUT tout  _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete    common        res 1    anneedepart 1979     gestion du nom de la grille en testant les differentes possibilites   et ouverture du fichier      if keyword_set grille  then begin       vargrid grille       nomfich prefix saisonnier climato grid vargrid nc        IF  version OS_FAMILY EQ  unix  THEN spawn   file  iodir nomfich     dev null        cdfid ncdf_open iodir nomfich        varcontient ncdf_varinq cdfid nom     endif else begin   liste des fichiers pouvant convenir       quelsfichiers   findfile iodir prefix saisonnier climato grid        IF quelsfichiers 0  EQ   THEN     liste vide          return  report LES FICHIERS:  iodir prefix saisonnier climato grid  n existe pas        for i 0 n_elements quelsfichiers 1 do begin          IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers i     dev null           cdfid ncdf_open quelsfichiers i           contient ncdf_inquire cdfid           for varid 0 contient nvars 1 do BEGIN     ds les fichiers existants on             varcontient ncdf_varinq cdfid varid    cherche le nom des variables             if varcontient name eq nom then BEGIN                vargrid strmid quelsfichiers i strpos quelsfichiers i grid 5 1   nom de grille                goto  grilletrouvee             ENDIF           endfor          ncdf_close cdfid       endfor       return  report La variable  nom  n existe pas ds les fichiers iodir prefix saisonnier climato grid     endelse grilletrouvee:     lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     varexp prefix     lecture de l axe des temps      ncdf_varget cdfid time_counter time  offset    numsortie79 1 count nbretps     time   long time julday 12  31  1978     jpt nbretps    IF jpt EQ 1 THEN BEGIN       IF numsortie79 EQ 13 THEN vardate CLIMATOLOGIE  prefix         ELSE begin          vardate climato mensuelle  strtrim numsortie79 1        endelse    endif       extraction du tableau qui nous interesse         determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       glam 1        gphi 1        gdep 1        premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           CASE N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery premierz    ENDELSE       if varcontient ndims eq 3 then       ncdf_varget cdfid nom res        offset premierx premiery numsortie79 1 count nx ny nbretps  else       ncdf_varget cdfid nom res        offset premierx premiery premierz numsortie79 1 count nx ny nz nbretps       ncdf_close cdfid    return res     end");
+a[70] = new Array("./Obsolete/nlecserie.html", "nlecserie.pro", "", "           file_comments lit les series temporelles se rapportant a une variable   sur maia:  u rech eee reee217 TOTEM REF OUTPUTS     obsolete      categories lecture de NETCDF      examples    IDL  res nlecserie nom  date1  date2       param nom  in required  nom du tableau contenant le champ que l on veut  le   trouver avec ncdflec fichier var       param  date1 date2  in required  les dates vermairs qui delimitent la serie temporelle      keyword BOITE boite sur laquelle integrer  par defaut tt le domaine       keyword GRILLE impose la grille a laquelle est rapporte le champ  rq permet   d aller plus vite ds la lecture       keyword  TOUT oblige a lire le tableau entier en non pas celui reduit a domdef      returns tableau 2d  qd la serie ne fait que 1 pas de temps  ou   3d  valable ds 1 premier tps que pour les tableaux 2d        uses common pro      restrictions appele par nlec      history Sebastien Masson  smasson lodyc jussieu fr           REF sss grid T nc   function nlecserie  nom  date1  date2 BOITE   boite  GRILLE grille TOUT tout  _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete    common        res 1    anneedepart 1979     gestion du nom de la grille   et ouverture du fichier     liste des fichiers pouvant convenir    quelsfichiers   findfile iodir prefix nom grid     IF quelsfichiers 0  EQ   THEN BEGIN   liste vide        print   LES FICHIERS:  iodir prefix nom grid  n existe pas        return    1    ENDIF ELSE BEGIN        vargrid strmid quelsfichiers 0 strpos quelsfichiers 0 grid 5 1   nom de grille       IF  version OS_FAMILY EQ  unix  THEN spawn   file  quelsfichiers 0     dev null        cdfid ncdf_open quelsfichiers 0     ENDELSE      lecture de certains attributs et de l axe des temps      ncdf_attget cdfid nom title value    varname string value     ncdf_attget cdfid nom units value    varunit string value     if rstrpos varname  eq  1 then varname varname   varunit     ncdf_attget cdfid file_name value global    varexp string value     varexp strmid varexp  0  strpos varexp        lecture de l axe des temps en entier on ja reperer la place des   dates debut et fin pour faire l extraction temporelle      ncdf_varget cdfid time_counter time    time   long time julday 1  5  1979      debut   where time EQ juldate date1      fin   where time EQ juldate date2     debut   where time EQ date1     fin   where time EQ date2     if debut 0  EQ  1 then         return  report l axe des temps ne contient pas la date de debut  strtrim date1  1     if fin 0  EQ  1 then         return  report l axe des temps ne contient pas la date de fin  strtrim date2  1     time   time debut 0 :fin 0     jpt fin 0 debut 0 1    IF jpt EQ 1 THEN BEGIN       caldat  time 0  month  day  year       case 1 of          year lt 10:                 s_year  0 string format i1 year           year lt 100 and year ge 10 :s_year      string format i2 year           year ge 100:                s_year      string format i2 year 1900        endcase       if month lt 10 then s_month 0 string format i1 month          else s_month     string format i2 month        if day lt 10 then s_day 0 string format i1 day          else s_day     string format i2 day        vardate s_year s_month s_day    endif       extraction du tableau qui nous interesse         determination du domaine geographique      if keyword_set tout  then begin       nx jpi       ny jpj       nz jpk       premierx   0       premiery   0       premierz   0    endif else BEGIN      redefinition eventuelle du domaine ajuste a boite  a 6 elements      on recupere la dim du no9uveau domaine         if keyword_set boite  then BEGIN           Case N_Elements Boite  Of             1:Domdef  lon1  lon2  lat1  lat2  0 boite 0 GRILLE vargrid  _EXTRA   ex             2:Domdef  lon1  lon2  lat1  lat2  boite 0 boite 1 GRILLE vargrid  _EXTRA   ex             4:Domdef   Boite  prof1  prof2 GRILLE vargrid  _EXTRA   ex             5:Domdef   Boite 0:3  0  Boite 4 GRILLE vargrid  _EXTRA   ex             6:Domdef  Boite GRILLE vargrid  _EXTRA   ex             Else:return  report Mauvaise Definition de Boite           endcase       ENDIF       grille  mask  glam  gphi  gdep  nx  ny nz premierx premiery    ENDELSE      ncdf_varget cdfid nom res        offset premierx premiery debut 0         count nx ny fin 0 debut 0 1       ncdf_close cdfid    return res     end");
+a[71] = new Array("./Obsolete/vairdate.html", "vairdate.pro", "", "             file_comments  gives vairmer date equivalent of a date in julian format             sets month  day and year to the corresp values    obsolete    file_comments you better use jul2date      examples    IDL  vdate   vairdate 1755087       param jdate  in required  date en jours juliens        keyword MENSUEL a activer si on veut pour  que les dates dont le jour est      15 deviennent avec un jour egale a 0  par ex:      19990115       19990100      keyword  ANNUEL a activer si on veut pour  que les dates dont le mois est      6 et dont le jour est 1 deviennent avec un mois et jour egale a      0  par ex:      19990601       19990000      returns vdate date vairmer     plus year  month et day      uses  common        history  Jerome Vialard   jv lodyc jussieu fr      2 7 98                  13 9 1999  Sebastien Masson  smasson lodyc jussieu fr                          ANNUEL MENSUEL _EXTRA et possibilite                         d utiliser vairdate avec des scalaire ou des                         tableaux         function vairdate  jdate   ANNUEL   annuel  MENSUEL   mensuel  _EXTRA   ex     compile_opt idl2  strictarrsubs  obsolete    common      caldat  jdate  month  day  year  _EXTRA   ex    index   where year eq  1     if index 0  NE  1 then year index    0    if keyword_set mensuel  THEN BEGIN        index   where day EQ 15        if index 0  NE  1 then day index    0    endif    if keyword_set annuel  THEN BEGIN        index   where day EQ 1 AND month EQ 6        if index 0  NE  1 then BEGIN           day index    0          month index    0       endif    endif      return  10000L year 100L month day   end  ");
+a[72] = new Array("./Obsolete/vraidate.html", "vraidate.pro", "", "           file_comments donne la date en long    obsolete        param date  in required  une date du type yyyymmdd       keyword  GRADS if  1 le year le 49 then year   2000 year                 if 50 le year le 99 then year   1900 year      returns une date vairmer du type yyyymmdd   si year est nulle ou egale a  1 ne change rien      examples    IDL  res vraidate date    IDL  vraidate 980703     donne 19980703 qui est un long      history Sebastien Masson  smasson lodyc jussieu fr      3 7 98   remove automatic change from year 1 to 1901  Aug 2004         function vraidate  date  GRADS   grads  _EXTRA   ex       compile_opt idl2  strictarrsubs  obsolete     IF NOT keyword_set GRADS  THEN return  long date      date   long date    annee   date 10000   return  date 19000000L annee GE 50 and date lt 1000000 20000000L annee LT 50 and date lt 1000000    end");
+a[73] = new Array("./Postscript/closeps.html", "closeps.pro", "", "           file_comments Close the Postscript mode      when archive_ps ne 0  we add the name and the date    at the bottom left corner of the postcript page  If the    postscript is called idl ps we change its name to number ps     number automatically found to be 1 larger that any of the    existing ps file       keyword INFOWIDGET A long integer giving the id of the information             widget  created by openps  that we have de destroy at              the end of closeps  when the postscript is done       uses cm_4ps      history Sebastien Masson  smasson lodyc jussieu fr                          21 12 98   June 2005: Sebastien Masson  english version with new commons          PRO closeps  INFOWIDGET   infowidget       compile_opt idl2  strictarrsubs      IF lmgr demo  EQ 1 THEN return     include commons  cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     IF  d name NE  PS  THEN GOTO  last_part     if archive_ps   0 we will add its name and the date at the bottom   left corner of the page  in case if the postscript will be archived    in printps       IF keyword_set archive_ps  THEN BEGIN     we get the name of the latest created postscript          psdir   isadirectory psdir  title    Select psdir       nameps   file_search psdir ps                                 test_regular   test_write   nosort       dates    file_info nameps mtime      lastdate    reverse sort temporary dates 0       nameps   nameps lastdate       nameps   file_basename nameps   ps    If this name is idl ps then we change it to the number ps      IF nameps EQ  idl  then BEGIN   get the name of all the  ps or  ps gz files available in psdir        allps   file_search psdir ps ps gz pdf   test_regular   nosort         allps   file_basename file_basename allps gz ps         allps   file_basename allps pdf    find which of these names corresponds to numbers    get ascii codes of the names        testnumb   byte allps    longest name        maxstrlen    size testnumb   dimensions 0    ascii codes can be 0 or between byte 0  and byte 9         testnumb   testnumb EQ 0 OR                      testnumb GE  byte 0 0  AND testnumb LE  byte 9 0         testnumb   where total testnumb  1  EQ maxstrlen  count         IF count NE 0 THEN BEGIN   get the largest number          psnumber   fix allps testnumb           psnumber    psnumber reverse sort psnumber 0    1        ENDIF ELSE psnumber   0        nameps   strtrim psnumber  2       ENDIF     we annote the postscript        date   byte systime 0       we get the date      xyouts   d x_px_cm   d y_px_cm                  nameps   string date 4:10 string date 20:23                    device  charsize    75    ENDIF     close the postcript mode    device   close   last_part:      thisOS   strupcase strmid version os_family  0  3     CASE thisOS of       MAC : SET_PLOT  thisOS       WIN : SET_PLOT  thisOS      ELSE: SET_PLOT   X     ENDCASE        def_myuniquetmpdir    colorfile   myuniquetmpdir    original_colors dat     IF file_test colorfile   regular  THEN BEGIN      restore  colorfile      file_delete  colorfile   quiet   reload the original colors      tvlct  red  green  blue    ENDIF     p font    1   force background color to the last color  white      p BACKGROUND d n_colors 1    255     p color 0    if  d n_colors gt 256 then  p background ffffff x      if keyword_set infowidget  then       widget_control  long infowidget  bad_id   toto   destroy      return end");
+a[74] = new Array("./Postscript/openps.html", "openps.pro", "", "             file_comments switch to postcript mode and define it      param namepsin  in optional  name of the postscript file  Extension  ps  is added                  if missing  It will be stored in the psdir directory       keyword FILENAME to define the name of the postcript file through                    a keyword rather than with nameps inut argument                     in this case the keyword can be pass through                     different routines via _extra keyword       keyword INFOWIDGET If INFOWIDGET is present  it specifies a named               variable into which the id of the widget giving informations               about the postscript creation is stored as a long integer                This id is needed by close ps to kill the information widget       keyword KEEP_PFONT activate to suppress the modification of  p font               by defaut we force   p font   0  to make smaller postscripts     keyword KEEPPFONT same as keep_pfont      keyword LIGHTNESS a scalar used to change the Lightness of the color              palette to be abble to adjust according to the printer we use               the media  paper or slide                   lightness  1 to get darker colors      keyword _EXTRA: used to pass any keyword to device procedure        uses cm_4ps      history Sebastien Masson  smasson lodyc jussieu fr    21 12 98   1 2 98: ajout de nameps en input   1 9 1999: ajout du mot cle FILENAME et du widget   June 2005: Sebastien Masson  cleaning  english version with new commons          pro openps  namepsin  FILENAME   filename  INFOWIDGET   infowidget                 KEEPPFONT   keeppfont  KEEP_PFONT   keep_pfont                 PORTRAIT   portrait  LANDSCAPE   landscape                 LIGHTNESS   Lightness _extra   ex       compile_opt idl2  strictarrsubs      IF lmgr demo  EQ 1 THEN BEGIN       dummy   report impossible to create a PS in demo mode        return    ENDIF     include commons  cm_4ps IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew ENDIF     close the postcript device if we are already in postcsrit mode    IF  d name EQ  PS  THEN device   close   switch to postscript mode    set_plot ps      if we use  keyword Lightness   save the actual color palette in a temporary file    to be restored when calling closeps      IF n_elements Lightness  NE 0 THEN BEGIN      IF Lightness NE 1 THEN BEGIN        tvlct  red  green  blue   get        def_myuniquetmpdir        save  red  green  blue  filename   myuniquetmpdir    original_colors dat         palit  Lightness  red  green  blue      ENDIF    ENDIF     we define the name of the file      CASE 1 OF      n_params  EQ 1:nameps   namepsin      keyword_set filename : nameps   filename      ELSE:nameps   xquestion Name of the postscript file   idl ps   chkwid     ENDCASE   make sure that nameps ends with  ps     nameps   file_dirname nameps   mark_directory                  file_basename nameps   ps     ps    add path  psdir  and check that nameps is ok    nameps   isafile nameps  iodir   psdir   new      we define xsize  ysize  xoffset et  yoffset       IF n_elements portrait  NE 0 OR n_elements landscape  NE 0 THEN        key_portrait   keyword_set portrait     1   keyword_set landscape      if key_portrait EQ 1 then begin       xs   min page_size        ys   max page_size        xoff   0        yoff   0     ENDIF ELSE BEGIN        xs   max page_size        ys   min page_size        xoff   0        yoff   max page_size     ENDELSE      We define the device of the postscript mode      device   color   palatino  filename   strcompress nameps   remove_all                 LANDSCAPE   1   key_portrait  PORTRAIT   key_portrait                xsize   xs  ysize   ys  xoffset   xoff  yoffset   yoff                bits_per_pixel   8  _extra   ex   to make smaller postcripts    IF NOT  keyword_set keeppfont  OR keyword_set keep_pfont       THEN  p font   0      show some informations    IF arg_present infowidget  THEN       infowidget   xnotice Postcript file is currently processed       RETURN END            ");
+a[75] = new Array("./Postscript/printps.html", "printps.pro", "", "                  archiving possibilities        if archive_ps  common variable of cm_4ps  ne 0 then the postscript   can be saved for archiving if it is printed or if the button    archive ps  is pressed  if it is printed and archive_ps   1 then   the archiving is done automatically whereas we ask if the postscript   file must be archived or not    If the postcript name is  idl ps   default name  then this name will   be changed to number ps  number automatically found to be 1 larger   that any of the existing ps file       categories for the postscripts      restrictions     1  this is working only with unix linux osX machines     2  definition of the printing command     the printing command is defined by the common variable  print_command    in cm_4ps  This command must be defind build in a way that it the   instruction:       print_command i printer_machine_names i   file ps   or       print_command printer_machine_names i   file ps   is working  default definition is  lpr  P         history Sebastien Masson  smasson lodyc jussieu fr   21 12 98                         25 8 19999 utilisation des widgets                         8 9 1999 utilisation de cw_bgroup   June 2005: Sebastien Masson: cleaning  english version with new commons          PRO printps_event  event     include commons     compile_opt idl2  strictarrsubs    cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     What kind of event do we have     widget_control  event id  get_uvalue   uval   case on the event   CASE uval name OF     visualize case : postscript visualization         visualize :BEGIN    paper orientation       if key_portrait EQ 1 then ori    portrait  ELSE ori    seascape    paper format       CASE round 10 total page_size  OF         round 10 83 9611   118 816  : papsize    a0          round 10 59 4078   83 9611  : papsize    a1          round 10 41 9806   59 4078  : papsize    a2          round 10 29 7039   41 9806  : papsize    a3          round 10 20 9903   29 7039  : papsize    a4          round 10 14 8519   20 9903  : papsize    a5          round 10 10 4775   14 8519  : papsize    a6          round 10 7 40833   10 4775  : papsize    a7          round 10 5 22111   7 40833  : papsize    a8          round 10 3 70417   5 22111  : papsize    a9          round 10 2 61056   3 70417  : papsize    a10          round 10 100 048   141 393  : papsize    b0          round 10 70 6967   100 048  : papsize    b1          round 10 50 0239   70 6967  : papsize    b2          round 10 35 3483   50 0239  : papsize    b3          round 10 25 0119   35 3483  : papsize    b4          round 10 17 6742   25 0119  : papsize    b5          round 10 22 86   30 48  : papsize    archA          round 10 30 48   45 72  : papsize    archB          round 10 45 72   60 96  : papsize    archC          round 10 60 96   91 44  : papsize    archD          round 10 91 44   121 92  : papsize    archE          round 10 21 59   33 02  : papsize    flsa          round 10 21 59   33 02  : papsize    flse          round 10 13 97   21 59  : papsize    halfletter          round 10 19 05   25 4  : papsize    note          round 10 21 59   27 94  : papsize    letter          round 10 21 59   35 56  : papsize    legal          round 10 27 94   43 18  : papsize    11x17          round 10 43 18   27 94  : papsize    ledger          ELSE:papsize    a4        ENDCASE       call the viewers       CASE event value OF          Ghostview :spawn   ghostview  papsize   quiet  ori   uval nameps          Ghostscript :spawn   gs  sPAPERSIZE papsize   q  uval nameps          Kghostview :spawn   kghostview  uval nameps       ENDCASE       return      END     print case: print and archive the file if needed        print :BEGIN    printer selection       printer   printer_machine_names event value    print       CASE n_elements print_command  OF         0:ptcmd    lpr  P          1:ptcmd   print_command 0          n_elements printer_machine_names :ptcmd   print_command event value          ELSE:BEGIN           ng   report bad definition of print_command  common variable of cm_4ps   C we did not print the postscript file   simple            return         END       ENDCASE       spawn  ptcmd   printer         uval nameps     printing informations          spawn   lpq  P imprimante   l  info     display them         xdisplayfile   nothing  text   info                           title    Printing Info  file_basename uval nameps                            height   n_elements info   printps      history Sebastien Masson  smasson lodyc jussieu fr   21 12 98                         25 8 19999 utilisation des widgets                         8 9 1999 utilisation de cw_bgroup   June 2005: Sebastien Masson: cleaning  english version with new commons        PRO printps  psfilename     this is working only with unix linux osX machines     compile_opt idl2  strictarrsubs     thisOS   strupcase strmid version os_family  0  3    CASE thisOS OF       MAC :return      WIN :return     ELSE:   ENDCASE     include commons  cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     we get the name of the latest created postscript      psdir   isadirectory psdir  title    Select psdir    CASE N_PARAMS  OF     0: BEGIN       nameps   file_search psdir ps   test_regular   nosort        IF nameps 0  EQ   THEN BEGIN         ras   report no postsrcipt file  ending with  ps  found in :     psdir          RETURN       ENDIF       dates    file_info nameps mtime       lastdate    reverse sort temporary dates 0        nameps   nameps lastdate      END     1: nameps   psfilename     ELSE: BEGIN        ras   report printps accept only one element: psfilename        RETURN     END    ENDCASE            we check if the file is exist in psdir  if necessary we complete   its name with  ps and or  gz     nameps   find nameps ps gz  iodir   psdir   nopro    IF nameps EQ  NOT FOUND  THEN BEGIN      ng   report file  nameps ps gz  does not exist       return   ENDIF    gzipped   strpos nameps   gz    if the file is gzipped we call gunzip et change its name   IF gzipped NE  1 THEN BEGIN     spawn   gunzip     nameps     nameps   strmid nameps  0  gzipped    endif     build the widget     base   widget_base row  title    Postscript file:                            file_basename nameps    ps viewers grouped button   psviewers    no psviewers found    IF file_which getenv PATH   ghostview  NE   THEN       psviewers    psviewers   Ghostview     IF file_which getenv PATH   gs  NE   THEN       psviewers    psviewers   Ghostscript     IF file_which getenv PATH   kghostview  NE   THEN       psviewers    psviewers   Kghostview     if at least one of viewer was found we define these buttons   IF n_elements psviewers  GT 1 THEN BEGIN      psviewers   psviewers 1:      notused   cw_bgroup base  psviewers   frame  label_top    Visualize                              uvalue    name: visualize  nameps:nameps                               column   return_name    ENDIF    printers list grouped buttons   are the common variables printer_human_names and printer_human_names   defined in a proper way    CASE 1 OF     n_elements printer_human_names  eq 0:         noting   report the cm_4ps variable printer_human_names is not defined   CWe could not propose any printer   simple      n_elements printer_human_names  NE n_elements printer_machine_names :         noting   report the cm_4ps variables printer_human_names and  Cprinter_machine_names do not have the same number of arguments   CWe could not propose any printer   simple      printer_human_names 0  EQ  :     ELSE:notused           cw_bgroup base  printer_human_names   frame   column                     label_top    Select printer                      uvalue    name: print  nameps:nameps  gzip:gzipped NE  1    ENDCASE    archive ps  button  can be created only if archive_ps ne 0   IF keyword_set archive_ps  THEN       notused   widget_button base  value    archive ps                                  uvalue    name: archive  nameps:nameps                                             gzip:gzipped NE  1    quit button   notused   widget_button base  value    quit                                uvalue    name: quit  nameps:nameps                                           gzip:gzipped NE  1      widget_control  base   realize     xmanager   printps  base   no_block     return end");
+a[76] = new Array("./ReadWrite/idl-NetCDF/ncdf_listdims.html", "ncdf_listdims.pro", "", "FUNCTION ncdf_listdims ncid     compile_opt idl2  strictarrsubs    n ncdf_inquire ncid ndims  names strarr n   for i 0 n 1 do begin     ncdf_diminq ncid i name size     names i name endfor  return names  end");
+a[77] = new Array("./ReadWrite/idl-NetCDF/ncdf_listvars.html", "ncdf_listvars.pro", "", "FUNCTION ncdf_listvars ncid     compile_opt idl2  strictarrsubs    n ncdf_inquire ncid nvars  names strarr n   for i 0 n 1 do begin     names i ncdf_varinq ncid i name endfor  return names  end");
+a[78] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickread/ncdf_quickread.html", "ncdf_quickread.pro", "", "");
+a[79] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickread/ncdf_quickread_helper.html", "ncdf_quickread_helper.pro", "", "      ncdf_quickread_helper pro   This file contains IDL functions to read netCDF                                data files into IDL variables       Adapted from CDF2IDL pro      This file contains the following functions and procedures:       functions:          ncdf_quickread_getfile   strips the directory and optionally  any                                    suffixes from the path file          ncdf_quickread_getdir   returns the directory from the full path file          ncdf_quickread_validatename   validates the name that will be used                                        as a netCDF variable       procedures:          ncdf_quickread_helper1   construct commands which when executed at                                   the top level will read netCDF variables                                   into IDL      History:    Date       Name          Action               06 Jun 97  S  Rupert     Created     09 Jun 97  S  Rupert     Fully tested     10 Jun 97  S  Rupert     Modified keyword usage     03 Feb 98  S  Rupert     Added additional error checking  and warning to                             output script      17 Feb 98  S  Rupert     Corrected validation routine to handle instance                             of name strating with a number and containing a                             dash     05 Jul 00  A M Iwi       Added keyword PREFIX  on CDF2IDL   Supplied string                             gets prepended to all variable names     19 Jun 01  A M Iwi       Added keyword REFORM on CDF2IDL   REFORM function                             is used to remove dimensions of size 1     02 Oct 03  A M Iwi       Change into helper routine for ncdf_quickread    11 Aug 04  A M Iwi       Add  fields  option to read only certain fields                              Also  only stringify attributes of type CHAR     function ncdf_quickread_getFile  fullpath  suffix suffix on_error 2 compile_opt hidden   func_description   This function returns the filename name from the full path    Inputs:    fullpath   full directory file path   Keyword:    suffix:   include inptu suffix in output file name   Outputs:   file   filename   Example Call: file   ncdf_quickread_getfile fullpath     Retrieve the postion at which the first   character occurs from   the end of the string  dirlen   rstrpos fullpath       Retrieve the full length of the original string  len   strlen fullpath     Retrieve the filename  fullfile   strmid fullpath  dirlen 1  len     Retrieve the position at which the first   character occurs from   the end of the string  len    1 if not keyword_set suffix  then len   rstrpos fullfile    if  len EQ  1  then len   strlen fullfile     Retrieve the file  file   strmid fullfile  0  len     Return the file name  return  file    End function  end   function ncdf_quickread_getDir  fullpath on_error 2 compile_opt hidden   func_description   This function returns the directory name from the full path    Inputs:   fullpath   full directory file path   Outputs:  dir   directory path   Example Call: dir   ncdf_quickread_getdir fullpath     Retrieve the postion at which the first   character occurs from   the end of the string  len   rstrpos fullpath       Retrieve the filename  if  len EQ  1  then dir       else dir   strmid fullpath  0  len 1     Return the file name  return  dir    End function  end   function ncdf_quickread_validateName  varname on_error 2 compile_opt hidden   func_description   This routine ensures that the given name does not start with a number    nor contain a dash   IDL cannot accept a variable starting with a    number or containing a dash   If the name starts with a number  an    underscore is prepended to the name  and if it contains a dash  the    dash is replaced with an underscore       Initialize the name  name   varname    If the name starts with a number  prepend it with an underscore  if  strpos varname   0  EQ 0  then name   strcompress _ varname  if  strpos varname   1  EQ 0  then name   strcompress _ varname  if  strpos varname   2  EQ 0  then name   strcompress _ varname  if  strpos varname   3  EQ 0  then name   strcompress _ varname  if  strpos varname   4  EQ 0  then name   strcompress _ varname  if  strpos varname   5  EQ 0  then name   strcompress _ varname  if  strpos varname   6  EQ 0  then name   strcompress _ varname  if  strpos varname   7  EQ 0  then name   strcompress _ varname  if  strpos varname   8  EQ 0  then name   strcompress _ varname  if  strpos varname   9  EQ 0  then name   strcompress _ varname     If the name contains a dash replace it with an underscore   if  strpos name    NE  1  then begin    pieces   str_sep name       n_pieces   n_elements pieces     name   pieces 0     for i 1 n_pieces 1 do begin       name   strcompress name _ pieces i     endfor endif    Return the file name  return  name    End function  end   function ncdf_quickread_helper  infile  verbose verbose                                     prefix prefix  fields fields                                    reform reform on_error 2 compile_opt hidden     This procedure creates a script to read the data in a given netCDF   file into IDL   The default output file is the name of the netCDF   file with idl replacing any existing suffix   The default output is   variable data only    Inputs:           infile    full path to netCDF file of interest   Optional Inputs:  verbose   includes extractions of all input file                                attributes in idl script                     prefix  reform   see changelog above      Return value:  array of commands to run at top level    Ensure that the netCDF format is supported on the current platform  if not ncdf_exists  then message       The Network Common Data Format is not supported on this platform     Open the netcdf file for reading  ncid   NCDF_OPEN strcompress infile   remove_all  if  ncid EQ  1  then message     The file  infile  could not be opened  please check the path     Retrieve general information about this netCDF file  ncidinfo   NCDF_INQUIRE ncid     command to write file header commands __ncid   NCDF_OPEN infile   subset 0 if n_elements fields  ne 0 then begin   if  fields ne   then begin       subset 1       subfields strsplit fields extract    endif endif    Place the desired variables in local arrays  for i 0  ncidinfo Nvars 1 do begin     vardata   NCDF_VARINQ ncid  i     if not subset then begin        wanted 1    endif else begin        match   where subfields eq vardata Name  nmatch         wanted nmatch ne 0     endelse    if wanted then begin        varname   ncdf_quickread_validatename vardata Name          if keyword_set prefix  then varname prefix varname        commands                   commands NCDF_VARGET  __ncid   strcompress string i   varname         if keyword_set reform  and vardata ndims ge 2            then commands commands varname reform varname         if  keyword_set verbose  then begin            for j 0  vardata Natts 1 do begin                att   NCDF_ATTNAME ncid  i  j                 attname   strcompress varname _ strcompress att REMOVE_ALL                 commands                           commands NCDF_ATTGET  __ncid   strcompress string i                              att   attname                 attinfo   ncdf_attinq ncid  i  att                 if attinfo datatype eq  CHAR  then                    commands commands attname    STRING attname             endfor        endif    endif endfor  if  keyword_set verbose  then begin    for i 0  ncidinfo Ngatts 1 do begin      name   NCDF_ATTNAME ncid   GLOBAL  i       attname   ncdf_quickread_validatename name       if keyword_set prefix  then attname prefix attname      commands          commands NCDF_ATTGET  __ncid   GLOBAL   name   attname       attinfo   ncdf_attinq ncid   global  name       if attinfo datatype eq  CHAR  then          commands commands attname    STRING attname    endfor endif  ncdf_close ncid commands commands NCDF_CLOSE  __ncid     Return commands to the caller  return commands    End procedure  end");
+a[80] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite.html", "ncdf_quickwrite.pro", "", "");
+a[81] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper1.html", "ncdf_quickwrite_helper1.pro", "", "pro ncdf_quickwrite_helper1 ncvarstring ncdfstruct structname     Parses the variable string so as to create the main structure        on_error 2 compile_opt hidden ncdfstruct ncommands: 1     split string  to extract IDL global attribute variable name bits strsplit ncvarstring extract  case n_elements bits  of     1: begin           no attributes         globattflag 0B         globattnameidl      end     2: begin         globattflag 1B         globattnameidl bits 1      end     else: begin         message Parse error: more than one   sign in  ncvarstring               noname     end endcase allvarspec bits 0    vars strsplit strcompress allvarspec remove_all extract  nvar n_elements vars   varnames strarr nvar  varnamesidl strarr nvar   nvardims intarr nvar  vardims ptrarr nvar   varattflags bytarr nvar  varattnamesidl strarr nvar      at start  no dimensions known ndim 0 dimnames  dimunlim 1  for ivar 0 nvar 1 do begin          varandattspec vars ivar             split into IDL attribute variable name and full variable specification     bits strsplit varandattspec : extract      case n_elements bits  of         1:   no variable attributes         2: begin             varattflags ivar 1B             varattnamesidl ivar bits 1          end         else: begin             message Parse error: more than one  :  sign in  varandattspec                   noname         end     endcase     fullvarspec bits 0                  split full variable specification       into variable specification and IDL variable name            bits strsplit fullvarspec extract      case n_elements bits  of         1: varnameidl    fill this in later         2: varnameidl bits 1          else: begin             message Parse error: more than one   sign in  fullvarspec                   noname         end     endcase          varspec bits 0             split variable specification into name and dimension specification               bits strsplit varspec extract      varname bits 0      case n_elements bits  of         1: begin               scalar             nvardims ivar 0         end         2: begin             dimspec bits 1                test for and strip trailing               len strlen dimspec              if strmid dimspec len 1 1  ne   then begin                 message Parse error: dimension specification  dimspec                        for variable  varname  should end with                        noname             endif             dimspec strmid dimspec 0 len 1                           if dimspec eq   then begin                   dimensions not specified   assume 1d array with                    same name for dimension as for variable                 vardimnames varname              endif else if dimspec eq   then begin                   dimensions not specified but   given   as above                    again assume same name for dimension as for variable                     but with    parsed below as meaning UNLIMITED                  vardimnames varname              endif else begin                 vardimnames strsplit dimspec extract              endelse                            now for each dimension name  see if it already exists                and if not then add it as a new name                          nvardim n_elements vardimnames              nvardims ivar nvardim                          thisvardims intarr nvardim                           for i 0 nvardim 1 do begin                                  dimname vardimnames i                                     first see if dimname has leading                     if so  strip it  but record the fact that UNLIMITED                   is wanted                 unlimited    strmid dimname 0 1  eq                   if unlimited then dimname strmid dimname 1                                   if ndim gt 0 then begin                     match where dimnames eq dimname nmatch                      case nmatch of                         0: begin                               no match   append to array                             dimnames dimnames dimname                              vardim ndim                             ndim ndim 1                         end                         1: begin                               match found   point to it                             vardim match 0                          end                         else: stop Duplicate match: BUG in NCDF_QUICK_HELPER1                      endcase                 endif else begin                       no dimensions known   this is the first                     ndim 1                     dimnames dimname                      vardim 0    for completeness                  endelse                                  if unlimited then begin                     if  dimunlim ge 0                            and dimunlim ne vardim  then begin                         message NCDF dimensions  dimnames dimunlim                                       and  dimnames vardim                                       cannot both be of UNLIMITED size                               noname                                             endif                     dimunlim vardim                 endif                                  thisvardims i vardim                              endfor                         vardims ivar ptr_new thisvardims                      end         else: message Parse error: variable specification  varspec                             has stray  noname     endcase          if varnameidl eq   then varnameidl varname          varnames ivar varname     varnamesidl ivar varnameidl endfor        now construct some commands  which  when executed at the top level  will   put IDL variable size information into the structure   commands  structname varsizes string indgen nvar                ptr_new size varnamesidl        now some more commands  to tell the main level to copy the attributes   into a heap location where the next helper routine will see them   if globattflag then     commands commands structname globatts ptr_new globattnameidl   for ivar 0 nvar 1 do begin     if varattflags ivar  then begin         commands commands                      structname varatts string ivar                       ptr_new varattnamesidl ivar      endif       endfor      second argument comes back with a structure which contains all the   information  and also some variables to be used by next helper routine    ncdfstruct ncommands:          n_elements commands                commands:           ptr_new commands                    nvar:               nvar                                varnames:           varnames                            varids:             intarr nvar                         nvardims:           nvardims                            vardims:            vardims                             varnamesidl:        varnamesidl                         varsizes:           ptrarr nvar                         varatts:            ptrarr 1 nvar                       varattflags:        varattflags                         varattnamesidl:     varattnamesidl                      globatts:           ptr_new                            globattflag:        globattflag                         globattnameidl:     globattnameidl                      ndim:               ndim                                dimnames:           dimnames                            dimids:             intarr ndim 1                       dimunlim:           dimunlim                            fileid:             0   end");
+a[82] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper2.html", "ncdf_quickwrite_helper2.pro", "", "    HELPER2   Constructs the commands which are actually needed to write the NetCDF file         this file contains:  STR  ncdf_quickwrite_typename  ncdf_quickwrite_helper2  compile_opt hidden      _STR   like STRING  but with no whitespace      we use this function enough to give it a short name  but the underscore   is to make it unlikely to conflict with a user s function   function _str string return strcompress string remove_all  end    function ncdf_quickwrite_typename num name on_error 2     translate type number returned from  size  function into name usable by   ncdf routines     if not valid type  throw an error  and use  name  in informational   message if set     case num of            usable types     1: type byte      2: type short      3: type long      4: type float      5: type double                 other types: set to something appropriate      7: type char    string     12: type long    unsigned     13: type long    unsigned long     14: type float    64 bit integer     15: type float    64 bit integer          else: begin         if num eq 0 then gripe undefined            else gripe not of valid type for a NetCDF file                   if n_params  eq 1 then name Data item                   message name  is  gripe noname              end      endcase  return type  end     pro ncdf_quickwrite_helper2 ncfilename s sname   on_error 2 compile_opt hidden    NB main structure is called  s    we use it so much that anything longer   could get tedious      start with no commands   in fact  1  is an error condition s ncommands 1   free commands written by helper1 from heap ptr_free s commands  dimsize lonarr s ndim   1     1  stops error if all fields scalar  types strarr s nvar      first of all  work out dimension sizes     for ivar 0 s nvar 1 do begin          nvardim s nvardims ivar           sizeinfo s varsizes ivar           ntype sizeinfo sizeinfo 0 1           types ivar          ncdf_quickwrite_typename ntype IDL expression  s varnamesidl ivar                                 for NCDF variable  s varnames ivar           if nvardim ne sizeinfo 0  then          message NCDF variable  s varnames ivar  is defined with                    _str s nvardims ivar  dimension s                      but corresponding                       IDL expression  s varnamesidl ivar  has                    _str sizeinfo 0  dimension s noname          if nvardim ne 0 then begin   not scalar                  for ivardim 0 nvardim 1 do begin                          idim s vardims ivar ivardim              wanted sizeinfo 1 ivardim              previous dimsize idim                           if previous ne 0 and previous ne wanted then                 message NCDF dimension  s dimnames idim                             is multiply used  but with conflicting sizes:                            _str previous  and  _str wanted                   noname                          dimsize idim wanted                      endfor              endif          endfor      make commands to write the file       to open the file if n_elements ncfilename  eq 0 then ncfilename idl nc  if strmid ncfilename 0 1  eq   then begin     ncfilename1 strmid ncfilename 1      clobstr clobber  endif else begin     ncfilename1 ncfilename     clobstr  endelse commands sname fileid ncdf_create ncfilename1 clobstr     to do the dimensions for idim 0 s ndim 1 do begin          if idim eq s dimunlim then sizestr unlimited        else sizestr _str dimsize idim           commands commands                  sname dimids _str idim ncdf_dimdef sname                   fileid s dimnames idim sizestr  endfor    to do the variables for ivar 0 s nvar 1 do begin          if s nvardims ivar  eq 0 then dimstr        else dimstr sname dimids strjoin _str s vardims ivar           commands commands                  sname varids _str ivar ncdf_vardef sname                   fileid s varnames ivar                  dimstr types ivar  endfor    to do the global attributes  if s globattflag then begin          tags tag_names s globatts      ntags n_elements tags           for itag 0 ntags 1 do begin         sizeinfo size s globatts itag          type ncdf_quickwrite_typename sizeinfo sizeinfo 0 1                   commands commands                       ncdf_attput sname fileid global                       strlowcase tags itag                        s globattnameidl tags itag type      endfor      endif          to do the variable attributes  for ivar 0 s nvar 1 do begin     if s varattflags ivar  then begin              tags tag_names s varatts ivar          ntags n_elements tags               for itag 0 ntags 1 do begin             sizeinfo size s varatts ivar itag              type ncdf_quickwrite_typename sizeinfo sizeinfo 0 1                           commands commands                           ncdf_attput sname fileid                           sname varids _str ivar                           strlowcase tags itag s varattnamesidl ivar                           tags itag type          endfor     endif       endfor    to end the definition section commands commands ncdf_control sname fileid endef     to write the data for ivar 0 s nvar 1 do begin     commands commands                   ncdf_varput sname fileid sname varids _str ivar                   s varnamesidl ivar    endfor    close the file commands commands ncdf_close sname fileid      make commands available to main level s ncommands n_elements commands  s commands ptr_new commands   end ");
+a[83] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_helper3.html", "ncdf_quickwrite_helper3.pro", "", "pro ncdf_quickwrite_helper3 s     Frees the variables in heap memory      on_error 2 compile_opt hidden    s is our ncdf structure  ptr_free s globatts ptr_free s varatts ptr_free s commands ptr_free s vardims ptr_free s varsizes ptr_free s varatts  end");
+a[84] = new Array("./ReadWrite/idl-NetCDF/ncdf_quickwrite/ncdf_quickwrite_verbose.html", "ncdf_quickwrite_verbose.pro", "", "");
+a[85] = new Array("./ReadWrite/idl-NetCDF/ncdf_read.html", "ncdf_read.pro", "", "PRO ncdf_read filename info dinfo vinfo gatts vatts data                                                                                              general info                                 data        dimension info                     variable attributes         variable info         global attributes         read a NetCDF file         NB The data is read into a rather nasty combination of structures  arrays       and pointers  which is  unfortunately  necessary in order to cope with      the full generality of the data format   Here is the sort of syntax you      might use to get at elements of the returned data   cumbersome because      IDL doesn t support C type  a b  shorthand for  a b            INFO NDIMS          INFO NVARS          INFO NGATTS          INFO RECDIM            DINFO idim NAME          DINFO idim SIZE            VINFO ivar NAME          VINFO ivar NAME          VINFO ivar DATATYPE          VINFO ivar NDIMS          VINFO ivar NATTS          VINFO ivar DIM ivdim            GATTS NAME          GATTS DATATYPE          GATTS LENGTH          GATTS VALUES   or maybe   STRING GATTS VALUES            VATTS ivar iatt NAME          VATTS ivar iatt DATATYPE          VATTS ivar iatt LENGTH          VATTS ivar iatt VALUES   or maybe           STRING VATTS ivar iatt VALUES            DATA ivar   or maybe   DATA ivar idim1 idim2 idim3          compile_opt idl2  strictarrsubs       open file  id ncdf_open filename      info  info ncdf_inquire id      dimension info  dinfo replicate name: size:0L info ndims  for idim 0 info ndims 1 do begin     ncdf_diminq id idim name size   dinfo idim name name   dinfo idim size size endfor     variable info  vinfo replicate  name:                      datatype:                      ndims:0l  natts:0l                      dim:lonarr info ndims                     info nvars   for ivar 0 info nvars 1 do begin     var ncdf_varinq id ivar      vinfo ivar name var name     vinfo ivar datatype var datatype     vinfo ivar ndims var ndims     vinfo ivar natts var natts     vinfo ivar dim var dim endfor     global attributes  if info ngatts gt 0 then begin     gatts replicate name:                         datatype:                         length:0L                         values:ptr_new                        info ngatts      for iatt 0 info ngatts 1 do begin         name ncdf_attname id iatt global          gatts iatt name name         att ncdf_attinq id name global          gatts iatt length att length         gatts iatt datatype att datatype         ncdf_attget id name vals global         gatts iatt values ptr_new vals      endfor endif else begin       arbitary scalar value       an empty list would be sensible but IDL doesn t support it     gatts 1 endelse      variable attributes  vatts replicate ptr_new info nvars  for ivar 0 info nvars 1 do begin     if vinfo ivar natts gt 0 then begin         vatts ivar ptr_new replicate name:                                           datatype:                                           length:0L                                           values:ptr_new                                          vinfo ivar natts          for iatt 0 vinfo ivar natts 1 do begin             name ncdf_attname id ivar iatt               vatts ivar iatt name name             att ncdf_attinq id ivar name               vatts ivar iatt length att length              vatts ivar iatt datatype att datatype             ncdf_attget id ivar name vals              vatts ivar iatt values ptr_new vals          endfor     endif else begin         vatts ivar ptr_new 1            Pointer to arbitrary scalar   analogous to case of lack of           global attributes above   We could put a  here           instead  but try to be friendlier to code that might try           to dereference it      endelse endfor     data  data replicate ptr_new info nvars  for ivar 0 info nvars 1 do begin     ncdf_varget id ivar val     data ivar ptr_new val  endfor   end");
+a[86] = new Array("./ReadWrite/idl-NetCDF/ncdf_struct.html", "ncdf_struct.pro", "", "FUNCTION ncdf_struct filename nodata nodata noattributes noattributes     Read entire netcdf file into a structure       Structure contains metadata  actual array contents are on heap  with   pointers contained in the structure   Heap variables not created if    nodata  specified      Use ncdf_struct_free to free heap memory       Some data is duplicated for ease of access  in particular if there is   a variable name matching a dimension name  then a pointer to the variable   contents is accessible via the substructures corresponding to the dimension   and every other variable that uses it      Alan Iwi 27 6 02       compile_opt idl2  strictarrsubs    id ncdf_open filename   g ncdf_inquire id  ndim g ndims nvar g nvars natt g ngatts  if ndim gt 0 then begin     dnames strarr ndim      dsizes lonarr ndim      for idim 0 ndim 1 do begin         ncdf_diminq id idim dname dsize         dnames idim dname         dsizes idim dsize     endfor endif  if natt gt 0 and not keyword_set noattributes  then begin     anames strarr natt      for iatt 0 natt 1 do begin         aname ncdf_attname id global iatt          ainq ncdf_attinq id global aname          ncdf_attget id global aname aval         if  ainq datatype eq  CHAR  then aval string aval          if iatt eq 0 then begin             atts create_struct aname aval          endif else begin             atts create_struct atts aname aval          endelse         anames iatt aname     endfor     g create_struct g gatts atts gattnames anames  endif  if nvar gt 0 then begin     vnames strarr nvar      for ivar 0 nvar 1 do begin         v ncdf_varinq id ivar                   vname v name         vndim v ndims         vnatt v natts         vname v name                  if vnatt gt 0 and not keyword_set noattributes  then begin             vanames strarr vnatt              for iatt 0 vnatt 1 do begin                 aname ncdf_attname id ivar iatt                  ainq ncdf_attinq id ivar aname                  ncdf_attget id ivar aname aval                 if  ainq datatype eq  CHAR  then aval string aval                  if iatt eq 0 then begin                     atts create_struct aname aval                  endif else begin                     atts create_struct atts aname aval                  endelse                 vanames iatt aname             endfor             v create_struct v atts atts attnames anames          endif                  vdnames dnames v dim          vdsizes dsizes v dim          v create_struct v dimnames vdnames dimsizes vdsizes                   if not keyword_set nodata  then begin             ncdf_varget id ivar vdata             v create_struct v data ptr_new vdata                                 dimdata replicate ptr_new vndim          endif                  if ivar eq 0 then begin             vars create_struct vname v          endif else begin             vars create_struct vars vname v          endelse                  vnames ivar vname         endfor endif  if ndim gt 0 then begin     for idim 0 ndim 1 do begin         dname dnames idim          d name:dname size:dsizes idim                   if not keyword_set nodata  and nvar gt 0 then begin             matchvar 1             for ivar 0 nvar 1 do begin                 if vnames ivar  eq dname then matchvar ivar             endfor             if matchvar ne  1 then                  d create_struct d data vars matchvar data          endif                  if idim eq 0 then begin             dims create_struct dname d          endif else begin             dims create_struct dims dname d          endelse              endfor     g create_struct g dims dims dimnames dnames dimsizes dsizes  endif  if nvar gt 0 then begin     if not keyword_set nodata  then begin         for ivar 0 nvar 1 do begin             for idim 0 vars ivar ndims 1 do begin                 vars ivar dimdata idim dims vars ivar dim idim data             endfor         endfor     endif     g create_struct g vars vars varnames vnames  endif       ncdf_close id  return g  end");
+a[87] = new Array("./ReadWrite/idl-NetCDF/ncdf_struct_free.html", "ncdf_struct_free.pro", "", "PRO ncdf_struct_free s     compile_opt idl2  strictarrsubs        free heap memory associated with struct returned by ncdf_struct    for i 0 s nvars 1 do ptr_free s vars i data  end");
+a[88] = new Array("./ReadWrite/ncdf_timeget.html", "ncdf_timeget.pro", "", "           file_comments get the time axis fom a netcdf_file and transforms it in   julian days of IDL       categories reading ncdf_file      param cdfid  in required  the ID of the ncdf_file  which is already open    param timeid  in required  the ID or the name of the variable which describe the calendar      keyword  YYYYMMDD active to obtain the date as a longinterger with          the format YearYearYearYearMonthMonthDayDay      file_comments the keyword parameters of ncdf_varget      returns a long array of IDL julian days      restrictions the calendar variable must have the units attribute   following the syntaxe bellow:     time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00         history Sebastien Masson  smasson lodyc jussieu fr                         June 2001         FUNCTION ncdf_timeget  cdfid  timeid  YYYYMMDD   yyyymmdd  _extra   ex     compile_opt idl2  strictarrsubs       insidetime ncdf_varinq cdfid timeid     if insidetime natts NE 0 then begin       attnames   strarr insidetime natts        for attiq 0 insidetime natts 1 do attnames attiq strlowcase ncdf_attname cdfid timeid attiq     ENDIF ELSE return  report the variable  timeid  must have the units attribut    reading of the time axis    ncdf_varget  cdfid  timeid  time  _extra   ex     time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00         if  where attnames EQ  units 0  NE  1 then begin       ncdf_attget cdfid timeid units value       value   strtrim strcompress string value  2        words   str_sep value            unite   words 0        start   str_sep words 2          case strlowcase unite  of           seconds :time   julday start 1  start 2  start 0 time long 24 3600            hours :time   julday start 1  start 2  start 0 time long 24            days :time   julday start 1  start 2  start 0 time           months :BEGIN              for t   0  n_elements time 1  do begin                time t    julday start 1 time t  start 2  start 0              endfor          END           years :BEGIN             for t   0  n_elements time 1  do begin                time t    julday start 1  start 2  start 0 time t              endfor          END          ELSE:return  report bad syntax of the units attribut of the variable  timeid        ENDCASE    ENDIF ELSE return  report the variable  timeid  must have the units attribut     if keyword_set yyyymmdd  then time   jul2date time     return  time end");
+a[89] = new Array("./ReadWrite/read_grads.html", "read_grads.pro", "", "           file_comments reading grads file  except  data type station  or  grib    from the grads control file even if there is multiple data files       categories reading function            param var  in required  the variable name          param date1  in required  date of the beginning  yyyymmdd if TIMESTEP is not activate           param date2  in optional  last date  Optionnal  if not scpecified date2 date1            keyword FILENAME the grads control file name:  xxxx ctl       file_comments keyword GLAMBOUNDARY  via computegrid pro  a 2 elements vector           lon1 lon2  giving the longitute boundaries that should be         used to visualize the data            lon2   lon1           lon2   lon1 eq 360         key_shift will be automatically defined according to         GLAMBOUNDARY             keyword  TIMESTEP to specify that the dates are time steps instead of          true calendar              file_comments keyword IODIRECTORY a string giving the name of iodirectory  see         isafile pro for all possibilities  default value is common          variable iodir      file_comments     NOT yet available              hidden BOX: a 4 or 6 elements 1d array   lon1 lon2 lat1 lat2  depth1           depth2  that specifies the area where data must be read            hidden EVERYTHING             hidden NOSTRUCTURE             returns an array      uses common      restriction define all the grid parameters  defined in common pro    associated to the data       restrictions this function call the procedure scanfile that use the    unix commands grep and sed       examples      IDL  a read_grads sst 19900101 19900131 filename outputs ctl       IDL  plt  a      history Sebastien Masson  smasson lodyc jussieu fr             FUNCTION read_grads  var  date1  date2  FILENAME   filename  BOX box  TIMESTEP   timestep  EVERYTHING   everything  NOSTRUCT   nostruct  _EXTRA   ex       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     we find the filename       filename   isafile FILENAME   filename  IODIRECTORY   iodir  _EXTRA   ex     if size filename   type  NE 7 then       return  report read_ncdf cancelled      we scan the control file called filename      scanctl  filename  filesname  jpt1file  varsname  varslev  swapbytes  bigendian  littleendian  f77sequential  fileheader  theader  xyheader  VARFMT   varfmt  _EXTRA   ex    if n_elements varfmt  EQ 0 then varfmt    float        check date1 and date2 and found the starting index  t1  and the   ending index  t2  that corresponds to the time series specified by   date1 and date2 for the time axis defined in the  ctl file         if n_elements date1  EQ 0 then begin       t0   0       t1   0    ENDIF    if n_elements date2  EQ 0 then date2   date1    if keyword_set timestep  then BEGIN       if date1 GT date2 then begin          print   date2 must be larger than date1           return   1       endif       t1   0   long date1   long date2   date2jul date2   grads        if jdate1 GT jdate2 then begin          print   date2 must be larger than date1           return   1       endif       t1    where time GE jdate1 0        tmp   where time LE jdate2  t2        t2   t2 1    ENDELSE    if t2 LT t1 then begin       print   There is no date between date1 and date2        return   1    endif    jpt2read   t2 t1 1       index of the variable        varid   where strlowcase varsname  EQ strlowcase var     varid   varid 0     if varid EQ  1 then begin       print  var  not found in the variable liste of  filename       return    1    ENDIF    varname   var    if varslev varid  EQ 1 then res   fltarr jpi  jpj  jpt2read   nozero       ELSE res   fltarr jpi  jpj  varslev varid  jpt2read   nozero        find the first file to be read according to the lile list  the   number of time step in each file and t1 and t2        indf2read   t1 jpt1file    startread   t1 indf2read jpt1file    alreadyread   0 readagain:    jpt2read1file   min jpt1file startread  jpt2read     f2read   filesname indf2read        opening       check the existance of the file    f2read   isafile filename   f2read  iodirectory   iodir  _EXTRA   ex    if the file is stored on tape    if  version os_family EQ  unix  then spawn   file  f2read     dev null    open the file    openr  unit  f2read   get_lun  error err         swap_if_little_endian   bigendian         swap_if_big_endian   littleendian         swap_endian   swapbytes    if err ne 0 then begin       print err_string       return   1    endif      case varfmt of        byte :fmtsz   1l        uint :fmtsz   2l        int :fmtsz   2l        long :fmtsz   4l        float :fmtsz   4l    endcase     check its size    addf77sec   long 4 2 f77sequential     xyblocsize   xyheader   addf77sec xyheader NE 0    jpi jpj fmtsz  addf77sec    nxybloc   long total varslev     filesize    fileheader   addf77sec fileheader NE 0         theader addf77sec theader NE 0    nxybloc xyblocsize jpt1file    infof2read fstat unit     if infof2read size NE filesize then begin       print   According to  filename  the file size must be  strtrim filesize  1  instead of  strtrim infof2read size  1        print   jpi:  strtrim jpi  2        print   jpj:  strtrim jpj  2        print   jpt:  strtrim jpt  2        print   format size in byte:  strtrim fmtsz  2        print   number of xy arrays:  strtrim nxybloc  2        return   1    endif       reading         loop on the time steps to be read in one file    for i   0  jpt2read1file 1 do begin   computing the offset       offset    fileheader   addf77sec fileheader NE 0            theader addf77sec theader NE 0    nxybloc xyblocsize startread i            theader addf77sec theader NE 0        if varid NE 0 THEN          offset   offset   long total varslev 0:varid 1 xyblocsize   if there is only one level       IF varslev varid  EQ 1 then begin          case varfmt of              byte :a assoc unit  bytarr jpi jpj nozero  offset 4 f77sequential               uint :a assoc unit uintarr jpi jpj nozero  offset 4 f77sequential               int :a assoc unit   intarr jpi jpj nozero  offset 4 f77sequential               long :a assoc unit  lonarr jpi jpj nozero  offset 4 f77sequential               float :a assoc unit fltarr jpi jpj nozero  offset 4 f77sequential           endcase          res    i alreadyread a 0         ENDIF ELSE BEGIN   more than 1 level to be read          if f77sequential then BEGIN   sequential access             case varfmt of                 byte :a assoc unit  bytarr jpi jpj 8  varslev varid nozero  offset                  uint :a assoc unit uintarr jpi jpj 4  varslev varid nozero  offset                  int :a assoc unit   intarr jpi jpj 4  varslev varid nozero  offset                  long :a assoc unit  lonarr jpi jpj 2  varslev varid nozero  offset                  float :a assoc unit fltarr jpi jpj 2  varslev varid nozero  offset              endcase             tmp   a 0              case varfmt OF   we cut the headers and tailers of f77 write                 byte : tmp   tmp 4:jpi jpj 3                    uint : tmp   tmp 2:jpi jpj 1                    int :  tmp   tmp 2:jpi jpj 1                    long : tmp   tmp 1:jpi jpj 0                    float :tmp   tmp 1:jpi jpj 0                endcase             if keyword_set key_zreverse  then res      i alreadyread reverse reform tmp   jpi  jpj  varslev varid   over  3  ELSE res      i alreadyread reform tmp   jpi  jpj  varslev varid   over           ENDIF ELSE BEGIN    direct acces             case varfmt of                 byte :a assoc unit  bytarr jpi jpj varslev varid nozero offset                  uint :a assoc unit uintarr jpi jpj varslev varid nozero offset                  int :a assoc unit   intarr jpi jpj varslev varid nozero offset                  long :a assoc unit  lonarr jpi jpj varslev varid nozero offset                  float :a assoc unit fltarr jpi jpj varslev varid nozero offset              endcase             if keyword_set key_zreverse  then res      i alreadyread reverse a 0  3  ELSE res      i alreadyread a 0            ENDELSE       ENDELSE    endfor     close the file    free_lun unit    close unit       do we need to read a new file to complete the time series          if jpt2read1file NE jpt2read then BEGIN       indf2read   indf2read 1       startread   0       alreadyread   alreadyread jpt2read1file       jpt2read   jpt2read jpt2read1file       GOTO  readagain    ENDIF       post processing        if keyword_set key_yreverse  then res   reverse res  2     if keyword_set key_shift  then begin       case  size res 0  of          2:res   shift res  key_shift  0           3:res   shift res  key_shift  0  0           4:res   shift res  key_shift  0  0  0        endcase    endif       mask     IF varslev varid  EQ 1 then begin        if abs valmask  LE 1e5 then notgood   where res    0  EQ valmask           ELSE notgood   where abs res    0  GE abs valmask 10         if notgood 0  NE  1 then tmask notgood    0b     ENDIF ELSE BEGIN        if abs valmask  LE 1e5 then notgood   where res      0  EQ valmask           ELSE notgood   where abs res      0  GE abs valmask 10         if notgood 0  NE  1 then tmask notgood    0b     ENDELSE    if abs valmask  LE 1e5 then notgood   where res EQ valmask       ELSE notgood   where abs res  GE abs valmask 10     if notgood 0  NE  1 THEN res notgood     values f_nan     valmask   1e20     if abs valmask  LE 1e5 then notgood   where res EQ valmask        ELSE notgood   where abs res  GE abs valmask 10      if notgood 0  NE  1 THEN res notgood    1e20     valmask   1e20    triangles_list   triangule      subdomain extration      time aguments      time   time t1:t2     jpt   t2 t1 1    if keyword_set timestep  then vardate   strtrim time 0  2       ELSE vardate   date2string vairdate time 0        updateold       return  res end");
+a[90] = new Array("./ReadWrite/read_oasis.html", "read_oasis.pro", "", "           file_comments read the f77 unformated files used in Oasis  version  a read_oasis grids_orca_t106 a106 lon 320 160    IDL  m read_oasis masks_orca_t106 or1t msk 182 149 i4      see also IDL  scanoasis grids_orca_t106       history Sebastien Masson  smasson lodyc jussieu fr                         July 01  2002           FUNCTION read_oasis  filename  varname  jpi  jpj  I2   I2  I4   i4  I8   i8  R4   r4     compile_opt idl2  strictarrsubs       openr  unit  filename   f77_unformatted   get_lun   swap_if_little_endian         error err    if err ne 0 then begin       print err_string       return   1    endif     char8    12345678     readu  unit  char8     print  char8    found   char8 EQ varname     WHILE NOT EOF unit  AND found NE 1 DO BEGIN       readu  unit       if EOF unit  then begin          print  varname  not found in  filename          return   1       endif       readu  unit  char8        print  char8       found   char8 EQ varname    ENDWHILE    case 1 of       keyword_set i2 :res   intarr jpi  jpj        keyword_set i4 :res   lonarr jpi  jpj        keyword_set i8 :res   lon64arr jpi  jpj        keyword_set r4 :res   fltarr jpi  jpj        ELSE:res   dblarr jpi  jpj     endcase        readu  unit  res        free_lun unit     return  res end");
+a[91] = new Array("./ReadWrite/readbat.html", "readbat.pro", "", "           file_comments reading the bathymetry ASCII file of OPA      categories for OPA      param filename  in required  a string containing the filename         keyword  ZERO to put 0 on land instead of negatives values for the islands       returns a 2d array      history Sebastien Masson  smasson lodyc jussieu fr                         May 31  2002      based on batlec2 pro  written by Maurice Imbard  March 17  1998   FUNCTION readbat  filename  ZERO   zero     compile_opt idl2  strictarrsubs              lecture de la bathymetrie         iname_file   findfile filename     if iname_file 0  EQ   then begin       print   Bad file name        return   1    ENDIF ELSE iname_file   iname_file 0     openr  iunit  iname_file   get_lun     readf  iunit  FORMAT    16x 2i8  iim  ijm     iim   long iim      ijm   long ijm     tmp        readf  iunit  tmp    tmp   strsplit tmp   extract     iim   long tmp n_elements tmp 2     ijm   long tmp n_elements tmp 1    print  iim  ijm    ifreq   40L    ifin    iim ifreq 1    irest   iim ifin 1 ifreq   print  ifin irest ifreq    zbati    intarr ifreq     zbati2   intarr irest     zbat      intarr iim ijm       readf  iunit  FORMAT        readf  iunit  FORMAT        il1   0    FOR jn   1  ifin 1 DO BEGIN       readf  iunit  FORMAT           readf  iunit  FORMAT           il2   min  iim 1  il1 ifreq 1          readf  iunit  FORMAT           readf  iunit  FORMAT           readf  iunit  FORMAT           il3   il2 jn 1 ifreq       iformat   string  il3 2   i3       print jn il1 il2 il3 ifreq 1       FOR jj    ijm 1  0   1  DO BEGIN          readf  iunit  FORMAT   iformat  ij  zbati          zbat il1:il2  jj    zbati       ENDFOR       il1   il1   ifreq    ENDFOR    readf  iunit  FORMAT        readf  iunit  FORMAT        il2   min  iim 1  il1 ifreq 1       readf  iunit  FORMAT        readf  iunit  FORMAT        readf  iunit  FORMAT        il3   il2 ifin 1 ifreq    iformat   string  il3 2   i3       print  irest 1 il1 il2 il3    FOR jj    ijm 1  0   1  DO BEGIN       readf  iunit  FORMAT   iformat  ij  zbati2       zbat il1:il2  jj    zbati2    ENDFOR    close  iunit    free_lun  iunit         if keyword_set zero  then zbat   0   zbat    return  zbat end");
+a[92] = new Array("./ReadWrite/readoldopadistcoast.html", "readoldopadistcoast.pro", "", "           file_comments        read the old binary direct access file that contains the        distance to the coast in OPA         based on the OPA subroutines dtacof and parctl      categories for OPA before NetCDF        returns  a structure that contains two elements: tdistcoast  the   distance for the t points  and fdiscoast  the distance for the   f points       history Sebastien Masson  smasson lodyc jussieu fr                         June  2002          FUNCTION read3fromopa  unit  params  num     compile_opt idl2  strictarrsubs      offset params reclen params jpk num 1L     a assoc unit dblarr params jpiglo params jpjglo params jpk nozero offset     b   a 0     return  b end           param filename  in required  filename  with the whole path if necessary         param jpiglo  in required         param jpjglo  in required         param jpk  in required         dimensions of the opa grid        keyword IBLOC ibloc size  default: ibloc   4096L        keyword JPBYT jpbyt size  default: jpbyt   8L        keyword NUMREC number of records in the file  default: numrec   19L jpk    history Sebastien Masson  smasson lodyc jussieu fr                         June  2002   FUNCTION readoldopadistcoast  filename  jpiglo  jpjglo  jpk  IBLOC   ibloc  JPBYT   jpbyt  NUMREC   numrec       compile_opt idl2  strictarrsubs      iname_file   findfile filename     if iname_file 0  EQ   then begin       print   Bad file name        return   1    ENDIF ELSE iname_file   iname_file 0    open the file    openr numcost   iname_file   get_lun   swap_if_little_endian   check the size of the file    filepamameters   fstat numcost    defaut parameter definition for ORCA2    IF keyword_set ibloc  THEN ibloc   long ibloc  ELSE ibloc   4096L    jpiglo   long jpiglo     jpjglo   long jpjglo     jpk   long jpk     IF keyword_set jpbyt  THEN jpbyt   long jpbyt  ELSE jpbyt   8L   record length computation    reclen   ibloc jpiglo jpjglo jpbyt 1  ibloc 1    number of records    IF keyword_set numrec  THEN numrec   long numrec  ELSE numrec   3L jpk   difference between the record length and the size of the contened   array     toomuch   reclen jpiglo jpjglo jpbyt   expected size computation    size   numrec reclen toomuch    if size NE filepamameters size then begin       print   The size of the file is not the expected one        print   Check your file or the values of ibloc  jpiglo        print   jpjglo  jpk  jpbyt  numrec in this program        return   1    endif   first record: six 64 bit integer to read     default definition    iimlu   long64 999     ijmlu   long64 999     ikmlu   long64 999    read    readu  numcost  iimlu  ijmlu  ikmlu    if iimlu NE jpiglo then begin       print   iimlu    strtrim iimlu  1  differs from jpiglo  strtrim jpiglo  1         return   1    endif    if ijmlu NE jpjglo then begin       print   ijmlu    strtrim ijmlu  1  differs from jpjglo  strtrim jpjglo  1         return   1    endif    if ikmlu NE jpk then begin       print   ikmlu    strtrim ikmlu  1  differs from jpk  strtrim jpk  1         return   1    endif   other records    params    jpiglo:jpiglo  jpjglo:jpjglo  jpk:jpk  reclen:reclen     tdistcoast   read3fromopa numcost  params  2     fdistcoast   read3fromopa numcost  params  3       close  numcost    free_lun  numcost     return   tdistcoast:tdistcoast  fdistcoast:fdistcoast  end");
+a[93] = new Array("./ReadWrite/readoldoparestart.html", "readoldoparestart.pro", "", "             categories for OPA before NetCDF      restrictions bug for etab and etan written on the same record       history Sebastien Masson  smasson lodyc jussieu fr                         June 2002           FUNCTION read2fromopa  unit  params  num     compile_opt idl2  strictarrsubs      offset params reclen params jpk num 1L     a assoc unit dblarr params jpiglo params jpjglo nozero offset      return  a 0  end      history Sebastien Masson  smasson lodyc jussieu fr                         June 2002   FUNCTION read3fromopa  unit  params  num     compile_opt idl2  strictarrsubs      offset params reclen params jpk num 1L     a assoc unit dblarr params jpiglo params jpjglo params jpk nozero offset     return  a 0  end       file_comments read the old restart files of OPA  before NetCDF         based on the OPA subroutine dtrlec included at the end of the        file     categories for OPA before NetCDF        param filename  in required  with the whole path if necessary        param jpiglo  in required         param jpjglo  in required         param jpk  in required          dimensions of the opa grid        keyword IBLOC ibloc size  default: ibloc   4096L        keyword JPBYT jpbyt size  defalut: jpbyt   8L        keyword NUMREC number of records in the file  defalut: numrec   19L jpk        keyword UB        keyword VB        keyword TB        keyword SB        keyword ROTB        keyword HDIVB        keyword UN        keyword VN        keyword TN        keyword SN        keyword ROTN        keyword HDIVN        keyword GCX        keyword GCXB        keyword ETAB        keyword ETAN        keyword BSFB        keyword BSFN        keyword BSFD        keyword EN         the variable we want to read        returns according to the given keywords     restrictions bug for etab and etan written on the same record       history Sebastien Masson  smasson lodyc jussieu fr                         June 2002    PRO readoldoparestart  filename  jpiglo  jpjglo  jpk  IBLOC   ibloc  JPBYT   jpbyt  NUMREC   numrec  ub   ub  vb   vb  tb   tb  sb   sb  rotb   rotb  hdivb   hdivb  un   un  vn   vn  tn   tn  sn   sn  rotn   rotn  hdivn   hdivn  gcx   gcx  gcxb   gcxb  etab   etab  etan   etan  bsfb   bsfb  bsfn   bsfn  bsfd   bsfd  en   en       compile_opt idl2  strictarrsubs      iname_file   findfile filename     if iname_file 0  EQ   then begin       print   Bad file name        return    ENDIF ELSE iname_file   iname_file 0    open the file    openr numrst   iname_file   get_lun   swap_if_little_endian   check the size of the file    filepamameters   fstat numrst    parameter definition    IF keyword_set ibloc  THEN ibloc   long ibloc  ELSE ibloc   4096L    jpiglo   long jpiglo     jpjglo   long jpjglo     jpk   long jpk     IF keyword_set jpbyt  THEN jpbyt   long jpbyt  ELSE jpbyt   8L   record length computation    reclen   ibloc jpiglo jpjglo jpbyt 1  ibloc 1     IF keyword_set numrec  THEN numrec   long numrec  ELSE numrec   19L jpk    toomuch   reclen jpiglo jpjglo jpbyt   expected size computation    size   numrec reclen toomuch    if size NE filepamameters size then begin       print   The size of the file is not the expected one        print   Check your file or the values of ibloc  jpiglo        print   jpjglo  jpk  jpbyt  numrec in this program        return    endif   first record: six 64 bit integer to read     default definition    ino1   long64 9999     it1   long64 9999     isor1   long64 9999     ipcg1   long64 9999     itke1   long64 9999     idast1   long64 9999    read    readu  numrst  ino1  it1  isor1  ipcg1  itke1  idast1    print  ino1  it1  isor1  ipcg1  itke1  idast1   other records    params    jpiglo:jpiglo  jpjglo:jpjglo  jpk:jpk  reclen:reclen         CALL read3 numrst ub    2      IF arg_present ub  THEN ub   read3fromopa numrst  params  2         CALL read3 numrst vb    3      IF arg_present vb  THEN vb   read3fromopa numrst  params  3         CALL read3 numrst tb    5      IF arg_present tb  THEN tb   read3fromopa numrst  params  5         CALL read3 numrst sb    6      IF arg_present sb  THEN sb   read3fromopa numrst  params  6         CALL read3 numrst rotb  7      IF arg_present rotb  THEN rotb   read3fromopa numrst  params  7         CALL read3 numrst hdivb 8      IF arg_present hdivb  THEN hdivb   read3fromopa numrst  params  8         CALL read3 numrst un    9      IF arg_present un  THEN un   read3fromopa numrst  params  9         CALL read3 numrst vn    10     IF arg_present vn  THEN vn   read3fromopa numrst  params  10         CALL read3 numrst tn    12     IF arg_present tn  THEN tn   read3fromopa numrst  params  12         CALL read3 numrst sn    13     IF arg_present sn  THEN sn   read3fromopa numrst  params  13         CALL read3 numrst rotn  14     IF arg_present rotn  THEN rotn   read3fromopa numrst  params  14         CALL read3 numrst hdivn 15     IF arg_present hdivn  THEN hdivn   read3fromopa numrst  params  15   C  C   Read elliptic solver arrays  C        CALL read2 numrst gcx  jpk 17     IF arg_present gcx  THEN gcx   read2fromopa numrst  params  17         CALL read2 numrst gcxb jpk 18     IF arg_present gcxb  THEN gcxb   read2fromopa numrst  params  18   C  ifdef key_freesurf_cstvol  C  C   free surface formulation  eta   C        CALL read2 numrst etab  jpk 4      IF arg_present etab  THEN etab   read2fromopa numrst  params  4         CALL read2 numrst etan  jpk 4      IF arg_present etan  THEN etan   read2fromopa numrst  params  4     else  C  C   Rigid lid formulation  bsf   C        CALL read2 numrst bsfb  jpk 4      IF arg_present bsfb  THEN bsfb   read2fromopa numrst  params  4         CALL read2 numrst bsfn  jpk 11     IF arg_present bsfn  THEN bsfn   read2fromopa numrst  params  11         CALL read2 numrst bsfd  jpk 16     IF arg_present bsfd  THEN bsfd    read2fromopa numrst  params  16   endif  ifdef key_zdftke            CALL read3 numrst en 19     IF arg_present en  THEN en   read3fromopa numrst  params  19        close  numrst    free_lun  numrst     return end     CDIR  LIST        SUBROUTINE dtrlec   CCC    CCC  CCC                       ROUTINE dtrlec  CCC                        CCC  CCC  Purpose :  CCC     CCC     Read files for restart  CCC  CC   Method :  CC      CC      Read the previous fields on the file numrst  CC      the first record indicates previous characterics  CC      after control with the present run  we read :  CC        prognostic variables on the second record  CC        elliptic solver arrays   CC  barotropic stream function arrays  default option   CC   or free surface arrays  key_freesurf_cstvol  defined   CC        tke arrays  key_zdftke  defined   CC      for this last three records   the previous characteristics   CC      could be different with those used in the present run    CC  CC   Input :  CC      CC      common  CC             comrst           : restart parameter  CC             comctl           : parameters for the control  CC  CC   Output :  CC      CC      common  CC             combef           : previous fields  before   CC             comnow           : present fields  now   CC             combsf           : barotropic stream function  CC             comspg           : surface pressure   CC             comsol           : diagonal preconditioned conjugate  CC  CC   Modifications :  CC      CC      original  : 91 03    CC      additions : 92 01  M  Imbard   CC                : 92 06 correction restart file  M  Imbard   CC                : 98 02  M  Guyon  FETI method  CC      addition  : 98 05  G  Roullet  free surface  CC   CC parameters and commons  CC    CDIR  NOLIST  include  parameter h   include  common h   CDIR  LIST  CC   CC local declarations  CC          INTEGER ji  jj  jk  jl        INTEGER ino0  it0  ipcg0  isor0  itke0        INTEGER ino1  it1  isor1  ipcg1  itke1  idast1  CC   CC statement functions  CC    CDIR  NOLIST  include  stafun h   CDIR  LIST  CCC   CCC  OPA8  LODYC  1997   CCC   C  C  C 0  Initialisations  C    C        ino0    no        it0     nit000        ipcg0   0        isor0   0        itke0   0        isor0   nsolv 1        ipcg0   2 nsolv  ifdef key_zdftke        itke0   1  endif  C FETI method        IF  nsolv  EQ  3  THEN             isor0 2            ipcg0 2        ENDIF   C        IF lwp  THEN            WRITE numout                 WRITE numout      dtrlec:  beginning of restart             WRITE numout                 WRITE numout    the present run :             WRITE numout      job number :   no             WRITE numout      with nit000 :   nit000            WRITE numout      with pcg option ipcg0 :   ipcg0            WRITE numout      with sor option isor0 :   isor0            WRITE numout      with FETI solver option ipcg0   isor0 :                  ipcg0     isor0            WRITE numout      with tke option itke0 :   itke0        ENDIF  C  C 1  Read numrst  C    C  C   First record  C        READ numrst REC 1  ino1  it1  isor1  ipcg1  itke1  idast1  C        IF lwp  THEN            WRITE numout                 WRITE numout    READ numrst with              WRITE numout      job number :   ino1            WRITE numout      with time step it :   it1            WRITE numout      with pcg option ipcg1 :   ipcg1            WRITE numout      with sor option isor1 :   isor1            WRITE numout      with tke option itke1 :   itke1            WRITE numout      with FETI solver option ipcg1   isor1 :                  ipcg1   isor1            WRITE numout             ENDIF  C  C   Control of date  C        IF    it0 it1 NE 1  AND  abs nrstdt EQ 1   THEN            IF lwp  THEN                WRITE numout      : problem with nit000 for the                       restart                 WRITE numout                                                                           WRITE numout    we stop  verify the file                 WRITE numout    or rerun with the value  0 for the                 WRITE numout    control of time parameter  nrstdt                 WRITE numout                 ENDIF            STOP  dtrlec         ENDIF        IF   nrstdt EQ 1   ndate0   idast1  C  C   Read prognostic variables  C        CALL read3 numrst ub    2          CALL read3 numrst vb    3          CALL read3 numrst tb    5          CALL read3 numrst sb    6          CALL read3 numrst rotb  7          CALL read3 numrst hdivb 8          CALL read3 numrst un    9          CALL read3 numrst vn    10         CALL read3 numrst tn    12         CALL read3 numrst sn    13         CALL read3 numrst rotn  14         CALL read3 numrst hdivn 15   C  C   Read elliptic solver arrays  C        CALL read2 numrst gcx  jpk 17         CALL read2 numrst gcxb jpk 18   C  ifdef key_freesurf_cstvol  C  C   free surface formulation  eta   C        CALL read2 numrst etab  jpk 4          CALL read2 numrst etan  jpk 4      else  C  C   Rigid lid formulation  bsf   C        CALL read2 numrst bsfb  jpk 4          CALL read2 numrst bsfn  jpk 11         CALL read2 numrst bsfd  jpk 16   endif  C  ifdef key_zdftke  C  C   Read tke arrays  C        IF itke1 eq 1  THEN            CALL read3 numrst en 19         ELSE            IF lwp  THEN                WRITE numout      : the previous restart file                       didnt used  tke scheme                 WRITE numout                                  ENDIF            nrstdt 2        ENDIF  endif  C  C        RETURN        END");
+a[94] = new Array("./ReadWrite/scanctl.html", "scanctl.pro", "", "           file_comments GLAMBOUNDARY 2 elements vector   lon1 lon2  the longitute         boundaries that should be used to visualize the data            lon2   lon1           lon2   lon1 le 360         key_shift will be defined according to GLAMBOUNDARY    PRO scanctl  filename  filesname  jpt1file  varsname  varslev  swapbytes  bigendian  littleendian  f77sequential  fileheader  theader  xyheader  VARFMT   varfmt  _EXTRA   ex     compile_opt idl2  strictarrsubs    common     time1   systime 1              for key_performance      DTYPE      spawn   grep  i  DTYPE   filename  notgood    if keyword_set notgood  then begin       print   This program is not adapted to data type station or grib  Sorry        stop    endif     UNDEF  define valmask      spawn   grep  i  UNDEF   filename  valmask    valmask   strtrim valmask  2     valmask   strsplit valmask 0 extract     valmask   float valmask 1      Headers      spawn   grep  i  FILEHEADER   filename  fileheader    fileheader   strtrim fileheader  2     if keyword_set fileheader  then BEGIN        fileheader   strsplit fileheader 0 extract        fileheader   long fileheader 1     ENDIF ELSE fileheader   0L    spawn   grep  i  THEADER   filename  theader    theader   strtrim theader  2     if keyword_set theader  then BEGIN        theader   strsplit theader 0 extract        theader   long theader 1     ENDIF ELSE theader   0L    spawn   grep  i  XYHEADER   filename  xyheader    xyheader   strtrim xyheader  2     if keyword_set xyheader  then BEGIN        xyheader   strsplit xyheader 0 extract        xyheader   long xyheader 1     ENDIF ELSE xyheader   0L       find the x axis        spawn   sed  n  e  d   e  Xx Dd Ee Ff Yy Dd Ee Ff p   filename  xdef    if xdef 0  EQ   then BEGIN       print   Bad definition of xdef or ydef        stop    ENDIF    xdef   xdef 0:n_elements xdef 2     if n_elements xdef  NE 1 then begin       xdef    byte xdef  replicate byte   1 n_elements xdef        xdef   xdef where xdef NE 0        xdef   string xdef     endif    xdef   strtrim xdef 0  2     xdef   strsplit xdef extract     jpi   long xdef 1     case strupcase xdef 2  of        LINEAR :xaxis   float xdef 3 findgen jpi float xdef 4         LEVELS :xaxis   float xdef 3:n_elements xdef 1     ENDCASE       find the y axis        spawn   sed  n  e  d   e  Yy Dd Ee Ff Zz Dd Ee Ff p   filename  ydef    if ydef 0  EQ   then BEGIN       print   Bad definition of ydef or zdef        stop    ENDIF    ydef   ydef 0:n_elements ydef 2     if n_elements ydef  NE 1 then begin       ydef    byte ydef  replicate byte   1 n_elements ydef        ydef   ydef where ydef NE 0        ydef   string ydef     endif    ydef   strtrim ydef 0  2     ydef   strsplit ydef extract     jpj   long ydef 1     case strupcase ydef 2  of        LINEAR :yaxis   float ydef 3 findgen jpj float ydef 4         LEVELS :yaxis   float ydef 3:n_elements ydef 1      GAUST62 :BEGIN   print   Not yet coded    stop   END     GAUSR15 :BEGIN   print   Not yet coded    stop   END     GAUSR20 :BEGIN   print   Not yet coded    stop   END     GAUSR30 :BEGIN   print   Not yet coded    stop   END     GAUSR40 :BEGIN   print   Not yet coded    stop   END    ELSE:BEGIN   print   Not yet coded    stop   END    endcase       find the z axis        spawn   sed  n  e  d   e  Zz Dd Ee Ff Tt Dd Ee Ff p   filename  zdef    if zdef 0  EQ   then BEGIN       print   Bad definition of zdef or tdef        stop    ENDIF    zdef   zdef 0:n_elements zdef 2     if n_elements zdef  NE 1 then begin       zdef    byte zdef  replicate byte   1 n_elements zdef        zdef   zdef where zdef NE 0        zdef   string zdef     endif    zdef   strtrim zdef 0  2     zdef   strsplit zdef extract     jpk   long zdef 1     case strupcase zdef 2  of        LINEAR :zaxis   float zdef 3 findgen jpk float zdef 4         LEVELS :zaxis   float zdef 3:n_elements zdef 1     ENDCASE       compute the grid        computegrid  xaxis   xaxis  yaxis   yaxis  zaxis   zaxis  _EXTRA   ex    domdef       find the time axis        spawn   grep  i  TDEF   filename  timedef    timedef   strupcase strtrim timedef  2     timedef   strsplit timedef 0 extract     jpt   long timedef 1      initial date: y0  m0  d0  h0  mn0                 julian day of IDL: julady m0  d0  y0  h0  mn0  00       t0   timedef 3     monthsname   string format C CMOA 31 indgen 12     case 1 OF   h h :mmZd d mmmyy yy         strpos t0   :  NE  1:BEGIN          pp   strpos t0   :           h0   long strmid t0  0  pp           mn0   long strmid t0  pp 1  2           pp   strpos t0   Z           dd   byte strmid t0  pp 2  1  LT byte A           d0   long strmid t0  pp 1  1 dd           m0    where monthsname EQ strmid t0  pp 2 dd  3 0 1          y0   long strmid t0  pp 5 dd        END   m m Zd d mmmyy yy        strpos t0   Z  NE  1:BEGIN          h0   0 12          pp   strpos t0   Z           mn0   long strmid t0  0  pp           dd   byte strmid t0  pp 2  1  LT byte A           d0   long strmid t0  pp 1  1 dd           m0    where monthsname EQ strmid t0  pp 2 dd  3 0 1          y0   long strmid t0  pp 5 dd        END   d d mmmyy yy         byte strmid t0  0  1  LT byte A 0 :BEGIN          h0   0 12          mn0   0          dd   byte strmid t0  1  1  LT byte A           d0   long strmid t0  0  1 dd           m0    where monthsname EQ strmid t0  1 dd  3 0 1          y0   long strmid t0  4 dd        END   mmmyy yy        ELSE:BEGIN          h0   0 12          mn0   0          d0   1          m0    where monthsname EQ strmid t0  0  3 0 1          y0   long strmid t0  3        END    ENDCASE   if y0 is a two digit integer   between 1950 and 2049    case 1 of       y0 LE 49:y0   2000 y0       y0 LE 99:y0   1900 y0       ELSE:    ENDCASE     increment date and definition of the calendar with IDL julian days      tstep   timedef 4     tsval   long strmid tstep 0  strlen tstep 2     case strlowcase strmid tstep  1   reverse  of        mn :time   julday m0  d0  y0  h0  mn0 lindgen jpt tsval  0         hr :time   julday m0  d0  y0  h0 lindgen jpt tsval  mn0  0         dy :time   julday m0  d0 lindgen jpt tsval  y0  h0  mn0  0         mo :time   julday m0 lindgen jpt tsval  d0  y0  h0  mn0  0         yr :time   julday m0  d0  y0 lindgen jpt tsval  h0  mn0  0     ENDCASE                          shit the calendar to correspond to the time step     case strlowcase strmid tstep  1   reverse  of        dy :time   long time         mo :time   long time 14L        yr :time   long time 365L 2       ELSE:    endcase     OPTIONS      spawn   grep  i  OPTIONS   filename  options    options   strtrim options  2     options   strlowcase options 0     key_yreverse   strpos options   yrev  NE  1    key_zreverse   strpos options   zrev  EQ  1    multifiles   strpos options   template  NE  1    f77sequential   strpos options   sequential  NE  1    swapbytes   strpos options   byteswapped  NE  1    bigendian   strpos options   big_endian  NE  1    littleendian   strpos options   little_endian  NE  1    cray   strpos options   cray_32bit_ieee  NE  1 IF cray THEN BEGIN   print   cray_32bit_ieee  Not yet coded    stop   ENDIF    cal365   strpos options   365_day_calendar  NE  1 IF cal365 THEN BEGIN   print   365_day_calenda  Not yet coded    stop   ENDIF       building the filesname        spawn   grep  i  DSET   filename  files    files   strtrim files 0  2     files   strsplit files extract     if n_elements files  NE 2 then begin       print   Bad definition of the filename  There shoud be 2 elements:        print   DEST and 1 filename  that may define many files        stop    endif    files   files 1      files   strmid files 0  strpos files 0     reverse_search 1     filesname   files    if keyword_set multifiles  then begin   minutes       if  stregex files i n2 0  NE  1 then begin          filetsep    mn           mnend   long mn0 jpt 1           tmp   strarr hend h0 1           for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i n2 extract regex  string mn0 i  format    i2 2           filesname   strjoin tmp          endif   hours       if  stregex files i hf 123 0  NE  1 then begin          filetsep    hr           case strlowcase strmid tstep  1   reverse  of              mn :hend   long h0 jpt mn0 1 1 60               hr :hend   long h0 jpt 1           endcase          tmp   strarr hend h0 1           case 1 of             stregex files i h1  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i h1 extract regex  strtrim h0 i  1              stregex files i h2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i h2 extract regex  string h0 i  format    i2 2              stregex files f2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname f2 extract regex  string h0 i  format    i3 2              stregex files i hf 3  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i hf 3 extract regex  string h0 i  format    i3 3           endcase          filesname   strjoin tmp          endif   days       if  stregex files i d 12 0  NE  1 then begin          filetsep    dy           case strlowcase strmid tstep  1   reverse  of              mn :dend   long d0 jpt mn0 1 1 1440               hr :dend   long d0 jpt h0 1 1 24               dy :dend   long d0 jpt 1           endcase          tmp   strarr dend d0 1           case 1 of             stregex files i d1  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i d1 extract regex  strtrim d0 i  1              stregex files i d2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i d2 extract regex  string d0 i  format    i2 2           endcase          filesname   strjoin tmp          endif   months       if  stregex files i m 12c 0  NE  1 then begin          filetsep    mo           tmp   strarr 12           case 1 of             stregex files i m1  NE  1:for i   1  12 do tmp i 1    strjoin strsplit filesname i m1 extract regex  strtrim i  1              stregex files i m2  NE  1:for i   1  12 do tmp i 1    strjoin strsplit filesname i m2 extract regex  string i  format    i2 2              stregex files i mc  NE  1:for i   1  12 do tmp i 1    strjoin strsplit filesname i mc extract regex  monthsname i 1           endcase          filesname   strjoin tmp          endif   years       if  stregex files i y 24 0  NE  1 then begin          case strlowcase strmid tstep  1   reverse  of              dy :yend   long y0 jpt d0 1 1 365               mo :yend   long y0 jpt m0 1 1 12               yr :yend   long y0 jpt 1              ELSE:yend   y0          endcase          tmp   strarr yend y0 1           case 1 of             stregex files i y2  NE  1:for i   0  n_elements tmp 1 do tmp i    strjoin strsplit filesname i y2 extract regex  string y0 i 100 y0 i 100  format    i2 2              stregex files i y4  NE  1:for i   0  n_elements tmp 1  do tmp i    strjoin strsplit filesname i y 4 extract regex  string y0 i  format    i4 4           endcase          filesname   strjoin tmp          endif       filesname   strsplit filesname     extract      time step unit of each file:         case 1 of           stregex files i n2 0  NE  1:filetsep    mn            stregex files i hf 123 0  NE  1:filetsep    hr            stregex files i d 12 0  NE  1:filetsep    dy            stregex files i m 12c 0  NE  1: filetsep    mo            stregex files i y 24 0  NE  1:filetsep    yr        ENDCASE     number of time steps for each files         case strlowcase strmid tstep  1   reverse  of           mn :BEGIN             case filetsep of                 yr :jpt1file   60L 24L 365L                 mo :jpt1file   60L 24L 30L                 dy :jpt1file   60L 24L                 hr :jpt1file   60L                 mn :jpt1file   1L             endcase          END           hr :BEGIN             case filetsep of                 yr :jpt1file   24L 365L                 mo :jpt1file   24L 30L                 dy :jpt1file   24L                 hr :jpt1file   1L             endcase          END           dy :BEGIN             case filetsep of                 yr :jpt1file   365L                 mo :jpt1file   30L                 dy :jpt1file   1L             endcase          END           mo :BEGIN             case filetsep of                 yr :jpt1file   12L                 mo :jpt1file   1L             endcase          END           yr :jpt1file   1L       endcase     number of files          nof   ceil jpt 1 jpt1file        filesname   filesname 0:nof 1     ENDIF ELSE BEGIN       nof   1       jpt1file   jpt    ENDELSE   first character      if stregex files  GE 0 THEN BEGIN       iodir   strmid filename 0 strpos filename reverse_search 1        for i   0  nof 1 do filesname i    iodir strmid filesname i  1     ENDIF       extracting the variables         spawn   grep  i  VARS   filename  nvars    nvars   strtrim nvars  2     nvars   strsplit nvars 0 extract     nvars   long nvars 1     spawn   sed  n  e  d   e  Vv Aa Rr Ss Ee Nn Dd Vv Aa Rr Ss p   filename  varlist    if n_elements varlist  LE 2  then begin       print   No lines between vars and endvars        stop    endif    varlist   varlist 1:n_elements varlist 2      if n_elements varlist  NE nvars  then begin       print   Number of variables indicated by VARS  strtrim nvars  1  differs from number of lines  without   at the beginning  located between VARS and ENDVARS:  strtrim n_elements varlist  1        stop    ENDIF    varsname   strarr nvars     varsdes   strarr nvars     varslev   lonarr nvars     for i   0  nvars 1 do BEGIN       varlist i    strtrim varlist i  2        tmp   strsplit varlist i extract        if strmid tmp 2  0  2  EQ  1  then BEGIN          case long strmid tmp 2  3  2  of             10:BEGIN                print   Special data formats  units    1 10  Not yet coded                 stop             END             20:BEGIN                print   Special data formats  units    1 20  Not yet coded                 stop             END             30:BEGIN                print   Special data formats  units    1 30  Not yet coded                 stop             END             40:BEGIN                case long strmid tmp 2  6  of                   1:varfmt    byte                    2:varfmt    uint                     2:varfmt    int                    4:varfmt    long                    ELSE:BEGIN                      print   Bad definition of the special data formats:                        print long strmid tmp 2 6  should be equal to 1  2   2 or 4                       stop                   END                endcase             END             ELSE:BEGIN                print   Special data formats  units    1    Not yet coded                 stop             END          endcase       endif       varsname i    tmp 0        varsdes i    strjoin tmp 3:n_elements tmp 1            varslev i    long tmp 1     ENDFOR    varslev   1   varslev       ccmeshparameters filename   filename    ccmeshparameters filename    Grads       IF keyword_set key_performance  EQ 1 THEN print   time scanctl  systime 1 time1     return end     ");
+a[95] = new Array("./ReadWrite/scanoasis.html", "scanoasis.pro", "", "           file_comments scan an Oasis file  version  scanoasis grids_orca_t106       history Sebastien Masson  smasson lodyc jussieu fr                         July 01  2002          PRO scanoasis  filename     compile_opt idl2  strictarrsubs       openr  unit filename    F77_UNFORMATTED   GET_LUN   SWAP_IF_LITTLE_ENDIAN         error err    if err ne 0 then begin       print err_string       return    endif     char8    12345678     WHILE NOT EOF unit  DO BEGIN       readu  unit  char8       print   char8       readu  unit    ENDWHILE     free_lun unit    return end");
+a[96] = new Array("./ReadWrite/write_oasis.html", "write_oasis.pro", "", "             file_comments write an Oasis file  version   2 5       param filename  in required  the filename    param varname  in required  the name of the variable to be written    param z2d  in required  the variable  2D array  to be written      keyword  I2    keyword  I4    keyword  I8    keyword  R4   to change the defaut format  R8  of the data to be written       keyword  APPEND to open the file with the file pointer at the end of          the file  ready for data to be appended         restrictions varname is automatically written as a  charactere 8                 by defaut z2d is written as an R8 array      history Sebastien Masson  smasson lodyc jussieu fr                         July 01  2002           PRO write_oasis  filename  varname  z2d  I2   i2  I4   i4  I8   i8  R4   r4  APPEND   append     compile_opt idl2  strictarrsubs      openw  unit  filename    F77_UNFORMATTED   GET_LUN   SWAP_IF_LITTLE_ENDIAN         error err  APPEND   append    if err ne 0 then begin       print err_string       return    endif        writeu  unit  string varname  format a8     case 1 of       keyword_set i2 :writeu  unit  fix z2d        keyword_set i4 :writeu  unit  long z2d        keyword_set i8 :writeu  unit  long64 z2d        keyword_set r4 :writeu  unit  float z2d        ELSE:writeu  unit  double z2d     endcase     free_lun unit    return end");
+a[97] = new Array("./ReadWrite/writebat.html", "writebat.pro", "", "             file_comments write the bathymetry ASCII file of OPA      categories for OPA      param zbat  in required  the bathymetry  a 2d array      param filename  in required  a string containing the filename         history Sebastien Masson  smasson lodyc jussieu fr                         Sept 30  2003      based on batsav2 pro  written by Maurice Imbard  March 17  1998   PRO writebat  zbat  filename     compile_opt idl2  strictarrsubs     basic checks   IF n_params  NE 2 THEN BEGIN     print   bad number of aguments in the call of writebat      return   ENDIF   IF size filename   type  NE 7 THEN BEGIN     print   the filename should be a string      return   ENDIF   sbat   size zbat    IF sbat 0  NE 2 THEN BEGIN     print   bathymetry array should be 2d array      return   ENDIF     jpi2   sbat 1    jpj2   sbat 2    parameters def   ifreq    40   ifin     jpi2 ifreq 1   irest    jpi2 ifin 1 ifreq   zbati    intarr ifreq    zbati2   intarr irest    i0       intarr ifreq 5    i1       intarr max 1  irest 5      openw  iunit  filename   get_lun     fill the file     printf  iunit  FORMAT    1x  bathy IDL      2i8  jpi2  jpj2   printf  iunit  FORMAT       il1   0   FOR jn   1  ifin 1 DO BEGIN     printf  iunit  FORMAT         il2   min  jpi2 1  il1 ifreq 1        i0 0    il1 1     FOR jj   1  ifreq 5 1 DO BEGIN       i0 jj    i0 jj 1 5     END     printf  iunit  FORMAT    3x 13 i3 12x  i0     printf  iunit  FORMAT         il3   il2 jn 1 ifreq     iformat   string  il3 2   i3      FOR jj    jpj2 1  0   1  DO BEGIN       zbati 0:il3    zbat il1:il2  jj        printf  iunit  FORMAT   iformat  jj 1  zbati     END     il1   il1   ifreq   END   printf  iunit  FORMAT       il2   min  jpi2 1  il1 ifreq 1      i1 0    il1 1   FOR jj   1  irest 5 1 DO BEGIN     i1 jj    i1 jj 1 5   END   printf  iunit  FORMAT    3x 13 i3 12x  i1   printf  iunit  FORMAT       il3   il2 ifin 1 ifreq   iformat   string  il3 2   i3    FOR jj    jpj2 1  0   1  DO BEGIN     zbati2 0:irest 1    0     zbati2 0:il3    zbat il1:il2  jj      printf  iunit  FORMAT   iformat  jj 1  zbati2   END     end     close  iunit   free_lun  iunit     return end");
+a[98] = new Array("./Tests/TestsOld/tst_basic_old.html", "tst_basic_old.pro", "", "PRO tst_basic_old     figure 1: basics plots     1  plot       compile_opt idl2  strictarrsubs     n   10   y   findgen n    basic plot   splot  y  petit    2  2  1   portrait   improved plot by using plot and  graphic keywords    splot  y  petit    2  2  2   noerase  yrange    0   n 1 2  title    x and x 2    oplot  y 2  color   100  linestyle   2  thick   3     2  contour     z   dist n    basic plot   scontour  z   fill  nlevels   15  petit    2  2  3   noerase   improved plot by using contour and  graphic keywords    ind   findgen 2 n 2 n    scontour  z  levels   n ind  c_orientation   180 ind  c_spacing    2 ind                 petit    2  2  4   noerase   contour  z   overplot  c_label   rebin 1  0  2  n  levels   n ind                c_charthick   2  c_charsize   1 5  c_colors   250 ind               return end");
+a[99] = new Array("./Tests/TestsOld/tst_initlev_index_old.html", "tst_initlev_index_old.pro", "", "");
+a[100] = new Array("./Tests/TestsOld/tst_initlev_index_stride_old.html", "tst_initlev_index_stride_old.pro", "", "");
+a[101] = new Array("./Tests/TestsOld/tst_initlev_old.html", "tst_initlev_old.pro", "", "");
+a[102] = new Array("./Tests/TestsOld/tst_initlev_stride_old.html", "tst_initlev_stride_old.pro", "", "");
+a[103] = new Array("./Tests/TestsOld/tst_initorca05_index_old.html", "tst_initorca05_index_old.pro", "", "");
+a[104] = new Array("./Tests/TestsOld/tst_initorca05_index_stride_old.html", "tst_initorca05_index_stride_old.pro", "", "");
+a[105] = new Array("./Tests/TestsOld/tst_initorca05_old.html", "tst_initorca05_old.pro", "", "");
+a[106] = new Array("./Tests/TestsOld/tst_initorca05_short_old.html", "tst_initorca05_short_old.pro", "", "");
+a[107] = new Array("./Tests/TestsOld/tst_initorca05_short_stride_old.html", "tst_initorca05_short_stride_old.pro", "", "");
+a[108] = new Array("./Tests/TestsOld/tst_initorca05_stride_old.html", "tst_initorca05_stride_old.pro", "", "");
+a[109] = new Array("./Tests/TestsOld/tst_initorca2_index_old.html", "tst_initorca2_index_old.pro", "", "");
+a[110] = new Array("./Tests/TestsOld/tst_initorca2_index_stride_old.html", "tst_initorca2_index_stride_old.pro", "", "");
+a[111] = new Array("./Tests/TestsOld/tst_initorca2_old.html", "tst_initorca2_old.pro", "", "");
+a[112] = new Array("./Tests/TestsOld/tst_initorca2_short_old.html", "tst_initorca2_short_old.pro", "", "");
+a[113] = new Array("./Tests/TestsOld/tst_initorca2_short_stride_old.html", "tst_initorca2_short_stride_old.pro", "", "");
+a[114] = new Array("./Tests/TestsOld/tst_initorca2_stride_old.html", "tst_initorca2_stride_old.pro", "", "");
+a[115] = new Array("./Tests/TestsOld/tst_plt_old.html", "tst_plt_old.pro", "", "PRO tst_plt_old  IMAGE   image   commons     compile_opt idl2  strictarrsubs    common     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1     domdef   domdef  gdept 0  gdept 0  grille    T    temp   read_ncdf votemper  00101  00131  file   file      plt  temp   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int    5   nocontour  format    i3    if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   color_c   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   nocouleur  c_thick   1  cont_thick   2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp  cell_fill   1    jpi EQ 180    we must use cell_fill   2 for ORCA2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1   zoom   IF key_onearth THEN box    40  375   20  20      ELSE box    jpi 4  3 jpi 4  jpj 4  3 jpj 4     plt  temp  boite   box   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1    projections   IF key_onearth THEN BEGIN        plt  temp  boite    20  380  60  90   stereo  map    90  0  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp  boite    20  380   90  50   ortho  map    90  180  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp   ortho  map    0  0  21   portrait   carte     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1     ENDIF    deep plot   domdef  150  150     warning message   domdef  gdept jpk 2  gdept jpk 2  grille    T    temp   read_ncdf votemper  00101  00131  file   file    plt  temp  carte   2 key_onearth   land   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png   cnt   cnt   1     return end");
+a[116] = new Array("./Tests/TestsOld/tst_pltt_old.html", "tst_pltt_old.pro", "", "PRO tst_pltt_old  IMAGE   image   commons     compile_opt idl2  strictarrsubs    common  common     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1      1 1 xt plot     IF key_onearth THEN domdef  20  380   1  1  0  gdept 0      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  gdept 0      temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   help  jpt  time   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nocontour   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   color_c   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nocouleur   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     equatorial plot     IF key_onearth THEN BEGIN      a   abs gphit 0        yind   where a EQ min a      domdef  20  380  yind 0  yind n_elements yind 1            gdept 10    jpk 1  gdept 10    jpk 1  grille    T   yindex   ENDIF ELSE BEGIN      domdef  min glamt  max glamf  jpj 2  jpj 2           gdept 10    jpk 1  gdept 10    jpk 1  grille    T   yindex   ENDELSE    temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  gdept 0  gdept 0  grille    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  gdept 0  gdept 0  grille    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp    if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png   cnt   cnt   1    return end");
+a[117] = new Array("./Tests/TestsOld/tst_pltz_old.html", "tst_pltz_old.pro", "", "PRO tst_pltz_old  IMAGE   image   commons     compile_opt idl2  strictarrsubs    common     IF jpk EQ 1 THEN return     dummy       cnt   1     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     IF key_onearth THEN domdef  20  380   1  1  0  max gdept      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  max gdept      temp   read_ncdf votemper  00101  00131  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab      pltz  temp   portrait   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nocontour   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   color_c   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nocouleur   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boite    6000    if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1                                     pltz  temp  boite    6000  zoom   1000   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boite    6000  zoom   1000  ysurx   2   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boite    6000  zoom   1000  ysurx   2  hzsurht    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  0  max gdept  grille    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  0  max gdept  grille    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    pltz  temp  boite    6000  zoom   1000  ysurx   2  hzsurht    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     oblique sections      IF key_onearth THEN endpoints    110   45  290  45      ELSE endpoints    jpi 6  jpj 3  5 jpi 6  2 jpj 3    domdef  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     false oblique sections      IF key_onearth THEN endpoints    180   70  180  90      ELSE endpoints    jpi 2 0 25   0 25  jpi 2 0 25   jpj    domdef  6000  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints  boite    6000              zoom   1000  ysurx   2  hzsurht    5      showbuild   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     comparison between real section and false oblique sections     IF  where gphit EQ 0 0  NE  1 THEN BEGIN      IF key_onearth THEN box    20  380  0  0  0  6000        ELSE box    0  jpi 1  jpj 2  jpj 2  0  6000      domdef  box  grille    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  boite    6000   portrait  petit    1  2  1                zoom   500  hzsurht    5          IF key_onearth THEN endpoints    20  0  380  0        ELSE endpoints    0  jpj 2  jpi 1  jpj 2      domdef  6000  endpoints   endpoints  type    pltz  grille    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  endpoints   endpoints  boite    6000                zoom   500  hzsurht    5               petit    1  2  2   noerase          if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     cnt   cnt   1   ENDIF       return end");
+a[118] = new Array("./Tests/tst_basic.html", "tst_basic.pro", "", "PRO tst_basic     figure 1: basics plots     1  plot       compile_opt idl2  strictarrsubs     n   10   y   findgen n    basic plot   splot  y  small    2  2  1   portrait   improved plot by using plot and  graphic keywords    splot  y  small    2  2  2   noerase  yrange    0   n 1 2  title    x and x 2    oplot  y 2  color   100  linestyle   2  thick   3     2  contour     z   dist n    basic plot   scontour  z   fill  nlevels   15  small    2  2  3   noerase   improved plot by using contour and  graphic keywords    ind   findgen 2 n 2 n    scontour  z  levels   n ind  c_orientation   180 ind  c_spacing    2 ind                 small    2  2  4   noerase   contour  z   overplot  c_label   rebin 1  0  2  n  levels   n ind                c_charthick   2  c_charsize   1 5  c_colors   250 ind               return end");
+a[119] = new Array("./Tests/tst_initlev.html", "tst_initlev.pro", "", "");
+a[120] = new Array("./Tests/tst_initlev_index.html", "tst_initlev_index.pro", "", "");
+a[121] = new Array("./Tests/tst_initlev_index_stride.html", "tst_initlev_index_stride.pro", "", "");
+a[122] = new Array("./Tests/tst_initlev_stride.html", "tst_initlev_stride.pro", "", "");
+a[123] = new Array("./Tests/tst_initorca05.html", "tst_initorca05.pro", "", "");
+a[124] = new Array("./Tests/tst_initorca05_index.html", "tst_initorca05_index.pro", "", "");
+a[125] = new Array("./Tests/tst_initorca05_index_stride.html", "tst_initorca05_index_stride.pro", "", "");
+a[126] = new Array("./Tests/tst_initorca05_short.html", "tst_initorca05_short.pro", "", "");
+a[127] = new Array("./Tests/tst_initorca05_short_stride.html", "tst_initorca05_short_stride.pro", "", "");
+a[128] = new Array("./Tests/tst_initorca05_stride.html", "tst_initorca05_stride.pro", "", "");
+a[129] = new Array("./Tests/tst_initorca2.html", "tst_initorca2.pro", "", "");
+a[130] = new Array("./Tests/tst_initorca2_index.html", "tst_initorca2_index.pro", "", "");
+a[131] = new Array("./Tests/tst_initorca2_index_stride.html", "tst_initorca2_index_stride.pro", "", "");
+a[132] = new Array("./Tests/tst_initorca2_short.html", "tst_initorca2_short.pro", "", "");
+a[133] = new Array("./Tests/tst_initorca2_short_stride.html", "tst_initorca2_short_stride.pro", "", "");
+a[134] = new Array("./Tests/tst_initorca2_stride.html", "tst_initorca2_stride.pro", "", "");
+a[135] = new Array("./Tests/tst_plt.html", "tst_plt.pro", "", "PRO tst_plt  IMAGE   image   commons     compile_opt idl2  strictarrsubs    cm_4mesh     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1     domdef   domdef  gdept 0  gdept 0  gridtype    T    temp   read_ncdf votemper  00101  00131  file   file      plt  temp   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int    5   nocontour  format    i3    if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   color_c   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp   2  31  int   1   nofill  c_thick   1  coast_thick   2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     plt  temp  cell_fill   1    jpi EQ 180    we must use cell_fill   2 for ORCA2   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1   zoom   IF key_onearth THEN box    40  375   20  20      ELSE box    jpi 4  3 jpi 4  jpj 4  3 jpj 4     plt  temp  boxzoom   box   landscape   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1    projections   IF key_onearth THEN BEGIN        plt  temp  boxzoom    20  380  60  90   stereo  map    90  0  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp  boxzoom    20  380   90  50   ortho  map    90  180  0   portrait     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1       plt  temp   ortho  map    0  0  21   portrait   realcont     if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png       ELSE read  dummy   prompt    press return for the next plot      cnt   cnt   1     ENDIF    deep plot   domdef  150  150     warning message   domdef  gdept jpk 2  gdept jpk 2  gridtype    T    temp   read_ncdf votemper  00101  00131  file   file    plt  temp  realcont   2 key_onearth   land   if keyword_set image  then saveimage   tst_plt_ image _ string cnt  format i2 2 png   png   cnt   cnt   1     return end");
+a[136] = new Array("./Tests/tst_pltt.html", "tst_pltt.pro", "", "PRO tst_pltt  IMAGE   image   commons     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4cal     figure 2: regular grid     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     dummy       cnt   1      1 1 xt plot     IF key_onearth THEN domdef  20  380   1  1  0  gdept 0      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  gdept 0      temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   help  jpt  time   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nocontour   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   color_c   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltt  temp   nofill   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     equatorial plot     IF key_onearth THEN BEGIN      a   abs gphit 0        yind   where a EQ min a      domdef  20  380  yind 0  yind n_elements yind 1            gdept 10    jpk 1  gdept 10    jpk 1  gridtype    T   yindex   ENDIF ELSE BEGIN      domdef  min glamt  max glamf  jpj 2  jpj 2           gdept 10    jpk 1  gdept 10    jpk 1  gridtype    T   yindex   ENDELSE    temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp   if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  gdept 0  gdept 0  gridtype    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  gdept 0  gdept 0  gridtype    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab   pltt  temp    if keyword_set image  then saveimage   tst_pltt_ image _ string cnt  format    i2 2 png   png   cnt   cnt   1    return end");
+a[137] = new Array("./Tests/tst_pltz.html", "tst_pltz.pro", "", "PRO tst_pltz  IMAGE   image   commons     compile_opt idl2  strictarrsubs    cm_4mesh     IF jpk EQ 1 THEN return     dummy       cnt   1     CASE jpi key_stride 0 jpj key_stride 1  OF     180 148:file    Levitus98_1m_01_12_Temperature_Pot_ORCA2 nc      360 180:file    Levitus98_1m_01_12_Temperature_Pot_1x1 nc      720 510:file    Levitus98_1m_01_12_Temperature_Pot_ORCA05 nc    ENDCASE   file   isafile file  title    Where is  file     lookalldir    IF size file   type  NE 7 THEN return     IF key_onearth THEN domdef  20  380   1  1  0  max gdept      ELSE domdef  min glamt  max glamf  jpj 2 1  jpj 2 1  0  max gdept      temp   read_ncdf votemper  00101  00131  file   file    IF key_forgetold THEN help  temp arr ELSE help  temp tab      pltz  temp   portrait   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nocontour   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   color_c   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp   portrait   nofill   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boxzoom    6000    if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1                                     pltz  temp  boxzoom    6000  zoom   1000   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boxzoom    6000  zoom   1000  yxaspect   2   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     pltz  temp  boxzoom    6000  zoom   1000  yxaspect   2  zratio    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     yt plot along the column that contain the largest latitude     IF key_onearth THEN BEGIN      ind   where gphit EQ max gphit      ind   ind 0  MOD jpi     domdef  ind  ind   90  90  0  max gdept  gridtype    T   xindex   ENDIF ELSE BEGIN      domdef  jpi 2  jpi 2  min gphit  max gphif  0  max gdept  gridtype    T   xindex   ENDELSE     temp   read_ncdf votemper  00101  01231  file   file    pltz  temp  boxzoom    6000  zoom   1000  yxaspect   2  zratio    5   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     oblique sections      IF key_onearth THEN endpoints    110   45  290  45      ELSE endpoints    jpi 6  jpj 3  5 jpi 6  2 jpj 3    domdef  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     false oblique sections      IF key_onearth THEN endpoints    180   70  180  90      ELSE endpoints    jpi 2 0 25   0 25  jpi 2 0 25   jpj    domdef  6000  endpoints   endpoints  type    pltz    temp   read_ncdf votemper  00101  00131  file   file    pltz  temp  endpoints   endpoints  boxzoom    6000              zoom   1000  yxaspect   2  zratio    5      showbuild   if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     ELSE read  dummy   prompt    press return for the next plot    cnt   cnt   1     comparison between real section and false oblique sections     IF  where gphit EQ 0 0  NE  1 THEN BEGIN      IF key_onearth THEN box    20  380  0  0  0  6000        ELSE box    0  jpi 1  jpj 2  jpj 2  0  6000      domdef  box  gridtype    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  boxzoom    6000   portrait  small    1  2  1                zoom   500  zratio    5          IF key_onearth THEN endpoints    20  0  380  0        ELSE endpoints    0  jpj 2  jpi 1  jpj 2      domdef  6000  endpoints   endpoints  type    pltz  gridtype    T      temp   read_ncdf votemper  00101  00131  file   file      pltz  temp  endpoints   endpoints  boxzoom    6000                zoom   500  zratio    5               small    1  2  2   noerase          if keyword_set image  then saveimage   tst_pltz_ image _ string cnt  format    i2 2 png   png     cnt   cnt   1   ENDIF       return end");
+a[138] = new Array("./Textoidl/matchdelim.html", "matchdelim.pro", "", "      NAME:         MATCHDELIM   PURPOSE:          Match open close delimiters in a string    CATEGORY:          text strings   CALLING SEQUENCE:          position   matchdelim  strn   openpos    INPUTS:          strn          a string containing an open                 in                         delimiter  e g    in which you                          want to find the matching closing                           delimiter  e g      KEYWORD PARAMETERS:          OPEN_DELIM    A single character containing the opening   in                         delimiter  e g     Default is            CLOSE_DELIM   A single character containing the closing   in                         delimiter  e g     Default is     OUTPUTS:          position   returns the position in strn of the            out                      closing delimiter   1 if no closing found           openpos    Set to a named variable to receive the         out                      position of the first opening delimiter                       Optional    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:            Any pair of  nonidentical  characters can be used as            delimiters     EXAMPLE:          matchdelim one two three  returns 9  the character just          before  three      MODIFICATION HISTORY:          Id: matchdelim pro 47 2006 05 09 09:13:01Z pinsard            Log: matchdelim pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Removed restriction that open delim must be first char   Added argument         to allow for return of position of open delim            Revision 1 1  1996 01 31 18:41:06  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION Matchdelim  InString  OpenPos                         OPEN_DELIM OpenDelim                         CLOSE_DELIM CloseDelim                         HELP Help     compile_opt idl2  strictarrsubs      Return to caller if error      On_error  2      IF  n_params  LT 1  OR keyword_set Help  THEN BEGIN         offset                 print  offset Match open close delimiters in a string          print  offset position   matchdelim  strn   openpos          print  offset Inputs:          print  offset offset strn          a string containing an open                 in          print  offset offset                delimiter  e g    in which you           print  offset offset                want to find the matching closing            print  offset offset                delimiter  e g            print  offset Keywords:          print  offset offset OPEN_DELIM    A single character containing the opening   in          print  offset offset                delimiter  e g     Default is           print  offset offset CLOSE_DELIM   A single character containing the closing   in          print  offset offset                delimiter  e g     Default is           print  offset Outputs:          print  offset offset position   returns the position in strn of the            out          print  offset offset             closing delimiter   1 if no closing found          print  offset offset openpos    Set to a named variable to receive the         out          print  offset offset             position of the first opening delimiter          print  offset offset             Optional          print  offset Example:          print  offset offset matchdelim a one two three  returns 10  the character just          print  offset offset   before  three             print  offset offset             a matchdelim aaa bbb ccc ddd eee f OP CL          print  offset offset   returns a 12  just before ddd  f 3              just before bbb            return   1     ENDIF     Set default delimiters      IF n_elements OpenDelim  EQ 0 THEN OpenDelim          IF n_elements CloseDelim  EQ 0 THEN CloseDelim         Make sure InString has more than 1 character      length   strlen InString       IF  length LE 1  THEN return 1    Return if no open delimiter     OpenPos   strpos  InString  OpenDelim       IF  OpenPos EQ  1  THEN BEGIN          print   Error: No opening delimiter          return   1     ENDIF         Convert strings to array of integers to speed processing      OpenDelim   fix byte OpenDelim 0      CloseDelim   fix byte CloseDelim 0      TmpStr   fix byte strmid  InString  OpenPos  length    Leave the  1  in here   This forces conversion from BYTE to INTEGER    necessary because there are no negative BYTEs      TmpStr    TmpStr EQ OpenDelim                   1 TmpStr EQ CloseDelim      length   n_elements TmpStr      Initialize count of number of delimiters   We ve found one  the   first opener      BraceCnt   1     i 0     WHILE  BraceCnt GT 0  AND  i LT length 1  DO BEGIN          i   i 1         BraceCnt   BraceCnt   TmpStr i      ENDWHILE           i   i   OpenPos     IF  BraceCnt GT 0  THEN i    1     return  i END      ");
+a[139] = new Array("./Textoidl/nexttok.html", "nexttok.pro", "", "      NAME:         NEXTTOK   PURPOSE:         Find the next occurance of any of a set of characters in a         string and return the character which occurs next    CATEGORY:         text strings   CALLING SEQUENCE:         tok   nexttok  strn  tokens     INPUTS:         strn     string to be searched for sub superscripts    in         tokens   string containing characters to be found      in   KEYWORD PARAMETERS:         POSITION   Set to a named variable to get position     out                     of next token  or  1 if none found           HELP      Print useful message and exit    OUTPUTS:         tok      Contains the character among tokens which     out                   occurs next in strn  or null   if none found    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:   EXAMPLE:         nexttok   x 2   N_j 3   _  position pos   returns   and sets         pos to 1    MODIFICATION HISTORY:          Id: nexttok pro 47 2006 05 09 09:13:01Z pinsard            Log: nexttok pro v           Revision 1 4  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Generalized so that the next occurence of any of a set of characters will         be returned            Revision 1 1  1996 01 31 18:41:06  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION nexttok  strn  tokens                      POSITION position                      HELP Help     compile_opt idl2  strictarrsubs       Return to caller on error      On_error  2     Help those in need of it      IF  n_params  NE 2  OR keyword_set Help  THEN BEGIN          offset                 print  offset Find the next occurance of any of a set of characters in a          print  offset string and return the character which occurs next    CALLING SEQUENCE:         print  offset tok   nexttok  strn  tokens     INPUTS:         print  offset Inputs:          print  offset offset strn     string to be searched for sub superscripts    in          print  offset offset tokens   string containing characters to be found      in    KEYWORD PARAMETERS:         print  offset Keywords:          print  offset offset POSITION   Set to a named variable to get position     out          print  offset offset             of next token  or  1 if none found          print  offset offset HELP      Print useful message and exit    OUTPUTS:         print  offset Outputs:          print  offset offset tok     Contains the character among tokens which      out          print  offset offset          occurs next in strn  or null   if none found    EXAMPLE:         print  offset Example:          print  offset offset nexttok   x 2   N_j 3   _  position pos   returns   and sets          print  offset offset pos to 1          return        ENDIF       TmpStr   byte strn      TmpTok   byte tokens      NumToks   n_elements TmpTok        MatchIdx   0L     Matches   0L     FOR j 0  NumToks 1 DO BEGIN          TmpMatch   where TmpStr EQ TmpTok j   TmpCnt          IF  TmpCnt GT 0  THEN BEGIN             MatchIdx    MatchIdx  Replicate j  TmpCnt              Matches    Matches  TmpMatch          ENDIF      ENDFOR       IF n_elements MatchIdx  EQ 1 THEN BEGIN          Position    1         return        ENDIF       MatchIdx   MatchIdx 1:      Matches   Matches 1:       SortInd   sort Matches       Position   Matches SortInd 0       Tok   string TmpTok MatchIdx SortInd 0           return  Tok END   ");
+a[140] = new Array("./Textoidl/showtex.html", "showtex.pro", "", "      NAME:         SHOWTEX   PURPOSE:         Display TeX sequence translation table on current graphics device    CATEGORY:         text strings   CALLING SEQUENCE:         showtex   INPUTS:   KEYWORD PARAMETERS:          HELP   print out info on use of the function                  and exit          FONT    Set to 0 to use hardware font   1 to use vector                   Note that the only hardware font supported is                  Postscript   OUTPUTS:   COMMON BLOCKS:   SIDE EFFECTS:         Plot is created    NOTES:         Hardware fonts are supported only for device PS  PostScript    EXAMPLE:   MODIFICATION HISTORY:          Id: showtex pro 47 2006 05 09 09:13:01Z pinsard            Log: showtex pro v           Revision 1 4  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added error handling and updated built in help            Revision 1 1  1996 02 08 18:55:12  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      PRO Showtex  FONT fnt  HELP help     compile_opt idl2  strictarrsubs      Return to caller on error      On_error  2    Print help if needed      IF keyword_set help  THEN BEGIN         print       Display TeX sequence translation table on current graphics device          print       showtex          print       Keywords:          print           HELP       print this message and return          print          FONT        set to 0 to use hardware fonts for current device          print                       1 to use vector fonts  DEFAULT          print       NOTES:    The only hardware font supported is PostScript          print                 The FONT keyword overrides the font selected in  p font          return     ENDIF         We begin by deciding on the font   PostScript   0 means use vector      PostScript   0     PlotTitle    Vector Fonts      IF n_elements fnt  EQ 0 THEN BEGIN   get font from  p font         IF  P font NE  1 THEN BEGIN   User wants hardware font              PostScript   1             PlotTitle    PostScript Fonts          ENDIF      ENDIF ELSE BEGIN              get font from FONT keyword         IF fnt NE  1 THEN BEGIN             PostScript   1             PlotTitle    PostScript Fonts          ENDIF     ENDELSE         Bomb out if user wants hardware font for non PostScript device      IF  PostScript EQ 1  AND  strupcase D name  NE  PS  THEN BEGIN                                                    Device isn t postscript                                                  and user wants hardware                                                 font   Not good          print   Warning: No translation for device:    D name         return     ENDIF       Set  P font to value indicated by FONT keyword  saving surrent   setting to reset at end      OldPFont    p font      p font   PostScript   1      erase     seq   textoidl tex      DisplayString   seq          textoidl seq       nseq   n_elements seq      nrows   nseq 5   1            Five sequences per row      dx    9 5      dy    9 nrows     y 95     xyouts 5 y PlotTitle align 5 norm size 2 5     count 0     FOR i   1L  nrows DO BEGIN         y  y   dy         x    1         FOR j   1  5 DO BEGIN             IF  count LT nseq   THEN xyouts  x  y  DisplayString count  align    5   norm             count   count 1             x   x   dx         ENDFOR     ENDFOR    Restore old  P font       p font   OldPFont END");
+a[141] = new Array("./Textoidl/str_token.html", "str_token.pro", "", "      NAME:         STR_TOKEN   PURPOSE:         Retrieve portion of string up to token    CATEGORY:         text strings   CALLING SEQUENCE:         new   str_token  old  token     INPUTS:         old     String to be split   Contains text after    in  out                  token on output          token   Token to use in splitting old               in   KEYWORD PARAMETERS:          TRIM   set to remove leading blanks from old                   before returning           HELP   print useful message and exit    OUTPUTS:         new     portion of string up to token               out         old     portion of old after token                  out  in   COMMON BLOCKS:   SIDE EFFECTS:         Input parameter old is modified    NOTES:         Token may be one or more characters          If token is not found  returns old and sets old to     EXAMPLE:         If old is  foo44 bar  then str_token  old   44    would return          foo  and upon return  old will be left with   bar   If  TRIM         were set  old would be  bar  on return            If old xyz  then new str_token old a  would return with         new xyz  and old    THANKS:         To D  Linder who wrote GETTOK  part of the goddard library          upon which this is based    MODIFICATION HISTORY:          Id: str_token pro v 1 1 2000 06 14 19:09:22 mcraig Exp            Log: str_token pro v           Revision 1 1  2000 06 14 19:09:22  mcraig         Changed name of strtok str_token to avoid conflict in IDL 5 3            Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added built in help            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Str_token  string  token                     TRIM trim  HELP Help     compile_opt idl2  strictarrsubs      Back to the caller if error occurs      On_error  2      IF  n_params  NE 2  OR keyword_set Help  THEN BEGIN          offset                 print  offset Retrieve portion of string up to token          print  offset new   str_token  old  token           print  offset Inputs:          print  offset offset old     String to be split   Contains text after    in  out          print  offset offset          token on output          print  offset offset token   Token to use in splitting old               in          print  offset Keywords:          print  offset offset TRIM   set to remove leading blanks from old           print  offset offset          before returning          print  offset offset HELP   print useful message and exit          print  offset Outputs:          print  offset offset new     portion of string up to token               out          print  offset offset old     portion of old after token                  out  in          print  offset Side effects:          print  offset offset Input parameter old is modified          print  offset Notes:          print  offset offset Token may be one or more characters          print  offset offset If token is not found  returns old and sets old to           print  offset Examples:          print  offset offset If old is  foo44 bar  then str_token  old   44    would return          print  offset offset    foo  and upon return  old will be left with   bar   If  TRIM          print  offset offset   were set  old would be  bar  on return            print  offset offset If old xyz  then new str_token old a  would return with          print  offset offset   new xyz  and old          return   1     ENDIF       pos   strpos string  token       IF  pos GE 0  THEN BEGIN         front   strmid string  0  pos           string   strmid string  pos   strlen token  strlen string          IF keyword_set trim  THEN string   strtrim string  1          return  front     ENDIF          front   string     string         return  front      END ");
+a[142] = new Array("./Textoidl/strcnt.html", "strcnt.pro", "", "      NAME:         STRCNT   PURPOSE:         Count number of occurrences of a substring in a string    CATEGORY:         text strings   CALLING SEQUENCE:         num   strcnt strn  substring   pos    INPUTS:         string      The string in which to count occurences      in         substring   The substring to count occurrences of        in         pos         the position at which to begin the search     in                       If not supplied  start at beginning of                      string    KEYWORD PARAMETERS:          HELP       Print useful message and return    OUTPUTS:         num         Number of occurances of substring in string  out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         Overlapping occurances are not counted separately   For         example  counting occurances of  bb  in  blah bbb  returns one         occurance     EXAMPLE:   MODIFICATION HISTORY:          Id: strcnt pro v 1 3 1996 06 14 20:00:27 mcraig Exp            Log: strcnt pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added fast processing using BYTE arrays if we are counting occurences of         a single character   Added error handling            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Strcnt  strn  substrn  startpos                     HELP Help     compile_opt idl2  strictarrsubs      Return to caller if error      On_error  2    Help user  if needed      IF  n_params  LT 2  OR keyword_set Help  THEN BEGIN         offset                 print  offset Count number of occurrences of a substring in a string          print  offset num   strcnt strn  substring   pos          print  offset Inputs:          print offset offset string      The string in which to count occurences      in          print offset offset substring   The substring to count occurrences of        in          print offset offset pos         the position at which to begin the search     in          print offset offset              If not supplied  start at beginning of          print offset offset              string          print  offset Keywords:          print offset offset HELP       Print useful message and return          print  offset Outputs:          print offset offset num         Number of occurances of substring in string  out          return   1     ENDIF       IF n_params  EQ 2 THEN startpos   0     return if we weren t really given a substring to search for          IF strlen substrn  EQ 0 THEN BEGIN          print   Error: Can t count occurances of null string          return   1     ENDIF          or if we were told to start at the end of the string      tmpstrn   strmid strn  startpos  strlen strn      IF strlen tmpstrn  EQ 0 THEN return  0    If looking for occurences of single character  process using BYTE   array      IF strlen substrn  EQ 1 THEN BEGIN         tmpstrn   byte TmpStrn          count   n_elements where TmpStrn EQ  byte substrn 0       ENDIF ELSE BEGIN          count   0L         pos   rstrpos tmpstrn  substrn          WHILE pos GE 0 DO BEGIN             count   count   1             pos   rstrpos tmpstrn  substrn  pos          ENDWHILE     ENDELSE       return  count END         ");
+a[143] = new Array("./Textoidl/strtrans.html", "strtrans.pro", "", "      NAME:         STRTRANS   PURPOSE:         Translate all occurences of one substring to another    CATEGORY:         text strings   CALLING SEQUENCE:         new   strtrans oldstr from to ned    INPUTS:         oldstr   string on which to operate               in                   May be an array          from     substrings to be translated  May be      in                   an array          to       what strings in from should be           in                   translated to  May be an array    KEYWORD PARAMETERS:          HELP    Set this to print useful message and                    exit    OUTPUTS:         new      Translated string  Array if oldstr is    out                             an array          ned      number of substitutions performed in     out                   oldstr   Array if oldstr is an array    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           Any of old  from  and to can be arrays              from and to must have the same number of elements    EXAMPLE:         inp Many bad chars in_here          from _          to                    out   strtrans inp from to ned          Will produce out Many bad chars in here  and set ned to 4    MODIFICATION HISTORY:          Id: strtrans pro v 1 7 2004 06 15 17:25:54 mcraig Exp            Log: strtrans pro v           Revision 1 7  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 6  2004 01 11 01:49:00  mcraig         Changed format of one array to newer   style to avoidf conflict with function name in astro library            Revision 1 5  2001 11 23 21:14:35  mcraig         Added keywords  EXTRACT   PRESERVE_NULL   REGEX to call to         strsplit  This comes very close to reproducing the behavior of the         obsolete routine str_sep            Revision 1 4  2001 11 21 19:13:23  mcraig         Changed str_sep to strsplit  The former is now considered obsolete by RSI            Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Sped up significantly by using str_sep to handle the translation   No longer         relies on routines fromother user libraries            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION strtrans  InputString  from  to  ned                        HELP Help     compile_opt idl2  strictarrsubs      Bomb out to caller if error      On_error  2    Offer help if we don t have at least InputString  from  and to  or   if the user asks for it      IF  n_params  LT 3  OR keyword_set help  THEN BEGIN         offset                 print  offset Translate all occurences of one substring to another          print  offset new   strtrans oldstr from to ned          print  offset Inputs:          print  offset offset oldstr   string on which to operate               in          print  offset offset           May be an array          print  offset offset from     substrings to be translated  May be      in          print  offset offset           an array          print  offset offset to       what strings in from should be           in          print  offset offset           translated to  May be an array          print  offset Outputs:          print  offset offset new      Translated string  Array if oldstr is    out          print  offset offset           an array          print  offset offset ned      number of substitutions performed in     out          print  offset offset           oldstr   Array if oldstr is an array          print  offset Notes:          print  offset offset  Any of old  from  and to can be arrays             print  offset offset  from and to must have the same number of elements          return   1     ENDIF           strn   InputString     Check that From To have same number of elements   RETURN if they don t      NFrom   n_elements from      NTo   n_elements to      IF  NFrom EQ 0  OR  NTo EQ 0  THEN return  strn     IF NFrom NE NTo THEN BEGIN         print Error: Number of elements in from to unequal          return 1     ENDIF     Make sure there are no null strings in From   RETURN if there are         FromLen   strlen From      IF  total FromLen EQ 0  GT 0  THEN BEGIN         print   Error: elements of From must have nonzero length          return   1     ENDIF       NStrings   n_elements strn      ned   lonarr NStrings      tmpned   0L    Say strn a b c  from  and to   Then the approach here is to   first split strn at all occurances of   then recombine the pieces   with   inserted instead   Do this for all elements of strn  and   all elements of from      FOR i   0L  NStrings 1 DO BEGIN         ned i    0L         FOR j 0L  NFrom 1 DO BEGIN             SepStr   strsplit strn i  from j                                   EXTRACT   REGEX   PRESERVE_NULL              NSubs   n_elements SepStr    1             strn i    SepStr 0              FOR k 1L  NSubs DO strn i    strn i    To j    SepStr k              ned i     ned i    NSubs         ENDFOR      ENDFOR      return  strn END ");
+a[144] = new Array("./Textoidl/sub_sup_idl.html", "sub_sup_idl.pro", "", "      NAME:         SUB_SUP_IDL   PURPOSE:         Return the proper IDL font positioning command for TeX         sub superscripts     CATEGORY:   CALLING SEQUENCE:         fnt   sub_sup_idl  strn     INPUTS:         strn   Either   or  _  the TeX super subscript       in                 characters   KEYWORD PARAMETERS:          FORCE_UD   Set this to use  U D instead of  E I for                      sub superscripts     OUTPUTS:         fnt   Either  U  or  E  for superscripts               out                or  D  or  I  for subscripts    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:   EXAMPLE:   LIBRARY FUNCTIONS CALLED:             MODIFICATION HISTORY:          Id: sub_sup_idl pro v 1 1 1996 01 31 18:47:37 mcraig Exp            Log: sub_sup_idl pro v           Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2     FUNCTION Sub_sup_idl  token   FORCE_UD   force_ud     compile_opt idl2  strictarrsubs    IF keyword_set force_ud  THEN BEGIN      IF  token EQ   THEN return   U       IF  token EQ  _  THEN return   D      return    ENDIF ELSE BEGIN     IF  token EQ   THEN return   E       IF  token EQ  _  THEN return   I      return    ENDELSE  END  ");
+a[145] = new Array("./Textoidl/textable.html", "textable.pro", "", "      NAME:         TEXTABLE   PURPOSE:         Returns a translation table from TeX to IDL    CATEGORY:         text strings   CALLING SEQUENCE:         table   textable    INPUTS:         None   KEYWORD PARAMETERS:          POSTSCRIPT   If set  return postscript translation                        table rather than vector fonts table                         Default is translations for vector                        fonts           HELP         Print help and exit    OUTPUTS:         table   a 2D text array   table 0  contains          out                  the words to be translated away  table 1                   contains the words to translate them to       COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         To find out what TeX sequences are available  look at         table 0    EXAMPLE:   MODIFICATION HISTORY:          Id: textable pro 47 2006 05 09 09:13:01Z pinsard            Log: textable pro v           Revision 1 8  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 7  1996 07 22 23:56:08  mcraig         Added  vartheta            Revision 1 6  1996 07 12 21:31:42  mcraig         Fixed  varphi in vector font  added  circ            Revision 1 5  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 4  1996 05 09 00:22:17  mcraig         Added command to return to previous font after switching to Greek or         symbol font            Revision 1 3  1996 02 08 19:49:35  mcraig         Removed control sequence  perp because the postscript code for it is             Revision 1 2  1996 02 08 18:53:38  mcraig         Added translations for PostScript fonts  and added several new TeX         control sequences            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION textable  POSTSCRIPT ps  VECTOR vec   HELP Help     compile_opt idl2  strictarrsubs      Return to caller if error      On_error  2    Print help if necessary      IF keyword_set Help   THEN BEGIN         offset                 print  offset Returns a translation table from TeX to IDL          print  offset table   textable          print  offset Keywords:          print  offset offset POSTSCRIPT   If set  return postscript translation          print  offset offset                table rather than vector fonts table          print  offset offset                Default is translations for vector          print  offset offset                fonts          print  offset offset HELP         Print help and exit          print  offset Outputs:          print  offset offset table   a 2D text array   table 0  contains          out          print  offset offset          the words to be translated away  table 1          print  offset offset          contains the words to translate them to          print  offset Notes:          print  offset offset To find out what TeX sequences are available  look at          print  offset offset table 0      ENDIF       VECFONT 1                     index of vector font in translation table     PSFONT 2  index of postscript font in trans table     IF keyword_set ps  THEN FontSelection PSFONT ELSE FontSelection VECFONT     Set IDL font sequence needed to switch to Greek letters      GreekFont   strarr 3      GreekFont VECFONT     7      GreekFont PSFONT     M      Set IDL font sequence needed to switch to special symbol font      SymbolFont   strarr 3      SymbolFont VECFONT     M      SymbolFont PSFONT     M      Set IDL font sequence needed to switch back to initial font      PreviousFont   strarr 3      PreviousFont VECFONT     X      PreviousFont PSFONT     X    lowercase Greek         Note there is some trickery involved in getting  varphi      to work in the vector fonts  because it is actually      a member of the symbol font set  not the Greek font      set   Go figure   Solution is just to make the vector      character a switch to symbol  the proper character from      that font  and a switch back out of symbol   Same comment holds      for  vartheta           TeX SEQUENCE       VECTOR       POSTSCRIPT     LowercaseGreek        alpha       a             a           beta        b             b           gamma       c             g           delta       d             d           epsilon     e             e           zeta        f             z           eta   g       h           theta   h       q           iota   i       i           kappa   j       k           lambda   k       l           mu   l       m           nu   m       n           xi   n    S  Rx         pi   p       p           rho   q       r           sigma   r       s           tau   s       t           upsilon   t       u           phi   u       f           chi   v       c           psi   w       y           omega   x       w           varpi   p       v           varepsilon   e             e           varphi                SymbolFont VECFONT P PreviousFont VECFONT                                                   j           vartheta                SymbolFont VECFONT t PreviousFont VECFONT                                                   J                                 Uppercase Greek             TeX SEQUENCE        VECTOR          POSTSCRIPT     UppercaseGreek        Gamma   C              G               Delta   D              D               Theta   H              Q               Lambda   K              L               Xi   N            S  RX             Pi   P              P               Sigma   R              S               Upsilon   T       string byte 161        Phi   U              F               Psi   W              Y               Omega   X              W                   Special symbols       NOTES   You must leave  infty before  in in the translatation             table to avoid having the  in part of  infty translated             away                            DO NOT blindly add the control sequence  perp   Its             PostScript code is   which leads to thing being             interpreted as superscripts which shouldn t be             TeX SEQUENCE        VECTOR          POSTSCRIPT     Symbols        aleph        string byte 192        ast                              cap   3      string byte 199        cdot        string byte 215        cup   1      string byte 200        exists   E                            infty        string byte 165        in   e      string byte 206        equiv   :      string byte 186        pm        string byte 177        div        string byte 184        subset   0      string byte 204        superset   2      string byte 201        leftarrow   4      string byte 172        downarrow   5      string byte 175        rightarrow   6      string byte 174        uparrow   7      string byte 173        neq        string byte 185        propto        string byte 181        sim   A      string byte 126        partial   D      string byte 182        nabla   G      string byte 209        angle   a      string byte 208        times   X      string byte 180        geq   b      string byte 179        leq   l      string byte 163               string byte 162        prime        string byte 162        circ        string byte 176                              LowercaseGreek 1            GreekFont FontSelection            LowercaseGreek FontSelection            PreviousFont FontSelection      UppercaseGreek 1            GreekFont FontSelection          UppercaseGreek FontSelection            PreviousFont FontSelection      Symbols 1            SymbolFont FontSelection            Symbols FontSelection            PreviousFont FontSelection       TranslationTable    LowercaseGreek UppercaseGreek Symbols      return TranslationTable 0:1   END  ");
+a[146] = new Array("./Textoidl/textoidl.html", "textoidl.pro", "", "      NAME:         TEXTOIDL   PURPOSE:         Convert a valid TeX string to a valid IDL string for plot labels    CATEGORY:         text strings   CALLING SEQUENCE:         new   textoidl old    INPUTS:         old              TeX string to be converted   Will not be     in                           modified   old may be a string array    KEYWORD PARAMETERS:         FONT             Set to 0 to use hardware font   1 to use                            vector   Note that the only hardware font                            supported is PostScript           TEX_SEQUENCES   return the available TeX sequences          HELP            print out info on use of the function                           and exit    OUTPUTS:         new              IDL string corresponding to old              out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           Use the procedure SHOWTEX to get a list of the available TeX           control sequences              The only hardware font for which translation is available is           PostScript             The only device for which hardware font            translation is available is PostScript            The FONT keyword overrides the font selected            by  p font    EXAMPLE:         out   TeXtoIDL Gamma 2   5N_ ed          The string out may be used in XYOUTS or other IDL text         display routines   It will be an uppercase Gamma  with an         exponent of 2  then a plus sign  then an N with the subscript         ed    MODIFICATION HISTORY:          Id: textoidl pro 47 2006 05 09 09:13:01Z pinsard            Log: textoidl pro v           Revision 1 7  2004 06 15 17:25:54  mcraig         Fixed bug in regular expression  changed array notation to square brackets           Revision 1 6  2004 01 11 01:49:00  mcraig         Changed format of one array to newer   style to avoidf conflict with function name in astro library            Revision 1 5  2001 11 23 21:10:55  mcraig         Added backslash   to tex sequences in translation table to protect them during regexp search in strsplit            Revision 1 4  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 3  1996 05 09 00:22:17  mcraig         Added error handling  cleaned up documentation            Revision 1 2  1996 02 08 18:52:50  mcraig         Added ability to use hardware fonts for PostScript device            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION Textoidl  InputString                       FONT fnt                       HELP hlp                       TEX_SEQUENCES tex_seq     compile_opt idl2  strictarrsubs       Return to caller if there is an error      On_error  2    We begin by deciding on the font   PostScript   0 means use vector      PostScript   0     IF n_elements fnt  EQ 0 THEN BEGIN       get font from  p font         IF  p font NE  1 THEN BEGIN          User wants hardware font              PostScript 1         ENDIF     ENDIF ELSE BEGIN                         get font from FONT keyword         IF fnt NE  1 THEN PostScript   1     ENDELSE     Bomb out if user wants non PostScript hardware font      IF  PostScript EQ 1  AND  d name NE  PS  THEN BEGIN                                                    Device isn t postscript                                                  and user wants hardware                                                 font   Not good          print Warning: No translation for device:  d name         return InputString                    ENDIF           IF keyword_set  tex_seq  THEN BEGIN         table textable          return table 0      ENDIF       IF keyword_set hlp  OR  n_params  EQ 0  THEN BEGIN         print      Convert a TeX string to an IDL string          print      new   TeXtoIDL old          print        old   TeX string to translate                  in          print        new   resulting IDL string                     out          print      Keywords:          print         FONT       set to  1 to translate for vector fonts           print                     DEFAULT     Set to 0 to translate for          print                    hardware font          print          TEX_SEQUENCES   return the available TeX sequences          print          HELP      print this message and exit          print      NOTES:            print           Use SHOWTEX to obtain a list of the available          print           TeX control sequences          print           old may be a string array   If so  new is too          print           The only device for which hardware font          print           translation is available is PostScript          print           The FONT keyword overrides the font selected          print           by  p font          return   1     ENDIF        PostScript has been set to 1 if PostScript fonts are desired      strn   InputString     table   textable POSTSCRIPT PostScript           Greek sub superscripts need to be protected by putting braces     around them if they are unbraced   This will have the result the     it will be difficult to use   as a sub superscript   Get over it       V2 11 Must include the   in from of translation table TeX     sequences to ensure that strsplit properly treats the   in the     TeX sequence  Since strsplit is doing a regexp replace  and   is     special in regexps  need to escape it      strn    strtrans strn   table 0     table 0        strn    strtrans strn   _ table 0     _ table 0        First we translate Greek letters and the like   This makes guessing    alignment of sub superscripts easier  as all special characters will then    be one character long       V2 11 Must include the   in from of translation table TeX     sequences to ensure that strsplit properly treats the   in the     TeX sequence  Since strsplit is doing a regexp replace  and   is     special in regexps  need to escape it      strn   strtrans strn   table 0    table 1          FOR i   0L  n_elements strn 1 DO BEGIN          strn i    translate_sub_super strn i    Take care of sub superscripts     ENDFOR       return strn END ");
+a[147] = new Array("./Textoidl/translate_sub_super.html", "translate_sub_super.pro", "", "   NOTE to future maintainers:     Make sure sub_sup_idl stays before translate_sub_super   At least     for now  when IDL encounters a function and automatically compiles     it  it only compiles the functions in the file up to the named     function   So even if sub_sup_idl was declared with     FORWARD_FUNCTION in translate_sub_super  it would not properly     compile         SPECIAL NOTE:          The file translate_sub_super pro contains two functions          translate_sub_super  and sub_sup_idl   The former is the         generic routine for processing TeX sub superscripts  the         latter is used only by translate_sub_super and has no general         utility   Hence it lives here   You will see documentation for         translate_sub_super second if you use DOC_LIBRARY            NAME:         SUB_SUP_IDL   PURPOSE:         Return the proper IDL font positioning command for TeX         sub superscripts     CATEGORY:         TeXtoIDL   CALLING SEQUENCE:         fnt   sub_sup_idl  strn     INPUTS:         strn        Either   or  _  the TeX super subscript       in                      characters   KEYWORD PARAMETERS:          FORCE_UD   Set this to use  U D instead of  E I for                      sub superscripts            HELP       Set to print useful message and exit    OUTPUTS:         fnt         Either  U  or  E  for superscripts              out                      or  D  or  I  for subscripts    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         Used only by translate_sub_super   Should be kept in same         file     EXAMPLE:   MODIFICATION HISTORY:          Id: translate_sub_super pro 47 2006 05 09 09:13:01Z pinsard            Log: translate_sub_super pro v           Revision 1 5  2000 06 14 19:09:22  mcraig         Changed name of strtok str_token to avoid conflict in IDL 5 3            Revision 1 4  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 3  1996 05 09 00:22:17  mcraig         Changed some function calls to reflect changes in those functions  moved         some code out of the main loop that didn t need to be there  added         documentation            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2     COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Sub_sup_idl  token   FORCE_UD   force_ud     compile_opt idl2  strictarrsubs      provide help if needed      IF  n_params  NE 1  OR keyword_set Help  THEN BEGIN         offset                 print  offset Return the proper IDL font positioning command for TeX          print  offset sub superscripts            print  offset fnt   sub_sup_idl  strn           print  offset Inputs:          print  offset offset strn        Either   or  _  the TeX super subscript       in          print  offset offset              characters          print  offset Keywords:          print  offset offset FORCE_UD   Set this to use  U D instead of  E I for          print  offset offset              sub superscripts           print  offset offset HELP       Set to print useful message and exit          print  offset Outputs:          print  offset offset fnt         Either  U  or  E  for superscripts              out          print  offset offset              or  D  or  I  for subscripts          return   1     ENDIF       IF keyword_set force_ud  THEN BEGIN          IF  token EQ   THEN return   U           IF  token EQ  _  THEN return   D          return        ENDIF ELSE BEGIN         IF  token EQ   THEN return   E           IF  token EQ  _  THEN return   I          return        ENDELSE      END        NAME:         TRANSLATE_SUB_SUPER   PURPOSE:         Translate TeX sub superscripts to IDL sub superscripts    CATEGORY:         text strings   CALLING SEQUENCE:         new   translate_sub_super  old     INPUTS:         old         string to be translated from TeX to IDL    in   KEYWORD PARAMETERS:          RECURSED   set if this function is being called                       recursively                             HELP       Set to print useful message and exit    OUTPUTS:         new         string old converted from TeX to IDL       out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           For best results  when both a sub and superscript are used            place the shorter of the two first  e g   N a _ bbbb  is           better than  N_ bbbb a            Single character sub super scripts do not need to be           protected by braces            Sub superscripts may be nested  e g   N N_1 N    EXAMPLE:         out   translate_sub_super   N 2_ big            Then out N U2 N Dbig N  which looks like it should on the         display     LIBRARY FUNCTIONS CALLED:         str_token        Text string  mcraig          sub_sup_idl   contained in this file   MODIFICATION HISTORY:          Id: translate_sub_super pro 47 2006 05 09 09:13:01Z pinsard            Log: translate_sub_super pro v           Revision 1 5  2000 06 14 19:09:22  mcraig         Changed name of strtok str_token to avoid conflict in IDL 5 3            Revision 1 4  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 3  1996 05 09 00:22:17  mcraig         Changed some function calls to reflect changes in those functions  moved         some code out of the main loop that didn t need to be there  added         documentation            Revision 1 2  1996 02 08 18:54:20  mcraig         Changed default sub superscript size to be  D U rather than  I E to         improve readability of plat annotations            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_2_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Translate_sub_super  InputString                                  RECURSED recursed                                  HELP Help     compile_opt idl2  strictarrsubs      Return to caller if error      On_error  2    Offer help if needed and or desired     IF  n_params  NE 1  OR keyword_set help  THEN BEGIN         offset                 print  offset Translate TeX sub superscripts to IDL sub superscripts          print  offset new   translate_sub_super  old           print  offset Inputs:          print  offset offset old         string to be translated from TeX to IDL    in          print  offset Keywords:          print  offset offset RECURSED   set if this function is being called           print  offset offset              recursively                             print  offset offset HELP       Set to print useful message and exit          print  offset Outputs:          print  offset offset new         string old converted from TeX to IDL       out          print  offset Notes:          print  offset offset  For best results  when both a sub and superscript are used          print  offset offset   place the shorter of the two first  e g   N a _ bbbb  is          print  offset offset   better than  N_ bbbb a          print  offset offset  Single character sub super scripts do not need to be          print  offset offset   protected by braces          print  offset offset  Sub superscripts may be nested  e g   N N_1 N          return   1     ENDIF      To allow for nested scripts  use  E I instead of  U D for scripts    when called recursively      IF  NOT keyword_set recursed  THEN         ud   1       ELSE         ud   0     Return to the normal level after making sub superscript unless we    are recursed  which indicates we are processing a nested script      IF keyword_set recursed  THEN fontRestore     ELSE fontRestore    N      Initialize vars for processing scripts      SpcByte    byte   0      We need the BYTE value for a space below      strn   InputString     pos   0     StorePos         RecallPos         OldToken          LenLastScript   0    Grab next sub superscript   Token will be either   or  _    RETURN if no scripts      Token   nexttok strn    _  pos   pos      if pos EQ  1 then return  InputString  nothing to process       FntChange    sub_sup_idl Token     Our approach will be to grab the input string up to the next   or    _  then process the script we ve found      NewString str_token strn Token       WHILE  strlen strn  GT  0 DO  BEGIN    Grab first char of sub superscript          Script   strmid strn  0  1          EndOfScript   0          Position of end of this script          IF  Script EQ   THEN BEGIN     Scripts of more than 1 char              EndOfScript   matchdelim strn                    Script   translate_sub_super strmid strn  1  EndOfScript 1                                              recursed           ENDIF        Grab rest of string _after_ the end of the script                  strn   strmid strn  EndOfScript 1                          strlen strn EndOfScript 1         Find the next script and prepare for processing it          FntChange   sub_sup_idl Token  FORCE_UD   ud          OldToken   Token         Token   nexttok strn   _  POS   pos         If the input is  n 2_j  we want the  2  to be directly above       the  j  rather than having the  j  below and to the right of       the 2   In other words  we want the first below  not the second                 2               2               N               N                J                J       To accomplish this  we need to save the position at which we       begin writing the 2 with a  S  and restore that position with a        R after writing the 2   The first section in the IF block below       handles the  J  above  the thing after the first script   We       don t care if there is another script following   We also padd       the second script with spaces if it is shorter than the first to       make sure that whatever comes out after the scripts starts in       the proper place   The worry is that without the spaces  the       input  N looong _ s    1  will end up with the   starting right       the  s  ends          IF  StorePos EQ  S  THEN BEGIN             StorePos                 RecallPos           calculate the difference in length between this script and the        previous stacked one  removing font change commands  crudely by       guessing that the number of characters this takes is twice the       number of exclamation points   The    1 below is a kludge   I       don t know why  but I need one extra space              NumSpaces   LenLastScript    strlen script    2 strcnt Script              NumSpaces    NumSpaces   1    0             IF NumSpaces GT 0 THEN                 Script   Script   string  replicate SpcByte  NumSpaces            ENDIF ELSE BEGIN             IF  Token NE OldToken  AND  pos EQ 0  THEN BEGIN               The next script immediately folows this one   Arrange to               save the position of the current script so that both begin               with the same horizontal position                  StorePos    S                  RecallPos    R                  LenLastScript   strlen Script    2 strcnt Script              ENDIF         ENDELSE       Continue building the IDL string  adding on our just processed script          NewString   NewString   StorePos   FntChange   Script   RecallPos               FontRestore          IF   pos NE  1   THEN BEGIN       more left to process                  NewString   NewString                   str_token strn  Token             ENDIF ELSE BEGIN                  we are done             NewString   NewString   strn             strn             ENDELSE     ENDWHILE           return  NewString END    ");
+a[148] = new Array("./ToBeReviewed/CALCULS/curl.html", "curl.pro", "", "          NAME:curl     PURPOSE:calcule la composante verticale du rotationnel d un champ   de vecteur horizontaux     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res curl u v      INPUTS:         u et v deux matrices representant les coordonnes d un         champ de vecteur     KEYWORD PARAMETERS:     OUTPUTS:res: une matrice 2d     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:   les matrices u et v peuvent de 2 a 4 dimensions    attention pour distinger les differents configurations de u et v    xy  xyz  xyt  xyzt  on regarde la variable du common            time qui contient le calendrier en jour julien d IDL auquel          se rapportent u et v ansi que la variable            jpt qui est le nombre de pas de temps a considerer ds time    les tableaux u et v sont decoupes sur le meme domaine   geographique  A cause du decalage des grilles T  U  V et F il est   possiible que ces 2 tableaux n aient pas la meme taille et se   repportent a des indices differents  Si tel est le cas les tableaux   sont redecoupes sur les indices qu ils ont en commun et le dommaine   est redefinit pour qu il colle a ces indices communs    pour eviter ces redecoupes utiliser le mot cles  memeindice ds   domdef pro       les points sur le bord du dessin sont mis a  values f_nan      EXAMPLE:     MODIFICATION HISTORY:Guillaume Roullet  grlod ipsl jussieu fr                            Sebastien Masson  smasson lodyc jussieu fr                         adaptation pour marcher avec un domaine reduit                          21 5 1999: valeurs manquantes a  values f_nan  periodicite          FUNCTION curl  uu  vv     compile_opt idl2  strictarrsubs    common    tempsun   systime 1            pour key_performance      IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of curl is based on Arakawa C grid                            U and V grids must therefore be defined       u   litchamp uu     v   litchamp vv      date1   time 0     if n_elements jpt  EQ 0 then date2   date1 ELSE date2   time jpt 1     if  size u 0  NE  size v 0  then return    1      on trouve les points que u et v ont en communs      indicexu    lindgen jpi firstxu:firstxu nxu 1     indicexv    lindgen jpi firstxv:firstxv nxv 1     indicex   inter indicexu  indicexv     indiceyu    lindgen jpj firstyu:firstyu nyu 1     indiceyv    lindgen jpj firstyv:firstyv nyv 1     indicey   inter indiceyu  indiceyv     nx   n_elements indicex      ny   n_elements indicey     case 1 of      xyz          size u 0  EQ 3 AND date1 EQ date2 :BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 3 OR  size v 0  NE 3: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN              case 1 of                nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                     nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                     nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                   nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                   ELSE :             endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:return    1          endcase     calcul du rotationnel            coefu    e1u indice2d replicate 1  nzt           coefu   reform coefu  nx  ny  nzt   over           coefu   coefu umask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terreu   where coefu EQ 0           if terreu 0  NE  1 then coefu temporary terreu     values f_nan                    coefv    e2v indice2d replicate 1  nzt           coefv   reform coefv  nx  ny  nzt   over           coefv   coefv vmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terrev   where coefv EQ 0           if terrev 0  NE  1 then coefv temporary terrev     values f_nan           tabf    fmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           div    e1f indice2d e2f indice2d replicate 1  nzt           div   reform div  nx  ny  nzt   over           tabf   tabf div            zu   u temporary coefu           zv   v temporary coefv            psi     shift zv   1  0  0 zv     zu shift zu  0   1  0           psi   tabf psi     mise a  values f_nan de la bordure            if NOT keyword_set key_periodic   OR nx NE jpi then begin             psi 0         values f_nan             psi nx 1         values f_nan          endif          psi  0       values f_nan          psi  ny 1       values f_nan            if n_elements valmask  EQ 0 THEN valmask   1e20          terref    where tabf EQ 0           if terref 0  NE  1 then psi temporary terref    valmask     pour le trace graphique            domdef   glagmt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t   f           if keyword_set direc  then psi   moyenne psi direc nan           END      xyt           date1 NE date2 AND  size u 0  EQ 3 :BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                      IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                     IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                    IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:BEGIN                 print   problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs                 return   1             end          endcase     calcul du rotationnel            coefu   e1u indice2d umask indice2d jpi jpj firstzt           terreu   where coefu EQ 0           if terreu 0  NE  1 then coefu temporary terreu     values f_nan          coefu   temporary coefu replicate 1  jpt           coefu   reform coefu  nx  ny  jpt   over             coefv   e2v indice2d vmask indice2d jpi jpj firstzt           terrev   where coefv EQ 0           if terrev 0  NE  1 then coefv temporary terrev     values f_nan          coefv   temporary coefv replicate 1  jpt           coefv   reform coefv  nx  ny  jpt   over             tabf    fmask indice2d jpi jpj firstzt e1f indice2d e2f indice2d           tabf   temporary tabf replicate 1  jpt           tabf   reform tabf  nx  ny  jpt   over      calcul du rotationnel            zu   u temporary coefu           zv   v temporary coefv             psi     shift zv   1  0  0 zv     zu shift zu  0   1  0           psi   tabf psi     mise a  values f_nan de la bordure            if NOT keyword_set key_periodic  OR nx NE jpi then begin             psi 0         values f_nan             psi nx 1         values f_nan          endif          psi  0       values f_nan          psi  ny 1       values f_nan          if n_elements valmask  EQ 0 THEN valmask   1e20          terref    where tabf EQ 0           if terref 0  NE  1 then psi temporary terref    valmask            domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t   f           if keyword_set direc  then psi   grossemoyenne psi direc nan          END      xyzt           date1 NE date2 AND  size u 0  EQ 4:BEGIN           return  report non code        END      xy           ELSE:BEGIN                 xy          indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 2 OR  size v 0  NE 2: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                    IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                   IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny                  IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny              END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indice2d                 v   v indice2d              END             ELSE:return    1          endcase     calcul du rotationnel            coefu   e1u indice2d umask indice2d jpi jpj firstzt           terreu   where coefu EQ 0           if terreu 0  NE  1 then coefu temporary terreu     values f_nan          coefv   e2v indice2d vmask indice2d jpi jpj firstzt           terrev   where coefv EQ 0           if terrev 0  NE  1 then coefv temporary terrev     values f_nan          tabf    fmask indice2d jpi jpj firstzt e1f indice2d e2f indice2d             zu   u temporary coefu           zv   v temporary coefv            psi     shift zv   1  0 zv     zu shift zu  0   1           psi   tabf psi      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             psi 0       values f_nan             psi nx 1       values f_nan          endif          psi  0     values f_nan          psi  ny 1     values f_nan            if n_elements valmask  EQ 0 THEN valmask   1e20          terref    where tabf EQ 0           if terref 0  NE  1 then psi temporary terref    valmask     pour le trace graphique            domdef   glamt indice2d 0  0   glamf indice2d nx 1  0 gphit indice2d 0  0   gphif indice2d 0  ny 1  vert1  vert2  gridtype    t   f           if keyword_set direc  then psi   moyenne psi direc nan         END      endcase      if keyword_set key_performance  THEN print   temps curl  systime 1 tempsun       vargrid    F     varname    vorticity     return  psi end");
+a[149] = new Array("./ToBeReviewed/CALCULS/depth2floatlevel.html", "depth2floatlevel.pro", "", "          NAME:depth2floatlevel     PURPOSE: assez comparable a depth2level mais ici le niveau calcule   est en float  Par ex le niveau 5 4 correspond a une profondeur egale   a gdep 5 4 gdep 6 gdep 5      CATEGORY: SANS BOUCLE     CALLING SEQUENCE:res depth2floatlevel depth2d       INPUTS: depth2d tableau 2d de profondeur  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:           NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d de float contenant les valeurs des niveaux      COMMON BLOCKS:common pro     SIDE EFFECTS:accepte les vcaleurs a  values f_nan et masque les   points terres a valmask      RESTRICTIONS:     EXAMPLE:        IDL  a jpk 1 1 jpi jpj findgen jpi jpj       IDL  plt  1e6 a floatlevel2depth depth2floatlevel a nocontour       champ nul a 1e 6 pres     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 06 2000         FUNCTION depth2floatlevel  tab  NOMASK   nomask     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common      depthin   litchamp tab       levelup   depth2level depthin   UPPER   nomask     depthup   level2depth levelup   nomask       levellow   depth2level depthin   lower   nomask     depthlow   level2depth levellow   nomask    calcule de la distance depthlow depthup et gestion du cas ou cette   distance est nulle ou egale a  values f_nan    divi   depthlow depthup    nan   where finite divi  EQ 0     if nan 0  NE  1 then divi nan    0    nan   where divi EQ 0     if nan 0  NE  1 then divi nan     values f_nan   calcule du resultat    res   levelup depthin depthup divi   on masque les points terre a valmask    if NOT keyword_set nomask  then begin       grille mask       if n_elements valmask  EQ 0 then valmask   1e20       terre   where temporary mask    0  EQ 0        if terre 0  NE  1 then res terre    valmask    endif      if keyword_set key_performance  THEN print   temps depth2floatlevel  systime 1 tempsun       return  res end");
+a[150] = new Array("./ToBeReviewed/CALCULS/depth2level.html", "depth2level.pro", "", "          NAME: depth2level     PURPOSE: permet de passer d un tableau 2d de profondeur au tableau   2d correspondant de niveaux      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res depth2level depth2d      INPUTS: depth2d tableau 2d de profondeur  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:           UPPER:  active par defaut  on selectionne le niveau        directement au dessus de la profondeur           LOWER: on selectionne le niveau directement au dessous de la        profondeur            CLOSER: on selectionne le niveau le plus proche de la        profondeur            NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d contenant les valeurs des niveaux      COMMON BLOCKS:common pro     SIDE EFFECTS:pour les profondeurs hors des valeurs de gdep  la   valeur  values f_nan est retournee    Si la profondeur est superieur a celle du fond  on retourne   jpk 1dans le cas upper  et  values f_nan ds le cas lower      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999                         15 6 2000 accepte  values f_nan         FUNCTION depth2level  tab  LOWER   lower  UPPER   upper  CLOSER   closer                           NOMASK   nomask  _extra   ex     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common      upper   1    if keyword_set lower  THEN upper   0     lecture du champ d entree et recuperation de la taille du sous   domaine utilise      in   litchamp tab     grille mask 1 1 gdep nx ny nz firstx firsty firstz lastx lasty lastz     verification de la coherence entre la taille du tableau et le domaine definit par domdef      IF ny EQ 1 THEN in   reform in  nx  ny   over     taille   size in     if taille 0  NE 2 then return  report le champ en entree doit contenir un tableau 2d     case 1 of       taille 1  eq jpi and taille 2  eq jpj:in in firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du champ     endcase         vire les points a  values f_nan    notanumber   where finite in   nan  EQ 1     if notanumber 0  NE  1 then in notanumber    0     on transforme le tableau 2d de profondeur en tableau 2d de niveaux   correspondant aux profondeurs     on passe en tableaux qui ont la taille des tableaux 3d    prof replicate 1 nx ny gdep firstz:lastz      in   in replicate 1  nz       mask01    prof  LT in     mask01   reform mask01  nx  ny  nz     levels   total mask01  3     notvalid   where levels EQ nz     if keyword_set upper  then begin       levels   levels 1       notvalid   where levels EQ  1     ENDIF ELSE notvalid   where levels EQ nz     IF notvalid 0  NE  1 THEN levels notvalid     values f_nan    si closer est active    if keyword_set closer  then begin       test      litchamp tab level2depth levels                      level2depth   levels 1 jpk 1   litchamp tab          test   test    0 test    1        changer   where test GE 0        if changer 0  NE  1 then levels changer     levels changer 1     jpk 1     endif     on replace les points a  values f_nan    if notanumber 0  NE  1 then levels notanumber     values f_nan   on masque les points terres a valmask    if NOT keyword_set nomask  then begin       if n_elements valmask  EQ 0 then valmask   1e20       terre   where mask    0  EQ 0        if terre 0  NE  1 then levels terre    valmask    endif          if keyword_set key_performance  THEN print   temps depth2level  systime 1 tempsun     return  levels end");
+a[151] = new Array("./ToBeReviewed/CALCULS/depth2mask.html", "depth2mask.pro", "", "          NAME: depth2mask     PURPOSE: permet de passer d un tableau 2d de profondeur seuil au   tableau 3d de mask avec des 1 ds les niveaux au dessus de la   profondeur seuil et des 0 en dessous      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res depth2mask depht2d      INPUTS: depht2d tableau 2d de profondeur seuil  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:           UPPER:  active par defaut  on selectionne le niveau        directement au dessus de la profondeur           LOWER: on selectionne le niveau directement au dessous de la        profondeur            CLOSER: on selectionne le niveau le plus proche de la        profondeur      OUTPUTS: un tableau 3d contenant le mask associe au tableau 2d de   profondeurs seuil     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999         FUNCTION depth2mask  tab  _extra   ex       compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common     on transforme le tableau 2d de profondeur en tableau 2d de niveaux   correspondant aux profondeurs      niveaux   depth2level tab  _extra   ex     IF niveaux 0  EQ  1 THEN return    1     on transforme le tableau 2d de niveaux en tableau 3d de mask      mask   level2mask niveaux       if keyword_set key_performance  NE 0 THEN print   temps depth2mask  systime 1 tempsun     return  mask end");
+a[152] = new Array("./ToBeReviewed/CALCULS/determ2.html", "determ2.pro", "", "    NAME:determ2     PURPOSE: computes the determinant of n 2 by 2 arrays     CATEGORY: no DO loops and better accuracy     CALLING SEQUENCE: 2 cases:       res   determ2 z2ds        res   determ2 z1d00 z1d01 z1d10 z1d11      INPUTS:       z2ds: an 2 2 n array       or       z1d00 z1d01 z1d10 z1d11: the four n elements arrays       defined as:                z2ds 0  0      z1d00                z2ds 0  1      z1d01                z2ds 1  0      z1d10                z2ds 1  1      z1d11     OUTPUTS: n elements array  the determinent of each 2 2 arrrays     EXAMPLE:     a findgen 2 2 5    print  determ2 a    FOR i 0 4 DO print  determ a i    IDL solution     MODIFICATION HISTORY:             S  Masson  smasson lodyc jussieu fr              July 11th  2002   FUNCTION determ2  a  b  c  d     compile_opt idl2  strictarrsubs     CASE n_params  OF     1:res   a 0  0   a 1  1   a 0  1   a 1  0        4:res   a d c b      ELSE:stop   ENDCASE    RETURN  res END");
+a[153] = new Array("./ToBeReviewed/CALCULS/determ3.html", "determ3.pro", "", "    NAME:determ3     PURPOSE: computes the determinant of n 3 by 3 arrays     CATEGORY: no DO loops and better accuracy     CALLING SEQUENCE:2 cases:       res   determ2 z2ds        res   determ2 in00  in01  in02  in10  in11  in12  in20  in21  in22      INPUTS:       z2ds: an 3 3 n array       or       in00  in01  in02  in10  in11  in12  in20  in21  in22: the nine n       elements arrays defined as:             in00   z2ds 0  0                in01   z2ds 0  1                in02   z2ds 0  2                in10   z2ds 1  0                in11   z2ds 1  1                in12   z2ds 1  2                in20   z2ds 2  0                in21   z2ds 2  1                in22   z2ds 2  2        OUTPUTS: n elements array  the determinent of each 3 3 arrrays     EXAMPLE:     a findgen 3 3 5    print  determ3 a 2    FOR i 0 4 DO print  determ a i 2    IDL solution     MODIFICATION HISTORY:             S  Masson  smasson lodyc jussieu fr              July 11th  2002   FUNCTION determ3  in00  in01  in02  in10  in11  in12  in20  in21  in22     compile_opt idl2  strictarrsubs     IF n_params  EQ 1 THEN BEGIN     in00save   temporary in00      in00   in00save 0  0        in01   in00save 0  1        in02   in00save 0  2        in10   in00save 1  0        in11   in00save 1  1        in12   in00save 1  2        in20   in00save 2  0        in21   in00save 2  1        in22   in00save 2  2      ENDIF    a01    determ2 in10  in20                       in12  in22     a11   determ2 in00  in20                      in02  in22     a21    determ2 in00  in10                       in02  in12     res   in01 a01 in11 a11 in21 a21    IF n_params  EQ 1 THEN in00   temporary in00save     RETURN  res END");
+a[154] = new Array("./ToBeReviewed/CALCULS/div.html", "div.pro", "", "          NAME:div     PURPOSE:calcule la divergence d un champ 2D     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res div u v      INPUTS:         u et v deux matrices representant les coordonnes d un         champ de vecteur     KEYWORD PARAMETERS:     OUTPUTS:res: une matrice 2d     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:   les matrices u et v peuvent de 2 a 4 dimensions    attention pour distinger les differents configurations de u et v    xy  xyz  xyt  xyzt  on regarde la variable du common            time qui contient le calendrier en jour julien d IDL auquel          se rapportent u et v ansi que la variable            jpt qui est le nombre de pas de temps a considerer ds time    les tableaux u et v sont decoupes sur le meme domaine   geographique  A cause du decalage des grilles T  U  V et F il est   possiible que ces 2 tableaux n aient pas la meme taille et se   repportent a des indices differents  Si tel est le cas les tableaux   sont redecoupes sur les indices qu ils ont en commun et le dommaine   est redefinit pour qu il colle a ces indices communs    pour eviter ces redecoupes utiliser le mot cles  memeindice ds   domdef pro     les points sur le bord du dessin sont mis a  values f_nan     EXAMPLE:     MODIFICATION HISTORY:Guillaume Roullet  grlod ipsl jussieu fr                         Creation : printemps 1998                        Sebastien Masson  smasson lodyc jussieu fr                         adaptation pour marcher avec un domaine reduit                        12 1 2000         FUNCTION div  uu  vv     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common      IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of div is based on Arakawa C grid                            U and V grids must therefore be defined       u   litchamp uu     v   litchamp vv       date1   time 0     if n_elements jpt  EQ 0 then date2   date1 ELSE date2   time jpt 1     if  size u 0  NE  size v 0  then return    1      on trouve les points que u et v ont en communs      indicexu    lindgen jpi firstxu:firstxu nxu 1     indicexv    lindgen jpi firstxv:firstxv nxv 1     indicex   inter indicexu  indicexv     indiceyu    lindgen jpj firstyu:firstyu nyu 1     indiceyv    lindgen jpj firstyv:firstyv nyv 1     indicey   inter indiceyu  indiceyv     nx   n_elements indicex      ny   n_elements indicey     indice2d   lindgen jpi  jpj     indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1     case 1 of      xyz          size u 0  EQ 3 AND date1 EQ date2 :BEGIN      extraction de u et v sur le domaine qui convient            case 1 of              size v 0  NE 3: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case 1 of                   nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                        nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                        nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                      nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                      ELSE :                endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:BEGIN                 zdiv    1                GOTO  sortie             end                       endcase     calcul de la divergence            zu    e2u indice2d replicate 1  nzt           zu   reform zu  nx  ny  nzt   over           zu   temporary u temporary zu               umask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terreu   where zu EQ 0           if terreu 0  NE  1 then zu temporary terreu     values f_nan            zv    e1v indice2d replicate 1  nzt           zv   reform zv  nx  ny  nzt   over           zv   temporary v temporary zv               vmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt           terrev   where zv EQ 0           if terrev 0  NE  1 then zv temporary terrev     values f_nan            zdiv   1e6 e1t indice2d e2t indice2d           zdiv    zdiv replicate 1  nzt           zdiv   reform zdiv  nx  ny  nzt   over           zdiv   temporary zdiv zu shift zu  1  0  0 zv shift zv  0  1  0               tmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             zdiv 0         values f_nan             zdiv nx 1         values f_nan          endif          zdiv  0       values f_nan          zdiv  ny 1       values f_nan            zdiv   temporary zdiv             if n_elements valmask  EQ 0 THEN valmask   1e20          terre    where tmask indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt:lastzt  EQ 0           if terre 0  NE  1 then zdiv temporary terre    valmask     pour le trace graphique            vargrid    T           varname    div           varunits    1e6 s 1           domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t           if keyword_set direc  then  zdiv   moyenne zdiv direc nan        END      xyt           date1 NE date2 AND  size u 0  EQ 3 :BEGIN      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 3 OR  size v 0  NE 3: return    1              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case 1 of                   nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                        nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                        nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                      nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                      ELSE :                endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:return    1          endcase     calcul de la divergence            zu   e2u indice2d umask indice2d jpi jpj firstzt           terreu   where zu EQ 0           if terreu 0  NE  1 then zu temporary terreu     values f_nan          zu    zu replicate 1  jpt           zu   reform zu  nx  ny  jpt   over           zu   temporary u temporary zu             zv   e1v indice2d vmask indice2d jpi jpj firstzt           terrev   where zv EQ 0           if terrev 0  NE  1 then zv temporary terrev     values f_nan          zv    zv replicate 1  jpt           zv   reform zv  nx  ny  jpt   over           zv   temporary v temporary zv             zdiv   1e6 tmask indice2d jpi jpj firstzt e1t indice2d e2t indice2d           zdiv    zdiv replicate 1  jpt           zdiv   reform zdiv  nx  ny  jpt   over           terre    where zdiv EQ 0           zdiv   temporary zdiv zu shift zu  1  0  0 zv shift zv  0  1  0      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             zdiv 0         values f_nan             zdiv nx 1         values f_nan          endif          zdiv  0       values f_nan          zdiv  ny 1       values f_nan            if n_elements valmask  EQ 0 THEN valmask   1e20          if terre 0  NE  1 then zdiv temporary terre    valmask     pour le trace graphique            vargrid    T           varname    div           varunits    1e6 s 1           domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t           if keyword_set direc  then  zdiv   grossemoyenne zdiv direc nan        END      xyzt           date1 NE date2 AND  size u 0  EQ 4:BEGIN           return  report non code        END      xy           ELSE:BEGIN                 xy          indice3d   lindgen jpi  jpj  jpk           indice3d   indice3d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1  firstzt      extraction de u et v sur le domaine qui convient            case 1 of              size u 0  NE 2 OR  size v 0  NE 2: BEGIN                 zdiv    1                GOTO  sortie             end              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case 1 of                   nxu NE nx:if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                      nxv NE nx:if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                      nyu NE ny:if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny                    nyv NE ny:if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny                    ELSE :                endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indice2d                 v   v indice2d              END             ELSE:return    1          endcase     calcul de la divergence            zu   temporary u e2u indice2d umask indice3d           terreu   where zu EQ 0           if terreu 0  NE  1 then zu temporary terreu     values f_nan          zv   temporary v e1v indice2d vmask indice3d           terrev   where zv EQ 0           if terrev 0  NE  1 then zv temporary terrev     values f_nan          zdiv   zu shift zu  1  0 zv shift zv  0  1           zdiv   temporary zdiv tmask indice3d e1t indice2d e2t indice2d      mise a  values f_nan de la bordure            if  NOT keyword_set key_periodic  OR nx NE jpi then begin             zdiv 0       values f_nan             zdiv nx 1       values f_nan          endif          zdiv  0     values f_nan          zdiv  ny 1     values f_nan            zdiv   temporary zdiv 1e6            if n_elements valmask  EQ 0 THEN valmask   1e20          terre    where tmask indice3d  EQ 0           if terre 0  NE  1 then zdiv temporary terre    valmask     pour le trace graphique            vargrid    T           varname    div           varunits    1e6 s 1           domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2  gridtype    t           if keyword_set direc  then  zdiv   moyenne zdiv direc nan         END    endcase       sortie:    if keyword_set key_performance  THEN print   temps div  systime 1 tempsun         return  zdiv end");
+a[155] = new Array("./ToBeReviewed/CALCULS/floatlevel2depth.html", "floatlevel2depth.pro", "", "          NAME:floatlevel2depth     PURPOSE: assez comparable a level2depth  C est la fonction inverse   de depth2floatlevel     CATEGORY:SANS BOUCLE     CALLING SEQUENCE:res floatlevel2depth niveau       INPUTS: tableau 2d de niveaux seuil  ou une structure repondant aux   criteres de litchamp      KEYWORD PARAMETERS:          NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d contenant des profondeurs     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:        IDL  a gdept jpk 1 1 jpi jpj findgen jpi jpj       IDL  plt  1e6 a floatlevel2depth depth2floatlevel a nocontour       champ nul a 1e 6 pres     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 6 2000         FUNCTION floatlevel2depth  tab  NOMASK   nomask     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common      flevelin   litchamp tab    on vire les points a  values f_nan    notanumber   where finite flevelin   nan  EQ 1     if notanumber 0  NE  1 then flevelin notanumber    0   on seuil  vire les points terres a valmask par ex     flevelin   0   flevelin    jpk 1    on calcule la profondeur     depthup   level2depth floor flevelin   nomask     depthlow  level2depth ceil flevelin   nomask     weight   flevelin floor flevelin     res   depthup weight depthlow depthup    on replace les points a  values f_nan    if notanumber 0  NE  1 then res notanumber     values f_nan   on masque les points terres a valmask    if NOT keyword_set nomask  then begin       grille mask       if n_elements valmask  EQ 0 then valmask   1e20       terre   where temporary mask    0  EQ 0        if terre 0  NE  1 then res terre    valmask    endif      if keyword_set key_performance  THEN print   temps floatlevel2depth  systime 1 tempsun       return  res end");
+a[156] = new Array("./ToBeReviewed/CALCULS/fsfzpt.html", "fsfzpt.pro", "", "     Ice freezing point        fsfzpt: freezing point of seawater in degrees celsius         units : salinity        pfs        ipss 78                  pressure        pfp      decibars                 temperature     fszfpt   degrees celsius                 freezing pt  reference : unesco tech  papers in the marine science no 28 1978                 eigth report jpots                 annex 6 freezing point of seawater F J Millero pp 29 35  checkvalue: fsfzpt 2 588567 deg c for s 40 0 p 500 decibars   FUNCTION fsfzpt  pfs  pfp     compile_opt idl2  strictarrsubs     RETURN     0 0575   1 710523e 3   sqrt pfs    2 154996e 4   pfs      pfs   7 53e 4   pfp END");
+a[157] = new Array("./ToBeReviewed/CALCULS/grad.html", "grad.pro", "", "          NAME:     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            FUNCTION grad  field  direc     compile_opt idl2  strictarrsubs    common        IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of grad is based on Arakawa C grid                            U and V grids must therefore be defined       res   litchamp field     taille size res     grille  mask  glam  gphi  gdep  nx  ny nz firstx firsty firstz lastx  lasty  lastz         if n_elements valmask  EQ 0 then valmask   1e20    case strupcase vargrid  of        T :BEGIN          case direc of              x :BEGIN                 divi   e1u firstx:lastx  firsty:lasty                 newmask    umask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    U                 domdef  glamt firstx  0  glamu lastx  0                      gphit 0  firsty  gphiu 0  lasty  gridtype    T U              END              y :BEGIN                divi   e2v firstx:lastx  firsty:lasty                 newmask    vmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    V                 domdef  glamt firstx  0  glamv lastx  0                      gphit 0  firsty  gphiv 0  lasty  gridtype    T V              END              z :BEGIN                divi   e3w firstz:lastz                 newmask   mask                vargrid    W              END             ELSE:return  report Bad definition of direction argument           ENDCASE       END        W :BEGIN          case direc of              x :divi   e1u firstx:lastx  firsty:lasty               y :divi   e2v firstx:lastx  firsty:lasty               z :BEGIN                divi   e3t firstz:lastz                 newmask   mask                vargrid    T              END             ELSE:return  report Bad definition of direction argument           endcase       END        U :BEGIN          case direc of              x :BEGIN                divi    shift e1t   1  0 firstx:lastx  firsty:lasty                 newmask   tmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    T                 domdef  glamt firstx  0  glamu lastx                      gphit 0  firsty  gphiu 0  lasty  gridtype    T U              END              y :BEGIN                divi   e2f firstx:lastx  firsty:lasty                 newmask    fmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    F                 domdef  glamu firstx  0  glamf lastx  0                      gphiu 0  firsty  gphif 0  lasty  gridtype    U F              END              z :BEGIN                divi   e3w firstz:lastz                 newmask   mask                vargrid    W              END             ELSE:return  report Bad definition of direction argument           endcase       END        V :BEGIN          case direc of              x :BEGIN                divi   e1f firstx:lastx  firsty:lasty                 newmask    fmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    F                 domdef  glamv firstx  0  glamf lastx  0                      gphiv 0  firsty  gphif 0  lasty  gridtype    V F              END              y :BEGIN                divi    shift e2t  0   1 firstx:lastx  firsty:lasty                 newmask   tmask firstx:lastx  firsty:lasty  firstz:lastz                 vargrid    T                 domdef  glamt firstx  0  glamv lastx  0                      gphit 0  firsty  gphiv 0  lasty  gridtype    T V              END              z :BEGIN                divi   e3w firstz:lastz                 newmask   mask                vargrid    W              END             ELSE:return  report Bad definition of direction argument           endcase       END          F :BEGIN            case direc of                x :divi    shift e1v   1  0 firstx:lastx  firsty:lasty                 y :divi    shift e2u  0   1 firstx:lastx  firsty:lasty                 z :divi   e3w firstz:lastz                ELSE:return  report Bad definition of direction argument             endcase         END       ELSE:return  report Bad definition of vargrid     ENDCASE    res   fitintobox res     case 1 of    xy         taille 0  EQ 2:BEGIN          earth   where mask    firstz  EQ 0           if earth 0  NE  1 then res earth     values f_nan          case direc of              x :BEGIN                 res    shift res   1  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1       values f_nan                if vargrid EQ  T  OR vargrid EQ  V  then res   shift res  1  0              END              y :BEGIN                 res    shift res  0   1 res divi                res  ny 1     values f_nan                if vargrid EQ  T  OR vargrid EQ  U  then res     shift res  0  1                         END             ELSE:return   report Bad definition of direction argument for the type of array           ENDCASE          earth   where newmask    firstz  EQ 0           if earth 0  NE  1 then res earth    valmask       END    xyt         taille 0  EQ 3 AND jpt NE 1:BEGIN          earth   where mask    firstz  EQ 0           if earth 0  NE  1 then BEGIN             earth   earth replicate 1  jpt replicate 1  n_elements earth nx ny lindgen jpt              res earth     values f_nan          ENDIF          divi   divi replicate 1  jpt           case direc of              x :BEGIN                 res    shift res   1  0  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1         values f_nan                if vargrid EQ  T  OR vargrid EQ  V   then res   shift res  1  0  0              END              y :BEGIN                 res    shift res  0   1  0 res divi                res  ny 1       values f_nan                if vargrid EQ  T  OR vargrid EQ  U   then res   shift res  0  1  0                      END             ELSE:return   report Bad definition of direction argument for the type of array           ENDCASE          earth   where newmask    firstz  EQ 0           if earth 0  NE  1 THEN res earth    valmask       END    xyz         taille 0  EQ 3 AND jpt EQ 1:BEGIN          earth   where mask EQ 0           if earth 0  NE  1 then res earth     values f_nan          case direc OF              x :BEGIN                 divi   divi replicate 1  nz                 res    shift res   1  0  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1         values f_nan                if vargrid EQ  T  OR vargrid EQ  V  then res   shift res  1  0  0              END              y :BEGIN                 divi   divi replicate 1  nz                 res    shift res  0   1  0 res divi                res  ny 1       values f_nan                if vargrid EQ  T  OR vargrid EQ  U   then res   shift res  0  1  0                      END              z :BEGIN                divi   reform replicate 1  nx ny divi  nx  ny  nz                 if nx EQ 1 OR ny EQ 1 then res   reform res  nx  ny  nz                 if vargrid EQ  W  THEN BEGIN                    res    shift res  0  0  1 res divi                   res    0     values f_nan                ENDIF ELSE BEGIN                   res    res shift res  0  0   1 divi                   res    nz 1     values f_nan                ENDELSE                if earth 0  NE  1 then res earth    valmask             END          ENDCASE       END      xyzt         taille 0  EQ 4:BEGIN          earth   where mask replicate 1  jpt  EQ 0           if earth 0  NE  1 then res earth     values f_nan          case direc OF              x :BEGIN                 divi   divi replicate 1  nz jpt                 res    shift res   1  0  0  0 res divi                if key_periodic EQ 0 OR nx NE jpi THEN res nx 1           values f_nan                if vargrid EQ  T  OR vargrid EQ  V  then res   shift res  1  0  0  0              END              y :BEGIN                 divi   divi replicate 1  nz jpt                 res    shift res  0   1  0  0 res divi                res  ny 1         values f_nan                if vargrid EQ  T  OR vargrid EQ  U   then res   shift res  0  1  0  0                      END              z :BEGIN                divi   replicate 1  nx ny divi                divi   reform divi replicate 1  jpt  nx  ny  nz  jpt   over                 if nx EQ 1 OR ny EQ 1 then res   reform res  nx  ny  nz  jpt                 if vargrid EQ  W  THEN BEGIN                    res    shift res  0  0  1  0 res divi                   res    0       values f_nan                ENDIF ELSE BEGIN                   res    res shift res  0  0   1  0 divi                   res    nz 1       values f_nan                ENDELSE             END          ENDCASE          if earth 0  NE  1 then res earth    valmask       END        endcase    varname    grad of  varname    varunit   varunit m         return  res end      ");
+a[158] = new Array("./ToBeReviewed/CALCULS/grossemoyenne.html", "grossemoyenne.pro", "", "          NAME: grossemoyenne     PURPOSE:  averages a 3  or 4 d time serie field over a selected             geographical area or along the time axis  For one ore more      selected axes  x  y  z  t      CATEGORY:     CALLING SEQUENCE: result   grossemoyenne tab direc BOXZOOM boxzoom      INPUTS: tab   3 or 4d field  direc  x   y   z   t   xy   xz   yz   xyz   xt   yt   zt   xyt   xzt   yzt  or  xyzt       KEYWORD PARAMETERS:    boxzoom    xmin xmax ymin ymax  zmin zmax  pour plus  de detail cf domdef                 boxzoom peut prendre 5 formes:                   vert2   vert1  vert2 lon1  lon2  lat1  lat2                     lon1  lon2  lat1  lat2  vert2 lon1  lon2  lat1  lat2  vert1 vert2                                 NAN: not a number  a activer si l on peut faire veut                 faire une moyenne sans tenir compte de certaines                 valeurs masques de tab                  si les valeurs masques de tab sont la valeur consacree                 par IDL  values f_nan  il suffit de mettre  NAN                  si les valeurs masques de tab on pour valeur a  a doit                 etre differente de 1  correspond a nan                    values f_nan  et de 0  qui desactive nan                  Il faut mettre NAN a                   Rq: en sorties les points de result qui sont NAN                 auront pour valeur a ou  values f_nan                                NODOMDEF: activer si l on ne veut pas passer ds                 domdef bien que le mot cle boxzoom soit present  comme                 c est le cas qd grossemoyenne est appelee via                 checkfield                    INTEGRATION: pour faire une integrale plutot qu une                 moyenne                    SPATIALFIRST  when performing at the same time                 spatial and temporal mean  grossemoyenne is assuming                 that the mask is not changing with the time  In                 consequence  grossemoyenne performs temporal mean                 first and then call moyenne  Activate  SPATIALFIRST if                 you want to perform the spatial mean before the                 temporal mean  Note that if NAN is activated  then                 SPATIALFIRST is activated automatically                     TEMPORALFIRST: to force to perform first temporal                 mean even if nan is activated  see SPATIALFIRST                 explanations                  WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W                  OUTPUTS:      COMMON BLOCKS:   result:un tableau   common    domdef     SIDE EFFECTS: met les valeurs correspondants a la terre a 1e20     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Jerome Vialard  jv lodyc jussieu fr   2 7 98                         Sebastien Masson  smasson lodyc jussieu fr    adaptation pour les tableaux comportants une dimension temporelle                         14 8 98                         15 1 98                         12 3 99 adaptation pour NAN et utilisation de TEMPORARY           PLAN DU PROGRAMME:      I  preliminaires     I 1  determination des directions de moyennes d apres direc     I 2  verification de la taille du tableau d entree     I 3  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne   II  moyennes pour les tableaux 3d  x y t      II 1  verification de la coherence de la taille du tableau a     moyenner      II 2  renvoie sur moyenne qd une moyenne sur t est demandee     II 3  differents types de moyennes possibles  III  moyennes pour les tableaux 4d  x y z t      III 1  verification de la coherence de la taille du tableau a     moyenner      III 2  differents types de moyennes possibles  IV   finitions     IV 1  on masque les terres par une valeur a 1e 20     IV 2  on remplace  quand nan ne 1   values f_nan par nan     IV 3  on revient au sous domaine initial        function grossemoyenne  tab  direc  BOXZOOM   boxzoom  INTEGRATION   integration                             NAN   nan  NODOMDEF   nodomdef  WDEPTH   wdepth                             SPATIALFIRST   spatialfirst  TEMPORALFIRST   temporalfirst                             _extra   ex       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance    I  preliminaires     dirt   0   dirx   0   diry   0   dirz   0   dim     aa      I 1  direction s  suivants lesquelles on integre     if   strpos direc   t  ge 0   then dirt   1   if   strpos direc   x  ge 0   then dirx   1   if   strpos direc   y  ge 0   then diry   1   if   strpos direc   z  ge 0   then dirz   1   IF keyword_set NAN  AND  dirx EQ 1 OR diry EQ 1 OR dirz EQ 1        THEN spatialfirst   1   IF keyword_set temporalfirst  THEN spatialfirst   0     I 2  verification de la taille du tableau d entree     taille   size tab    case 1 of     taille 0  eq 1 :return   report Le tableau n a qu une dimension  cas non traite      taille 0  eq 2 :return   report Le tableau n a qu deux dimension  cas non traite      taille 0  eq 3 :BEGIN        dim    3d        if dirx eq 0 and diry eq 0 and dirt eq 0 then return  tab     END     taille 0  eq 4 :BEGIN        dim    4d        if dirx eq 0 and diry eq 0 and dirz eq 0 and dirt eq 0 then return  tab     END     else : return  report Le tableau d entree doit etre a 3 ou 4 dimensions s il ne contient pas de dim temporelle utiliser moyenne    endcase       I 4  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne    redefinition du domaine ajuste a boxzoom  a 6 elements    ceci va nous permetre de faire les calcules que sur le sous domaine   comcerne par la moyenne  domdef  suivit de grille nous donne tous   les tableaux de la grille sur le sous domaine      if keyword_set boxzoom  then BEGIN      Case 1 Of       N_Elements Boxzoom  Eq 1: bte    lon1  lon2  lat1  lat2  0  boxzoom 0        N_Elements Boxzoom  Eq 2: bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1        N_Elements Boxzoom  Eq 4: bte    Boxzoom  vert1  vert2        N_Elements Boxzoom  Eq 5: bte    Boxzoom 0:3  0  Boxzoom 4        N_Elements Boxzoom  Eq 6: bte   Boxzoom       Else: return  report Wrong Definition of Boxzoom      endcase     if NOT keyword_set nodomdef  then BEGIN        savedbox   1b       saveboxparam   boxparam4grmoyenne dat        domdef  bte  GRIDTYPE   vargrid  _extra   ex     ENDIF    ENDIF      attribution du mask et des tableaux de longitude et latitude      grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz  e1  e2  e3  WDEPTH   wdepth     I 3  si dirt eq 1 on fait la moyenne temporelle et on envoie ds moyenne     if dirt EQ 1 AND NOT keyword_set spatialfirst  then begin     if dim EQ 3d then BEGIN        case 1 of         taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpt:             res   tab firstx:firstx nx 1                         firsty:firsty ny 1            taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpt:res   tab         else:BEGIN            if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat            return  report Probleme d adequation entre les tailles du domaine nx ny jpt  strtrim nx  1 strtrim ny  1 strtrim jpt  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1 strtrim taille 3  1          END       ENDCASE       if keyword_set integration  then begin         res   total res  3  nan   nan        ENDIF ELSE BEGIN         if keyword_set nan  then BEGIN           divi   finite res            divi   total temporary divi  3            notanum   where divi EQ 0            res   total res  3  nan   keyword_set nan   1   divi            if notanum 0  NE  1 then res temporary notanum     values f_nan         ENDIF ELSE res   total res  3 1 taille 3         ENDELSE     ENDIF ELSE BEGIN       case 1 of         taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpk and taille 4  eq jpt:             res   tab firstx:lastx  firsty:lasty  firstz:lastz            taille 1  eq jpi and taille 2  eq jpj and taille 3  eq nz and taille 4  eq jpt:             res   tab firstx:lastx  firsty:lasty              taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq nz and taille 4  eq jpt:res   tab         taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpk and taille 4  eq jpt:             res   tab    firstz:lastz            else:BEGIN             if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat            return  report Probleme d adequation entre les tailles du domaine nx ny nz jpt                               strtrim nx  1 strtrim ny  1 strtrim nz  1                              strtrim jpt  1  et du tableau  strtrim taille 1  1                              strtrim taille 2  1 strtrim taille 3  1                              strtrim taille 4  1          END         endcase       if keyword_set integration  then begin         res   total res  4  nan   nan        ENDIF ELSE BEGIN         if keyword_set nan  then begin           divi   finite res            divi   total temporary divi  4            notanum   where divi EQ 0            res   total res  4   nan 1   divi            if notanum 0  NE  1 then res temporary notanum     values f_nan         ENDIF ELSE res   total res  4 1 taille 4        ENDELSE     ENDELSE     if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return   moyenne temporary res  direc  BOXZOOM   boxzoom  NAN   nan  INTEGRATION   integration  NODOMDEF   nodomdef  WDEPTH   wdepth  _extra   ex    ENDIF ELSE res   tab   IF jpt EQ 1 THEN BEGIN     if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return  moyenne reform res   over  direc  BOXZOOM   boxzoom  NAN   nan  INTEGRATION   integration  NODOMDEF   nodomdef  WDEPTH   wdepth  _extra   ex    END       II  Cas serie tableaux 2d  tab3d        if  dim eq  3d  then begin       II 1  verification de la coherence de la taille du tableau a     moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef   le tableau en entree doit avoir soit la taille du domaine total    jpi jpj jpt  soit celle du domaine reduit  nx ny jpt        case 1 of       taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpt:           res   tab firstx:firstx nx 1                       firsty:firsty ny 1          taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpt:res   tab       else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny jpt  strtrim nx  1 strtrim ny  1 strtrim jpt  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1 strtrim taille 3  1        enD     endcase     if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 then BEGIN        res   reform res  nx  ny  jpt   over        e1    reform e1  nx  ny   over        e2    reform e2  nx  ny   over      endif     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN         mask    reform mask  nx  ny  nz   over      II 3  differents types de moyennes       if keyword_set nan  NE 0 then msknan   finite res  ELSE msknan    1     mask   mask    0      case 1 of        dirx eq 1  and  diry eq 0  : begin         e   temporary e1 temporary mask          echelle    temporary e replicate 1  jpt          echelle   reform echelle  nx  ny  jpt   over          if keyword_set integration  then divi   1 ELSE BEGIN            IF msknan 0  NE  1 THEN divi   total echelle msknan  1              ELSE divi   total echelle  1          ENDELSE         res   total temporary res echelle  1  nan   nan divi   1          if msknan 0  NE  1 then BEGIN           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  1                 total temporary echelle  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  : begin         e   temporary e2 temporary mask          if nx EQ 1 OR ny EQ 1 then e   reform e  nx  ny   over          echelle    temporary e replicate 1  jpt          echelle   reform echelle  nx  ny  jpt   over          if keyword_set integration  then divi   1 ELSE BEGIN            IF msknan 0  NE  1 THEN divi   total echelle msknan  2              ELSE divi   total echelle  2          ENDELSE          res   total temporary res echelle  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  2                 total temporary echelle  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  : begin         echelle    temporary e1 temporary e2 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  jpt   over          if keyword_set integration  then divi   1 ELSE BEGIN            IF msknan 0  NE  1 THEN divi   total total echelle msknan  1  1              ELSE divi   total total echelle  1  1          ENDELSE         res   total temporary total temporary res echelle  1  nan   nan  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  1  1                 total total temporary echelle  1  1  EQ 0          endif       end     endcase   endif       III  Cas serie tableaux 3d  tab4d      if  dim eq  4d  then begin     III 1  verification de la coherence de la taille du tableau a   moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef    le tableau en entree doit avoir soit la taille du domaine total    jpi jpj jpk jpt  soit celle du domaine reduit  nx ny ny jpt        case 1 of       taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpk and taille 4  eq jpt:           res   tab firstx:lastx  firsty:lasty  firstz:lastz          taille 1  eq jpi and taille 2  eq jpj and taille 3  eq nz and taille 4  eq jpt:           res   tab firstx:lastx  firsty:lasty            taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq nz and taille 4  eq jpt:res   tab       taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpk and taille 4  eq jpt:           res   tab    firstz:lastz          else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny nz jpt                             strtrim nx  1 strtrim ny  1 strtrim nz  1                            strtrim jpt  1  et du tableau  strtrim taille 1  1                            strtrim taille 2  1 strtrim taille 3  1                            strtrim taille 4  1        END     endcase     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 OR jpt EQ 1 then res   reform res  nx  ny  nz  jpt   over      if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 OR nz EQ 1 then BEGIN        res   reform res  nx  ny  nz  jpt   over        mask    reform mask  nx  ny  nz   over      ENDIF     IF keyword_set key_partialstep  THEN BEGIN   the top of the ocean floor is       IF vargrid EQ  T  OR vargrid EQ  W  THEN bottom   total mask  3          ELSE bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3     we suppress columns with only ocean or land        good   where bottom NE 0 AND bottom NE nz    the bottom of the ocean in 3D index is:       bottom   lindgen nx ny temporary bottom 1L nx ny       IF good 0  NE  1 THEN bottom   bottom good          ELSE bottom    1     ENDIF ELSE bottom    1     III 2  differents types de moyennes       IF keyword_set nan  NE 0 THEN msknan   finite res  ELSE msknan    1     case 1 of        dirx eq 1  and  diry eq 0  and  dirz eq 0  : BEGIN         e13    temporary e1 replicate 1  nz          e13   reform e13  nx  ny  nz   over          echelle    temporary e13 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz  jpt              nan   1           ENDIF           bottom   bottom replicate 1  jpt      4D bottom                replicate 1  n_elements bottom nx ny nz lindgen jpt            msknan bottom    0           res temporary bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total echelle msknan  1              ELSE divi   total echelle  1          endelse         res   temporary res echelle         res   total temporary res  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  1                 total temporary echelle  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 0  : begin         e23   temporary e2 replicate 1  nz          e23   reform e23  nx  ny  nz   over          echelle    temporary e23 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           bottom   bottom replicate 1  jpt      4D bottom                replicate 1  n_elements bottom nx ny nz lindgen jpt            msknan bottom    0           res temporary bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total echelle msknan  2              ELSE divi   total echelle  2          endelse         res   total temporary res echelle  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  2                 total temporary echelle  2  EQ 0          endif       end        dirx eq 0  and  diry eq 0  and  dirz eq 1  : begin         e33   replicate 1  1 nx ny e3         e33   reform e33  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e33 bottom     e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e33 bottom     e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e33 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total echelle msknan  3              ELSE divi   total echelle  3          endelse         res   total temporary res echelle  3  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total temporary testnan  3                 total temporary echelle  3  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 0  : begin         e13   e1 replicate 1  nz          e13   reform e13  nx  ny  nz   over          e23   e2 replicate 1  nz          e23   reform e23  nx  ny  nz   over          echelle    temporary e13 temporary e23 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           bottom   bottom replicate 1  jpt      4D bottom                replicate 1  n_elements bottom nx ny nz lindgen jpt            msknan bottom    0           res temporary bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total echelle msknan  1  1              ELSE divi   total total echelle  1  1          endelse         res   total total temporary res echelle  1  nan   nan  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  1  1                 total total temporary echelle  1  1  EQ 0          endif       end        dirx eq 1  and  diry eq 0  and  dirz eq 1  : begin         e133   e1 e3         IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e133 bottom     e1 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e133 bottom     e1 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e133 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total echelle msknan  1  2              ELSE divi   total total echelle  1  2          endelse         res   total total temporary res echelle  1  nan   nan  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  1  2                 total total temporary echelle  1  2  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 1  : begin         e233   e2 e3         IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e233 bottom     e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e233 bottom     e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e233 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total echelle msknan  2  2              ELSE divi   total total echelle  2  2          endelse         res   total total temporary res echelle  2  nan   nan  2  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total temporary testnan  2  2                 total total temporary echelle  2  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 1  : begin         e1233    e1 e2 e3         IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e1233 bottom     e1 e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e1233 bottom     e1 e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         echelle    temporary e1233 temporary mask replicate 1  jpt          echelle   reform echelle  nx  ny  nz  jpt   over          if keyword_set integration  then divi   1 ELSE begin            IF msknan 0  NE  1 THEN divi   total total total echelle msknan  1  1  1              ELSE divi   total total total echelle  1  1  1          endelse         res   total total total temporary res echelle  1  nan   nan  1  nan   nan  1  nan   nan divi   1          if msknan 0  NE  1 then begin           echelle   temporary echelle  NE 0           testnan   temporary msknan echelle           testnan   total total total temporary testnan  1  1  1                 total total total temporary echelle  1  1  1  EQ 0          endif       end     endcase   endif     if dirt EQ 1 AND keyword_set spatialfirst  then BEGIN     IF  reverse size res   dimension 0  NE jpt THEN BEGIN       print   the last dimension of res is not equal to jpt:  strtrim jpt  2        if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat        return   1     ENDIF     tdim   size res   n_dimensions      if keyword_set integration  then res   total res  tdim  nan   nan        ELSE BEGIN        if keyword_set nan  then BEGIN          testnan   testnan  divi      ENDELSE    ENDIF      IV   finitions       IV 1  on masque les terres par une valeur a 1e 20     valmask   1e 20   terre   where divi EQ 0    IF terre 0  NE  1 THEN BEGIN      res temporary terre    1e 20   ENDIF      IV 2  on remplace  quand nan ne 1   values f_nan par nan     if keyword_set nan  NE 0 then BEGIN      puttonan   where temporary testnan  EQ 0      if puttonan 0  NE  1 then res temporary puttonan     values f_nan     if nan NE 1 then BEGIN        notanumber   where finite res  eq 0        if notanumber 0  NE  1 then res temporary notanumber    nan     ENDIF   ENDIF     IV 3  on se remplace ds le sous domaine qui etait definit a l entree de   moyenne      if keyword_set savedbox  THEN restoreboxparam   boxparam4grmoyenne dat      if keyword_set key_performance  THEN print   temps grossemoyenne  systime 1 tempsun    return  res     end");
+a[159] = new Array("./ToBeReviewed/CALCULS/hdyn.html", "hdyn.pro", "", "          NAME:hdyn     PURPOSE:calcule la hauteur dynamique par rapport a un etat de   reference pour une profondeur de reference  Cf les mots cles pour   les differentes possibilites     Par defaut l etat de reference est   rho 1020 et la profondeur de reference est gdepw ka  avec ka le   premier niveau W directement au dessus de 1000 m       CATEGORY: calculs de post traitement     CALLING SEQUENCE:res hdyn sn tn      INPUTS:sn et tn sont des tableaux de meme taille representant la   salinite et la temperature      KEYWORD PARAMETERS:            GILL: activer cette cle si on veut faire le calcul de la          hauteur dynamique comme ds le GILL page 215 cad par rapport a          un etat de reference qui varie en profondeur et qui est          determine par une temperature de reference tref a 0 degre et          une salinite de reference sref a 35psu            LEVEL: C est le niveau de reference a prendre  Ce niveau est          definit tel que gdepw level  est la profondeur de reference            SREF: donner une valeur a ce mot cle pour changer la salinite          de reference utiliser ds le calcul lorsque GILL est active                TREF: donner une valeur a ce mot cle pour changer la temperature          de reference utiliser ds le calcul lorsque GILL est active             PROFREF: donner a ce mot cle une profondeur qui sera prise comme          la profondeur de reference  ds ce cas LEVEL n  a aucun          effet  le calcul sera alors effectue jusqu a cette          profondeur en effectuant une interpolation entre le dernier          niveau W au dessus de PROFREF et PROFREF             SURFACE_LEVEL: C est le niveau auquel on veut calculer la          hauteur dynamique  Par defaut c est le niveau 0      OUTPUTS:un tableau de la meme taille que sn et tn representant la   hauteur dynamique calculee a partir d une profondeur de reference   et par rapport a un etat de reference      COMMON BLOCKS:  common pro     SIDE EFFECTS:   les points pour lesquels on nje peut calcule la hauteur dynamique    dont la batymetrie est moins profonde que la profondeur de   reference  sont mis a la valeur  values f_nan     RESTRICTIONS:approximation: la pression en decibars est egale a la   profondeur en metres  la pression augmente de 1bar tous les 10m      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr            FUNCTION hdyn   tabsn  tabtn  TREF   tref   SREF   sref  PROFREF   profref  LEVEL   level  GILL   gill  SURFACE_LEVEL   surface_level     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common     if NOT keyword_set surface_level  then surface_level   0   utile si GILL est active    if NOT keyword_set tref  then tref   0     if NOT keyword_set sref  then sref   35    on determine si besoin est la profondeur de reference et le niveau   W situe directement au dessus     if keyword_set profref  then begin       rien   where gdepw LE profref  level        level   level 1       za   gdepw level     ENDIF ELSE BEGIN        if NOT keyword_set level  then BEGIN           rien   where gdepw LE 1000  level           level   level 1       ENDIF       profref   gdepw level        za   profref    ENDELSE     tailles   size tabsn     taillet   size tabtn     if total tailles 0:tailles 0  NE taillet 0:taillet 0  NE 0 then       return   report Les tableaux sn et tn doivent avoir la meme taille     if tailles 3  NE jpk then return  report La dim verticale des tableaux sn et tn doit etre egalre a jpk     nx   nxt    ny   nyt    case  size tabsn 0  OF       3:BEGIN           case 1 of             tailles 1  eq jpi and tailles 2  eq jpj: BEGIN                sn   tabsn firstxt:lastxt  firstyt:lastyt                   tn   tabtn firstxt:lastxt  firstyt:lastyt                end             tailles 1  eq  nx and tailles 2  eq  ny:BEGIN                 sn   tabsn                tn   tabtn             end             else:return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if keyword_set gill  then             rhonref   rhon replicate sref nx  ny  jpk replicate tref nx  ny  jpk   insitu             ELSE rhonref   1020           vol rhonref rhon sn tn   insitu rhonref          e33d   replicate 1  nx ny e3t          e33d   reform e33d  nx  ny  jpk   over           terre   where tmask firstxt:lastxt  firstyt:lastyt    EQ 0           if terre 0  NE  1 then vol terre     values f_nan          case level of             0:hdyn  100 profref gdepw 0 vol    0              1:hdyn  100 vol e33d    0 profref gdepw 1 vol    1              ELSE:hdyn  100 total   vol e33d    surface_level: level 1  3                  profref gdepw level vol    level           endcase       END       4:BEGIN           case 1 of             tailles 1  eq jpi and tailles 2  eq jpj AND tailles 4  EQ jpt: BEGIN                sn   tabsn firstxt:lastxt  firstyt:lastyt                     tn   tabtn firstxt:lastxt  firstyt:lastyt                  end             tailles 1  eq  nx and tailles 2  eq  ny AND tailles 4  EQ jpt:BEGIN                 sn   tabsn                tn   tabtn             end             else:return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          if keyword_set gill  then             rhonref   rhon replicate sref nx  ny  jpk  jpt replicate tref nx  ny  jpk  jpt   insitu             ELSE rhonref   1020           vol rhonref rhon sn tn   insitu rhonref          e33d   replicate 1  nx ny e3t          e33d   e33d replicate 1  jpt           e33d   reform e33d  nx  ny  jpk  jpt   over           mask   tmask firstxt:lastxt  firstyt:lastyt             mask   mask replicate 1  jpt           terre   where mask EQ 0           if terre 0  NE  1 then vol terre     values f_nan          case level of             0:hdyn  100 profref gdepw 0 vol    0                1:hdyn  100 vol e33d    0   profref gdepw 1 vol    1                ELSE:hdyn  100 total   vol e33d    surface_level: level 1    3                  profref gdepw level vol    level             endcase       END       ELSE: return   report cas non code     ENDCASE    varunit    cm     varname    Dynamic Height  href strtrim round profref  1 m     IF keyword_set key_performance  THEN print   temps hdyn  systime 1 tempsun      return  hdyn end");
+a[160] = new Array("./ToBeReviewed/CALCULS/level2depth.html", "level2depth.pro", "", "            NAME:level2depht     PURPOSE: permet de passer d un tableau 2d de niveau au   tableau 2d de profondeur correspondant a ces niveaux     CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res level2depth niveau      INPUTS: niveau tableau 2d de niveaux seuil  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:          NOMASK: pour ne pas masquer les points terres     OUTPUTS: un tableau 2d contenant des profondeurs     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999                         14 6 2000 accepte  values f_nan         FUNCTION level2depth  tab  NOMASK   nomask     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common     lecture du champ d entree et recuperation de la taille du sous   domaine utilise      niveaux   litchamp tab     grille mask   1   1 gdep nx ny nz firstx firsty firstz lastx lasty lastz     verification de la coherence entre la taille du tableau et le domaine definit par domdef      taille   size niveaux     if taille 0  NE 2 then return  report le champ en entree doit contenir un tableau 2d     case 1 of       taille 1  eq jpi and taille 2  eq jpj:niveaux niveaux firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du champ     endcase       wherenan   where finite niveaux   nan  EQ 1     if wherenan 0  NE  1 then niveaux wherenan    0    niveaux   0   niveaux    jpk 1       gdep   replicate 1  nx ny gdep    niveaux   lindgen nx ny nx ny niveaux    gdep   reform gdep niveaux  nx  ny       if wherenan 0  NE  1 then gdep wherenan     values f_nan    if NOT keyword_set nomask  then begin       if n_elements valmask  EQ 0 then valmask   1e20       terre   where mask    0  EQ 0        if terre 0  NE  1 then gdep terre    valmask    endif      if keyword_set key_performance  THEN print   temps level2depth  systime 1 tempsun     return  gdep end");
+a[161] = new Array("./ToBeReviewed/CALCULS/level2index.html", "level2index.pro", "", "          NAME:level2index     PURPOSE: on veut ds une matrice 3d extraire un tableau 2d  x y  dont   chacun des elements a ete extrait a un niveau specifie par le   tableau 2d level  typiquement  on veut obtenir la salinite le long   d une isopycne que l on a reperee par son niveau    level2index est une fonction qui donne en fonction de level un   tableau 2d d indice qui permettra d extraire le tableau 2d du   tableau 3d      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: index level2index level       INPUTS:level: un tableau 2d de niveaux     KEYWORD PARAMETERS:     OUTPUTS: untableau 2d d indices     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         24 11 1999         FUNCTION level2index  level   un elements de tableau 3d  dont les 2 premieres dimensions sont nx et   ny  dont les coordonnes sont i  j et k a pour indice ds le meme   tableau 3d  i   j nx   k nx ny    level etant donne  pour chaque points de level on connait i  j et k    on peut donc calculer l indice      compile_opt idl2  strictarrsubs      taille   size level     nx   taille 1     ny   taille 2    tableau k nx ny     tabknxny    nx ny long level         return  lindgen nx  ny tabknxny end");
+a[162] = new Array("./ToBeReviewed/CALCULS/level2mask.html", "level2mask.pro", "", "          NAME:level2mask     PURPOSE: permet de passer d un tableau 2d de niveau seuil au   tableau 3d de mask avec des 1 ds les niveaux au dessus du   niveau seuil et des 0 en dessous  et sur      CATEGORY: SANS BOUCLE     CALLING SEQUENCE: res level2mask niveau      INPUTS: niveau tableau 2d de niveaux seuil  ou une structure repondant   aux criteres de litchamp      KEYWORD PARAMETERS:     OUTPUTS: un tableau 3d contenant le mask associe au tableau 2d de   niveaux seuil     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          17 6 1999   Setp 2004: boundary level have 0 values and not 1  as it was   explained before in the header  see:   print  array_equal niveau  total level2mask niveau 3            FUNCTION level2mask  tab       compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common     lecture du champ d entree et recuperation de la taille du sous   domaine utilise      niveaux   litchamp tab     grille maskterre   1   1   1 nx ny nz firstx firsty firstz lastx lasty lastz     verification de la coherence entre la taille du tableau et le domaine definit par domdef      IF ny EQ 1 THEN niveaux   reform niveaux  nx  ny   over     taille   size niveaux     if taille 0  NE 2 then return  report le champ en entree doit contenir un tableau 2d     case 1 of       taille 1  eq jpi and taille 2  eq jpj:niveaux niveaux firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du champ     endcase       on transforme le tableau 2d de niveaux en tableau 3d de mask      mask   reform  niveaux 1 indgen nz 1  nx  ny  nz      mask   floor temporary mask    1    mask   temporary mask temporary maskterre           if keyword_set key_performance  THEN print   temps level2mask  systime 1 tempsun     return  mask end");
+a[163] = new Array("./ToBeReviewed/CALCULS/moyenne.html", "moyenne.pro", "", "          NAME: moyenne     PURPOSE:  averages a 2  or 3 d field over a selected             geographical area and along one ore more      selected axes  x  y or z      CATEGORY:     CALLING SEQUENCE: result   moyenne tab direc BOXZOOM boxzoom      INPUTS: tab   2 or 3d field  direc    x   y   z   xy   xz   yz  or  xyz      KEYWORD PARAMETERS:    BOXZOOM    xmin xmax ymin ymax  zmin zmax  pour plus  de detail cf domdef                  boxzoom peut prendre 5 formes:                   vert2   vert1  vert2 lon1  lon2  lat1  lat2                     lon1  lon2  lat1  lat2  vert2 lon1  lon2  lat1                  lat2  vert1 vert2                    NAN: not a number  a activer si l on peut faire veut                 faire une moyenne sans tenir compte de certaines                 valeurs masques de tab                  si les valeurs masques de tab sont la valeur consacree                 par IDL  values f_nan  il suffit de mettre  NAN                  si les valeurs masques de tab on pour valeur a  a doit                 etre differente de 1  correspond a nan                    values f_nan  et de 0  qui desactive nan                  il faut mettre NAN a                   Rq: en sorties les points de result qui sont NAN                 auront pour valeur a ou  values f_nan                    NODOMDEF: activer si l on ne veut pas passer ds                 domdef bien que le mot cle boxzoom soit present  comme                 c est le cas qd moyenne est appelee via checkfield                                 INTEGRATION: pour faire une integrale plutot qu une moyenne               WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W                  OUTPUTS:  result:un tableau      COMMON BLOCKS:  common   domdef     SIDE EFFECTS:met les valeurs correspondants a la terre a 1e20     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Jerome Vialard  jv lodyc jussieu fr   2 7 98                         Sebastien Masson  smasson lodyc jussieu fr                          mise au propre de certains truc  les terres                          14 8 98                         15 1 98                         11 3 99 adaptation pour NAN                         28 7 99 moyennes tableaux 1d         PLAN DU PROGRAMME:      I  preliminaires     I 1  determination des directions de moyennes d apres direc     I 2  verification de la taille du tableau d entree     I 3  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne       moyennes pour les tableaux 1d  x y   II  moyennes pour les tableaux 2d  x y      II 1  verification de la coherence de la taille du tableau a     moyenner      II 2  differents types de moyennes possibles  III  moyennes pour les tableaux 3d  x y z      III 1  verification de la coherence de la taille du tableau a     moyenner      III 2  differents types de moyennes possibles  IV   finitions     IV 1  on masque les terres par une valeur a 1e 20     IV 2  on remplace  quand nan ne 1   values f_nan par nan     IV 3  on revient au sous domaine initial      function moyenne  tab  direc  BOXZOOM   boxzoom  INTEGRATION   integration                       NAN   nan  NODOMDEF   nodomdef  WDEPTH   wdepth                       _extra   ex       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance    I  preliminaires     dirt   0   dirx   0   diry   0   dirz   0     I 1  direction s  suivants lesquelles on integre     if   strpos direc   t  ge 0   then dirt   1   if   strpos direc   x  ge 0   then dirx   1   if   strpos direc   y  ge 0   then diry   1   if   strpos direc   z  ge 0   then dirz   1   if  dirx eq 0 and diry eq 0 and dirz eq 0  then return  tab     I 2  verification de la taille du tableau d entree     taille   size tab    case 1 of     taille 0  eq 1 :dim    1d      taille 0  eq 2 :BEGIN       dim    2d        if dirx eq 0 and diry eq 0 then return  tab     END     taille 0  eq 3 :BEGIN       dim    3d        if dirx eq 0 and diry eq 0 and dirz eq 0 then return  tab     END     else : return  report Le tableau d entree doit etre a 2 ou 3 dimensions s il contient une dim temporelle utiliser grossemoyenne    endcase       I 3  obtention des facteurs d echelles et du masque sur le sous     domaine concerne par la moyenne    redefinition du domaine ajuste a boxzoom  a 6 elements    ceci va nous permetre de faire les calcules que sur le sous domaine   comcerne par la moyenne  domdef  suivit de grille nous donne tous   les tableaux de la grille sur le sous domaine      if keyword_set boxzoom  then BEGIN      Case 1 Of       N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0        N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1        N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2        N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4        N_Elements Boxzoom  Eq 6:bte   Boxzoom       Else: return  report Mauvaise Definition de Boxzoom      endcase     if NOT keyword_set nodomdef  then BEGIN        savedbox   1b       saveboxparam   boxparam4moyenne dat        domdef  bte  GRIDTYPE   vargrid  _extra   ex     ENDIF    ENDIF      attribution du mask et des tableaux de longitude et latitude      IF vargrid EQ  W  THEN wdepth   1   grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz  e1  e2  e3  WDEPTH   wdepth       II  Cas du tableau 1d       if dim EQ  1d  then BEGIN     if n_elements tab  NE nx ny AND n_elements tab  NE nx ny nz then BEGIN       if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat        return  report Probleme d adequation entre les tailles du domaine et de la boxzoom      ENDIF     case 1 of       nx EQ 1 AND ny EQ 1:BEGIN  vecteur suivant z         case n_elements tab  of           jpk:res   tab firstz:lastz            nz:res   tab           ELSE:BEGIN              if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat              return  report Probleme d adequation entre les tailles du domaine et de la boxzoom            END         ENDCASE         if dirz EQ 1 then BEGIN            dim    3d             taille   size reform res  nx  ny  nz          ENDIF ELSE BEGIN           if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat            return  res         ENDELSE        END       ny EQ 1:BEGIN              vecteur suivant x         case n_elements tab  of           jpi:res   tab firstx:lastx            nx:res   tab           ELSE:BEGIN              if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat              return  report Probleme d adequation entre les tailles du domaine et de la boxzoom            END         ENDCASE         if dirx EQ 1 then BEGIN            dim    2d             taille   size reform res  nx  ny          ENDIF ELSE BEGIN            if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat            return  res         ENDELSE       END       nx EQ 1:BEGIN              vecteur suivant y         case n_elements tab  of           jpj:res   tab firsty:lasty            ny:res   tab           ELSE:BEGIN              if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat              return  report Probleme d adequation entre les tailles du domaine et de la boxzoom            END         ENDCASE         if diry EQ 1 then BEGIN           dim    2d            taille   size reform res  nx  ny          ENDIF ELSE BEGIN            if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat            return  res         ENDELSE        END     endcase   endif       II  Cas du tableau 2d       if  dim eq  2d  then begin       II 1  verification de la coherence de la taille du tableau a     moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef   le tableau en entree doit avoir soit la taille du domaine total    jpi jpj  soit celle du domaine reduit  nx ny        case 1 of       taille 1  eq jpi and taille 2  eq jpj:           res   tab firstx:lastx  firsty:lasty        taille 1  eq  nx and taille 2  eq  ny:res   tab       else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny  strtrim nx  1 strtrim ny  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1        END     ENDCASE     if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 then BEGIN        res   reform res  nx  ny   over        e1    reform e1  nx  ny   over        e2    reform e2  nx  ny   over      endif     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN         mask    reform mask  nx  ny  nz   over      II 3  differents types de moyennes       mask   mask    0      if keyword_set nan  NE 0 then msknan   finite res  ELSE msknan    1     case 1 of        dirx eq 1  and  diry eq 0  : begin         e   e1 mask         if keyword_set integration  then divi   1           else begin            divi   e           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if ny EQ 1 then divi   reform divi  nx  ny   over            divi   total divi  1          endelse         res   res e         if ny EQ 1 then res   reform res  nx  ny   over          res   total res  1  nan   nan divi   1          if msknan 0  NE  1 then begin           testnan    msknan mask           if ny EQ 1 then testnan   reform testnan  nx  ny   over            testnan   total testnan  1 total mask  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  : begin         e   e2 mask         if keyword_set integration  then divi   1           else begin            divi   e           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if ny EQ 1 then divi   reform divi  nx  ny   over            divi   total divi  2          endelse         res   res e         if ny EQ 1 then res   reform res  nx  ny   over          res   total res  2  nan   nan divi   1          if msknan 0  NE  1 then begin           testnan    msknan mask           if ny EQ 1 then testnan    reform testnan  nx  ny   over            testnan   total testnan  2 total mask  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  : begin         if keyword_set integration  then divi   1 else BEGIN            IF msknan 0  NE  1 THEN divi   total e1 e2 mask msknan              ELSE divi   total e1 e2 mask          ENDELSE          res   total res e1 e2 mask  nan   nan divi   1          if msknan 0  NE  1 then begin           testnan    msknan mask           testnan   total testnan total mask  EQ 0          endif       end     endcase   endif       III  Cas du tableau 3d       if  dim eq  3d  then begin     III 1  verification de la coherence de la taille du tableau a   moyenner    verification de la coherence entre la taille du tableau et le   domaine definit par domdef    le tableau en entree doit avoir soit la taille du domaine total    jpi jpj jpk  soit celle du domaine reduit  nx ny ny        case 1 of       taille 1  eq jpi and taille 2  eq jpj and taille 3  eq jpk:           res   tab firstx:lastx  firsty:lasty  firstz:lastz        taille 1  eq jpi and taille 2  eq jpj and taille 3  eq nz:           res   tab firstx:lastx  firsty:lasty          taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq nz :res   tab       taille 1  EQ  nx and taille 2  eq  ny and taille 3  eq jpk :           res   tab    firstz:lastz        else:BEGIN          if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat          return  report Probleme d adequation entre les tailles du domaine nx ny nz  strtrim nx  1 strtrim ny  1 strtrim nz  1  et du tableau  strtrim taille 1  1 strtrim taille 2  1 strtrim taille 3  1        END     endcase     if keyword_set nan  NE 0 then BEGIN        if nan NE 1 then BEGIN      si nan n est pas  values f_nan    on le met a  values f_nan         if abs nan  LT 1e6 then notanumber   where res EQ nan            ELSE notanumber   where abs res  GT abs nan 10          if notanumber 0  NE  1 then res temporary notanumber     values f_nan       ENDIF     ENDIF     rq IL FAUT FAIRE ATTENTION AUX CAS OU LA DIM A MOYENNER   1  ET   S ASSURER QU ELLE EXISTE BIEN  D OU LES reform nx ny  QUI   PEUVENT SEMBLER INUTILE AU DEPART       if nx EQ 1 OR ny EQ 1 OR nz EQ 1 then BEGIN        res   reform res  nx  ny  nz   over        e1    reform e1  nx  ny   over        e2    reform e2  nx  ny   over      endif     if nx EQ 1 OR ny EQ 1 OR nz EQ 1 THEN         mask    reform mask  nx  ny  nz   over      IF keyword_set key_partialstep  THEN BEGIN   the top of the ocean floor is       IF vargrid EQ  T  OR vargrid EQ  W  THEN bottom   total mask  3          ELSE bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3     we suppress columns with only ocean or land        good   where bottom NE 0 AND bottom NE nz    the bottom of the ocean in 3D index is:       bottom   lindgen nx ny temporary bottom 1L nx ny       IF good 0  NE  1 THEN bottom   bottom good          ELSE bottom    1     ENDIF ELSE bottom    1     III 2  differents types de moyennes       if keyword_set nan  NE 0 then msknan   finite res  ELSE msknan    1     case 1 of        dirx eq 1  and  diry eq 0  and  dirz eq 0  : begin         e13   e1 replicate 1  nz          e13   reform e13  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           msknan bottom    0           res bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 else begin           divi   e13 mask           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total divi  1          ENDELSE         res   res e13 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total res  1  nan   nan divi   1          e13   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total testnan  1 total mask  1  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 0  : begin         e23   e2 replicate 1  nz          e23   reform e23  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           msknan bottom    0           res bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 else begin           divi   e23 mask           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total divi  2          ENDELSE         res   res e23 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total res  2  nan   nan divi   1          e23   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan   reform testnan  nx  ny  nz   over            testnan   total testnan  2 total mask  2  EQ 0          endif       end        dirx eq 0  and  diry eq 0  and  dirz eq 1  : begin         e33   replicate 1  1 nx ny e3         e33   reform e33  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e33 bottom     e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e33 bottom     e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else begin           divi   e33 mask           if msknan 0  NE  1 then divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total divi  3          ENDELSE         res   res e33 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total res  3  nan   nan divi   1          e33   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total testnan  3 total mask  3  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 0  : begin         e123    e1 e2 replicate 1  nz          e123   reform e123  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1             AND nx ny NE 1 THEN BEGIN           IF msknan 0  EQ  1 THEN BEGIN              msknan   replicate 1b  nx  ny  nz              nan   1           endif           msknan bottom    0           res bottom     values f_nan         ENDIF         if keyword_set integration  then divi   1 else BEGIN            divi   e123 mask           IF msknan 0  NE  1 THEN divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total total divi  1  1          ENDELSE         res   res e123 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total total res  1  nan   nan  1  nan   nan     divi   1          e123   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total total testnan  1  1 total total mask  1  1  EQ 0          endif       end        dirx eq 1  and  diry eq 0  and  dirz eq 1  : begin         e133   e1 e3         e133   reform e133  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e133 bottom     e1 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e133 bottom     e1 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else BEGIN            divi   e133 mask           if msknan 0  NE  1 then divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total total divi  1  2          ENDELSE         res   res e133 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total total res  1  nan   nan  2  nan   nan     divi   1          e133   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total total testnan  1  2 total total mask  1  2  EQ 0          endif       end        dirx eq 0  and  diry eq 1  and  dirz eq 1  : begin         e233   e2 e3         e233   reform e233  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e233 bottom     e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e233 bottom     e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else BEGIN            divi   e233 mask           if msknan 0  NE  1 then divi   temporary divi msknan           if nz EQ 1 then divi   reform divi  nx  ny  nz   over            divi   total total divi  2  2          ENDELSE         res   res e233 mask         if nz EQ 1 then res   reform res  nx  ny  nz   over          res   total total res  2  nan   nan  2  nan   nan     divi   1          e233   1         if msknan 0  NE  1 then begin           testnan    msknan mask           if nz EQ 1 then testnan    reform testnan  nx  ny  nz   over            testnan   total total testnan  2  2 total total mask  2  2  EQ 0          endif       end        dirx eq 1  and  diry eq 1  and  dirz eq 1  : begin         e1233    e1 e2 e3         e1233   reform e1233  nx  ny  nz   over          IF keyword_set key_partialstep  AND bottom 0  NE  1 THEN BEGIN           IF keyword_set wdepth  THEN               e1233 bottom     e1 e2 e3w_ps firstx:lastx  firsty:lasty temporary good              ELSE e1233 bottom     e1 e2 e3t_ps firstx:lastx  firsty:lasty temporary good          ENDIF         if keyword_set integration  then divi   1 else BEGIN            if msknan 0  NE  1 then divi   total e1233 mask msknan              ELSE divi   total e1233 mask          ENDELSE         res   total res e1233 mask  nan   nan     divi   1          e1233   1         if msknan 0  NE  1 then begin           testnan    msknan mask           testnan   total testnan total mask  EQ 0          endif       end     endcase   endif      IV   finitions       IV 1  on masque les terres par une valeur a 1e 20     valmask   1e 20   terre   where divi EQ 0    IF terre 0  NE  1 THEN BEGIN     res terre    1e 20   ENDIF       IV 2  on remplace  quand nan ne 1   values f_nan par nan     if keyword_set nan  NE 0 then BEGIN      puttonan   where testnan EQ 0      if puttonan 0  NE  1 then res puttonan     values f_nan     if nan NE 1 then BEGIN        notanumber   where finite res  eq 0        if notanumber 0  NE  1 then res notanumber    nan     ENDIF   ENDIF     IV 3  on se remplace ds le sous domaine qui etait definit a l entree de   moyenne      if keyword_set savedbox  THEN restoreboxparam   boxparam4moyenne dat      if keyword_set key_performance  THEN print   temps moyenne  systime 1 tempsun    return  res     end");
+a[164] = new Array("./ToBeReviewed/CALCULS/norme.html", "norme.pro", "", "          NAME:norme     PURPOSE: calcule la norme d un champ de vecteurs  puis fait une   moyenne eventuelle             Rq1: le champ de vecteur peut etre  2d:xy  3d: xyz ou xyt             4d: xyzt            Rq2: le calcul de la norme est fait avant l eventuelle            moyenne spatiale ou temporelle car la moyenne de la norme            n est pas egale a la norme des moyennes      CATEGORY: calcul de post traitement     CALLING SEQUENCE:res norme champ_de_vecteurs      INPUTS:un tableau 2d  3d ou 4d     KEYWORD PARAMETERS:           BOXZOOM: boxzoom sur laquelle moyenner  par defaut le domaine         selectionner par le dernier domdef effectue            DIREC: t   x   y   z   xy   xz   yz   xyz   xt   yt   zt   xyt           xzt   yzt   xyzt  directions selon lesquelles effectuer les         moyennes      OUTPUTS:tableau a tracer avec plt  pltz ou pltt      COMMON BLOCKS:  common pro     SIDE EFFECTS:          La norme est calculee aux points T  Pour faire ce calcul  on        moyenne les champs U et V aux points T avant de calculer la norme         Au bord des cotes et du domaine  on ne peut pas calculer les        champs U et V aux points T  ces points sont donc a la valeur         values f_nan             lorsqu on fait le calcul sur un domaine geographique reduit         les champs U et V ne comprennent pas forcement le meme nombre        de points  Dans ce cas on redecoupe U et V pour ne garder que        les points en commun  Au passage on refait un domdef qui        redefinit un domaine geographique sur lequel les champs U et V        sont extraits sur les meme points      RESTRICTIONS:          pour savoir a quel type de tableau on a a faire  on teste la        taille de celui ci et les dates donnees par time 0  et        time jpt 1  pour savoir si il y a une dimension        temporelle  Avant de lancer norme s assurer que time et jpt        sont bien definis comme il faut       EXAMPLE:         pour calculer la moyenne de la norme des courants sur tout le       dommaine entre 0 et 50:        IDL  res norme un vn boxzoom 0 50 dir xyz      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          9 6 1999         FUNCTION norme  composanteu  composantev  BOXZOOM   boxzoom  DIREC   direc  _extra   ex       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      tempsun   systime 1            pour key_performance      IF finite glamu 0 finite gphiu 0 finite glamv 0 finite gphiv 0  EQ 0 THEN        return  report This version of norme is based on Arakawa C grid                            U and V grids must therefore be defined        if keyword_set boxzoom  then BEGIN      Case 1 Of       N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0        N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1        N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2        N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4        N_Elements Boxzoom  Eq 6:bte   Boxzoom       Else: return  report Mauvaise Definition de Boxzoom      ENDCASE     domdef  boxzoom   ENDIF       if NOT keyword_set direc  then direc   0   construction de u et v aux pts T    u   litchamp composanteu     v   litchamp composantev     date1   time 0     if n_elements jpt  EQ 0 then date2   date1 ELSE date2   time jpt 1      if  size u 0  NE  size v 0  then return    1     vargrid T     varname    norme      valmask   1e20      grilleu   litchamp composanteu   grid     if grilleu EQ   then grilleu    U     grillev   litchamp composantev   grid     if grillev EQ   then grillev    V     IF grilleu EQ  V  AND grillev EQ  U  THEN inverse   1    IF grilleu EQ  T  AND grillev EQ  T  THEN BEGIN        interpolle    0        return  report cas non code mais facile a faire     ENDIF ELSE interpolle   1    if keyword_set inverse  then begin       rien   u       u   v       v   rien    endif       on trouve les points que u et v ont en communs      indicexu    lindgen jpi firstxu:firstxu nxu 1     indicexv    lindgen jpi firstxv:firstxv nxv 1     indicex   inter indicexu  indicexv     indiceyu    lindgen jpj firstyu:firstyu nyu 1     indiceyv    lindgen jpj firstyv:firstyv nyv 1     indicey   inter indiceyu  indiceyv     nx   n_elements indicex      ny   n_elements indicey       case 1 of      xyz            size u 0  EQ 3 AND date1 EQ date2 :BEGIN             indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1           indice3d   lindgen jpi  jpj  jpk           indice3d   indice3d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case  size u 3  OF                   nzt:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1  ELSE u   u 1: nx                          IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1  ELSE v   v 1: nx                         IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u 0:ny 1  ELSE u   u  1: ny                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v 0:ny 1  ELSE v   v  1: ny                    end                   jpk:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1   firstzt:lastzt  ELSE u   u 1: nx   firstzt:lastzt                        IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1   firstzt:lastzt  ELSE v   v 1: nx   firstzt:lastzt                       IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u  0:ny 1 firstzt:lastzt  ELSE u   u  1: ny firstzt:lastzt                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v  0:ny 1 firstzt:lastzt  ELSE v   v  1: ny firstzt:lastzt                    end                   ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs                 endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND  size u 3  EQ jpk AND                 size v 1  EQ jpi AND  size v 2  EQ jpj AND  size u 3  EQ jpk :BEGIN                 u   u indice3d                 v   v indice3d              END             ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     on reform u et v pour s assurer qu aucune dimension n a ete ecrasee            if nzt EQ 1 then begin             u   reform u  nx  ny  nzt   over              v   reform v  nx  ny  nzt   over           endif     construction de u et v aux pts T            a u 0           u u shift u 1 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude            mask   tmask indice3d           if nzt EQ 1 then mask   reform mask  nx  ny  nzt   over             if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0   values f_nan          res 0   values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN res mask    valmask   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   moyenne res direc nan  boxzoom   boxzoom   nodomdef          END      xyt           date1 NE date2 AND  size u 0  EQ 3 :BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1      ELSE u   u 1: nx                      IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1      ELSE v   v 1: nx                     IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1    ELSE u   u  1: ny                    IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1    ELSE v   v  1: ny                END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1                END             ELSE:return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     construction de u et v aux pts T            a u 0           u u shift u 1 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude   on recupere la grille complette pour etablir un grand mask etendu ds les 4   directions pour couvrir les points pour lesquels un pt terre a ete pris en   compte  faire un petit dessin             mask   tmask indice2d jpi jpj firstzt           if ny EQ 1 then mask   reform mask  nx  ny   over      construction de terre qui contient tous les point a masquer            if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0   values f_nan          res 0   values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN BEGIN              coeftps   lindgen jpt nx ny             coeftps   replicate 1  n_elements mask coeftps             mask    temporary mask replicate 1  jpt              mask  temporary mask    temporary coeftps              res temporary mask    valmask          ENDIF   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   grossemoyenne res direc nan  boxzoom   boxzoom   nodomdef        END      xyzt           date1 NE date2 AND  size u 0  EQ 4:BEGIN           indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1           indice3d   lindgen jpi  jpj  jpk           indice3d   indice3d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 case  size u 3  OF                   nzt:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1  ELSE u   u 1: nx                          IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1  ELSE v   v 1: nx                         IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u 0:ny 1  ELSE u   u  1: ny                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v 0:ny 1  ELSE v   v  1: ny                    end                   jpk:BEGIN                       if nxu NE nx then                         if indicex 0  EQ firstxu then u   u 0:nx 1   firstzt:lastzt  ELSE u   u 1: nx   firstzt:lastzt                        IF nxv NE nx THEN                         if indicex 0  EQ firstxv then v   v 0:nx 1   firstzt:lastzt  ELSE v   v 1: nx   firstzt:lastzt                       IF nyu NE ny THEN                         if indicey 0  EQ firstyu then u   u  0:ny 1 firstzt:lastzt  ELSE u   u  1: ny firstzt:lastzt                        IF nyv NE ny THEN                         if indicey 0  EQ firstyv then v   v  0:ny 1 firstzt:lastzt  ELSE v   v  1: ny firstzt:lastzt                    end                   ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs                 endcase             END              size u 1  EQ jpi AND  size u 2  EQ jpj AND  size u 3  EQ jpk AND                 size v 1  EQ jpi AND  size v 2  EQ jpj AND  size u 3  EQ jpk :BEGIN                 u   u indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt                   v   v indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1 firstzt:lastzt                END             ELSE: return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     construction de u et v aux pts T            a u 0           u u shift u 1 0 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 0 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude            mask   tmask indice3d           if nzt EQ 1 then mask   reform mask  nx  ny  nzt   over             if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0     values f_nan          res 0     values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN BEGIN              coeftps   lindgen jpt nx ny nzt             coeftps   replicate 1  n_elements mask coeftps             mask    temporary mask replicate 1  jpt              mask  temporary mask    temporary coeftps              res temporary mask    valmask          ENDIF   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   grossemoyenne res direc nan  boxzoom   boxzoom   nodomdef        END      xy           ELSE:BEGIN                 xy          indice2d   lindgen jpi  jpj           indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient            case 1 of              size u 1  EQ nxu AND  size u 2  EQ nyu AND                 size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN                 if nxu NE nx then                   if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                    IF nxv NE nx THEN                   if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                   IF nyu NE ny THEN                   if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny                  IF nyv NE ny THEN                   if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny              END              size u 1  EQ jpi AND  size u 2  EQ jpj AND                 size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN                 u   u indice2d                 v   v indice2d              END             ELSE:return  report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs           endcase     on reform u et v pour s assurer qu aucune dimension n a ete ecrasee            if ny EQ 1 then begin             u   reform u  nx  ny   over              v   reform v  nx  ny   over           endif     construction de u et v aux pts T            a u 0           u u shift u 1 0 2           if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a          a v 0           v v shift v 0 1 2           if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude   on recupere la grille complette pour etablir un grand mask etendu ds les 4   directions pour couvrir les points pour lesquels un pt terre a ete pris en   compte  faire un petit dessin             mask   tmask indice2d jpi jpj firstzt           if nyt EQ 1 THEN mask   reform mask  nx  ny   over      construction de terre qui contient tous les point a masquer            if n_elements valmask  EQ 0 THEN valmask   1e20          landu   where u GE valmask 10           if landu 0  NE  1 then u landu    0          landv   where v GE valmask 10           if landv 0  NE  1 then v landv    0          res sqrt u 2 v 2           if NOT keyword_set key_periodic  OR nx NE jpi then res 0 values f_nan          res 0 values f_nan          mask   where mask eq 0           IF mask 0  NE  1 THEN res mask    valmask   moyennes en tous genres          domdef   glamt indice2d 0  0   glamu indice2d nx 1  0 gphit indice2d 0  0   gphiv indice2d 0  ny 1  vert1  vert2   meme          if keyword_set direc  then res   moyenne res direc nan  boxzoom   boxzoom   nodomdef        END      endcase      if keyword_set key_performance  THEN print   temps norme  systime 1 tempsun     return  res end");
+a[165] = new Array("./ToBeReviewed/CALCULS/projectondepth.html", "projectondepth.pro", "", "          NAME:projectondepth     PURPOSE: routine permettant de projeter un champ 3d suivant un   tableau de profondeurs      CATEGORY: sans boucles     CALLING SEQUENCE:res projectondepth arrayin  depthin       INPUTS:         arrayin: un tableau 3d dont la 3eme dimension doit etre egale         a jpk         depthin: un tableau 2d indiquant n chaque point a quel         profondeur projeter            KEYWORD PARAMETERS:none     OUTPUTS:res: un tableau 2d projection du tableau 3d suivant les   profondeurs indiquees par depthin     COMMON BLOCKS:common pro     SIDE EFFECTS: points a  values f_nan qd calcul impossible  points   terres masques a Valmask      RESTRICTIONS:     EXAMPLE:     on contruit un tableau de profondeurs possibles     IDL  a gdept jpk 1 1 jpi jpj findgen jpi jpj    on contruit un tableau a projeter sur ces profondeurs  pour le test   on construit un tableau 3d dont chaque vecteur suivant z est la   profondeur       IDL  arraytest replicate 1 jpi jpj gdept     IDL  arraytest reform arraytest jpi jpj jpk   over    on test la projection du tabeau profondeur sur la profondeur      IDL  plt  1e6 a projectondepth arraytest a nocontour      champ nul a 1e 6 pres       verifcation en projettant la temperature sur la profondeur de la 20    degres par exemple      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 6 2000         FUNCTION projectondepth  arrayin  depthin     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance  common      depth   litchamp depthin     array   litchamp arrayin    petites verifications    tailledepth   size depth     taillearray   size array     if tailledepth 0  NE 2 THEN return  report Depth array must have 2 dimensions     if taillearray 0  NE 3 THEN return  report Array in must have 3 dimensions    verification de la coherence entre la taille du tableau et le   domaine     grille  mask   1   1   1 nx ny nz firstx firsty firstz lastx lasty lastz    case 1 of       tailledepth 1  eq jpi and tailledepth 2  eq jpj:depth depth firstx:lastx  firsty:lasty        tailledepth 1  eq  nx and tailledepth 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du tableau de profondeur     endcase    case 1 OF       taillearray 3  NE jpk:return  report Le tableau 3d doit avoir sa 3eme dimension egale a jpk        taillearray 1  eq jpi and taillearray 2  eq jpj:array array firstx:lastx  firsty:lasty          taillearray 1  eq  nx and taillearray 2  eq  ny:       else:return  report Probleme d adequation entre les tailles du domaine et celle du tableau de profondeur     endcase     c est parti      flevel   depth2floatlevel depth    on vire les points a  values f_nan    notanumber   where finite flevel   nan  EQ 1     if notanumber 0  NE  1 then flevel notanumber    0   on seuil  vire les points terres a valmask par ex     flevel   0   flevel    jpk 1       indexup   level2index floor flevel     indexlow   nx ny indexup    out   where indexlow GE nx ny jpk 1     if out 0  NE  1 then indexlow out    indexlow out nx ny      weight   flevel floor flevel     res   array indexup     res   res weight array indexlow res      on replace les points a  values f_nan    if notanumber 0  NE  1 then res notanumber     values f_nan    if out 0  NE  1 then res out     values f_nan   on masque les points terres a valmask    if n_elements valmask  EQ 0 then valmask   1e20    terre   where temporary mask    0  EQ 0     if terre 0  NE  1 then res terre    valmask      if keyword_set key_performance  THEN print   temps projectondepth  systime 1 tempsun     return  res end");
+a[166] = new Array("./ToBeReviewed/CALCULS/remplit.html", "remplit.pro", "", "          Extrapole zinout jpi jpj  sur les continents en utilisant les 4     plus proches voisins masques oceaniquement et construit un nouveau     masque     contenant l ancien masque oceanique PLUSles points extrapoles      Reitere le processus niter fois      C est pas clair  essayez                   Nan: to fill the point which have the value       values f_nan  Whitout this keyword  these point are not filling      and stays at  values f_nan        FUNCTION remplit  zinput  NAN   nan  NITER   niter  BASIQUE   basique  mask   mask  FILLXDIR   fillxdir  FILLYDIR   fillydir  FILLVAL   fillval  _extra   ex     compile_opt idl2  strictarrsubs    common   tempsun   systime 1             pour key_performance   les points non remplis sont masques a valmask   IF n_elements niter  EQ 0 THEN niter   1   IF niter EQ 0 THEN return  zinput   z   zinput   if n_elements key_gridtype  EQ 0 then key_gridtype    c    if keyword_set basique  then begin     oldkey_gridtype   key_gridtype     key_gridtype    c      nx    size zinput 1      ny    size zinput 2      if NOT keyword_set mask  then mmmask   basique ELSE mmmask   mask     if  key_gridtype eq  e  then begin       case vargrid of          T :glam   glamt firstxt:lastxt  firstyt:lastyt           U :glam   glamu firstxu:lastxu  firstyu:lastyu        endcase     endif   ENDIF ELSE grille  mmmask  glam  gphi  gdep  nx  ny  nz  _extra   ex   if keyword_set mask  then mmmask   mask     if  size mmmask 0  EQ 3 THEN mmmask   mmmask    0      if n_elements mmmask  EQ 1 then mmmask   replicate 1b  nx  ny    if keyword_set nan  then begin     nanpoint   where finite z  EQ 0      if nanpoint 0  NE  1 then begin       mmmask nanpoint    0b       z nanpoint    0     endif   ENDIF   mmmask   byte mmmask      on ajoute un cadre de zero a z  mask  e1  e2   comme ca apres on peut faire des shifts ds tous les sens sans se   soucier des bords du domaine      tempdeux   systime 1            pour key_performance  2   nx2   nx 2   case key_gridtype of      c :BEGIN       ztmp   bytarr nx 2  ny 2        ztmp 1:nx  1:ny    mmmask       mmmask   temporary ztmp        ztmp   fltarr nx 2  ny 2        ztmp 1:nx  1:ny    z       if keyword_set key_periodic  AND nx EQ jpi then begin         ztmp 0  1:ny    z jpi 1            ztmp nx 1  1:ny    z 0          endif       z   temporary ztmp      END      e :BEGIN       ztmp   bytarr nx 2  ny 4        ztmp 1:nx  2:ny 1    mmmask       mmmask   temporary ztmp        ztmp   fltarr nx 2  ny 4        ztmp 1:nx  2:ny 1    z       if keyword_set key_periodic  AND nx EQ jpi then begin         ztmp 0  2:ny 1    z jpi 1            ztmp nx 1  2:ny 1    z 0          endif       z   temporary ztmp      END   endcase   IF testvar var   key_performance  EQ 2 THEN       print   temps remplit: on ajoute un cadre de zero   systime 1 tempdeux       iteration        FOR n   1  niter DO BEGIN    on trouve les points coast     tempdeux   systime 1          pour key_performance  2   les points du bord du cadre ne doivent pas etre selectionnes comme   la coast     case key_gridtype of        c :BEGIN         mmmask 0      1b         mmmask nx 1      1b         mmmask  0    1b         mmmask  ny 1    1b       END        e :BEGIN         mmmask 0      1b         mmmask nx 1      1b         mmmask  0:1    1b         mmmask  ny 2:ny 3    1b       END     endcase   liste des points terre restant     IF keyword_set fillxdir  THEN BEGIN   we stop if all the lines  that contains data  have been filled       test   total mmmask 1:nx    1        IF total test EQ 0 test EQ nx  EQ ny 2 THEN GOTO  fini     ENDIF     IF keyword_set fillydir  THEN BEGIN   we stop if all the columns  that contains data  have been filled       test   total mmmask  1:ny  2        IF total test EQ 0 test EQ ny  EQ nx 2 THEN GOTO  fini     ENDIF     land   where mmmask EQ 0      if land 0  EQ  1 then GOTO  fini   les points du bord du cadre doivent maintenant etre dans la terre     case key_gridtype of        c :BEGIN         mmmask 0      0b         mmmask nx 1      0b         mmmask  0    0b         mmmask  ny 1    0b       END        e :BEGIN         mmmask 0      0b         mmmask nx 1      0b         mmmask  0:1    0b         mmmask  ny 2:ny 3    0b       END     endcase     if keyword_set key_periodic  AND nx EQ jpi then begin       mmmask 0      mmmask nx          mmmask nx 1      mmmask 1        endif   liste des voisins mer     case key_gridtype of        c :BEGIN         CASE 1 OF           keyword_set fillxdir :weight   mmmask 1 land mmmask 1 land            keyword_set fillydir :weight   mmmask nx2 land mmmask nx2 land            ELSE:weight   mmmask 1 land mmmask 1 land mmmask nx2 land mmmask nx2 land                 1 sqrt 2 mmmask nx2 1 land mmmask nx2 1 land                              mmmask nx2 1 land mmmask nx2 1 land          ENDCASE       END        e :BEGIN         shifted   glam 0  0  LT glam 0  1          oddeven    land nx2 1 shifted  MOD 2         weight   mmmask 1 land mmmask 1 land               mmmask 2 nx2 land mmmask 2 nx2 land               sqrt 2 mmmask nx2 oddeven land mmmask nx2 1 oddeven land                         mmmask nx2 oddeven land mmmask nx2 1 oddeven land        END     endcase      ok   where weight GT 0      weight   weight ok      coast   land temporary ok        IF testvar var   key_performance  EQ 2 THEN         print   temps remplit: trouver la coast   systime 1 tempdeux     remplissage des points coast       tempdeux   systime 1          pour key_performance  2   on masque z     z   temporary z mmmask       case key_gridtype of        c :BEGIN         CASE 1 OF           keyword_set fillxdir :zcoast   z 1 coast z 1 coast            keyword_set fillydir :zcoast   z nx2 coast z nx2 coast            ELSE:zcoast   z 1 coast z 1 coast z nx2 coast z nx2 coast                 1 sqrt 2 z nx2 1 coast z nx2 1 coast                              z nx2 1 coast z nx2 1 coast          ENDCASE       END        e :BEGIN         oddeven    coast nx2 1 shifted  MOD 2         zcoast   z 1 coast z 1 coast z 2 nx2 coast z 2 nx2 coast               sqrt 2 z nx2 oddeven coast z nx2 1 oddeven coast                         z nx2 oddeven coast z nx2 1 oddeven coast        END     endcase           z coast     temporary zcoast  temporary weight    we update the the boundary conditions of z     if keyword_set key_periodic  AND nx EQ jpi then begin       z 0      z nx          z nx 1      z 1        endif     IV  on reduit le masque       mmmask  temporary coast    1       IF testvar var   key_performance  EQ 2 THEN         print   temps remplit: une iteration   systime 1 tempdeux   ENDFOR  fini:     on masque les valeurs sur les lands restantes     IF n_elements valmask  EQ 0 then valmask   1e20   IF n_elements fillval  EQ 0 THEN fillval   valmask   z   temporary z mmmask   fillval 1b mmmask      on redecoupe le tableau pour retirer le cadre      case key_gridtype of      c :BEGIN       z   z 1:nx  1:ny      END      e :BEGIN       z   z 1:nx  2:ny 1      END   endcase     if keyword_set basique  then key_gridtype   oldkey_gridtype     if keyword_set key_performance  THEN print   temps remplit  systime 1 tempsun    return  z END  ");
+a[167] = new Array("./ToBeReviewed/CALCULS/rhon.html", "rhon.pro", "", "            Calcul de la fonction d etat  issue de eos F            Creation : 1997   G  Roullet      adaptation pour les tableaux z zt xyz xyzt      par seb         FUNCTION rhon  sn  tn  INSITU   insitu  SIGMA_N   sigma_n     compile_opt idl2  strictarrsubs    common    tempsun   systime 1            pour key_performance       sn    1e5   double sn   double tn    1e5         IF keyword_set sigma_n  then insitu   1     taille   size sn     case taille 0  of       0:BEGIN                    z          zrhop 0d          jkmax   1       END        1:BEGIN                    z          zrhop dblarr taille 1           jkmax   taille 1        END        2:BEGIN                    xy  jpt 1  ou zt          zrhop dblarr taille 1 taille 2           if jpt EQ 1 then jkmax   1 ELSE jkmax   taille 1        END        3:BEGIN                    xyz  jpt 1  ou xyt          zrhop dblarr taille 1 taille 2 taille 3           if jpt EQ 1 then jkmax   taille 3  ELSE jkmax   1       END        4:BEGIN                    xyzt          zrhop dblarr taille 1 taille 2 taille 3 taille 4             jkmax   taille 3        END     endcase          FOR jk   0  jkmax 1 DO BEGIN        case taille 0  of          0:BEGIN                 z             ztt   tn             zs   sn          END           1:BEGIN                 z             ztt   tn jk              zs   sn jk            END           2:BEGIN                 xy  jpt 1  ou zt             if jpt EQ 1 then begin                ztt   tn                zs   sn             ENDIF ELSE BEGIN                ztt   tn jk                   zs   sn jk                 ENDELSE          END           3:BEGIN                 xyz  jpt 1  ou xyt             if jpt EQ 1 then begin                ztt   tn    jk                 zs   sn   jk               endif ELSE BEGIN                ztt   tn                zs   sn             ENDELSE          END           4:BEGIN                 xyzt             ztt   tn    jk                zs   sn   jk              END        endcase       if n_elements sigma_n  NE 0 then zh   1000 sigma_n ELSE zh   gdept jk        square root salinity       zsr  sqrt abs zs        compute density pure water at atm pressure       zr1 6 536332e 9 ztt 1 120083e 6 ztt 1 001685e 4 ztt 9 095290e 3 ztt 6 793952e 2 ztt 999 842594       seawater density atm pressure       zr2   5 3875e 9 ztt 8 2467e 7 ztt 7 6438e 5 ztt 4 0899e 3 ztt 0 824493       zr3   1 6546e 6 ztt 1 0227e 4 ztt 5 72466e 3       zr4  4 8314e 4         potential density  reference to the surface        case taille 0  of          0: zrhop       zr4 zs   zr3 zsr   zr2 zs   zr1          1: zrhop jk   zr4 zs   zr3 zsr   zr2 zs   zr1          2:BEGIN              if jpt EQ 1 then zrhop    zr4 zs   zr3 zsr   zr2 zs   zr1               ELSE zrhop jk     zr4 zs   zr3 zsr   zr2 zs   zr1          END          3:BEGIN              if jpt EQ 1 then zrhop   jk   zr4 zs   zr3 zsr   zr2 zs   zr1                ELSE zrhop    zr4 zs   zr3 zsr   zr2 zs   zr1          END          4: zrhop   jk     zr4 zs   zr3 zsr   zr2 zs   zr1       endcase        IF n_elements insitu  EQ 1 THEN BEGIN        add the compression terms          ze    3 508914e 8 ztt 1 248266e 8 ztt 2 595994e 6          zbw    1 296821e 6 ztt 5 782165e 9 ztt 1 045941e 4          zb   zbw   ze   zs            zd    2 042967e 2          zc    7 267926e 5 ztt 2 598241e 3 ztt 0 1571896          zaw    5 939910e 6 ztt 2 512549e 3 ztt 0 1028859 ztt  4 721788          za     zd zsr   zc zs   zaw            zb1   0 1909078 ztt 7 390729 ztt 55 87545          za1   2 326469e 3 ztt 1 553190 ztt 65 00517 ztt 1044 077          zkw   1 361629e 4 ztt 1 852732e 2 ztt 30 41638 ztt 2098 925 ztt 190925 6          zk0   zb1 zsr   za1 zs   zkw         masked in situ density          case taille 0  of             0: zrhop   zrhop    1 0 zh zk0 zh za zh zb              1: zrhop jk    zrhop jk     1 0 zh zk0 zh za zh zb              2:BEGIN                 if jpt EQ 1 then zrhop   zrhop    1 0 zh zk0 zh za zh zb                   ELSE zrhop jk      zrhop jk       1 0 zh zk0 zh za zh zb              END             3:BEGIN                 if jpt EQ 1 then zrhop   jk    zrhop   jk     1 0 zh zk0 zh za zh zb                   ELSE zrhop   zrhop    1 0 zh zk0 zh za zh zb              END             4: zrhop   jk      zrhop   jk       1 0 zh zk0 zh za zh zb           endcase                 ENDIF     ENDFOR         terre   where tn GE 1e6     if terre 0  NE  1 then zrhop terre    valmask     if keyword_set key_performance  THEN print   temps rhon  systime 1 tempsun          return  zrhop END   ");
+a[168] = new Array("./ToBeReviewed/CALENDRIER/caldat.html", "caldat.pro", "", "   Id: caldat pro 69 2006 05 11 10:35:53Z smasson       Copyright  c  1992 2003  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited         NAME:  CALDAT     PURPOSE:  Return the calendar date and time given julian date   This is the inverse of the function JULDAY    CATEGORY:  Misc      CALLING SEQUENCE:  CALDAT  Julian  Month  Day  Year  Hour  Minute  Second  See also: julday  the inverse of this function      INPUTS:  JULIAN contains the Julian Day Number  which begins at noon  of the  specified calendar date   It should be a long integer    OUTPUTS:  Trailing parameters may be omitted if not required   MONTH: Number of the desired month  1   January    12   December     DAY: Number of day of the month     YEAR: Number of the desired year     HOUR: Hour of the day  Minute: Minute of the day  Second: Second  and fractions  of the day      KEYWORD PARAMETERS:           NDAYSPM: for using a calendar with fixed number of days per                  months  defaut value of NDAYSPM 30     COMMON BLOCKS: cm_4cal     SIDE EFFECTS:  None      RESTRICTIONS:  Accuracy using IEEE double precision numbers is approximately  1 10000th of a second      MODIFICATION HISTORY:  Translated from  Numerical Recipies in C  by William H  Press   Brian P  Flannery  Saul A  Teukolsky  and William T  Vetterling   Cambridge University Press  1988  second printing     DMS  July 1992   DMS  April 1996  Added HOUR  MINUTE and SECOND keyword  AB  7 December 1997  Generalized to handle array input            Eric Guilyardi  June 1999         Added key_work ndayspm for fixed number of days per months    AB  3 January 2000  Make seconds output as DOUBLE in array output      pro CALDAT  julian  month  day  year  hour  minute  second  NDAYSPM   ndayspm    cm_4cal     COMPILE_OPT idl2    ON_ERROR  2                     Return to caller if errors    IF n_elements key_caltype  EQ 0 THEN key_caltype    greg    if keyword_set ndayspm  then key_caltype    360d    CASE key_caltype OF      greg :BEGIN        nParam   N_PARAMS        IF  nParam LT 1  THEN MESSAGE   Incorrect number of arguments         min_julian    1095       max_julian   1827933925       minn   MIN julian  MAX   maxx        IF  minn LT min_julian  OR  maxx GT max_julian  THEN MESSAGE             Value of Julian date is out of allowed range         igreg   2299161L                    Beginning of Gregorian calendar       julLong   FLOOR julian   0 5d       Better be long       minJul   MIN julLong         IF  minJul GE igreg  THEN BEGIN   all are Gregorian         jalpha   LONG julLong   1867216L    0 25d    36524 25d          ja   julLong   1L   jalpha   long 0 25d   jalpha        ENDIF ELSE BEGIN         ja   julLong         gregChange   WHERE julLong ge igreg  ngreg          IF  ngreg GT 0  THEN BEGIN           jalpha   long julLong gregChange    1867216L    0 25d    36524 25d            ja gregChange    julLong gregChange    1L   jalpha   long 0 25d   jalpha          ENDIF       ENDELSE       jalpha    1                 clear memory        jb   TEMPORARY ja    1524L       jc   long 6680d    jb 2439870L 122 1d0 365 25d        jd   long 365d   jc    0 25d   jc        je   long jb   jd    30 6001d         day   TEMPORARY jb    TEMPORARY jd    long 30 6001d   je        month   TEMPORARY je    1L       month    TEMPORARY month    1L  MOD 12L    1L       year   TEMPORARY jc    4715L       year   TEMPORARY year     month GT 2        year   year    year LE 0    see if we need to do hours  minutes  seconds       IF  nParam GT 4  THEN BEGIN         fraction   julian   0 5d   TEMPORARY julLong          hour   floor fraction   24d          fraction   TEMPORARY fraction    hour 24d         minute   floor fraction 1440d          second    TEMPORARY fraction    minute 1440d    86400d       ENDIF    if julian is an array  reform all output to correct dimensions       IF  SIZE julian   N_DIMENSION  GT 0  THEN BEGIN         dimensions   SIZE julian   DIMENSION          month   REFORM month  dimensions          day   REFORM day  dimensions          year   REFORM year  dimensions          IF  nParam GT 4  THEN BEGIN           hour   REFORM hour  dimensions            minute   REFORM minute  dimensions            second   REFORM second  dimensions          ENDIF       ENDIF      END       360d :BEGIN        jul   long julian        f    jul   floor jul        IF total f NE 0 0  GT 0 THEN BEGIN  Get hours  minutes  seconds          hour   floor f 24          f   f   hour   24 d         minute   floor f 1440          second    f   minute 1440 d0    86400 0d0       ENDIF ELSE BEGIN         hour   replicate 0L   n_elements julian          minute   replicate 0L   n_elements julian          second   replicate 0L   n_elements julian        ENDELSE        IF keyword_set ndayspm  THEN BEGIN         IF ndayspm EQ 1 THEN ndayspm   30       ENDIF ELSE ndayspm   30        ndayspm   long ndayspm        Z   floor julian        year   z 12 ndayspm 1       month    z 12 ndayspm year 1 ndayspm 1       day   z 12 ndayspm year 1 ndayspm month 1        WHILE total day LT 1  GT 0 DO BEGIN         tochange   where day LT 1          month tochange    month tochange 1         day tochange    day tochange ndayspm       ENDWHILE       WHILE total month LT 1  GT 0 DO BEGIN         tochange   where month LT 1          year tochange    year tochange 1         month tochange    month tochange 12       ENDWHILE   year 0 does not exist        neg   where year LT 0        IF neg 0  NE  1 THEN year neg    year neg 1     END       noleap :BEGIN        jul   long julian        year   jul 365   1       day   jul MOD 365L           zero   where day EQ 0           month   1    day GT 31     day GT 59     day GT 90     day GT 120                     day GT 151     day GT 181     day GT 212     day GT 243                     day GT 273     day GT 304     day GT 334        month   long month           day   day   31L    day GT 31    28L    day GT 59    31L    day GT 90                    30L    day GT 120    31L    day GT 151    30L    day GT 181                    31L    day GT 212    31L    day GT 243    30L    day GT 273                    31L    day GT 304    30L    day GT 334          IF zero 0  NE  1 THEN BEGIN         year zero    year zero 1         month zero    12L         day zero    31L       ENDIF       END      ELSE:BEGIN       ng   report only 3 types of calendar are accepted: greg  360d and noleap        return     END   ENDCASE     zero   where year ge 600000L  cnt    IF cnt NE 0 THEN year zero    year zero 654321L     return  END");
+a[169] = new Array("./ToBeReviewed/CALENDRIER/def_month.html", "def_month.pro", "", "FUNCTION def_month  timave  date     translate month number in string       compile_opt idl2  strictarrsubs      IF strpos date   _  GT  1 THEN date   strmid date  0  strpos date   _     CASE strmid timave  0  2  OF         1m : BEGIN          CASE strmid date  strlen date 2  2  OF               01 : mn    January               02 : mn    February               03 : mn    March               04 : mn    April               05 : mn    May               06 : mn    June               07 : mn    July               08 : mn    August               09 : mn    September               10 : mn    October               11 : mn    November               12 : mn    December              ELSE: mn              ENDCASE        END         3m : BEGIN          CASE strmid date  strlen date 2  2  OF               01 : mn    DJF               02 : mn    MMA               03 : mn    JJA               04 : mn    SON              ELSE: mn              ENDCASE        END        ELSE:    ENDCASE       return  mn END ");
+a[170] = new Array("./ToBeReviewed/CALENDRIER/julday.html", "julday.pro", "", "   Id: julday pro 69 2006 05 11 10:35:53Z smasson       Copyright  c  1988 2003  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited       NAME:  JULDAY     PURPOSE:  Calculate the Julian Day Number for a given month  day  and year   This is the inverse of the library function CALDAT   See also caldat  the inverse of this function      CATEGORY:  Misc      CALLING SEQUENCE:  Result   JULDAY Month  Day  Year  Hour  Minute  Second      INPUTS:  MONTH: Number of the desired month  1   January    12   December     DAY: Number of day of the month     YEAR: Number of the desired year Year parameters must be valid                 values from the civil calendar   Years B C E  are represented                 as negative integers   Years in the common era are represented                 as positive integers   In particular  note that there is no                 year 0 in the civil calendar   1 B C E   1  is followed by                 1 C E   1     HOUR: Number of the hour of the day     MINUTE: Number of the minute of the hour     SECOND: Number of the second of the minute        Note: Month  Day  Year  Hour  Minute  and Second can all be arrays            The Result will have the same dimensions as the smallest array  or           will be a scalar if all arguments are scalars      OPTIONAL INPUT PARAMETERS:  Hour  Minute  Second   optional time of day      KEYWORD PARAMETERS:           NDAYSPM: for using a calendar with fixed number of days per                  months  defaut value of NDAYSPM 30     OUTPUTS:  JULDAY returns the Julian Day Number  which begins at noon  of the  specified calendar date   If Hour  Minute  and Second are not specified   then the result will be a long integer  otherwise the result is a  double precision floating point number      COMMON BLOCKS: cm_4cal     SIDE EFFECTS:  None      RESTRICTIONS:  Accuracy using IEEE double precision numbers is approximately     1 10000th of a second  with higher accuracy for smaller  earlier      Julian dates      MODIFICATION HISTORY:  Translated from  Numerical Recipies in C  by William H  Press   Brian P  Flannery  Saul A  Teukolsky  and William T  Vetterling   Cambridge University Press  1988  second printing     AB  September  1988  DMS  April  1995  Added time of day            Eric Guilyardi  June 1999         Added key_work ndayspm for fixed number of days per months           change to accept year 0           Sebastien Masson  Aug  2003         fix bug for negative and large values of month values         eg  julday 349 1 1970        CT  April 2000  Now accepts vectors or scalars      function JULDAY  MONTH  DAY  YEARin  Hour  Minute  Second  NDAYSPM   ndayspm    cm_4cal      COMPILE_OPT idl2    ON_ERROR  2                     Return to caller if errors    IF n_elements key_caltype  EQ 0 THEN key_caltype    greg    if keyword_set ndayspm  then key_caltype    360d       YEAR   long yearin    zero   where year EQ 0  cnt    IF cnt NE 0 THEN YEAR zero    654321L     CASE key_caltype OF      greg :BEGIN     Gregorian Calander was adopted on Oct  15  1582   skipping from Oct  4  1582 to Oct  15  1582       GREG   2299171L             incorrect Julian day for Oct  25  1582    Process the input  if all are missing  use todays date        NP   n_params        IF  np EQ 0  THEN RETURN  SYSTIME JULIAN        IF  np LT 3  THEN MESSAGE   Incorrect number of arguments     Find the dimensions of the Result:    1  Find all of the input arguments that are arrays  ignore scalars     2  Out of the arrays  find the smallest number of elements    3  Find the dimensions of the smallest array    Step 1: find all array arguments       nDims    SIZE month   N_DIMENSIONS  SIZE day   N_DIMENSIONS                   SIZE year   N_DIMENSIONS  SIZE hour   N_DIMENSIONS                   SIZE minute   N_DIMENSIONS  SIZE second   N_DIMENSIONS        arrays   WHERE nDims GE 1         nJulian   1L                assume everything is a scalar       IF  arrays 0  GE 0  THEN BEGIN                                   Step 2: find the smallest number of elements         nElement    N_ELEMENTS month  N_ELEMENTS day                        N_ELEMENTS year  N_ELEMENTS hour                        N_ELEMENTS minute  N_ELEMENTS second          nJulian   MIN nElement arrays  whichVar                                    step 3: find dimensions of the smallest array         CASE arrays whichVar  OF           0: julianDims   SIZE month   DIMENSIONS            1: julianDims   SIZE day   DIMENSIONS            2: julianDims   SIZE year   DIMENSIONS            3: julianDims   SIZE hour   DIMENSIONS            4: julianDims   SIZE minute   DIMENSIONS            5: julianDims   SIZE second   DIMENSIONS          ENDCASE       ENDIF        d_Second   0d               defaults       d_Minute   0d       d_Hour   0d   convert all Arguments to appropriate array size   type       SWITCH np OF                use switch so we fall thru all arguments          6: d_Second    SIZE second   N_DIMENSIONS  GT 0                            second 0:nJulian 1  : second         5: d_Minute    SIZE minute   N_DIMENSIONS  GT 0                            minute 0:nJulian 1  : minute         4: d_Hour    SIZE hour   N_DIMENSIONS  GT 0                          hour 0:nJulian 1  : hour         3: BEGIN                  convert m d y to type LONG           L_MONTH    SIZE month   N_DIMENSIONS  GT 0                          LONG month 0:nJulian 1  : LONG month            L_DAY    SIZE day   N_DIMENSIONS  GT 0                        LONG day 0:nJulian 1  : LONG day            L_YEAR    SIZE year   N_DIMENSIONS  GT 0                         LONG year 0:nJulian 1  : LONG year          END       ENDSWITCH         min_calendar    4716       max_calendar   5000000       minn   MIN l_year  MAX   maxx        IF  minn LT min_calendar  OR  maxx GT max_calendar  THEN MESSAGE             Value of Julian date is out of allowed range    change to accept year 0   if  MAX L_YEAR eq 0  NE 0  then message       There is no year zero in the civil calendar      by seb Aug 2003        tochange   where L_MONTH LT 0        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12 1         L_MONTH tochange     12   L_MONTH tochange  MOD 12       ENDIF        tochange   where L_MONTH GT 12        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12         L_MONTH tochange     L_MONTH tochange  MOD 12       ENDIF   by seb Aug 2003   end           bc    L_YEAR LT 0        L_YEAR   TEMPORARY L_YEAR    TEMPORARY bc        inJanFeb    L_MONTH LE 2        JY   L_YEAR   inJanFeb       JM   L_MONTH    1b   12b TEMPORARY inJanFeb         JUL   floor 365 25d   JY    floor 30 6001d TEMPORARY JM    L_DAY   1720995L    Test whether to change to Gregorian Calandar        IF  MIN JUL  GE GREG  THEN BEGIN   change all dates         JA   long 0 01d   TEMPORARY JY          JUL   TEMPORARY JUL    2L   JA   long 0 25d   JA        ENDIF ELSE BEGIN         gregChange   WHERE JUL ge GREG  ngreg          IF  ngreg GT 0  THEN BEGIN           JA   long 0 01d   JY gregChange            JUL gregChange    JUL gregChange    2L   JA   long 0 25d   JA          ENDIF       ENDELSE     hour minute second        IF  np GT 3  THEN BEGIN     yes  compute the fractional Julian date   Add a small offset so we get the hours  minutes    seconds back correctly   if we convert the Julian dates back  This offset is proportional to the   Julian date  so small dates  a long  long time ago  will be  more  accurate          eps    MACHAR DOUBLE eps         eps   eps ABS jul    eps   For Hours  divide by 24  then subtract 0 5  in case we have unsigned ints          jul   TEMPORARY JUL       TEMPORARY d_Hour 24d   0 5d                                       TEMPORARY d_Minute 1440d   TEMPORARY d_Second 86400d   eps         ENDIF    check to see if we need to reform vector to array of correct dimensions       IF  N_ELEMENTS julianDims  GT 1  THEN           JUL   REFORM TEMPORARY JUL  julianDims         RETURN  jul      END       360d :BEGIN     Fixed number of days per month  default 30  :         IF keyword_set ndayspm  THEN BEGIN         IF ndayspm EQ 1 THEN ndayspm   30       ENDIF ELSE ndayspm   30        L_MONTH   LONG MONTH        L_DAY   LONG DAY        L_YEAR   LONG YEAR         neg   where L_YEAR LT 0        IF neg 0  NE  1 THEN L_YEAR neg     L_YEAR neg 1        JUL    L_YEAR 1 12    L_MONTH 1  ndayspm   L_DAY        if n_elements Hour    n_elements Minute    n_elements Second  eq 0 then           return  JUL       if n_elements Hour  eq 0 then Hour   0       if n_elements Minute  eq 0 then Minute   0       if n_elements Second  eq 0 then Second   0              IF Hour Minute Second EQ 0 THEN return  JUL ELSE           return  JUL    Hour   24 0d0     Minute 1440 0d0     Second   86400 0d0       END       noleap :BEGIN        L_MONTH   LONG MONTH        L_DAY   LONG DAY        L_YEAR   LONG YEAR          tochange   where L_MONTH LT 0        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12 1         L_MONTH tochange     12   L_MONTH tochange  MOD 12       ENDIF         tochange   where L_MONTH GT 12        IF tochange 0  NE  1 THEN BEGIN         L_YEAR tochange    L_YEAR tochange L_MONTH tochange 12         L_MONTH tochange     L_MONTH tochange  MOD 12       ENDIF         L_YEAR    L_YEAR   1         daysyear   long total 0  0  31  28  31  30  31  30  31  31  30  31  30   cumulative         return  365 L_YEAR   daysyear L_MONTH    L_DAY      END      ELSE:return  report only 3 types of calendar are accepted: greg  360d and noleap    ENDCASE  END");
+a[171] = new Array("./ToBeReviewed/COULEURS/color24.html", "color24.pro", "", "    NAME:         COLOR24     PURPOSE:         The purpose of this function is to convert a RGB color triple         into the equivalent 24 big long integer       CATEGORY:         Graphics  Color Specification      CALLING SEQUENCE:         color   COLOR24 rgb_triple      INPUTS:         RGB_TRIPLE: A three element column or row array representing          a color triple  The values of the elements must be between          0 and 255      KEYWORD PARAMETERS:         None       COMMON BLOCKS:         None      SIDE EFFECTS:         None      RESTRICTIONS:         None      EXAMPLE:         To convert the color triple for the color YELLOW            255  255  0  to the hexadecimal value  00FFFF x          or the decimal number 65535  type:           color   COLOR24 255  255  0                   This routine was written to be used with routines like          COLORS or GETCOLOR     MODIFICATION HISTORY:         Written by:     David Fanning  3 February 96      FUNCTION COLOR24  number     compile_opt idl2  strictarrsubs         This FUNCTION accepts a  red  green  blue  triple that      describes a particular color and returns a 24 bit long      integer that is equivalent to that color  The color is      described in terms of a hexidecimal number  e g  FF206A       where the left two digits represent the blue color  the       middle two digits represent the green color  and the right       two digits represent the red color            The triple can be either a row or column vector of 3 elements      ON_ERROR  1  IF N_ELEMENTS number  NE 3 THEN      MESSAGE   Augument must be a three element vector   IF MAX number  GT 255 OR MIN number  LT 0 THEN      MESSAGE   Argument values must be in range of 0 255   base16    1L  16L   256L  4096L   65536L  1048576L   num24bit   0L  FOR j 0 2 DO num24bit   num24bit    number j  MOD 16    base16 0 j          Fix number j 16    base16 1 j      RETURN  num24bit END ");
+a[172] = new Array("./ToBeReviewed/COULEURS/colorbar.html", "colorbar.pro", "", "    NAME:     COLORBAR     PURPOSE:         The purpose of this routine is to add a color bar to the current         graphics window      CATEGORY:         Graphics  Widgets      CALLING SEQUENCE:         COLORBAR     INPUTS:         None      KEYWORD PARAMETERS:           BOTTOM: The lowest color index of the colors to be loaded in                   the bar            CB_CHARSIZE: The character size of the color bar annotations  Default is 1 0            CB_CHARTICK: The character thick of the color bar annotations  Default is 1 0            CB_COLOR:    The color index of the bar outline and characters  Default                   is ncolors   1   bottom            CB_LOG: to get logarithmic scale for the colorbar           CB_TITLE:    This is title for the color bar  The default is to have                   no title     DISCRET:  Vecteur contenant les incices des couleurs a tracer en barre   de couleur  On obtient ainsi une barre de couleur discrete ne comportant que   les couleurs specifiees ds l ordre ou elles apparaissent ds le vecteur            DIVISIONS: The number of divisions to divide the bar into  There will                   be  divisions   1  annotations  The default is 2            FORMAT:   The format of the bar annotations  Default is  F6 2            CB_LABEL:    C est un vecteur qui specifie la valeur des sticks         presents dans la barre de couleur  Il permet qd on utilise         DISCRET d avoir des couleurs qui ne s incrementent pas de         facon regulieres            MAX:      The maximum data value for the bar annotation  Default is                   NCOLORS 1            MIN:      The minimum data value for the bar annotation  Default is 0            NCOLORS:  This is the number of colors in the color bar            NOTITLE:  oblige a ne pas mettre de titre meme si cb_title est declare           POSITION: A four element array of normalized coordinates in the same                   form as the POSITION keyword on a plot  Default is                    0 88  0 15  0 95  0 95  for a vertical bar and                    0 15  0 88  0 95  0 95  for a horizontal bar            PSCOLOR:  This keyword is only applied if the output is being sent to                   a PostScript file  It indicates that the PostScript device                   is configured for color output  If this keyword is set  then                   the annotation is drawn in the color specified by the COLOR                   keyword  If the keyword is not set  the annotation is drawn                   in the color specified by the  P COLOR system variable                    usually this will be the color black  In general  this                   gives better looking output on non color or gray scale                   printers  If you are not specifically setting the annotation                   color  with the COLOR keyword  it will probably                   be better NOT to set this keyword either  even if you                   are outputting to a color PostScript printer            RIGHT:    This puts the labels on the right hand side of a vertical                   color bar  It applies only to vertical color bars            TOP:      This puts the labels on top of the bar rather than under it                    The keyword only applies if a horizontal color bar is rendered            VERTICAL: Setting this keyword give a vertical color bar  The default                   is a horizontal color bar      COMMON BLOCKS:         None      SIDE EFFECTS:         Color bar is drawn in the current graphics window      RESTRICTIONS:         The number of colors available on the display device  not the         PostScript device  is used unless the NCOLORS keyword is used      EXAMPLE:         To display a horizontal color bar above a contour plot  type:           LOADCT  5  NCOLORS 100         CONTOUR  DIST 31 41  POSITION 0 15  0 15  0 95  0 75               C_COLORS INDGEN 25 4  NLEVELS 25         COLORBAR  NCOLORS 100     MODIFICATION HISTORY:         Written by: David Fanning  10 JUNE 96          10 27 96: Added the ability to send output to PostScript  DWF         11 4 96: Substantially rewritten to go to screen or PostScript             file without having to know much about the PostScript device             or even what the current graphics device is  DWF         1 27 97: Added the RIGHT and TOP keywords  Also modified the              way the TITLE keyword works  DWF         7 15 97: Fixed a problem some machines have with plots that have              no valid data range in them  DWF         3 3 98:  ajout du keyword discret par   sebastien  smasson lodyc jussieu fr     PRO COLORBAR  BOTTOM bottom  CB_CHARSIZE cb_charsize  CB_CHARTHICK cb_charthick                   CB_COLOR cb_color                  DIVISIONS divisions  DISCRET discret CB_LABEL   cb_label                  FORMAT format  POSITION position  MAX max  MIN min  NCOLORS ncolors                  PSCOLOR pscolor  CB_TITLE cb_title  VERTICAL vertical  TOP top  RIGHT right  CB_LOG   CB_log  _extra   ex                                   Is the PostScript device selected      compile_opt idl2  strictarrsubs       postScriptDevice    D NAME EQ  PS                                     Check and define keywords      IF N_ELEMENTS ncolors  EQ 0 THEN BEGIN                                    Most display devices to not use the 256 colors available to                                   the PostScript device  This presents a problem when writing                                   general purpose programs that can be output to the display or                                   to the PostScript device  This problem is especially bothersome                                   if you don t specify the number of colors you are using in the                                   program  One way to work around this problem is to make the                                   default number of colors the same for the display device and for                                   the PostScript device  Then  the colors you see in PostScript are                                   identical to the colors you see on your display  Here is one way to                                   do it         IF postScriptDevice THEN BEGIN          oldDevice    D NAME                                    What kind of computer are we using  SET_PLOT to appropriate                                   display device            thisOS    VERSION OS_FAMILY          thisOS   STRMID thisOS  0  3           thisOS   STRUPCASE thisOS           CASE thisOS of              MAC : SET_PLOT  thisOS              WIN : SET_PLOT  thisOS             ELSE: SET_PLOT   X           ENDCASE           p BACKGROUND d n_colors 1    255           p color 0          if  d n_colors gt 256 then  p background ffffff x                                    Open a window  to make sure  D N_COLORS is accurate            WINDOW   FREE   PIXMAP  XSIZE 10  YSIZE 10          WDELETE   D WINDOW                                    Here is how many colors we should use            ncolors    D N_COLORS          SET_PLOT  oldDevice          IF oldDevice EQ  X  OR oldDevice EQ  MAC  OR oldDevice EQ  WIN  then BEGIN              p BACKGROUND d n_colors 1    255              p color 0             if  d n_colors gt 256 then  p background ffffff x          ENDIF       ENDIF ELSE ncolors    D N_COLORS    ENDIF    IF N_ELEMENTS bottom  EQ 0 THEN bottom   0B    IF N_ELEMENTS cb_charsize  EQ 0 THEN cb_charsize   1 0    IF N_ELEMENTS cb_charthick  EQ 0 THEN cb_charthick   1 0    IF N_ELEMENTS format  EQ 0 THEN format    F6 2     IF N_ELEMENTS cb_color  EQ 0 THEN cb_color   ncolors   1   bottom    IF N_ELEMENTS min  EQ 0 THEN min   0 0    IF N_ELEMENTS max  EQ 0 THEN max   FLOAT ncolors    1    IF N_ELEMENTS divisions  EQ 0 THEN divisions   2    IF N_ELEMENTS cb_title  EQ 0 THEN cb_title        IF N_ELEMENTS notitle  EQ 1 THEN cb_title        pscolor   KEYWORD_SET pscolor      IF KEYWORD_SET vertical  THEN BEGIN       IF KEYWORD_SET discret  THEN begin          facteur 256 n_elements discret           discret reform replicate 1 facteur    discret facteur n_elements discret   overwrite            bar   REPLICATE 1B 10    discret       endif else  bar   REPLICATE 1B 10    BINDGEN 256        IF N_ELEMENTS position  EQ 0 THEN position    0 88  0 15  0 95  0 95     ENDIF ELSE BEGIN       IF KEYWORD_SET discret  THEN begin          facteur 256 n_elements discret           discret reform replicate 1 facteur    discret facteur n_elements discret   overwrite            bar    discret   REPLICATE 1B 10        endif else bar   BINDGEN 256    REPLICATE 1B  10        IF N_ELEMENTS position  EQ 0 THEN position    0 15  0 88  0 95  0 95     ENDELSE                                    Scale the color bar     IF NOT KEYWORD_SET discret  THEN       bar   BYTSCL bar  TOP ncolors 1    bottom                                    Get starting locations in DEVICE coordinates      xstart   position 0     D X_VSIZE    ystart   position 1     D Y_VSIZE                                    Get the size of the bar in DEVICE coordinates      xsize    position 2    position 0     D X_VSIZE    ysize    position 3    position 1     D Y_VSIZE                                    For PostScript output only  draw the annotation in  P COLOR                                   unless  pscolor  is set  This makes better output on grayscale                                   printers      IF postScriptDevice AND  pscolor NE 1  THEN BEGIN       oldcolor   cb_color       cb_color    P COLOR    ENDIF                                    Display the color bar in the window  Sizing is                                   different for PostScript and regular display      IF postScriptDevice THEN BEGIN        TV  bar  xstart  ystart  XSIZE xsize  YSIZE ysize     ENDIF ELSE BEGIN        bar   CONGRID bar  CEIL xsize  CEIL ysize   INTERP        TV  bar  xstart  ystart     ENDELSE                                    Annotate the color bar      if keyword_set cb_label  then begin       divisions   n_elements cb_label 1       for i   0 divisions DO cb_label   string cb_label  FORMAT   format        format        ENDIF ELSE cb_label          IF KEYWORD_SET vertical  THEN BEGIN        IF KEYWORD_SET right  THEN BEGIN           PLOT   min max   min max   NODATA  XTICKS 1              YTICKS divisions  XSTYLE 1  YSTYLE 9              POSITION position  COLOR cb_color  CHARSIZE cb_charsize  CHARTHICK cb_charthick                NOERASE              YTICKFORMAT A1  XTICKFORMAT A1  YTICKLEN 0 1               YRANGE min  max  YTITLE cb_title           AXIS  YAXIS 1  YRANGE min  max  YTICKFORMAT format  YTICKS divisions              YTICKLEN 0 1  YSTYLE 1  COLOR cb_color  CHARTHICK cb_charthick               CHARSIZE cb_charsize  xtickname   cb_label  ylog   cb_log        ENDIF ELSE BEGIN           PLOT   min max   min max   NODATA  XTICKS 1              YTICKS divisions  XSTYLE 1  YSTYLE 9              POSITION position  COLOR cb_color  CHARSIZE cb_charsize               CHARTHICK cb_charthick   NOERASE              YTICKFORMAT format  XTICKFORMAT A1  YTICKLEN 0 1               YRANGE min  max  xtickname   cb_label           AXIS  YAXIS 1  YRANGE min  max  YTICKFORMAT A1  YTICKS divisions              YTICKLEN 0 1  YTITLE cb_title  YSTYLE 1  COLOR cb_color               CHARSIZE cb_charsize  CHARTHICK cb_charthick  ylog   cb_log        ENDELSE     ENDIF ELSE BEGIN        IF KEYWORD_SET top  THEN BEGIN           PLOT   min max   min max   NODATA  XTICKS divisions              YTICKS 1  XSTYLE 9  YSTYLE 1              POSITION position  COLOR cb_color  CHARSIZE cb_charsize               CHARTHICK cb_charthick   NOERASE              YTICKFORMAT A1  XTICKFORMAT A1  XTICKLEN 0 1              XRANGE min  max  XTITLE cb_title           AXIS  XTICKS divisions  XSTYLE 1  COLOR cb_color               CHARSIZE cb_charsize  CHARTHICK cb_charthick              XTICKFORMAT format  XTICKLEN 0 1  XRANGE min  max  XAXIS 1  xtickname   cb_label  xlog   cb_log        ENDIF ELSE BEGIN           PLOT   min max   min max   NODATA  XTICKS divisions              YTICKS 1  XSTYLE 1  YSTYLE 1              POSITION position  COLOR cb_color  CHARSIZE cb_charsize               CHARTHICK cb_charthick   NOERASE              YTICKFORMAT A1  XTICKFORMAT format  XTICKLEN 0 1              XRANGE min  max  TITLE cb_title  xtickname   cb_label  xlog   cb_log        ENDELSE     ENDELSE                                   Restore color variable if changed for PostScript      IF postScriptDevice AND  pscolor NE 1  THEN cb_color   oldcolor     return END");
+a[173] = new Array("./ToBeReviewed/COULEURS/getcolor.html", "getcolor.pro", "", "    NAME:         GETCOLOR     PURPOSE:         The original purpose of this function was to enable the         user to specify one of the 16 colors supported by the         McIDAS color map by name  Over time  however  the function         has become a general purpose function for handling and         supporting drawing colors in a device independent way          In particular  I have been looking for ways to write color         handling code that will work transparently on both 8 bit and         24 bit machines  On 24 bit machines  the code should work the         same where color decomposition is turned on or off             The 16 supported colors in GETCOLOR come from the McIDAS color         table offered on the IDL newsgroup by Liam Gumley      CATEGORY:         Graphics  Color Specification      CALLING SEQUENCE:         result   GETCOLOR color      OPTIONAL INPUT PARAMETERS:         COLOR: A string with the  name  of the color  Valid names are:             black             magenta             cyan             yellow             green             red             blue             navy             gold             pink             aqua             orchid             gray             sky             beige             white               The color YELLOW is returned if the color name can t be resolved              Case is unimportant                If the function is called with just this single input parameter              the return value is either a 1 by 3 array containing the RGB values of             that particular color  or a 24 bit integer that can be  decomposed  into             that particular color  depending upon the state of the TRUE keyword and             upon whether color decomposition is turned on or off  The state of color             decomposition can ONLY be determined if the program is being run in             IDL 5 2 or higher            INDEX: The color table index where the specified color should be loaded              If this parameter is passed  then the return value of the function is the             index number and not the color triple   If color decomposition is turned             on AND the user specifies an index parameter  the color is loaded in the             color table at the proper index  but a 24 bit value is returned to the             user in IDL 5 2 and higher            If no positional parameter is present  then the return value is either a 16 by 3         byte array containing the RGB values of all 16 colors or it is a 16 element         long integer array containing color values that can be decomposed into colors          The 16 by 3 array is appropriate for loading color tables with the TVLCT command:               Device  Decomposed 0             colors   GetColor              TVLCT  colors  100       INPUT KEYWORD PARAMETERS:           NAMES: If this keyword is set  the return value of the function is                a 16 element string array containing the names of the colors                 These names would be appropriate  for example  in building                a list widget with the names of the colors  If the NAMES                keyword is set  the COLOR and INDEX parameters are ignored                      listID   Widget_List baseID  Value GetColor Names  YSize 16            LOAD:  If this keyword is set  all 16 colors are automatically loaded                starting at the color index specified by the START keyword                 Note that setting this keyword means that the return value of the                function will be a structure  with each field of the structure                corresponding to a color name  The value of each field will be                an index number  set by the START keyword  corresponding to the                associated color  or a 24 bit long integer value that creates the                color on a true color device  What you have as the field values is                determined by the TRUE keyword or whether color decomposition is on                or off in the absense of the TRUE keyword  It will either be a 1 by 3                byte array or a long integer value            START: The starting color index number if the LOAD keyword is set  This keyword                value is ignored unless the LOAD keyword is also set  The keyword is also                ignored if the TRUE keyword is set or if color decomposition in on in                IDL 5 2 and higher  The default value for the START keyword is                 D TABLE_SIZE   17            TRUE:  If this keyword is set  the specified color triple is returned                as a 24 bit integer equivalent  The lowest 8 bits correspond to                the red value  the middle 8 bits to the green value  and the                highest 8 bits correspond to the blue value  In IDL 5 2 and higher                 if color decomposition is turned on  it is as though this keyword                were set      COMMON BLOCKS:         None      SIDE EFFECTS:         None      RESTRICTIONS:         The TRUE keyword causes the START keyword to be ignored          The NAMES keyword causes the COLOR  INDEX  START  and TRUE parameters to be ignored          The COLOR parameter is ignored if the LOAD keyword is used          On systems where it is possible to tell the state of color decomposition          i e  IDL 5 2 and higher  a 24 bit value  or values  is automatically         returned if color decomposition is ON      EXAMPLE:         To load a yellow color in color index 100 and plot in yellow  type:              yellow   GETCOLOR yellow  100             PLOT  data  COLOR yellow           or               PLOT  data  COLOR GETCOLOR yellow  100            To do the same thing on a 24 bit color system with decomposed color on  type:              PLOT  data  COLOR GETCOLOR yellow   TRUE            or in IDL 5 2 and higher               DEVICE  Decomposed 1            PLOT  data  COLOR GETCOLOR yellow            To load all 16 colors into the current color table  starting at         color index 200  type:              TVLCT  GETCOLOR  200           To add the color names to a list widget:               listID   Widget_List baseID  Value GetColor Names  YSize 16            To load all 16 colors and have the color indices returned in a structure:               DEVICE  Decomposed 0             colors   GetColor Load  Start 1              HELP  colors   Structure             PLOT  data  COLOR colors yellow           To get the direct color values as 24 bit integers in color structure fields:               DEVICE  Decomposed 1             colors   GetColor Load              PLOT  data  COLOR colors yellow           Note that the START keyword value is ignored if on a 24 bit device          so it is possible to write completely device independent code by         writing code like this:               colors   GetColor Load              PLOT  data  Color colors yellow     MODIFICATION HISTORY:         Written by: David Fanning  10 February 96          Fixed a bug in which N_ELEMENTS was spelled wrong  7 Dec 96  DWF         Added the McIDAS colors to the program  24 Feb 99  DWF         Added the INDEX parameter to the program 8 Mar 99  DWF         Added the NAMES keyword at insistence of Martin Schultz  10 Mar 99  DWF         Reorderd the colors so black is first and white is last  7 June 99  DWF         Added automatic recognition of DECOMPOSED 1 state  7 June 99  DWF         Added LOAD AND START keywords  7 June 99  DWF       FUNCTION COLOR24  number     compile_opt idl2  strictarrsubs         This FUNCTION accepts a  red  green  blue  triple that      describes a particular color and returns a 24 bit long      integer that is equivalent to that color  The color is      described in terms of a hexidecimal number  e g  FF206A       where the left two digits represent the blue color  the      middle two digits represent the green color  and the right      two digits represent the red color            The triple can be either a row or column vector of 3 elements   ON_ERROR  1  IF N_ELEMENTS number  NE 3 THEN      MESSAGE   Augument must be a three element vector   IF MAX number  GT 255 OR MIN number  LT 0 THEN      MESSAGE   Argument values must be in range of 0 255   base16    1L  16L   256L  4096L   65536L  1048576L   num24bit   0L  FOR j 0 2 DO num24bit   num24bit    number j  MOD 16    base16 0 j          Fix number j 16    base16 1 j   RETURN  num24bit END      of COLOR24       FUNCTION GETCOLOR  thisColor  index  TRUE truecolor       NAMES colornames  LOAD load  START start     compile_opt idl2  strictarrsubs         Set up the color vectors   names     Black   Magenta   Cyan   Yellow   Green  rvalue      0         255        0       255        0    gvalue      0           0      255       255      255    bvalue      0         255      255         0        0    names     names    Red   Blue   Navy   Gold   Pink  rvalue    rvalue   255      0       0     255     255    gvalue    gvalue     0      0       0     187     127    bvalue    bvalue     0    255     115       0     127    names     names    Aqua   Orchid   Gray   Sky   Beige   White  rvalue    rvalue    112      219      127     0      255      255    gvalue    gvalue    219      112      127   163      171      255    bvalue    bvalue    147      219      127   255      127      255          Did the user ask for a specific color  If not  return      all the colors  If the user asked for a specific color       find out if a 24 bit value is required  Return to main      IDL level if an error occurs   ON_Error  1 np   N_Params  IF Keyword_Set start  EQ 0 THEN start    D TABLE_SIZE   17       User ask for the color names   IF Keyword_Set colornames  THEN RETURN  names ELSE names   StrUpCase names        If no positional parameter  return all colors   IF np EQ 0 THEN BEGIN       Did the user want a 24 bit value  If so  call COLOR24      IF Keyword_Set trueColor  THEN BEGIN       returnColor   LonArr 16        FOR j 0 15 DO returnColor j    Color24 rvalue j  gvalue j  bvalue j              If LOAD keyword set  return a color structure         IF Keyword_Set load  THEN BEGIN          returnValue   Create_Struct black  returnColor 0           FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  returnColor j           returnColor   returnValue       ENDIF        RETURN  returnColor    ENDIF       If color decomposition is ON  return 24 bit values      IF Float Version Release  GE 5 2 THEN BEGIN       IF  D Name EQ  X  OR  D Name EQ  WIN  OR  D Name EQ  MAC  THEN BEGIN          Device  Get_Decomposed decomposedState       ENDIF ELSE decomposedState   0       IF decomposedState EQ 1 THEN BEGIN          returnColor   LonArr 16           FOR j 0 15 DO returnColor j    Color24 rvalue j  gvalue j  bvalue j           IF Keyword_Set load  THEN BEGIN             returnValue   Create_Struct black  returnColor 0              FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  returnColor j              RETURN  returnValue          ENDIF          RETURN  returnColor       ENDIF        IF Keyword_Set load  THEN BEGIN          TVLCT  Reform rvalue  gvalue  bvalue  16  3  start          returnValue   Create_Struct black  start           FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  start j           RETURN  returnValue       ENDIF        returnColor   REFORM rvalue  gvalue  bvalue  16  3        RETURN  returnColor     ENDIF     IF Keyword_Set load  THEN BEGIN       TVLCT  Reform rvalue  gvalue  bvalue  16  3  start       returnValue   Create_Struct black  start        FOR j 1 15 DO returnValue   Create_Struct returnValue  names j  start j        RETURN  returnValue    ENDIF     returnColor   REFORM rvalue  gvalue  bvalue  16  3     RETURN  returnColor  ENDIF       Check synonyms of colors   IF StrUpCase thisColor  EQ  GREY  THEN thisColor    GRAY  IF StrUpCase thisColor  EQ  CHARCOAL  THEN thisColor    GRAY  IF StrUpCase thisColor  EQ  AQUAMARINE  THEN thisColor    AQUA  IF StrUpCase thisColor  EQ  SKYBLUE  THEN thisColor    SKY        Make sure the parameter is an uppercase string   varInfo   SIZE thisColor  IF varInfo varInfo 0    1  NE 7 THEN      MESSAGE   The color name must be a string  thisColor   STRUPCASE thisColor        Get the color triple for this color   colorIndex   WHERE names EQ thisColor        If you can t find it  Issue an infomational message       set the index to a YELLOW color  and continue   IF colorIndex 0  LT 0 THEN BEGIN    MESSAGE   Can t find color  Returning YELLOW   INFORMATIONAL    colorIndex   3 ENDIF       Get the color triple   r   rvalue colorIndex  g   gvalue colorIndex  b   bvalue colorIndex  returnColor   REFORM r  g  b  1  3        Did the user want a 24 bit value  If so  call COLOR24   IF KEYWORD_SET trueColor  THEN BEGIN    returnColor   COLOR24 returnColor     RETURN  returnColor ENDIF       If color decomposition is ON  return 24 bit value   IF Float Version Release  GE 5 2 THEN BEGIN        IF  D Name EQ  X  OR  D Name EQ  WIN  OR  D Name EQ  MAC  THEN BEGIN          Device  Get_Decomposed decomposedState       ENDIF ELSE decomposedState   0     IF decomposedState EQ 1 THEN BEGIN             Before you change return color  load index if requested         IF N_Elements index  NE 0 THEN BEGIN          index   0   index  index    D Table_Size 1     TVLCT  returnColor  index    returnColor   index ENDIF  RETURN  returnColor END");
+a[174] = new Array("./ToBeReviewed/COULEURS/lct.html", "lct.pro", "", "          NAME:lct     PURPOSE:plus court que de taper loadct file palette tbl      CATEGORY:flemme     CALLING SEQUENCE:lct numerp_couleur      INPUTS:optionnel: numero de la couleur que l on veut ds palette tbl     KEYWORD PARAMETERS: ceux de loadct            LIGHTNESS: a scalar used to change the Lightness of the color              palette to be abble to adjust according to the printer we use               the media  paper or slide                   lightness  1 to get darker colors     rq: si le mot cle file n est pas specifie  on cherche un fichier   contenant les palette du nom de palette tbl    Ce fichier peut etre dans n importe quel repertoire du  path     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          30 3 1999 ajout de _extra  de la recherche                         du nom complet et pour que ca marche aussi en                         mode PS et Z                         6 7 1999: compatibilite mac et windows         PRO lct  numero  GET_NAME   get_name  LIGHTNESS   Lightness  _EXTRA   ex     compile_opt idl2  strictarrsubs    common   le mot cle file est passe par l intermediere de EXTRA    definition du mon du fichier qui contient les palettes de couleur    if n_elements ex  NE 0 then BEGIN        if  where tag_names ex  EQ  FILE 0  NE  1 then nompal ex FILE ELSE nompal palette tbl     ENDIF ELSE nompal    palette tbl    quelle est l adresse complete de nompal     thisOS   strupcase strmid version os_family  0  3     CASE thisOS of     MAC :BEGIN   sep    :    pathsep       end     WIN :BEGIN   sep       pathsep       end    ELSE: BEGIN   sep       pathsep    :    end    ENDCASE    cd  current   current    if strpos nompal sep  lt 0 then BEGIN       if rstrpos current sep  NE strlen current 1 then current   current sep       multipath   str_sep path pathsep        for i   0  n_elements multipath 1 do          if rstrpos multipath i sep  NE strlen multipath i 1 then          multipath i    multipath i   sep       nompal    current  multipath  nompal    ENDIF   on test tous les noms possibles pour trouver ou est le fichier    nfile n_elements nompal     n   0    repeat begin       res   findfile nompal n         n   n 1    endrep until res 0  NE   OR n EQ n_elements nompal      if res 0  NE   then BEGIN       nompal   nompal n 1        if n_elements ex  NE 0 then           if  where tag_names ex  EQ  FILE 0  NE  1 then ex FILE   nompal   si on est en mode POSTSCRIPT  il faut repasser en mode X pour   changer la palette de couleur       oldname    d name       if  d name EQ  PS  OR  d name EQ  Z  then BEGIN           thisOS    VERSION OS_FAMILY          thisOS   STRMID thisOS  0  3           thisOS   STRUPCASE thisOS           CASE thisOS of              MAC : SET_PLOT  thisOS              WIN : SET_PLOT  thisOS             ELSE: SET_PLOT   X           ENDCASE           p BACKGROUND d n_colors 1    255           p color 0          if  d n_colors gt 256 then  p background ffffff x       ENDIF         if arg_present get_name  then begin          if n_elements numero  EQ 0 then loadct  file nompal  GET_NAME   get_name  _EXTRA   ex            ELSE loadct numero  file nompal   silent  GET_NAME   get_name _EXTRA   ex       ENDIF ELSE BEGIN           if n_elements numero  EQ 0 then loadct  file nompal  _EXTRA   ex            ELSE loadct numero  file nompal   silent  _EXTRA   ex       ENDELSE          if oldname EQ  PS  AND keyword_set lightness  then palit  lightness          set_plot  oldname       IF oldname EQ  X  OR oldname EQ  MAC  OR oldname EQ  WIN  then BEGIN           p BACKGROUND d n_colors 1    255           p color 0          if  d n_colors gt 256 then  p background ffffff x       ENDIF     ENDIF ELSE ras   report le fichier de palettes demande n existe pas      return end");
+a[175] = new Array("./ToBeReviewed/COULEURS/newpalette.html", "newpalette.pro", "", "          NAME:newpalette     PURPOSE:permet de stocker la palette qui est a l ecran dans un   fichier du meme type que celui fournit par defaut dans IDL:    colors1 tbl      CATEGORY:pour garder ses jolies palettes perso      CALLING SEQUENCE:newpalette nom_de_palette     INPUTS:nom_de_palette: c est un string qui contient le nom de la   nouvelle palette que l on veut ecrire      KEYWORD PARAMETERS:      OVER: c est un entier qui designe le numero de la palette que l on   veut remplacer par la palette a l ecran         ceux de modifyct     rq: si le mot cle file n est pas specifie  on cherche un fichier   contenant les palettes du nom de palette tbl    Ce fichier peut etre dans n importe quel repertoire du  path   Par contre il doit etre en droit d ecriture     MODIFICATION HISTORY: Guillaume Roulet  gr lodyc jussieu fr                          30 3 1999 s masson  ajout de _extra  de le                         recherche du nom complet  de OVER et du blabla                         5 5 1999 s masson  va copie eventuelle du                         fichier contenant les palettes         pro newpalette nom  OVER   over  _extra   ex   le mot cle file est passe par l intermediere de EXTRA    definition du mon du fichier qui contient les palettes de couleur     compile_opt idl2  strictarrsubs      if n_elements ex  NE 0 then BEGIN        if  where tag_names ex  EQ  FILE 0  NE  1 then nompal ex FILE ELSE nompal palette tbl     ENDIF ELSE nompal    palette tbl     nomcourt   nompal   quelle est l adresse complete de nompal     nompal   find nompal     if nompal 0  NE  NOT FOUND  then begin       nompal   nompal 0    nompal nous appartient        spawn   whoami  login       appartient   strpos nompal  login 0        if appartient EQ  1 then begin          ouinon   report Le fichier  nompal  ne vous appartient pas  Voulez vous copier le fichier  nomcourt  dans le repertoire courant:  current     default_no   question           if ouinon then return ELSE BEGIN              spawn   cp  nompal   nomcourt   on copie             nompal   nomcourt             spawn    chmod u w  nompal   on se donne les droits d ecriture          ENDELSE       endif    ENDIF ELSE BEGIN               aucun fichier nompal a ete trouve       nompal   nomcourt           on recupe le nompal d origine       ouinon   report le fichier de palettes demande  nompal  n existe pas ds les repertoires  path  Voulez vous cree un fichier  nompal  dans le repertoire courant   default_no   question        if NOT ouinon then return       nomfichsource   filepath colors1 tbl  subdir resource   colors         spawn cp  nomfichsource   nompal   on copie       spawn    chmod u w  nompal   on se donne les droits d ecriture    ENDELSE      if n_elements ex  NE 0 then        if  where tag_names ex  EQ  FILE 0  NE  1 then ex FILE   nompal      tvlct r g b get    r congrid r 256     g congrid g 256     b congrid b 256     IF n_elements over  EQ 0 then over   255    modifyct over nom r g b file nompal  _extra   ex      return end");
+a[176] = new Array("./ToBeReviewed/COULEURS/palit.html", "palit.pro", "", "     Eclaircit la palette courante en jouant sur la luminosite              coef   regle l attenuation des couleurs            par defaut divise par 2 la luminosite      coef   0 1 pour la QMS papier de l IPSL convient tres bien   PRO palit  coef  red  green  blue     compile_opt idl2  strictarrsubs      IF n_elements coef  EQ 0 THEN coef   0 5    IF n_elements red  EQ 0 THEN tvlct  red  green  blue   get    color_convert  red  green  blue  h  l  s   rgb_hls    l   1 coef 1 l       Le noir doit rester bien noir      toutes mes palettes commencent par du noir et finissent par du blanc      l 0    0     tvlct  h  l  s   hls    return END");
+a[177] = new Array("./ToBeReviewed/COULEURS/xlct.html", "xlct.pro", "", "   Id: xlct pro 19 2006 05 02 09:40:19Z pinsard       Copyright  c  1991 1998  Research Systems  Inc   All rights reserved          Unauthorized reproduction prohibited   PRO XLCT_PSAVE Save Restore our plotting state     Swaps our state with the current state each time its called      compile_opt idl2  strictarrsubs    COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  updt_cb_data  tmp     xlct_psave  win:  d window  x:  x s  y:  y s   xtype:  x type                             ytype:  y type  clip:  p clip    wset  psave win  x type   psave xtype  y type   psave ytype  x s   psave x  y s   psave y  p clip   psave clip psave   tmp end  pro xlct_alert_caller     compile_opt idl2  strictarrsubs   COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  p_updt_cb_data      ErrorStatus   0     CATCH  ErrorStatus     if  ErrorStatus NE 0  then begin         CATCH   CANCEL         v   DIALOG_MESSAGE Unexpected error in XLCT:                             ERR_STRING        ERR_STRING                             ERROR          return     endif     if  STRLEN updt_callback  gt 0  then begin         if  PTR_VALID p_updt_cb_data  then begin             CALL_PROCEDURE  updt_callback  DATA p_updt_cb_data          endif else begin             CALL_PROCEDURE  updt_callback         endelse     endif end     Redraw the ramp image  PRO xlct_show     compile_opt idl2  strictarrsubs   COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  p_updt_cb_data      cur_win    D WINDOW     WSET  show_win     TV  BYTE FLOAT ncolors FINDGEN siz FLOAT siz 1              REPLICATE 1  w_height    BYTE cbot       WSET  cur_win        Let the caller of XLCT know that the color table was modified     xlct_alert_caller END  PRO xlct_draw_cps  i  c     compile_opt idl2  strictarrsubs   COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  tc   color if n_elements c  gt 0 then begin  tc   c  if c ne 0 then color   c  endif  if i 0  eq  1 then j   indgen n_elements cps  else j   i  plots  cps j  tfun j   noclip  color   tc plots  cps j  tfun j   noclip  psym 6  color   tc end  PRO xlct_transfer  UPDATE update     compile_opt idl2  strictarrsubs   COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  l   lonarr ncolors Subscripts m   n_elements cps  for i 0  m 2 do begin  n   cps i 1 cps i Interval  b    tfun i 1 tfun i float n   l cps i    findgen n    b    tfun i    cbot   endfor l ncolors 1    tfun m 1 Last point if use_values then begin   r_curr cbot     r   l r_orig    g_curr cbot     g   l g_orig    b_curr cbot     b   l b_orig  endif else begin   r_curr cbot     r   r_orig l    g_curr cbot     g   g_orig l    b_curr cbot     b   b_orig l  endelse  tvlct  r g b  cbot if  keyword_set  update   then     xlct_show end  PRO xlct_event  event     compile_opt idl2  strictarrsubs   COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt     top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider     gamma  color  use_values  ncolors  cbot  siz  w_height  show_win            updt_callback  p_updt_cb_data   IF event id eq state draw THEN BEGIN  PROCESS DRAWABLE EVENTS    if event press ne 0 then begin Pressed button   dmin   1 0e8 Find closest control pnt  xlct_psave Remove old  p   convert_coord event x  event y   TO_DATA   DEVICE   xlct_psave Restore old  x   fix p 0   y   fix p 1   for i 0  n_elements cps 1 do begin  d    p 0 cps i 2    p 1 tfun i 2    dist   2  if d lt dmin then begin  dmin   d  pnt   i  endif  endfor  return  endif  if event release ne 0 then begin Released button   pnt    1                 xlct_transfer   update  return  endif  if pnt lt 0 then return Don t care here    xlct_psave Remove old           For visuals with static colormaps  erase plot before drawing new         if  COLORMAP_APPLICABLE redrawRequired  GT 0  and                redrawRequired GT 0  then begin            ERASE  color 0         endif  p   convert_coord event x  event y   TO_DATA   DEVICE Coord of mouse  n   ncolors  1 Into range   m   n_elements cps 1  x   fix p 0    0   cps pnt 1    1   0  0  0  0 0     else s    findgen nc     s nc     int nc    0 0    gamma    nc  if chop ne 0 then begin      too_high   where s ge nc  n       if n gt 0 then s too_high    0L      endif  if use_values then begin      s   s  1     cps   cps keep     tfun   tfun keep     goto  interp_cps    ENDIF  ENDCASE      ADDCP : BEGIN  xlct_psave  xlct_draw_cps   1  0  igap   0 Find largest gap  for i 0  n_elements cps 2 do    if  cps i 1    cps i  gt  cps igap 1 cps igap  then    igap   i  cps     cps 0:igap   cps igap cps igap 1 2  cps igap 1:   tfun     tfun 0:igap   tfun igap tfun igap 1 2  tfun igap 1:        interp_cps:  xlct_draw_cps   1   Redraw new  xlct_transfer   update  xlct_psave Restore old points  if n_elements reset_all  then goto  reset_all  ENDCASE ENDCASE  END       NAME:         XLCT   PURPOSE:         comme xloadct mais plus cour a ecrire et appelle par defaut la         palette palette tbl qui peut etre situee dans n importe quel         repertoire de  path      CATEGORY:         Widgets   CALLING SEQUENCE:         XLCT   INPUTS:         None    KEYWORDS:  FILE: If this keyword is set  the file by the given name is used  instead of the file colors1 tbl in the IDL directory   This  allows multiple IDL users to have their own color table file          GROUP   The widget ID of the widget that calls Xlct   When                  this ID is specified  a death of the caller results in a                  death of Xlct  NCOLORS   number of colors to use   Use color indices from BOTTOM  to the smaller of  D TABLE_SIZE 1 and NCOLORS 1   Default    D TABLE_SIZE   all available colors   BOTTOM   first color index to use  Use color indices from BOTTOM to  BOTTOM NCOLORS 1   Default   0          SILENT   Normally  no informational message is printed when                 a color map is loaded  If this keyword is present and                 zero  this message is printed   USE_CURRENT: If set  use the current color tables  regardless of  the contents of the COMMON block COLORS          MODAL:  If set  then XLCT runs in  modal  mode  meaning that                 all other widgets are blocked until the user quits XLCT                  A group leader must be specified  via the GROUP keyword                  for the MODAL keyword to have any effect    The default                 is to not run in modal mode   BLOCK:  Set this keyword to have XMANAGER block when this  application is registered   By default the Xmanager                 keyword NO_BLOCK is set to 1 to provide access to the                 command line if active command  line processing is available                  Note that setting BLOCK for this application will cause  all widget applications to block  not only this  application   For more information see the NO_BLOCK keyword  to XMANAGER          UPDATECALLBACK: Set this keyword to a string containing the name of                 a user supplied procedure that will be called when the color                 table is updated by XLCT   The procedure may optionally                 accept a keyword called DATA  which will be automatically                 set to the value specified by the optional UPDATECBDATA                 keyword          UPDATECBDATA: Set this keyword to a value of any type  It will be                 passed via the DATA keyword to the user supplied procedure                 specified via the UPDATECALLBACK keyword  if any  If the                 UPDATECBDATA keyword is not set the value accepted by the                 DATA keyword to the procedure specified by UPDATECALLBACK                 will be undefined      OUTPUTS:         None    COMMON BLOCKS:         None    SIDE EFFECTS:         One of the predefined color maps may be loaded    RESTRICTIONS:         This routine uses the LOADCT user library procedure to         do the actual work    MODIFICATION HISTORY:         5 5 1999 copie de xloadct par Sebastien Masson  smlod ipsl jussieu fr     PRO XLct  SILENT silent_f  GROUP group  FILE file              USE_CURRENT use_current  NCOLORS   nc  BOTTOM bottom              MODAL modal  BLOCK block  UPDATECALLBACK updt_cb_name              UPDATECBDATA updt_cb_data     compile_opt idl2  strictarrsubs       COMMON colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr    COMMON xlct_com  r0  g0  b0  tfun  state  filename  cps  psave  pnt        top  bot  silent  chop  lock  g_lbl  vbot  vtop  g_slider        gamma  color  use_values  ncolors  cbot  siz  w_height  show_win        updt_callback  p_updt_cb_data      IF XRegistered xlct  NE 0  THEN return     IF N_ELEMENTS block  EQ 0 THEN block 0    IF N_ELEMENTS updt_cb_name  EQ 0 THEN updt_callback       ELSE updt_callback updt_cb_name    IF N_ELEMENTS updt_cb_data  GT 0 THEN p_updt_cb_data PTR_NEW updt_cb_data       ELSE p_updt_cb_data PTR_NEW      values_button   lonarr 2      IF KEYWORD_SET SILENT_f  THEN silent   SILENT_F ELSE silent   1     changements effectues par S Masson      IF N_ELEMENTS file  GT 0 THEN filename   file ELSE BEGIN        filename   find palette tbl        filename   filename 0        if filename EQ  NOT FOUND  then filename filepath colors1 tbl subdir resource   colors     ENDELSE     file   filename      siz   256 Basic width of tool    names   0    LOADCT  GET_NAMES   names  FILE   file  Get table names    w_height   50                 Height of ramp    cur_win    D WINDOW    lock   0    chop   0    vbot   0    vtop   100    gamma   1 0    use_values 0     Bases:    0   slider base   stretch bottom  stretch top  gamma     1   transfer function drawable   buttons    2   color table list    3   options base   sliders  top  stretch      state     bases: lonarr 4  draw: 0L  name_list: 0L      DJC   Added modal keyword    Moved  group_leader  keyword from XMANAGER to WIDGET_BASE    Ignore modal keyword if a group leader is not supplied     if  N_ELEMENTS group  GT 0L  then       base   WIDGET_BASE TITLE Xlct   COLUMN  GROUP_LEADER group                           MODAL KEYWORD_SET modal       else       base   WIDGET_BASE TITLE Xlct   COLUMN      Setting the managed attribute indicates our intention to put this app   under the control of XMANAGER  and prevents our draw widgets from   becoming candidates for becoming the default window on WSET   1  XMANAGER   sets this  but doing it here prevents our own WSETs at startup from   having that problem     WIDGET_CONTROL   MANAGED  base      show   WIDGET_DRAW base  YSIZE w_height  XSIZE siz   FRAME  RETAIN   2     junk   WIDGET_BASE base   ROW     done   WIDGET_BUTTON junk  VALUE  Done   UVALUE    DONE     junk1   WIDGET_BUTTON junk  VALUE  Help   UVALUE    HELP      junk   CW_BGROUP base   ROW   EXCLUSIVE   NO_REL                         Tables   Options   Function                        UVALUE NEWBASE  SET_VALUE 0      junk   widget_base base     for i 0 1 do state bases i    WIDGET_BASE junk   COLUMN      sbase WIDGET_BASE state bases 0   COLUMN     bot   WIDGET_SLIDER sbase  TITLE    Stretch Bottom  MINIMUM   0                           MAXIMUM   100  VALUE   0   DRAG  UVALUE    BOTTOM  xsize siz     top   WIDGET_SLIDER sbase  TITLE    Stretch Top  MINIMUM   0                           MAXIMUM   100  VALUE   100   DRAG  UVALUE    TOP  xsize siz     g_lbl   WIDGET_LABEL sbase  VALUE   STRING 1 0     g_slider   WIDGET_slider sbase  TITLE    Gamma Correction                                MINIMUM   0  MAXIMUM   100  VALUE   50  UVALUE    GAMMA                                 SUPPRESS_VALUE   DRAG  xsize siz      junk   WIDGET_BASE sbase     for i 2 3 do state bases i    WIDGET_BASE junk   COLUMN     DEVICE  GET_SCREEN   junk    if junk 1  le 768 then junk   8 else junk   16    state name_list   WIDGET_LIST state bases 2  VALUE   names  ysize   junk     Drawable for transfer function     junk   WIDGET_BASE state bases 1   COLUMN   FRAME     junk1   WIDGET_BUTTON junk  VALUE    Reset Transfer Function                             UVALUE TFUNR     junk1   WIDGET_BUTTON junk  VALUE Add Control Point  UVALUE ADDCP     junk1   WIDGET_BUTTON junk  VALUE Remove Control Point  UVALUE REMCP      state draw   WIDGET_DRAW state bases 1  xsize   siz  ysize   siz                                 BUTTON_EVENTS   MOTION_EVENTS       opt_id   state bases 3     junk   CW_BGROUP opt_id   ROW  LABEL_LEFT Sliders:   EXCLUSIVE   NO_REL                         Independent   Gang  UVALUE GANG  SET_VALUE lock     junk   CW_BGROUP opt_id   ROW  LABEL_LEFT    Top:    EXCLUSIVE   NO_REL                         Clip   Chop  SET_VALUE chop  UVALUE CHOP     junk   CW_BGROUP opt_id   ROW  LABEL_LEFT Stretch:    EXCLUSIVE   NO_REL                         Indices   Intensity  UVALUE VALUES                        SET_VALUE use_values     junk   WIDGET_BUTTON opt_id  VALUE Reverse Table                            UVALUE REVERSE   NO_REL     junk   WIDGET_BUTTON opt_id  VALUE REPLACE Original Table                            UVALUE    OVERWRITE   NO_REL     junk   WIDGET_BUTTON opt_id  VALUE RESTORE Original Table                            UVALUE RESTORE   NO_REL      WIDGET_CONTROL  state bases 1  MAP 0  Tfun is not visible    WIDGET_CONTROL  state bases 3  MAP 0  options are not visible     WIDGET_CONTROL  base   REALIZE    WIDGET_CONTROL  state draw  GET_VALUE tmp     if n_elements bottom  gt 0 then cbot   bottom else cbot   0    ncolors    d table_size   cbot    if n_elements nc  gt 0 then ncolors   ncolors   nc    if ncolors le 0 then message Number of colors is 0 or negative      psave     xlct_psave  win:  d window  x:  x s  y:  y s   xtype:  x type                 ytype:  y type  clip:  p clip    Our initial state    wset  tmp Initial graph    xlct_psave                    Save original scaling   window    plot   0  ncolors 1   0  ncolors 1  xstyle 3  ystyle 3        xmargin    1 1  ymargin 1 1  ticklen    0 03   NODATA    xlct_psave                    Restore original scaling   window                                   If no common  use current colors    IF KEYWORD_SET use_current  or N_ELEMENTS r_orig  LE 0 THEN BEGIN       TVLCT  r_orig  g_orig  b_orig   GET       r_curr   r_orig       b_curr   b_orig       g_curr   g_orig    ENDIF     r0   r_curr                   Save original colors    g0   g_curr    b0   b_curr    color   ncolors   cbot  1    cps    0  ncolors 1     tfun   cps    pnt    1     WIDGET_CONTROL  show  GET_VALUE show_win    WSET  show_win    DJC   fixed color bar display bug    TVSCL  BYTSCL INDGEN siz    REPLICATE 1  w_height  top   ncolors 1     TV  BYTE FLOAT ncolors FINDGEN siz FLOAT siz 1                  REPLICATE 1  w_height    BYTE cbot      WSET  cur_win    DJC   moved GROUP_LEADER keyword to WIDGET_BASE     XManager   xlct  base  NO_BLOCK NOT FLOAT block        MODAL KEYWORD_SET modal   END");
+a[178] = new Array("./ToBeReviewed/COULEURS/xpal.html", "xpal.pro", "", "   Id: xpal pro 19 2006 05 02 09:40:19Z pinsard       Copyright  c  1992 1998  Research Systems  Inc   All rights reserved          Unauthorized reproduction prohibited      NAME:         XPAL     PURPOSE:         comme xpalette mais plus court a ecrire et possede en plus         une touche save qui  grace a la routine newpalette  permet de         sauver la routine que l on vient de faire  Rq qd on appuie         sur la touche predefined appelle xlct plutot que xloadct      CATEGORY:         Color tables  widgets      CALLING SEQUENCE:         XPAL     INPUTS:         No explicit inputs   The current color table is used as a starting         point      KEYWORD PARAMETERS:  BLOCK:  Set this keyword to have XMANAGER block when this  application is registered   By default the Xmanager                 keyword NO_BLOCK is set to 1 to provide access to the                 command line if active command  line processing is available                  Note that setting BLOCK for this application will cause  all widget applications to block  not only this  application   For more information see the NO_BLOCK keyword  to XMANAGER          UPDATECALLBACK: Set this keyword to a string containing the name of                 a user supplied procedure that will be called when the color                 table is updated by XLOADCT   The procedure may optionally                 accept a keyword called DATA  which will be automatically                 set to the value specified by the optional UPDATECBDATA                 keyword          UPDATECBDATA: Set this keyword to a value of any type  It will be                 passed via the DATA keyword to the user supplied procedure                 specified via the UPDATECALLBACK keyword  if any  If the                 UPDATECBDATA keyword is not set the value accepted by the                 DATA keyword to the procedure specified by UPDATECALLBACK                 will be undefined      OUTPUTS:         None      COMMON BLOCKS:         COLORS: Contains the current RGB color tables          XP_COM: Private to this module      SIDE EFFECTS:         XPAL uses two colors from the current color table as         drawing foreground and background colors  These are used         for the RGB plots on the left  and the current index marker on         the right  This means that if the user set these two colors         to the same value  the XPAL display could become unreadable          like writing on black paper with black ink  XPAL minimizes         this possibility by noting changes to the color map and always         using the brightest available color for the foreground color         and the darkest for the background  Thus  the only way         to make XPAL s display unreadable is to set the entire color         map to a single color  which is highly unlikely  The only side         effect of this policy is that you may notice XPAL redrawing         the entire display after you ve modified the current color          This simply means that the change has made XPAL pick new         drawing colors            The new color tables are saved in the COLORS common and loaded         to the display      PROCEDURE:         The XPAL widget has the following controls:           Left:   Three plots showing the current Red  Green  and Blue vectors            Center: A status region containing:                 1  The total number of colors                  2  The current color  XPAL allows changing                    one color at a time  This color is known as                    the  current color  and is indicated in the                    color spectrum display with a special marker                  3  The current mark index  The mark is used to                    remember a color index  It is established by                    pressing the  Set Mark Button  while the current                    color index is the desired mark index                  4  The current color  The special marker used in                    color spectrum display prevents the user from seeing                    the color of the current index  but it is visible                    here                    A panel of control buttons  which do the following when                 pressed:                   Done:   Exits XPAL              Predefined:   Starts XLOADCT to allow selection of one of the                         predefined color tables                    Help:   Supplies help information similar to this header                    Redraw: Completely redraws the display using the current                         state of the color map                  Set Mark: Set the value of the mark index to the                         current index               Switch Mark: Exchange the mark and the current index              Copy Current: Every color lying between the current                         index and the mark index  inclusive  is given                         the current color               Interpolate: The colors lying between the current                         index and the mark index are interpolated linearly                         to lie between the colors of two endpoints                    save: permet de sauver la palette qui est                         actuellement a l ecran  Qd on appuie sur ce                         bouton  un widget apparait qui demande:                          1  le nom a donner a la palette que l on veut sauver                          2  le numero de la palette que l on veut                          eventuellement ecrase par la nouvelle                          palette Si aucun numero n est specifie la                          nouvelle palette estajoutee aux anciennes                           3  le nom du fichier qui contient les                          palettes  Rq: suivre eventuellement les                          indications fournis au prompteur                              Three sliders  R  G  and B  that allow the user to modify the         current color            Right:  A display which shows the current color map as a series of                 squares  Color index 0 is at the upper left  The color index                 increases monotonically by rows going left to right and top                 to bottom   The current color index is indicated by a special                 marker symbol  There are 4 ways to change the current color:                         1  Press any mouse button while the mouse                            pointer is over the color map display                          2  Use the  By Index  slider to move to                            the desired color index                          3  Use the  Row  Slider to move the marker                            vertically                          4  Use the  Column  Slider to move the marker                            horizontally      MODIFICATION HISTORY:            addaptation de xpalette pour ajouter un bouton save par            Gima Nicolas  nglod ipsl jussieu fr  et par Masson            Sebastien  smlod ipsl jussieu fr     function XP_NEW_COLORS   Choose the best foreground and background colors for the current   color maps and set  P appropriately  Returns 1 if the colors changed    0 otherwise      compile_opt idl2  strictarrsubs     common xp_com  xpw  state    res   0   junk   CT_LUMINANCE dark dark_col  bright bright_col     if  bright_col ne  p color  then begin      p color   bright_col     res   1   endif    if  dark_col ne  p background  then begin      p background   dark_col     res   1   endif    return  res end  pro XP_ALERT_CALLER     compile_opt idl2  strictarrsubs      common xp_com  xpw  state    ErrorStatus   0   CATCH  ErrorStatus   if  ErrorStatus NE 0  then begin     CATCH   CANCEL     v   DIALOG_MESSAGE Unexpected error in XPAL:                             ERR_STRING        ERR_STRING                             ERROR      return   endif   if  STRLEN state updt_callback  gt 0  then begin     if  PTR_VALID state p_updt_cb_data  then begin       CALL_PROCEDURE  state updt_callback  DATA state p_updt_cb_data      endif else begin       CALL_PROCEDURE  state updt_callback     endelse   endif end  pro XP_XLCTCALLBACK     For visuals with static colormaps  update the graphics     after a change by XLOADCT      compile_opt idl2  strictarrsubs     if  COLORMAP_APPLICABLE redrawRequired  GT 0  and            redrawRequired GT 0  then begin     XP_REDRAW   endif  end  pro XP_REDRAW     compile_opt idl2  strictarrsubs      common xp_com  xpw  state    junk   XP_NEW_COLORS    WIDGET_CONTROL  xpw colorsel  set_value 1   XP_REPLOT   p color   F           Update the plots of RGB     Let the caller of XPAL know that the color table was modified   XP_ALERT_CALLER end    pro XP_REPLOT  color_index  type   Re draw the RGB plots  Type has the following possible values            D : Draw the data part of all three plots            F : draw all three plots            R : Draw the data part of the Red plot            G : Draw the data part of the Green plot            B : Draw the data part of the Blue plot     compile_opt idl2  strictarrsubs      common xp_com  xpw  state   common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr   common pscale  r_x_s  r_y_s  g_x_s  g_y_s  b_x_s  b_y_s      Update the plots of RGB   save_win    D WINDOW   wset  state plot_win   save_p_region    p region   save_x_margin    x margin   save_y_margin    y margin   save_x_s    x s   save_y_s    y s   save_x_type    x type    save_y_type    y type      y margin   2  2     x margin   6  2     if  type eq  F  then begin      p region    0 6667  1  1      plot xstyle 2  ystyle 3  yrange 0  260  r_curr  title Red      r_x_s    x s     r_y_s    y s       p region    0 333  1   6667      plot noerase  xstyle 2 ystyle 3  yrange 0  260  g_curr  title Green      g_x_s    x s     g_y_s    y s       p region    0 0  1   333      plot noerase  xstyle 2 ystyle 3  yrange 0  260  b_curr  title Blue       b_x_s    x s     b_y_s    y s   endif else begin     if  type eq  D  or  type eq  R  then begin        p region    0 6667  1  1         x s   r_x_s        y s   r_y_s       oplot  r_curr  color color_index     endif     if  type eq  D  or  type eq  G  then begin        p region    0 333  1   6667         x s   g_x_s        y s   g_y_s       oplot  g_curr  color color_index     endif     if  type eq  D  or  type eq  B  then begin        p region    0 0  1   333         x s   b_x_s        y s   b_y_s       oplot  b_curr  color color_index     endif   endelse    empty   WSET  save_win    p region   save_p_region    x margin   save_x_margin    y margin   save_y_margin    x s   save_x_s    y s   save_y_s    x type   save_x_type    y type   save_y_type  end     pro XP_CHANGE_COLOR  type  value   Change current color  Type has the following possible values             R : Change the R part of the current color            G :              B :       compile_opt idl2  strictarrsubs     common xp_com  xpw  state   common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr     cur_idx   state cur_idx    XP_REPLOT   p background  type    if  type eq  R  then r_curr cur_idx    value    if  type eq  G  then g_curr cur_idx    value    if  type eq  B  then b_curr cur_idx    value     tvlct  r_curr cur_idx  g_curr cur_idx  b_curr cur_idx  cur_idx    if  XP_NEW_COLORS  then begin       Highlight the current position using the marker     WIDGET_CONTROL  xpw colorsel  set_value 1    Re initialize     XP_REPLOT   p color   F    endif else begin     XP_REPLOT   p color  type   endelse      For visuals with static colormaps  update the graphics     of the current color    if  COLORMAP_APPLICABLE redrawRequired  GT 0  and            redrawRequired GT 0  then begin       Mark new square     tmp    D WINDOW     wset  state cur_color_win     erase  color state cur_idx     wset  tmp   endif      Let the caller of XPAL know that the color table was modified   xp_alert_caller  end        pro XP_BUTTON_EVENT  event     compile_opt idl2  strictarrsubs       common xp_com  xpw  state    common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr                                    NOTE: The value of these tags depend on the order of the buttons                                       in the base     case  event value  of                                    DONE       0: begin          empty          r_orig   r_curr   g_orig   g_curr   b_orig   b_curr  new orig color tbl          WIDGET_CONTROL   DESTROY  event top           p   state old_p       end                                    PREDEFINED       1: xlct   silent  group xpw base  UPDATECALLBACK XP_XLCTCALLBACK                                     HELP       2: XDisplayFile  FILEPATH xpal txt  subdir help   widget           TITLE    Xpal Help  GROUP   event top  WIDTH   55  HEIGHT   16                                    REDRAW       3: XP_REDRAW                                    SET MARK       4: begin          state mark_idx   state cur_idx          WIDGET_CONTROL  xpw mark_label              set_value strcompress state mark_idx   REMOVE        end                                    SWITCH MARK       5 : if  state mark_idx ne state cur_idx  then begin          tmp   state mark_idx          state mark_idx   state cur_idx          state cur_idx   tmp          WIDGET_CONTROL  xpw colorsel  set_value tmp          WIDGET_CONTROL  xpw idx_label              set_value strcompress state cur_idx   REMOVE           WIDGET_CONTROL  xpw mark_label              set_value strcompress state mark_idx   REMOVE        endif                                    COPY CURRENT       6 : begin          do_copy:          cur_idx   state cur_idx          if  state mark_idx le cur_idx  then begin             s   state mark_idx             e   cur_idx          endif else begin             s   cur_idx             e   state mark_idx          endelse          n   e s 1          XP_REPLOT   p background   D           if  event value eq 6  then begin             r_curr s:e    r_curr cur_idx              g_curr s:e    g_curr cur_idx              b_curr s:e    b_curr cur_idx           endif else begin         Interpolate             scale   findgen n float n 1              r_curr s:e    r_curr s     fix r_curr e    fix r_curr s    scale             g_curr s:e    g_curr s     fix g_curr e    fix g_curr s    scale             b_curr s:e    b_curr s     fix b_curr e    fix b_curr s    scale          endelse          tvlct  r_curr s:e  g_curr s:e  b_curr s:e  s          if  XP_NEW_COLORS  then begin             WIDGET_CONTROL  xpw colorsel  SET_VALUE 1             XP_REPLOT   p color   F           endif else begin             XP_REPLOT   p color   D           endelse                                   Let the caller of XPAL know that the color table was modified          xp_alert_caller       end        7: goto  do_copy       8: BEGIN           COMMON basecommon   bas212  bas222   bas232          base   WIDGET_BASE COLUMN   FRAME           bas1   WIDGET_LABEL base  value    Save           bas2   WIDGET_BASE base   COLUMN           bas21   WIDGET_BASE bas2   COLUMN           bas211   WIDGET_LABEL bas21  value    Palette Name :            bas212   WIDGET_TEXT bas21  value    Noname   editable           bas22   WIDGET_BASE bas2   COLUMN           bas221   WIDGET_LABEL bas22  value     Overwrite palette number :            bas222   WIDGET_TEXT bas22  value      editable           bas23   WIDGET_BASE bas2   COLUMN           bas231   WIDGET_LABEL bas23  value    file name :            bas232   WIDGET_TEXT bas23  value    palette tbl   editable           bas3   WIDGET_BASE base   ROW           ok   WIDGET_BUTTON bas3  value    OK                               ALIGN_LEFT   FRAME  UVALUE    ok           cancel   WIDGET_BUTTON bas3  value    CANCEL                                   ALIGN_RIGHT   FRAME  UVALUE    cancel           WIDGET_CONTROL  base   REALIZE           WIDGET_CONTROL  base  SET_UVALUE   drawID          XMANAGER    xp_button_event   base          END       else:    endcase  end   PRO xp_button_event_event  ev     compile_opt idl2  strictarrsubs   COMMON basecommon   bas212  bas222   bas232   WIDGET_CONTROL  ev id   GET_UVALUE   uval   IF TAG_NAMES ev    STRUCTURE_NAME  EQ  WIDGET_BUTTON    THEN BEGIN     CASE uval OF       ok  :BEGIN          WIDGET_CONTROL  bas212  GET_VALUE   palname         WIDGET_CONTROL  bas222  GET_VALUE   over         WIDGET_CONTROL  bas232  GET_VALUE   fichname         if over 0  EQ   then over   255 ELSE over   long over           newpalette palname 0  OVER   over 0  file   fichname 0           WIDGET_CONTROL   ev top    DESTROY         END       cancel : WIDGET_CONTROL   ev top    DESTROY     ENDCASE   ENDIF  END      pro XP_EVENT  event     compile_opt idl2  strictarrsubs       common xp_com  xpw  state    common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr     case  event id  of        xpw button_base: XP_BUTTON_EVENT  event        xpw rgb_base: begin          cur_idx   state cur_idx          if  event r ne r_curr cur_idx  then XP_CHANGE_COLOR   R  event r          if  event g ne g_curr cur_idx  then XP_CHANGE_COLOR   G  event g          if  event b ne b_curr cur_idx  then XP_CHANGE_COLOR   B  event b       end        xpw colorsel: begin          cur_idx   state cur_idx          new_pos   event value ne cur_idx                                   Update the RBG sliders          if  event value ne cur_idx  then begin             state cur_idx    cur_idx   event value              WIDGET_CONTROL  xpw idx_label                  set_value strcompress cur_idx   REMOVE_ALL                                    Mark new square             tmp    D WINDOW             wset  state cur_color_win             erase  color cur_idx             wset  tmp              WIDGET_CONTROL  xpw rgb_base                 set_value r_curr cur_idx  g_curr cur_idx  b_curr cur_idx           endif       end        else:    endcase  end        pro XPAL  group group  BLOCK block  UPDATECALLBACK updt_cb_name            UPDATECBDATA updt_cb_data     compile_opt idl2  strictarrsubs       common xp_com  xpw  state   common colors  r_orig  g_orig  b_orig  r_curr  g_curr  b_curr    IF N_ELEMENTS updt_cb_name  EQ 0 THEN updt_callback                                     ELSE updt_callback updt_cb_name   IF N_ELEMENTS updt_cb_data  GT 0 THEN p_updt_cb_data PTR_NEW updt_cb_data                                     ELSE p_updt_cb_data PTR_NEW     xpw     xp_widgets  base:0L     colorsel:0L  mark_label:0L  idx_label:0L  button_base:0L  rgb_base:0L     state    old_p: p                          Original value of  P     mark_idx:0                        Current mark index     cur_idx:0                         Current index     cur_color_win:0                   Current Color draw window index     plot_win:0                        RGB plot draw window index     updt_callback: updt_callback      user defined callback  optional      p_updt_cb_data:p_updt_cb_data     data for callback  optional     if  XREGISTERED XPAL  then return        Only one copy at a time    IF N_ELEMENTS block  EQ 0 THEN block 0    on_error 2               Return to caller if an error occurs    nc    d table_size              of colors avail   if nc eq 0 then message   Device has static color tables   Can t modify    if  nc eq 2  then message   Unable to work with monochrome system     state old_p    p               Save  p    p noclip   1                  No clipping    p color   nc  1               Foreground color    p font   0                    Hdw font   save_win    d window   Previous window    IF N_ELEMENTS r_orig  LE 0 THEN BEGIN If no common  use current colors  TVLCT  r_orig  g_orig  b_orig   GET  r_curr   r_orig  b_curr   b_orig  g_curr   g_orig  ENDIF      Create widgets   xpw base WIDGET_BASE title Xpal   ROW  space 30      This is a little tricky  Setting the managed attribute indicates     our intention to put this app under the control of XMANAGER  and     prevents our draw widgets from becoming candidates for becoming     the default window on WSET   1  XMANAGER sets this  but doing it here     prevents our own WSETs at startup from having that problem    WIDGET_CONTROL   MANAGED  xpw base    version   WIDGET_INFO VERSION    if  version style Motif  then junk 510 else junk   580   plot_frame   WIDGET_DRAW xpw base  xsize 200  ysize junk     c1   WIDGET_BASE xpw base   COLUMN  space 20      status   WIDGET_BASE c1   COLUMN   FRAME        ncw   WIDGET_LABEL WIDGET_BASE status   DYNAMIC_RESIZE        xpw idx_label   CW_FIELD status  title Current Index:   value 0            xsize 20   STRING        xpw mark_label   CW_FIELD status  title Mark Index:      value 0     xsize 20   STRING        c1_1   widget_base status   ROW   junk   WIDGET_LABEL c1_1  value Current Color:      cur_color   WIDGET_DRAW c1_1  xsize   125  ysize 50   frame      names      Done   Predefined   Help   Redraw   Set Mark     Switch Mark   Copy Current   Interpolate   save      xpw button_base   CW_BGROUP c1  names  COLUMN 3   FRAME      xpw rgb_base   CW_RGBSLIDER c1   FRAME   DRAG       junk   WIDGET_BASE xpw base           Responds to YOFFSET     if  version style Motif  then junk2 30 else junk2   50     xpw colorsel   CW_COLORSEL junk  yoffset junk2      state cur_idx   0   state mark_idx   0      Position RGB slider appropriately   WIDGET_CONTROL  xpw rgb_base  SET_VALUE r_curr 0  g_curr 0  b_curr 0    WIDGET_CONTROL   REALIZE  xpw base    WIDGET_CONTROL  ncw     set_value Number Of Colors:     strcompress d n_colors   REMOVE_ALL    WIDGET_CONTROL  get_value tmp  cur_color   state cur_color_win   tmp   WIDGET_CONTROL  get_value tmp  plot_frame   state plot_win   tmp       Update the plots of RGB   junk   XP_NEW_COLORS    XP_REPLOT   p color   F     WSET  save_win    XMANAGER   Xpal  xpw base  event_handler XP_EVENT  group group     NO_BLOCK NOT FLOAT block  end ");
+a[179] = new Array("./ToBeReviewed/GRILLE/changegrid.html", "changegrid.pro", "", "function changegrid  newgrid       compile_opt idl2  strictarrsubs    cm_4mesh        if cmpgrid newgrid  EQ 0 then return  0     update the common paramaters      ccmeshparameters   newgrid     ixminmesh   newgrid ixminmesh    ixmaxmesh   newgrid ixmaxmesh    iyminmesh   newgrid iyminmesh    iymaxmesh   newgrid iymaxmesh    izminmesh   newgrid izminmesh    izmaxmesh   newgrid izmaxmesh     read the new file      loadgrid  newgrid filename     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF      return  1 end");
+a[180] = new Array("./ToBeReviewed/GRILLE/cmpgrid.html", "cmpgrid.pro", "", "FUNCTION cmpgrid  newgrid       compile_opt idl2  strictarrsubs    common       newgrid must be a structure      if size newgrid   type  NE 8 then return  0     does ccmeshparameters exist        if n_elements ccmeshparameters  EQ 0 then return  1     we compare the structure which caracterise the grid whith   ccmeshparameters      case 1 of       ccmeshparameters jpiglo NE newgrid jpiglo:       ccmeshparameters jpjglo NE newgrid jpjglo:       ccmeshparameters jpkglo NE newgrid jpkglo:       ccmeshparameters jpi NE newgrid jpi:       ccmeshparameters jpj NE newgrid jpj:       ccmeshparameters jpk NE newgrid jpk:       total ccmeshparameters glaminfo   newgrid glaminfo  NE 0:       total ccmeshparameters gphiinfo   newgrid gphiinfo  NE 0:       ccmeshparameters ixminmesh NE newgrid ixminmesh:       ccmeshparameters ixmaxmesh NE newgrid ixmaxmesh:       ccmeshparameters iyminmesh NE newgrid iyminmesh:       ccmeshparameters iymaxmesh NE newgrid iymaxmesh:       ccmeshparameters izminmesh NE newgrid izminmesh:       ccmeshparameters izmaxmesh NE newgrid izmaxmesh:       ccmeshparameters key_shift NE newgrid key_shift:       ccmeshparameters key_periodic NE newgrid key_periodic:       array_equal ccmeshparameters key_stride  newgrid key_stride  EQ 0:       ccmeshparameters key_gridtype NE newgrid key_gridtype:       ccmeshparameters key_yreverse NE newgrid key_yreverse:       ccmeshparameters key_zreverse NE newgrid key_zreverse:       ccmeshparameters key_partialstep NE newgrid key_partialstep:       ccmeshparameters key_onearth NE newgrid key_onearth:       ELSE:return  0    endcase     return  1 end");
+a[181] = new Array("./ToBeReviewed/GRILLE/decoupeterre.html", "decoupeterre.pro", "", "          NAME:decoupeterre     PURPOSE:tres semblable a grille  Ici qd vargrid ne  T  ou  W  alors   pour le trace il faut recuperer Tmask  glamt  gphit et le tableau de   triangulation sur le sous domaine considere  La specificite de   decoupeterre par rapport a grille  c est que l on prend ds la   mesure du possible un sous domaine juste un peu plus grand que celui   definit par domdef de facon a etre sur que le masque que l on trace   recouvrira bien tout le dessin      CATEGORY:pour plt     CALLING SEQUENCE:decoupeterre  mask  glam  gphi  z  nx  ny  nz  TRI   tri     INPUTS:     KEYWORD PARAMETERS:           TRI si ce mot clef sert a obtenir grace a grille la           triangulation qui se rapporte a la grille mais uniquement           sur la partie du zoom  ce tableau de triangulation reduit           est passe ds la variable que l on a egalee a tri par ex:           grille tri triangulation_reduite  ne mot clef est           utilise dans plt pro              WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W        OUTPUTS:le masque et ses coordonnees     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          24 2 99         PRO decoupeterre  mask  glam  gphi  gdep  TYPE   type  TRI   tri  INDICEZOOM   indicezoom  COINMONTE   coinmonte  COINDESCEND   coindescend  WDEPTH   wdepth  REALSECTION   realsection  USETRI   usetri  _extra   ex       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance     if vargrid EQ  W  then wdepth   1       horizontal parameters     if possible extent the domain according to the grid type   default case   case vargrid of      U :BEGIN       firstx   0    min firstxt  firstxu 1        lastx    max lastxt  lastxu 1    min firstyt  firstyu 1        lasty    max lastyt  lastyu 1    min firstxt  firstxv 1        lastx    max lastxt  lastxv 1    min firstyt  firstyv 1        lasty    max lastyt  lastyv 1    min firstxt  firstxf 1        lastx    max lastxt  lastxf 1    min firstyt  firstyf 1        lasty    max lastyt  lastyf 1    firstx 1 :lastx  firsty:lasty            ELSE glam   glamu 0    firstx 1 :lastx  firsty:lasty        ENDELSE     END      yz :BEGIN       if keyword_set realsection  EQ 0 then begin         if vargrid EQ  U  OR vargrid EQ  F  then             gphi   gphiu firstx:lastx  firsty:lasty        ENDIF ELSE BEGIN            to drawsectionbottom           if vargrid EQ  U  OR vargrid EQ  F  OR finite gphiv 0  EQ 0 then             gphi   gphif firstx:lastx  0    firsty 1 :lasty            ELSE gphi   gphiv firstx:lastx  0    firsty 1 :lasty        ENDELSE     END     ELSE:   ENDCASE     vertical boundaries     if keyword_set wdepth   then begin     firstz   0    min firstzt  firstzw 1      lastz    max lastzt  lastzw 1     jpk 1    ENDIF ELSE BEGIN     firstz   firstzt     lastz   lastzt   ENDELSE    nz   lastz firstz 1     mask     case type of      xy :BEGIN       mask   tmask firstx:lastx  firsty:lasty  firstz        profond   firstz NE 0     END   for the verical section  we have to choose the right mask according   to the grid point and to the direction of the section      xz :BEGIN       if vargrid EQ  V  OR vargrid EQ  F  then begin         mask    vmask firstx:lastx  firstyv:lastyv  firstz:lastz        ENDIF ELSE mask   tmask firstx:lastx  firsty:lasty  firstz:lastz      END      yz :BEGIN       if vargrid EQ  U  OR vargrid EQ  F  then begin         mask    umask firstxu:lastxu  firsty:lasty  firstz:lastz        ENDIF ELSE mask   tmask firstx:lastx  firsty:lasty  firstz:lastz      END     ELSE:mask   tmask firstx:lastx  firsty:lasty  firstz:lastz    endcase     vertical axis     when we do a real section we directly plot the gdepw    in drawsectionbottom pro  instead of contouring the mask at 0 5 at   gdept   IF keyword_set realsection  EQ 0 then gdep   gdept firstz:lastz      ELSE BEGIN       if lastz EQ jpk 1 then     we add some fictive very deep level that will not be used but that is   necessary to avoid array size bugs in draw bottom section        gdep    gdepw firstz 1:lastz  2 gdept jpk 1         ELSE gdep   gdepw firstz 1:lastz 1       gdep   gdepw firstz:lastz    special case when we are using the partial steps in the vertical   section that are only 1 point wide    in that case  the z axis is a 2d array and we modify the depth of   the last level ocean with hdepw that is the real depth of the bottom      CASE 1 OF       keyword_set key_partialstep  and type EQ  xz            AND ny EQ 1 AND keyword_set realsection :BEGIN         bottom   total mask  3          good   where bottom NE 0 AND bottom NE nz 1          bottom   lindgen nx bottom nx         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            gdep   replicate 1  nx gdep           truegdep   hdepw firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       keyword_set key_partialstep  and type EQ  yz            AND nx EQ 1 AND keyword_set realsection :BEGIN          bottom   total mask  3          good   where bottom NE 0 AND bottom NE nz 1          bottom   lindgen ny bottom ny         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            gdep   replicate 1  ny gdep           truegdep   hdepw firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       ELSE:     ENDCASE   ENDELSE     vecteur triangulation Qd TRI est active     IF arg_present TRI  then       if triangles_list 0  EQ  1 OR usetri LT 1 then tri    1 ELSE BEGIN   si on est en train de tracer un niveau profond on refait la   triangulation     if keyword_set profond  then begin       tri   triangule mask  coinmonte   coinmonte  coindescend   coindescend  _extra   ex        indicezoom    lindgen jpi  jpj firstx:lastx  firsty:lasty      ENDIF ELSE BEGIN    sinon on recupere la partie de triangulation qui nous interesse et   on la numerote convenablement        if nx EQ jpi AND ny EQ jpj then tri   triangles_list ELSE BEGIN          msk   bytarr jpi  jpj          msk firstx:lastx  firsty:lasty    1         ind   where  msk triangles_list 0    EQ 1                        AND msk triangles_list 1    EQ 1                        AND msk triangles_list 2    EQ 1           tri   triangles_list  ind firstx firsty jpi          y   tri jpi         x   tri y jpi         tri   x y nx       ENDELSE     ENDELSE   ENDELSE     if keyword_set key_performance  THEN print   temps decoupeterre  systime 1 tempsun      return end ");
+a[182] = new Array("./ToBeReviewed/GRILLE/domdef.html", "domdef.pro", "", "          NAME: DOMDEF     PURPOSE:permet d extraire un sous domaine d etude en fournissant les   parametres necessaires pour les traces   cf  outputs      CATEGORY:     CALLING SEQUENCE:domdef  lon1  lon2  lat1  lat2 vert1 vert2  ou               bien domdef vecteur     INPUTS: facultatif   vecteur a  2  4 ou 6 elements:    sans l utilisation des mots cles index xindex yindex zindex:    vert1  vert2: pour un domaine 3D dont la partie horizontale couvre tout    glam et gphi    lon1  lon2  lat1  lat2:   definissant les longitudes min  max et les latitudes min  max du  domaine a   etudier  tous les niveaux sont selectiones     lon1 lon2 lat1 lat2 vert1 vert2 pour specifier les profondeurs      KEYWORD PARAMETERS:           ENDPOINTS: a four elements vector  x1 y1 x2 y2  used to specify         that domdef must define the box used to make a plot  pltz  pltt          plt1d  done strictly along the line  that can have any direction          starting at  x1  y1  ending at  x2  y2  When defining endpoints          you must also define TYPE which define the type of plots          pltz   xt   yt   zt   x   y   z   t  will used         ENDPOINTS keywords           FINDALWAYS:oblige a redefinir une boite meme qd auqun point         n est trouve ds la boite  dans ce cas on selectionne toute la         grille     GRIDTYPE:un string ou un vecteur de string contennant le nom des  grilles  determinees uniquement par :  T U V W F  pour  lesquelles le calcul doit etre fait  par  ex : T  ou  T U             MEMEINDICES: il se peut que les points t u v et F correspondant a         une meme boite geographique ne concernent pas les memes         indices des tableaux  Ceci pose parfois de pb  ou du moins de         serieuses complications  ds les programmes ou plusieurs types         de grilles interviennent  cf : norme  curl  Activer         MEMEINDICES pour forcer domdef a prendre les memes indices  ceux         de la grille T  pour toutes les autres grilles             INDEX: activer si on veut specifier que tous les elements         passes en entree de domdef se rapportent aux indices des         tableaux glam  gphi et gdep plutot qu aux valeurs de ces         tableaux            xindex: activer si on veut que les elements passes en entrre         de domdef et concernant la dimension en x se rapportent aux         indices des tableaux glam qu aux valeurs de ces tableaux             yindex: cf xindex mais pour y et les gphi            zindex: cf xindex mais pour z et les gdep     OUTPUTS:on recupere pour les 4 grilles t u v f      nxt u v:entier qui contient le nombre de pts en longitude de      la grille reduite au domaine      nyt u v:entier qui contient le nombre de pts en latitude de      la grille reduite au domaine      nzt w:entier qui contient le nombre de pts en profondeur de      la grille reduite au domaine 3D      firstxt u v f: le first indice qui delimite le sous domaine     suivant x      firstyt u v f: le first indice qui delimite le sous domaine     suivant y      firstzt w: le first indice qui delimite le sous domaine     suivant z      lastxt u v f: le last indice qui delimite le sous domaine     suivant x      lastyt u v f: le last indice qui delimite le sous domaine     suivant y      lastzt w: le last indice qui delimite le sous domaine     suivant z     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   8 2 98   rewrite everything  debug and spee up Sebastien Masson April 2005         pro domdef  x1  x2  y1  y2  z1  z2  FINDALWAYS   findalways                 GRIDTYPE   gridtype  MEMEINDICES   memeindices                 XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex                 ENDPOINTS   endpoints  TYPE   type                 INDEX   index  _extra   ex     include commons     compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance     CASE N_PARAMS  OF     0:     1:     2:     4:     6:     ELSE:BEGIN       ras   report Bad number of parameter in the call of domdef        RETURN     END   ENDCASE     IF keyword_set endpoints  THEN BEGIN     IF NOT keyword_set type  THEN BEGIN        dummy   report If domdef is used do find the box associated                             to endpoints  you must also specify type keyword        return     ENDIF      CASE N_PARAMS  OF       0:       1:boxzoom    x1        2:boxzoom    x1  x2        4:boxzoom    x1  x2  y1  y2        6:boxzoom    x1  x2  y1  y2  z1  z2      ENDCASE     section  BOXZOOM   boxzoom  ENDPOINTS   endpoints  TYPE   type   ONLYBOX     return   ENDIF         recall domdef when there is only one input parameter       IF N_PARAMS  EQ 1 THEN BEGIN     CASE n_elements x1  OF       2:domdef  x1 0  x1 1  FINDALWAYS   findalways  GRIDTYPE   gridtype  MEMEINDICES   memeindices  XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex  INDEX   index  _extra   ex       4:domdef  x1 0  x1 1  x1 2  x1 3  FINDALWAYS   findalways  GRIDTYPE   gridtype  MEMEINDICES   memeindices  XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex  INDEX   index  _extra   ex       6:domdef  x1 0  x1 1  x1 2  x1 3  x1 4  x1 5  FINDALWAYS   findalways  GRIDTYPE   gridtype  MEMEINDICES   memeindices  XINDEX   xindex  YINDEX   yindex  ZINDEX   zindex  INDEX   index  _extra   ex       ELSE:BEGIN         ras   report Bad number of elements in x1          RETURN       END     ENDCASE     RETURN     ENDIF     default definitions and checks     IF NOT keyword_set gridtype  THEN gridtype    T   U   V   W   F      ELSE gridtype   strupcase gridtype    IF keyword_set memeindices  THEN gridtype    T  gridtype    IF finite glamu 0  eq 0 THEN gridtype   gridtype where gridtype NE  U    IF finite glamv 0  eq 0 THEN gridtype   gridtype where gridtype NE  V    default definitions   lon1t   99999    lon2t    99999    lat1t   99999    lat2t    99999    lon1u   99999    lon2u    99999    lat1u   99999    lat2u    99999    lon1v   99999    lon2v    99999    lat1v   99999    lat2v    99999    lon1f   99999    lon2f    99999    lat1f   99999    lat2f    99999    vert1t   99999    vert2t    99999    vert1w   99999    vert2w    99999      IF jpj EQ 1 THEN BEGIN      IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN       glamt   reform glamt  jpi  jpj   over        gphit   reform gphit  jpi  jpj   over      ENDIF      IF  where gridtype eq  U 0  NE  1 THEN BEGIN       glamu   reform glamu  jpi  jpj   over        gphiu   reform gphiu  jpi  jpj   over      ENDIF       IF  where gridtype eq  V 0  NE  1 THEN BEGIN       glamv   reform glamv  jpi  jpj   over        gphiv   reform gphiv  jpi  jpj   over      ENDIF       IF  where gridtype eq  F 0  NE  1 THEN BEGIN       glamf   reform glamf  jpi  jpj   over        gphif   reform gphif  jpi  jpj   over      ENDIF     ENDIF     IF N_PARAMS  EQ 2 THEN GOTO  vertical         define all horizontal parameters     lon1 et lon2   lat1 et lat2   firstx tuvf  lastx tuvf  nx tuvf      check if the grid is defined for U and V points  If not  take care   of the cases gridtype eq  U  or  V      errstatus   0   IF  finite glamu 0 gphiu 0  EQ 0 OR n_elements glamu  EQ 0 OR n_elements gphiu  EQ 0  AND  where gridtype eq  U 0  NE  1 THEN BEGIN     firstxu    values f_nan     lastxu    values f_nan     nxu    values f_nan     okgrid   where gridtype NE  U  count      IF count NE 0 THEN gridtype   gridtype okgrid        ELSE errstatus   report U grid is undefined  Impossible to call domdef with vargid    U    ENDIF     IF  finite glamv 0 gphiv 0  EQ 0 OR n_elements glamv  EQ 0 OR n_elements gphiv  EQ 0  AND  where gridtype eq  V 0  NE  1 THEN BEGIN     firstxv    values f_nan     lastxv    values f_nan     nxv    values f_nan     okgrid   where gridtype NE  V  count      IF count NE 0 THEN gridtype   gridtype okgrid        ELSE errstatus   report V grid is undefined  Impossible to call domdef with vargid    V    ENDIF   IF errstatus EQ  1 THEN return       horizontal domain defined with lon1  lon2  lat1 and lat2       IF N_PARAMS  EQ 0       OR    N_PARAMS  EQ 4 OR N_PARAMS  EQ 6             AND NOT keyword_set xindex  AND NOT keyword_set yindex  AND NOT keyword_set index    THEN BEGIN     IF N_PARAMS  EQ 0 THEN BEGIN   find lon1 and lon2 the longitudinal boudaries of the full domain       IF  where gridtype eq  T 0  NE  1 THEN lon1t   min glamt  max   lon2t        IF  where gridtype eq  W 0  NE  1 AND  where gridtype eq  T 0  EQ  1 THEN lon1t   min glamt  max   lon2t        IF  where gridtype eq  U 0  NE  1 THEN lon1u   min glamu  max   lon2u        IF  where gridtype eq  V 0  NE  1 THEN lon1v   min glamv  max   lon2v        IF  where gridtype eq  F 0  NE  1 THEN lon1f   min glamf  max   lon2f        lon1   min lon1t  lon1u  lon1v  lon1f        lon2   max lon2t  lon2u  lon2v  lon2f    find lat1 and lat2 the latitudinal boudaries of the full domain       IF  where gridtype eq  T 0  NE  1 THEN lat1t   min gphit  max   lat2t        IF  where gridtype eq  W 0  NE  1 AND  where gridtype eq  T 0  EQ  1 THEN lat1t   min gphit  max   lat2t        IF  where gridtype eq  U 0  NE  1 THEN lat1u   min gphiu  max   lat2u        IF  where gridtype eq  V 0  NE  1 THEN lat1v   min gphiv  max   lat2v        IF  where gridtype eq  F 0  NE  1 THEN lat1f   min gphif  max   lat2f        lat1   min lat1t  lat1u  lat1v  lat1f        lat2   max lat2t  lat2u  lat2v  lat2f      ENDIF ELSE BEGIN        lon1   min x1  x2  max   lon2        lat1   min y1  y2  max   lat2      ENDELSE   find firstxt  firstxt  nxt and nyt according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN       dom   where   glamt GE lon1  AND  glamt LE lon2                       AND  gphit GE lat1  AND  gphit LE lat2          IF  dom 0  EQ  1  THEN BEGIN         IF keyword_set findalways  THEN BEGIN           print   WARNING  empty T points box  we get the neighnors to define a new box            neig1   neighbor lon1  lat1  glamt  gphit  sphere   keyword_set key_onearth    keyword_set key_irregular            neig2   neighbor lon2  lat2  glamt  gphit  sphere   keyword_set key_onearth    keyword_set key_irregular            CASE N_PARAMS  OF             4:domdef  min glamt neig1  max glamt neig2  min gphit neig1  max gphit neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex             6:domdef  min glamt neig1  max glamt neig2  min gphit neig1  max gphit neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex           ENDCASE           RETURN         ENDIF ELSE BEGIN           ras   report WARNING  The box does not contain any T points            firstxt    1   lastxt    1   nxt   0           firstyt    1   lastyt    1   nyt   0         ENDELSE       ENDIF ELSE BEGIN         jyt   dom   jpi         ixt   temporary dom  MOD jpi         firstxt   min temporary ixt  max   lastxt          firstyt   min temporary jyt  max   lastyt          nxt   lastxt   firstxt   1         nyt   lastyt   firstyt   1       ENDELSE     ENDIF   find firstxu  firstxu  firstyu  firstyu  nxu and nyu   according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  U 0  NE  1 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstxu   firstxt   lastxu   lastxt   nxu   nxt         firstyu   firstyt   lastyu   lastyt   nyu   nyt       ENDIF ELSE BEGIN         dom   where   glamu GE lon1  AND  glamu LE lon2                         AND  gphiu GE lat1  AND  gphiu LE lat2            IF  dom 0  EQ  1  THEN BEGIN           IF keyword_set findalways  THEN BEGIN   if t grid parameters alreday defined  we use them               CASE 1 OF                where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                 print   WARNING  empty U points box  we use the same index as T points                  firstxu   firstxt   lastxu   lastxt   nxu   nxt                 firstyu   firstyt   lastyu   lastyt   nyu   nyt               END               ELSE:BEGIN                 print   WARNING  empty U points box  we get the neighnors to define a new box                  neig1   neighbor lon1  lat1  glamu  gphiu  sphere   keyword_set key_onearth    keyword_set key_irregular                  neig2   neighbor lon2  lat2  glamu  gphiu  sphere   keyword_set key_onearth    keyword_set key_irregular                  CASE N_PARAMS  OF                   4:domdef  min glamu neig1  max glamu neig2  min gphiu neig1  max gphiu neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                   6:domdef  min glamu neig1  max glamu neig2  min gphiu neig1  max gphiu neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                 ENDCASE                 RETURN               END             ENDCASE           ENDIF ELSE BEGIN             ras   report WARNING  The box does not contain any U points              firstxu    1   lastxu    1   nxu   0             firstyu    1   lastyu    1   nyu   0           ENDELSE         ENDIF ELSE BEGIN           jyu   dom   jpi           ixu   temporary dom  MOD jpi           firstxu   min temporary ixu  max   lastxu            firstyu   min temporary jyu  max   lastyu            nxu   lastxu   firstxu   1           nyu   lastyu   firstyu   1         ENDELSE       ENDELSE     ENDIF   find firstxv  firstxv  firstyv  firstyv  nxv and nyv    according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  V 0  NE  1 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstxv   firstxt   lastxv   lastxt   nxv   nxt         firstyv   firstyt   lastyv   lastyt   nyv   nyt       ENDIF ELSE BEGIN         dom   where   glamv GE lon1  AND  glamv LE lon2                         AND  gphiv GE lat1  AND  gphiv LE lat2            IF  dom 0  EQ  1  THEN BEGIN           IF keyword_set findalways  THEN BEGIN             CASE 1 OF                where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                 print   WARNING  empty V points box  we use the same index as T points                  firstxv   firstxt   lastxv   lastxt   nxv   nxt                 firstyv   firstyt   lastyv   lastyt   nyv   nyt               END                 where gridtype eq  U 0  NE  1:BEGIN                 print   WARNING  empty V points box  we use the same index as U points                  firstxv   firstxu   lastxv   lastxu   nxv   nxu                 firstyv   firstyu   lastyv   lastyu   nyv   nyu               END                ELSE:BEGIN                 print   WARNING  empty V points box  we get the neighnors to define a new box                  neig1   neighbor lon1  lat1  glamv  gphiv  sphere   keyword_set key_onearth    keyword_set key_irregular                  neig2   neighbor lon2  lat2  glamv  gphiv  sphere   keyword_set key_onearth    keyword_set key_irregular                  CASE N_PARAMS  OF                   4:domdef  min glamv neig1  max glamv neig2  min gphiv neig1  max gphiv neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                   6:domdef  min glamv neig1  max glamv neig2  min gphiv neig1  max gphiv neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                 ENDCASE                 RETURN               END             ENDCASE           ENDIF ELSE BEGIN             ras   report WARNING  The box does not contain any V points              firstxv    1   lastxv    1   nxv   0             firstyv    1   lastyv    1   nyv   0           ENDELSE         ENDIF ELSE BEGIN           jyv   dom   jpi           ixv   temporary dom  MOD jpi           firstxv   min temporary ixv  max   lastxv            firstyv   min temporary jyv  max   lastyv            nxv   lastxv   firstxv   1           nyv   lastyv   firstyv   1         ENDELSE       ENDELSE     ENDIF   find firstxf  firstxf  firstyf  firstyf  nxf and nyf   according to lon1  lon2  lat1 and lat2     IF  where gridtype eq  F 0  NE  1 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstxf   firstxt   lastxf   lastxt   nxf   nxt         firstyf   firstyt   lastyf   lastyt   nyf   nyt       ENDIF ELSE BEGIN         dom   where   glamf GE lon1  AND  glamf LE lon2                         AND  gphif GE lat1  AND  gphif LE lat2            IF  dom 0  EQ  1  THEN BEGIN           IF keyword_set findalways  THEN BEGIN             CASE 1 OF                where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                 print   WARNING  empty F points box  we use the same index as T points                  firstxf   firstxt   lastxf   lastxt   nxf   nxt                 firstyf   firstyt   lastyf   lastyt   nyf   nyt               END                 where gridtype eq  U 0  NE  1:BEGIN                 print   WARNING  empty F points box  we use the same index as U points                  firstxf   firstxu   lastxf   lastxu   nxf   nxu                 firstyf   firstyu   lastyf   lastyu   nyf   nyu               END                 where gridtype eq  V 0  NE  1:BEGIN                 print   WARNING  empty F points box  we use the same index as V points                  firstxf   firstxv   lastxf   lastxv   nxf   nxv                 firstyf   firstyv   lastyf   lastyv   nyf   nyv               END                ELSE:BEGIN                 print   WARNING  empty F points box  we get the neighnors to define a new box                  neig1   neighbor lon1  lat1  glamf  gphif  sphere   keyword_set key_onearth    keyword_set key_irregular                  neig2   neighbor lon2  lat2  glamf  gphif  sphere   keyword_set key_onearth    keyword_set key_irregular                  CASE N_PARAMS  OF                   4:domdef  min glamf neig1  max glamf neig2  min gphif neig1  max gphif neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                   6:domdef  min glamf neig1  max glamf neig2  min gphif neig1  max gphif neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices  ZINDEX   zindex  _extra   ex                 ENDCASE                 RETURN               END             ENDCASE             ENDIF ELSE BEGIN             ras   report WARNING  The box does not contain any F points              firstxf    1   lastxf    1   nxf   0             firstyf    1   lastyf    1   nyf   0           ENDELSE         ENDIF ELSE BEGIN           jyf   dom   jpi           ixf   temporary dom  MOD jpi           firstxf   min temporary ixf  max   lastxf            firstyf   min temporary jyf  max   lastyf            nxf   lastxf   firstxf   1           nyf   lastyf   firstyf   1         ENDELSE       ENDELSE     ENDIF     ENDIF ELSE BEGIN     CASE 1 OF       horizontal domain defined with the X and Y indexes            keyword_set xindex  AND keyword_set yindex  OR keyword_set index :BEGIN         fstx   min x1  x2  max   lstx          fsty   min y1  y2  max   lsty          IF fstx LT 0 OR lstx GE jpi THEN BEGIN           ras   report Bad definition of X1 or X2            return         ENDIF         IF fsty LT 0 OR lsty GE jpj THEN BEGIN           ras   report Bad definition of Y1 or Y2            return         ENDIF         nx   lstx   fstx   1         ny   lsty   fsty   1   find lon1t  lon2t  lat1t  lat2t  firstxt  firstxt  nxt and nyt   according to x1  x2  y1  y2         IF  where gridtype eq  T 0  NE  1 OR  where gridtype eq  W 0  NE  1 THEN BEGIN           lon1t   min glamt fstx:lstx  fsty:lsty  max   lon2t            lat1t   min gphit fstx:lstx  fsty:lsty  max   lat2t            firstxt   fstx   lastxt   lstx           firstyt   fsty   lastyt   lsty           nxt   nx   nyt   ny         ENDIF   find lon1u  lon2u  lat1u  lat2u  firstxu  firstxu  nxu and nyu   according to x1  x2  y1  y2         IF  where gridtype eq  U 0  NE  1 THEN BEGIN           lon1u   min glamu fstx:lstx  fsty:lsty  max   lon2u            lat1u   min gphiu fstx:lstx  fsty:lsty  max   lat2u            firstxu   fstx   lastxu   lstx           firstyu   fsty   lastyu   lsty           nxu   nx   nyu   ny         ENDIF   find lon1v  lon2v  lat1v  lat2v  firstxv  firstxv  nxv and nyv   according to x1  x2  y1  y2         IF  where gridtype eq  V 0  NE  1 THEN BEGIN           lon1v   min glamv fstx:lstx  fsty:lsty  max   lon2v            lat1v   min gphiv fstx:lstx  fsty:lsty  max   lat2v            firstxv   fstx   lastxv   lstx           firstyv   fsty   lastyv   lsty           nxv   nx   nyv   ny         ENDIF            find lon1f  lon2f  lat1f  lat2f  firstxf  firstxf  nxf and nyf   according to x1  x2  y1  y2         IF  where gridtype eq  F 0  NE  1 THEN BEGIN           lon1f   min glamf fstx:lstx  fsty:lsty  max   lon2f            lat1f   min gphif fstx:lstx  fsty:lsty  max   lat2f            firstxf   fstx   lastxf   lstx           firstyf   fsty   lastyf   lsty           nxf   nx   nyf   ny         ENDIF         lon1   min lon1t  lon1u  lon1v  lon1f          lon2   max lon2t  lon2u  lon2v  lon2f          lat1   min lat1t  lat1u  lat1v  lat1f          lat2   max lat2t  lat2u  lat2v  lat2f        END       horizontal domain defined with the X index and lat1 lat2           keyword_set xindex :BEGIN         fstx   min x1  x2  max   lstx          IF fstx LT 0 OR lstx GE jpi THEN BEGIN           ras   report Bad definition of X1 or X2            return         ENDIF         nx   lstx   fstx   1         lat1   min y1  y2  max   lat2    find lon1t  lon2t  firstxt  firstxt  firstyt  firstyt  nxt   and nyt according to x1  x2  lat1 and lat2         IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN           firstxt   fstx   lastxt   lstx   nxt   nx           dom   where   gphit fstx:lstx    GE lat1  AND  gphit fstx:lstx    LE lat2              IF  dom 0  EQ  1  THEN BEGIN             IF keyword_set findalways  THEN BEGIN               print   WARNING  empty T points box  we get the neighnors to define a new box                neig1   neighbor lon1  lat1  glamt fstx:lstx    gphit fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                neig2   neighbor lon2  lat2  glamt fstx:lstx    gphit fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                CASE N_PARAMS  OF                 4:domdef  fstx  lstx  min gphit fstx:lstx   neig1  max gphit fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                 6:domdef  fstx  lstx  min gphit fstx:lstx   neig1  max gphit fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex               ENDCASE               RETURN             ENDIF ELSE BEGIN               ras   report WARNING  The box does not contain any T points                firstyt    1   lastyt    1   nyt   0             ENDELSE           ENDIF ELSE BEGIN             jyt   temporary dom    nx             firstyt   min temporary jyt  max   lastyt              nyt   lastyt   firstyt   1           ENDELSE           IF nyt NE 0 THEN lon1t   min glamt firstxt:lastxt  firstyt:lastyt  max   lon2t          ENDIF   find lon1u  lon2u  firstxu  firstxu  firstyu  firstyu  nxu   and nyu according to x1  x2  lat1 and lat2         IF  where gridtype eq  U 0  NE  1 THEN BEGIN           firstxu   fstx   lastxu   lstx   nxu   nx           IF keyword_set memeindices  THEN BEGIN             firstyu   firstyt   lastyu   lastyt   nyu   nyt           ENDIF ELSE BEGIN             dom   where   gphiu fstx:lstx    GE lat1  AND  gphiu fstx:lstx    LE lat2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty U points box  we use the same index as T points                      firstyu   firstyt   lastyu   lastyt   nyu   nyt                   END                    ELSE:BEGIN                     print   WARNING  empty U points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamu fstx:lstx    gphiu fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamu fstx:lstx    gphiu fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  fstx  lstx  min gphiu fstx:lstx   neig1  max gphiu fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  fstx  lstx  min gphiu fstx:lstx   neig1  max gphiu fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                 ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any U points                  firstyu    1   lastyu    1   nyu   0               ENDELSE             ENDIF ELSE BEGIN               jyu   temporary dom    nx               firstyu   min temporary jyu  max   lastyu                nyu   lastyu   firstyu   1             ENDELSE           ENDELSE           IF nyu NE 0 THEN lon1u   min glamu firstxu:lastxu  firstyu:lastyu  max   lon2u          ENDIF   find lon1v  lon2v  firstxv  firstxv  firstyv  firstyv  nxv   and nyv according to x1  x2  lat1 and lat2         IF  where gridtype eq  V 0  NE  1 THEN BEGIN           firstxv   fstx   lastxv   lstx   nxv   nx           IF keyword_set memeindices  THEN BEGIN             firstyv   firstyt   lastyv   lastyt   nyv   nyt           ENDIF ELSE BEGIN             dom   where   gphiv fstx:lstx    GE lat1  AND  gphiv fstx:lstx    LE lat2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as T points                      firstyv   firstyt   lastyv   lastyt   nyv   nyt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as U points                      firstyv   firstyu   lastyv   lastyu   nyv   nyu                   END                    ELSE:BEGIN                     print   WARNING  empty V points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamv fstx:lstx    gphiv fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamv fstx:lstx    gphiv fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  fstx  lstx  min gphiv fstx:lstx   neig1  max gphiv fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  fstx  lstx  min gphiv fstx:lstx   neig1  max gphiv fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                  ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any V points                  firstyv    1   lastyv    1   nyv   0               ENDELSE             ENDIF ELSE BEGIN               jyv   temporary dom    nx               firstyv   min temporary jyv  max   lastyv                nyv   lastyv   firstyv   1             ENDELSE           ENDELSE           IF nyv NE 0 THEN lon1v   min glamv firstxv:lastxv  firstyv:lastyv  max   lon2v          ENDIF   find lon1f  lon2f  firstxf  firstxf  firstyf  firstyf  nxf   and nyf according to x1  x2  lat1 and lat2         IF  where gridtype eq  F 0  NE  1 THEN BEGIN           firstxf   fstx   lastxf   lstx   nxf   nx           IF keyword_set memeindices  THEN BEGIN             firstyf   firstyt   lastyf   lastyt   nyf   nyt           ENDIF ELSE BEGIN             dom   where   gphif fstx:lstx    GE lat1  AND  gphif fstx:lstx    LE lat2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as T points                      firstyf   firstyt   lastyf   lastyt   nyf   nyt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as U points                      firstyf   firstyu   lastyf   lastyu   nyf   nyu                   END                     where gridtype eq  V 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as V points                      firstyf   firstyv   lastyf   lastyv   nyf   nyv                   END                    ELSE:BEGIN                     print   WARNING  empty F points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamf fstx:lstx    gphif fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamf fstx:lstx    gphif fstx:lstx    sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  fstx  lstx  min gphif fstx:lstx   neig1  max gphif fstx:lstx   neig2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  fstx  lstx  min gphif fstx:lstx   neig1  max gphif fstx:lstx   neig2  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   XINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                 ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any F points                  firstyf    1   lastyf    1   nyf   0               ENDELSE             ENDIF ELSE BEGIN               jyf   temporary dom    nx               firstyf   min temporary jyf  max   lastyf                nyf   lastyf   firstyf   1             ENDELSE           ENDELSE           IF nyf NE 0 THEN lon1f   min glamf firstxf:lastxf  firstyf:lastyf  max   lon2f          ENDIF         lon1   min lon1t  lon1u  lon1v  lon1f          lon2   max lon2t  lon2u  lon2v  lon2f        END       horizontal domain defined with the Y index and lon1 lon2           keyword_set yindex :BEGIN         fsty   min y1  y2  max   lsty          IF fsty LT 0 OR lsty GE jpj THEN BEGIN           ras   report Bad definition of Y1 or Y2            return         ENDIF         ny   lsty   fsty   1         lon1   min x1  x2  max   lon2    find lat1t  lat2t  firstxt  firstxt  firstyt  firstyt  nxt   and nyt according to x1  x2  lon1 and lon2         IF  where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1 THEN BEGIN           firstyt   fsty   lastyt   lsty   nyt   ny           dom   where   glamt  fsty:lsty  GE lon1  AND  glamt  fsty:lsty  LE lon2              IF  dom 0  EQ  1  THEN BEGIN             IF keyword_set findalways  THEN BEGIN               print   WARNING  empty T points box  we get the neighnors to define a new box                neig1   neighbor lon1  lat1  glamt  fsty:lsty  gphit  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                neig2   neighbor lon2  lat2  glamt  fsty:lsty  gphit  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                CASE N_PARAMS  OF                 4:domdef  min glamt  fsty:lsty neig1  max glamt  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                 6:domdef  min glamt  fsty:lsty neig1  max glamt  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex               ENDCASE               RETURN             ENDIF ELSE BEGIN               ras   report WARNING  The box does not contain any T points                firstxt    1   lastxt    1   nxt   0             ENDELSE           ENDIF ELSE BEGIN             jxt   temporary dom  MOD jpi             firstxt   min temporary jxt  max   lastxt              nxt   lastxt   firstxt   1           ENDELSE           IF nxt NE 0 THEN lat1t   min gphit firstxt:lastxt  firstyt:lastyt  max   lat2t          ENDIF   find lat1u  lat2u  firstxu  firstxu  firstyu  firstyu  nxu   and nyu according to x1  x2  lon1 and lon2         IF  where gridtype eq  U 0  NE  1 THEN BEGIN           firstyu   fsty   lastyu   lsty   nyu   ny           IF keyword_set memeindices  THEN BEGIN             firstxu   firstyt   lastxu   lastyt   nxu   nxt           ENDIF ELSE BEGIN             dom   where   glamu  fsty:lsty  GE lon1  AND  glamu  fsty:lsty  LE lon2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty U points box  we use the same index as T points                      firstxu   firstxt   lastxu   lastxt   nxu   nxt                   END                    ELSE:BEGIN                     print   WARNING  empty U points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamu  fsty:lsty  gphiu  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamu  fsty:lsty  gphiu  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  min glamu  fsty:lsty neig1  max glamu  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  min glamu  fsty:lsty neig1  max glamu  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                 ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any U points                  firstxu    1   lastxu    1   nxu   0               ENDELSE             ENDIF ELSE BEGIN               jxu   temporary dom  MOD jpi               firstxu   min temporary jxu  max   lastxu                nxu   lastxu   firstxu   1             ENDELSE           ENDELSE           IF nxu NE 0 THEN lat1u   min gphiu firstxu:lastxu  firstyu:lastyu  max   lat2u          ENDIF   find lat1v  lat2v  firstxv  firstxv  firstyv  firstyv  nxv   and nyv according to x1  x2  lon1 and lon2         IF  where gridtype eq  V 0  NE  1 THEN BEGIN           firstyv   fsty   lastyv   lsty   nyv   ny           IF keyword_set memeindices  THEN BEGIN             firstxv   firstyt   lastxv   lastyt   nxv   nxt           ENDIF ELSE BEGIN             dom   where   glamv  fsty:lsty  GE lon1  AND  glamv  fsty:lsty  LE lon2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as T points                      firstxv   firstxt   lastxv   lastxt   nxv   nxt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty V points box  we use the same index as U points                      firstxv   firstxu   lastxv   lastxu   nxv   nxu                   END                    ELSE:BEGIN                     print   WARNING  empty V points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamv  fsty:lsty  gphiv  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamv  fsty:lsty  gphiv  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  min glamv  fsty:lsty neig1  max glamv  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  min glamv  fsty:lsty neig1  max glamv  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                  ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any V points                  firstxv    1   lastxv    1   nxv   0               ENDELSE             ENDIF ELSE BEGIN               jxv   temporary dom  MOD jpi               firstxv   min temporary jxv  max   lastxv                nxv   lastxv   firstxv   1             ENDELSE           ENDELSE           IF nxv NE 0 THEN lat1v   min gphiv firstxv:lastxv  firstyv:lastyv  max   lat2v          ENDIF   find lat1f  lat2f  firstxf  firstxf  firstyf  firstyf  nxf   and nyf according to x1  x2  lon1 and lon2         IF  where gridtype eq  F 0  NE  1 THEN BEGIN           firstyf   fsty   lastyf   lsty   nyf   ny           IF keyword_set memeindices  THEN BEGIN             firstxf   firstyt   lastxf   lastyt   nxf   nxt           ENDIF ELSE BEGIN             dom   where   glamf  fsty:lsty  GE lon1  AND  glamf  fsty:lsty  LE lon2                IF  dom 0  EQ  1  THEN BEGIN               IF keyword_set findalways  THEN BEGIN                 CASE 1 OF                    where gridtype eq  T 0  NE  1 OR  where gridtype EQ  W 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as T points                      firstxf   firstxt   lastxf   lastxt   nxf   nxt                   END                     where gridtype eq  U 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as U points                      firstxf   firstxu   lastxf   lastxu   nxf   nxu                   END                     where gridtype eq  V 0  NE  1:BEGIN                     print   WARNING  empty F points box  we use the same index as V points                      firstxf   firstxv   lastxf   lastxv   nxf   nxv                   END                    ELSE:BEGIN                     print   WARNING  empty F points box  we get the neighnors to define a new box                      neig1   neighbor lon1  lat1  glamf  fsty:lsty  gphif  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      neig2   neighbor lon2  lat2  glamf  fsty:lsty  gphif  fsty:lsty  sphere   keyword_set key_onearth    keyword_set key_irregular                      CASE N_PARAMS  OF                       4:domdef  min glamf  fsty:lsty neig1  max glamf  fsty:lsty neig2  fsty  lsty  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                       6:domdef  min glamf  fsty:lsty neig1  max glamf  fsty:lsty neig2  fsty  lsty  z1  z2  GRIDTYPE   gridtype  MEMEINDICES   memeindices   YINDEX  ZINDEX   zindex  _extra   ex                     ENDCASE                     RETURN                   END                  ENDCASE                ENDIF ELSE BEGIN                 ras   report WARNING  The box does not contain any F points                  firstxf    1   lastyf    1   nxf   0               ENDELSE             ENDIF ELSE BEGIN               jxf   temporary dom  MOD jpi               firstxf   min temporary jxf  max   lastxf                nxf   lastxf   firstxf   1             ENDELSE           ENDELSE           IF nxf NE 0 THEN lat1f   min gphif firstxf:lastxf  firstyf:lastyf  max   lat2f          ENDIF         lat1   min lat1t  lat1u  lat1v  lat1f          lat2   max lat2t  lat2u  lat2v  lat2f        END     ENDCASE   ENDELSE      The extracted domain is it regular or not       CASE 1 OF      where gridtype eq  T 0  NE  1 OR  where gridtype eq  W 0  NE  1  AND nxt NE 0 AND nyt NE 0:BEGIN   to get faster  we first test the most basic cases befor testing the   full array        CASE 0 OF         array_equal glamt firstxt:lastxt  firstyt  glamt firstxt:lastxt  lastyt :key_irregular   1b         array_equal gphit firstxt  firstyt:lastyt  gphit lastxt  firstyt:lastyt :key_irregular   1b         array_equal glamt firstxt:lastxt  firstyt:lastyt                          glamt firstxt:lastxt  firstyt replicate 1  nyt :key_irregular   1b         array_equal gphit firstxt:lastxt  firstyt:lastyt                          replicate 1  nxt gphit firstxt  firstyt:lastyt :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END      where gridtype eq  U 0  NE  1 AND nxu NE 0 AND nyu NE 0:BEGIN       CASE 0 OF         array_equal glamu firstxu:lastxu  firstyu  glamu firstxu:lastxu  lastyu :key_irregular   1b         array_equal gphiu firstxu  firstyu:lastyu  gphiu lastxu  firstyu:lastyu :key_irregular   1b         array_equal glamu firstxu:lastxu  firstyu:lastyu                          glamu firstxu:lastxu  firstyu replicate 1  nyu :key_irregular   1b         array_equal gphiu firstxu:lastxu  firstyu:lastyu                          replicate 1  nxu gphiu firstxu  firstyu:lastyu :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END      where gridtype eq  V 0  NE  1 AND nxv NE 0 AND nyv NE 0:BEGIN       CASE 0 OF         array_equal glamv firstxv:lastxv  firstyv  glamv firstxv:lastxv  lastyv :key_irregular   1b         array_equal gphiv firstxv  firstyv:lastyv  gphiv lastxv  firstyv:lastyv :key_irregular   1b         array_equal glamv firstxv:lastxv  firstyv:lastyv                          glamv firstxv:lastxv  firstyv replicate 1  nyv :key_irregular   1b         array_equal gphiv firstxv:lastxv  firstyv:lastyv                          replicate 1  nxv gphiv firstxv  firstyv:lastyv :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END      where gridtype eq  F 0  NE  1 AND nxf NE 0 AND nyf NE 0:BEGIN       CASE 0 OF         array_equal glamf firstxf:lastxf  firstyf  glamf firstxf:lastxf  lastyf :key_irregular   1b         array_equal gphif firstxf  firstyf:lastyf  gphif lastxf  firstyf:lastyf :key_irregular   1b         array_equal glamf firstxf:lastxf  firstyf:lastyf                          glamf firstxf:lastxf  firstyf replicate 1  nyf :key_irregular   1b         array_equal gphif firstxf:lastxf  firstyf:lastyf                          replicate 1  nxf gphif firstxf  firstyf:lastyf :key_irregular   1b         ELSE:key_irregular   0b       ENDCASE     END     ELSE:   ENDCASE         define all vertical parameters     vert1  vert2   firstz tw  lastz tw  nz tw          vertical:       vertical domain defined with vert1  vert2     IF NOT  keyword_set zindex  OR keyword_set index  THEN BEGIN   define vert1 et vert2     CASE N_PARAMS  OF       2:vert1   min x1  x2  max   vert2        6:vert1   min z1  z2  max   vert2        ELSE:BEGIN         IF  inter byte gridtype  byte T   U   V   F 0  NE  1 THEN             vert1t   min gdept  max   vert2t          IF  where gridtype eq  W 0  NE  1 AND n_elements gdepw  NE 0 THEN             vert1w   min gdepw  max   vert2w          vert1   min vert1t  vert1w          vert2   max vert2t  vert2w        END     ENDCASE   define firstzt  firstzt  nzt     IF  inter byte gridtype  byte T   U   V   F 0  NE  1 THEN BEGIN       domz   where gdept ge vert1 and gdept le vert2  nzt        IF nzt NE 0 THEN BEGIN         firstzt   domz 0          lastzt   domz nzt 1        ENDIF ELSE BEGIN          ras   report WARNING  The box does not contain any T level          firstzt    1         lastzt    1       ENDELSE      ENDIF   define firstzw  firstzw  nzw     IF  where gridtype eq  W 0  NE  1 AND n_elements gdepw  NE 0 THEN BEGIN       IF keyword_set memeindices  THEN BEGIN         firstzw   firstzt         lastzw   lastzt         nzw   nzt       ENDIF ELSE BEGIN          domz   where gdepw ge vert1 and gdepw le vert2  nzw          IF nzw NE 0 THEN BEGIN           firstzw   domz 0            lastzw   domz nzw 1          ENDIF ELSE BEGIN            ras   report WARNING  The box does not contain any W level            firstzw    1           lastzw    1         ENDELSE        ENDELSE      ENDIF     vertical domain defined with the Z index     ENDIF ELSE BEGIN      CASE N_PARAMS  OF       2:fstz   min x1  x2  max   lstz        4:return       6:fstz   min z1  z2  max   lstz      ENDCASE     IF fstz LT 0 OR lstz GE jpk THEN BEGIN       ras   report Bad definition of X1  X2  Z1 or Z2        return     ENDIF     nz   lstz   fstz   1   find vert1t  vert2t  firstzt  firstzt  nzt   according to  x1  x2  or  z1  z2      IF  where gridtype eq  T 0  NE  1 THEN BEGIN       vert1t   min gdept fstz:lstz  max   vert2t        firstzt   fstz   lastzt   lstz   nzt   nz     ENDIF         find vert1w  vert2w  firstzw  firstzw  nzw   according to  x1  x2  or  z1  z2      IF  where gridtype eq  W 0  NE  1 AND n_elements gdepw  NE 0 THEN BEGIN       vert1w   min gdepw fstz:lstz  max   vert2w        firstzw   fstz   lastzw   lstz   nzw   nz     ENDIF           vert1   min vert1t  vert1w      vert2   max vert2t  vert2w    ENDELSE       IF NOT keyword_set key_forgetold  THEN BEGIN  updateold   ENDIF      if keyword_set key_performance  THEN print   temps domdef  systime 1 tempsun         return end");
+a[183] = new Array("./ToBeReviewed/GRILLE/f2v.html", "f2v.pro", "", "          NAME:f2v     PURPOSE:permet de passer un champs se rapportant a la grille F sur   la grille V  grace a la moyenne: res   0 5 res   shift res  1  0              CATEGORY:grille     CALLING SEQUENCE:res f2v tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:a partir des programmes de Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION f2v  temp       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp  on force nxt nxf  etc      firstxv   firstxf    lastxv   lastxf    firstyv   firstyf    lastyv   lastyf    nxv   nxf    nyv   nyf    vargrid    V     if NOT keyword_set valmask  then valmask   1e20    lon1   glamv firstxv  0     lon2   glamf lastxf  0     cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxf and taille 2  eq nyf:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxf:lastxf  firstyf:lastyf              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask    fmask firstxf:lastxf  firstyf:lastyf  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  1  0           if NOT  keyword_set key_periodic  AND nxf EQ jpi  then res 0       values f_nan          mask    vmask firstxf:lastxf  firstyf:lastyf  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ nzt:             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxf:lastxf  firstyf:lastyf  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxf:lastxf  firstyf:lastyf                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask    fmask firstxf:lastxf  firstyf:lastyf  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxf  nyf  jpt   over           ENDIF ELSE mask    fmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0           if NOT  keyword_set key_periodic  AND nxf EQ jpi  then res 0         values f_nan          if taille 3  EQ jpt then BEGIN             mask   tmask firstxf:lastxf  firstyf:lastyf  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxf  nyf  jpt   over           ENDIF ELSE mask    vmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxf and taille 2  eq nyf AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxf:lastxf  firstyf:lastyf  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask    fmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxf  nyf  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0  0           if NOT  keyword_set key_periodic  AND nxf EQ jpi  then res 0           values f_nan          mask    vmask firstxf:lastxf  firstyf:lastyf  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxf  nyf  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END    endcase     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold    ENDIF         return  res END ");
+a[184] = new Array("./ToBeReviewed/GRILLE/fmask.html", "fmask.pro", "", "          NAME:fmask     PURPOSE:calcule fmask     CATEGORY:fonction economisatrice de memoire  plus besion de garder   fmask        CALLING SEQUENCE:res fmask      OUTPUTS:un tableau 3d correspondant a fmask     EXAMPLE:s utilise comme si fmask etait un tableau connu en   replacant ds la syntaxe fmask par  fmask  par ex:   au lieu de taper fmask domainef  il faut taper  fmask domainef      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98         FUNCTION fmask       compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance      CASE size tmask   n_dimensions  OF     2:res   tmask shift tmask   1  0 shift tmask  0   1 shift tmask   1   1      3:res   tmask shift tmask   1  0  0 shift tmask  0   1  0 shift tmask   1   1  0    ENDCASE     if NOT keyword_set key_periodic  then res jpi 1        fmaskredy   res  jpj 1      fmaskredx     if keyword_set key_performance  THEN print   temps fmask  systime 1 tempsun       return  res end");
+a[185] = new Array("./ToBeReviewed/GRILLE/grille.html", "grille.pro", "", "          NAME:grille     PURPOSE: choisit la grille qui doit etre utilisee pour faire le graphe en   fonction de vargrid et renvoie les parametres correspondants calcules ds   domdef pro et reduit au domaine definit par domdef  contrairement a   grandegrille pro      CATEGORY:     CALLING SEQUENCE:    grille mask glam gphi gdep nx ny nz firstx firsty firstz lastx lasty lastz e1 e2 e3     INPUTS:rien  ATTENTION les choix de la grille se fait a partir de la   valeur de la variable globale vargrid  qui peut etre egale a  T     U   V   W  ou  F      KEYWORD PARAMETERS:           TRI si ce mot clef sert a obtenir grace a grille la           triangulation qui se rapporte a la grille mais uniquement           sur la partie du zoom  ce tableau de triangulation reduit           est passe ds la variable que l on a egalee a tri par ex:           grille tri triangulation_reduite  ne mot clef est           utilise dans plt pro              FORPLT: ds plt on veut que sur les points terres  glam et           gphi soit egale a glamt et gphit quelle que soit la grille               NOTRI: utile seulement qd TRI est active  dans ce cas           grille retourne  1 ds la variable tri meme si la variable du           common triangles_list est definie et differente de  1              WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W      OUTPUTS:mask glam gphi gdep nx ny nz firstx firsty firstz            lastx lasty lastz e1 e2 e3             pour leur definition cf domdef et la gestion des sous           domaines sur le web             Rq: ces outputs sont optionnels  si je veux recuperer que           mask  glam et gphi il suffit de taper grille  mask  glam  gphi     COMMON BLOCKS: cm_4mesh and cm_4data     SIDE EFFECTS: utilise la variable globale vargird     RESTRICTIONS: vargrid doit etre  T   W   U   V  ou  F      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   12 2 1999                         10 11 1999  forplt         pro grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz  e1  e2  e3  TRI   tri  NOTRI   notri  TOUT   tout  FORPLT   forplt  IFPLTZ   ifpltz  WDEPTH   wdepth  _EXTRA   ex     include commons     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance     vargrid   strupcase strmid vargrid 0 reverse_offset      if vargrid eq  W  then wdepth   1   if keyword_set tout  then begin     savedbox   1b     saveboxparam   boxparam4grille dat      domdef  gridtype   vargrid  _EXTRA   ex   endif   tempdeux   systime 1            pour key_performance  2       IF keyword_set wdepth  THEN BEGIN     firstz   firstzw      lastz   lastzw     nz   nzw   ENDIF ELSE BEGIN     firstz   firstzt     lastz   lastzt     nz   nzt   ENDELSE       CASE 1 OF      grille T and W       vargrid eq  T  OR vargrid eq  W  : begin  scalaires       nx   nxt       ny   nyt       firstx   firstxt       firsty   firstyt       lastx   lastxt       lasty   lastyt  vecteurs 2d       IF arg_present glam  THEN glam   glamt firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphit firstx:lastx  firsty:lasty        IF arg_present e1  THEN e1   e1t firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2   e2t firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask   tmask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask   tmask firstx:lastx  firsty:lasty  firstz:lastz      end     grille U       vargrid eq  U : begin  scalaires       nx   nxu       ny   nyu       firstx   firstxu       firsty   firstyu       lastx   lastxu       lasty   lastyu  vecteurs 2d       IF arg_present glam  THEN glam   glamu firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphiu firstx:lastx  firsty:lasty        if keyword_set forplt  then BEGIN         mask   1b tmask firstx:lastx  firsty:lasty  firstz          eastboarder   mask shift mask  1  0 mask         westboarder   mask shift mask   1  0 mask         if key_periodic NE 1 OR nx NE jpi then westboarder nx 1      0b         tmp1   shift eastboarder  0  1          tmp1  0    0b         tmp2   shift eastboarder  0   1          tmp2  ny 1    0b         add    temporary tmp1 temporary tmp2 1b eastboarder 1b temporary westboarder          eastboarder   temporary eastboarder temporary add          tmp1    mask shift mask  0   1 shift mask  0  1  NE 1b         tmp1  ny 1    1b         tmp1  0    1b         tmp2    mask shift mask   1  0 shift mask  1  0  NE 1b         if key_periodic NE 1 OR nx NE jpi then begin           tmp2 nx 1      1b           tmp2 0      0b         endif         no1   temporary tmp1 temporary tmp2          tmp   temporary eastboarder temporary no1 mask         mask 0:nx 2      0b          tmp   temporary tmp temporary mask          tmp   where tmp GE 1          if tmp 0  NE  1 then begin           glam tmp     glamt firstx:lastx  firsty:lasty tmp            gphi tmp     gphit firstx:lastx  firsty:lasty tmp          endif       ENDIF       IF arg_present e1  THEN e1    e1u firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2    e2u firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask    umask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask    umask firstx:lastx  firsty:lasty  firstz:lastz      end     grille V       vargrid eq  OPAPTDHV  or vargrid eq  OPAPT3DV          or vargrid eq  V : begin  scalaires       nx   nxv       ny   nyv       firstx   firstxv       firsty   firstyv       lastx   lastxv       lasty   lastyv  vecteurs 2d       IF arg_present glam  THEN glam   glamv firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphiv firstx:lastx  firsty:lasty        if keyword_set forplt  then BEGIN          mask   1b tmask firstx:lastx  firsty:lasty  firstz          northboarder   mask shift mask  0  1 mask         southboarder   mask shift mask  0   1 mask         southboarder  ny 1    0b         tmp1   shift northboarder   1  0          if key_periodic NE 1 OR nx NE jpi then tmp1 nx 1      0b         tmp2   shift northboarder  1  0          if key_periodic NE 1 OR nx NE jpi then tmp2 0      0b         add    temporary tmp1 temporary tmp2 1b northboarder 1b southboarder          northboarder   temporary northboarder temporary add          tmp1    mask shift mask  0   1 shift mask  0  1  NE 1b         tmp1  ny 1    1b         tmp1  0    0b         tmp2    mask shift mask   1  0 shift mask  1  0  NE 1b         if key_periodic NE 1 OR nx NE jpi then begin           tmp2 nx 1      1b           tmp2 0      1b         endif         no1   temporary tmp1 temporary tmp2          tmp   temporary northboarder mask temporary no1          mask  0:ny 2    0b         tmp   temporary tmp temporary mask          tmp   where tmp GE 1          if tmp 0  NE  1 then begin           glam tmp     glamt firstx:lastx  firsty:lasty tmp            gphi tmp     gphit firstx:lastx  firsty:lasty tmp          endif       ENDIF       IF arg_present e1  THEN e1    e1v firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2    e2v firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask    vmask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask    vmask firstx:lastx  firsty:lasty  firstz:lastz      end     grille F       vargrid eq  OPAPTDHF  or vargrid eq  OPAPT3DF           or vargrid eq  F : begin  scalaires       nx   nxf       ny   nyf       firstx   firstxf       firsty   firstyf       lastx   lastxf       lasty   lastyf  vecteurs 2d       IF arg_present glam  THEN glam   glamf firstx:lastx  firsty:lasty        IF arg_present gphi  THEN gphi   gphif firstx:lastx  firsty:lasty        if keyword_set forplt  then BEGIN          mask   1b tmask firstx:lastx  firsty:lasty  firstz          eastboarder   mask shift mask  1  0 mask         westboarder   mask shift mask   1  0 mask         westboarder nx 1      0b         northboarder   mask shift mask  0  1 mask         southboarder   mask shift mask  0   1 mask         southboarder  ny 1    0b         tmp1   shift northboarder   1  0          if key_periodic NE 1 OR nx NE jpi then tmp1 nx 1      0b         tmp2   shift northboarder  1  0          if key_periodic NE 1 OR nx NE jpi then tmp2 0      0b         add    temporary tmp1 temporary tmp2 1b northboarder 1b southboarder          northboarder   temporary northboarder temporary add          tmp1   shift eastboarder  0  1          tmp1  0    0b         tmp2   shift eastboarder  0   1          tmp2  ny 1    0b         add    temporary tmp1 temporary tmp2 1b eastboarder 1b temporary westboarder          eastboarder   temporary eastboarder temporary add          tmp1    mask shift mask  0   1 shift mask  0  1  NE 1b         tmp1  ny 1    1b         tmp1  0    1b         tmp2    mask shift mask   1  0 shift mask  1  0  NE 1b         if key_periodic NE 1 OR nx NE jpi then begin           tmp2 nx 1      1b           tmp2 0      1b         endif         no1   temporary tmp1 temporary tmp2          tmp    temporary northboarder temporary eastboarder mask temporary no1          mask 0:nx 2      0b          mask  0:ny 2    0b          tmp   temporary tmp temporary mask          tmp   where tmp GE 1          if tmp 0  NE  1 then begin           glam tmp     glamt firstx:lastx  firsty:lasty tmp            gphi tmp     gphit firstx:lastx  firsty:lasty tmp          endif       ENDIF       IF arg_present e1  THEN e1    e1f firstx:lastx  firsty:lasty        IF arg_present e2  THEN e2    e2f firstx:lastx  firsty:lasty   vecteurs 3d       IF keyword_set forplt  THEN mask    fmask firstx:lastx  firsty:lasty  firstz          ELSE IF arg_present mask  THEN mask    fmask firstx:lastx  firsty:lasty  firstz:lastz      END       ELSE:BEGIN        ras   report Wrong definition of vargrid    vargrid  Only T  U  V  W or F are acceptable        stop     END   ENDCASE   IF testvar var   key_performance  EQ 2 THEN       print   temps grille: attribution des scalaires  vecteurs et tableaux   systime 1 tempdeux           Variables se rapportant a la dimension verticale             tempdeux   systime 1            pour key_performance  2   if keyword_set wdepth  then begin     gdep   gdepw firstz:lastz      e3   e3w firstz:lastz    endif else begin     gdep   gdept firstz:lastz      e3   e3t firstz:lastz    ENDELSE   for the vertical sections with partial steps   IF keyword_set ifpltz  AND keyword_set key_partialstep  THEN BEGIN     CASE 1 OF       ifpltz EQ  xz  AND ny EQ 1:BEGIN         bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3          good   where bottom NE 0 AND bottom NE nz keyword_set wdepth          bottom   lindgen nx bottom 1l keyword_set wdepth nx         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            IF lastz EQ jpk 1 THEN gdep nz 1    max hdepw            gdep   replicate 1  nx gdep           if keyword_set wdepth  THEN               truegdep   hdepw firstx:lastx  firsty:lasty              ELSE truegdep   hdept firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       ifpltz EQ  yz  AND nx EQ 1:BEGIN         bottom   total tmask firstx:lastx  firsty:lasty  firstz:lastz  3          good   where bottom NE 0 AND bottom NE nz keyword_set wdepth          bottom   lindgen ny bottom 1l keyword_set wdepth ny         IF good 0  NE  1 THEN BEGIN           bottom   bottom good            IF lastz EQ jpk 1 THEN gdep nz 1    max hdepw            gdep   replicate 1  ny gdep           if keyword_set wdepth  THEN               truegdep   hdepw firstx:lastx  firsty:lasty              ELSE truegdep   hdept firstx:lastx  firsty:lasty            gdep bottom    truegdep good          ENDIF       END       ELSE:     ENDCASE   ENDIF   IF testvar var   key_performance  EQ 2 THEN       print   temps grille: Variables se rapportant a la dimension verticale   systime 1 tempdeux     vecteur triangulation Qd TRI est active     if arg_present TRI  then       if triangles_list 0  EQ  1 OR keyword_set notri  then tri    1 ELSE BEGIN      tempdeux   systime 1          pour key_performance  2     msk   bytarr jpi  jpj      msk firstx:lastx  firsty:lasty    1     ind   where  msk triangles_list 0   msk triangles_list 1   msk triangles_list 2    EQ 1       tri   triangles_list  ind firstx firsty jpi      y   tri jpi     x   tri y jpi     tri   x y nx     IF testvar var   key_performance  EQ 2 THEN         print   temps grille: decoupage de la triangulation   systime 1 tempdeux   ENDELSE     pour s assurer qu il n y a pas de dimension degenerees  1         mask reform mask   over       glam reform glam   over       gphi reform gphi   over       gdep reform gdep   over       e1 reform e1   over       e2 reform e2   over       e3 reform e3   over     if keyword_set savedbox  THEN restoreboxparam   boxparam4grille dat    if keyword_set key_performance  THEN print   temps grille  systime 1 tempsun       IF NOT keyword_set key_forgetold  THEN BEGIN  updateold   ENDIF      return  end       ");
+a[186] = new Array("./ToBeReviewed/GRILLE/t2v.html", "t2v.pro", "", "          NAME:t2v     PURPOSE:permet de passer un champs se rapportant a la grille T sur   la grille V  grace a la moyenne: res   0 5 res   shift res  0   1              CATEGORY:grille     CALLING SEQUENCE:res t2v tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION t2v  temp       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp   on force nxt nxv  etc      firstxv   firstxt    lastxv   lastxt    firstyv   firstyt    lastyv   lastyt    nxv   nxt    nyv   nyt    vargrid    V     if NOT keyword_set valmask  then valmask   1e20    lat1   gphit 0  firstyt     lat2   gphiv 0  lastyv     cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxt and taille 2  eq nyt:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxt:lastxt  firstyt:lastyt              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask   tmask firstxt:lastxt  firstyt:lastyt  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  0   1           res  nyt 1     values f_nan          mask    vmask firstxt:lastxt  firstyt:lastyt  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ nzt:             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxt:lastxt  firstyt:lastyt  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxt:lastxt  firstyt:lastyt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask   tmask firstxt:lastxt  firstyt:lastyt  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxt  nyt  jpt   over           ENDIF ELSE mask   tmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0           res  nyt 1       values f_nan          if taille 3  EQ jpt then BEGIN             mask    vmask firstxt:lastxt  firstyt:lastyt  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxt  nyt  jpt   over           ENDIF ELSE mask    vmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxt and taille 2  eq nyt AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxt:lastxt  firstyt:lastyt  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask   tmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxt  nyt  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0  0           res  nyt 1         values f_nan          mask    vmask firstxt:lastxt  firstyt:lastyt  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxt  nyt  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END     ENDCASE    IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF      return  res END ");
+a[187] = new Array("./ToBeReviewed/GRILLE/tracegrille.html", "tracegrille.pro", "", "          NAME:tracegrille     PURPOSE:dessine la grille     CATEGORY:     CALLING SEQUENCE:tracegrille      INPUTS:glam et gphi  les tableaux 1d ou 2d des position en   longitude latitude des points de la grille  Si glam et gphi ne sont   pas specifies  trace la grille specifiee par vargrid  sur le domaine   definit par le dernier domdef      KEYWORD PARAMETERS:            XSTRIDE un entier pour specifier qu on ne veut tracer          qu une ligne de i constant tout les xstride points            YSTRIDE un entier pour specifier qu on ne veut tracer          qu une ligne de j constant tout les ystride points             OCEAN: pour ne tracer la grille que sur les points oceans              EARTH: pour ne tracer la grille que sur les points terre             RMOUT:select to remove all cell having one corner out of the          plot boundaries  x range   y range               tous les mots clefs de la procedure PLOTS     OUTPUTS:none     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:         IDL  plt indgen jpi jpj nocontour nofill       IDL  vargrid T        IDL  tracegrille ocean color 20       IDL  tracegrille earth color 80       MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                                  PRO tracegrille  glamin  gphiin  OCEAN   ocean  EARTH   earth                      XSTRIDE   xstride  YSTRIDE   ystride  RMOUT   rmout                      _extra   extra       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance   to avoid warning message   oldexcept    except    except   0   if n_elements key_gridtype  EQ 0 then key_gridtype    c      if n_elements glamin    n_elements gphiin  EQ 0 then BEGIN     grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz     IF keyword_set ocean  AND key_gridtype EQ  c  THEN BEGIN   we reduce the mask to take into account the point located ON the coastline        CASE vargrid OF          U :BEGIN           mask   tmask firstx:lastx  firsty:lasty            IF NOT keyword_set key_periodic  OR nx NE jpi               THEN tmpx   mask nx 1              mask    mask shift mask   1  0    1           IF NOT keyword_set key_periodic  OR nx NE jpi               THEN mask nx 1      temporary tmpx          END          V :BEGIN           mask   tmask firstx:lastx  firsty:lasty            tmpy   mask  ny 1            mask    mask shift mask  0   1    1           mask  ny 1    temporary tmpy          END          F :BEGIN           mask   tmask firstx:lastx  firsty:lasty            IF NOT keyword_set key_periodic  OR nx NE jpi               THEN tmpx   mask nx 1              tmpy   mask  ny 1            mask    mask shift mask   1  0 shift mask  0   1 shift mask   1   1    1           mask  ny 1    temporary tmpy            IF NOT keyword_set key_periodic  OR nx NE jpi               THEN mask nx 1      temporary tmpx          END         ELSE:       ENDCASE     ENDIF   ENDIF ELSE BEGIN     glam   glamin     gphi   gphiin     IF  size glam 0  EQ 1 AND  size gphi 0  EQ 1 THEN BEGIN       nx   n_elements glam         ny   n_elements gphi         glam   glam replicate 1  ny        gphi   replicate 1  nx gphi     ENDIF ELSE BEGIN       nx    size glam 1        ny    size glam 2      ENDELSE   ENDELSE   if n_elements mask  EQ 0 then mask   replicate 1b  nx  ny    if  size mask 0  EQ 3 then mask   mask    0      IF keyword_set RMOUT  THEN BEGIN     out   where glam GT max x range  OR glam LT min x range                    OR gphi GT max y range  OR gphi LT min y range      IF out 0  NE  1 THEN BEGIN       glam out     values f_nan       gphi out     values f_nan     ENDIF   ENDIF     IF keyword_set ocean  then BEGIN     earth   where mask EQ 0      if earth 0  NE  1 then begin       glam earth     values f_nan       gphi earth     values f_nan     ENDIF     earth   0   ENDIF     IF keyword_set earth  THEN BEGIN     ocean   where mask EQ 1      if ocean 0  NE  1 then begin       glam ocean     values f_nan       gphi ocean     values f_nan     ENDIF     ocean   0   ENDIF     if NOT keyword_set xstride  then xstride   1   if NOT keyword_set ystride  then ystride   1   case key_gridtype of      c :BEGIN       for i   0  ny 1  ystride do begin         plots   glam  i  gphi  i  _extra   extra       endfor       for i   0  nx 1  xstride do begin         plots   glam i    gphi i    _extra   extra       endfor     END      e :BEGIN       shifted   glam 0  0  LT glam 0  1        glam2   glam glam 1 glam 0 2        if shifted then begin         for i   0  ny 2 do BEGIN           xx    transpose glam  i   glam2  i            yy    transpose gphi  i   gphi  i 1            plots  xx 0:2 nx 2  yy 0:2 nx 2  _extra   extra         ENDFOR       ENDIF ELSE BEGIN         for i   1  ny 1 do BEGIN           xx    transpose glam  i   glam2  i            yy    transpose gphi  i   gphi  i 1            plots  xx 0:2 nx 2  yy 0:2 nx 2  _extra   extra         ENDFOR       ENDELSE       for i   1   ny 1 2 do           plots   glam 0  2 i 1  glam 0  2 i               gphi 0  2 i 1  gphi 0  2 i  _extra   extra       for i   0   ny 2 2 do           plots   glam nx 1  2 i  glam nx 1  2 i 1               gphi nx 1  2 i  gphi nx 1  2 i 1  _extra   extra     END   endcase    if keyword_set key_performance  THEN print   temps trace grille  systime 1 tempsun     except   oldexcept    return end");
+a[188] = new Array("./ToBeReviewed/GRILLE/u2t.html", "u2t.pro", "", "          NAME:u2t     PURPOSE:permet de passer un champs se rapportant a la grille U sur   la grille T  grace a la moyenne: res   0 5 res   shift res  1  0              CATEGORY:grille     CALLING SEQUENCE:res u2t tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:a partir des programmes de Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION u2t  temp       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp  on force nxt nxu  etc      firstxt   firstxu    lastxt   lastxu    firstyt   firstyu    lastyt   lastyu    nxt   nxu    nyt   nyu    vargrid    T     if NOT keyword_set valmask  then valmask   1e20    lon1   glamt firstxt  0     lon2   glamu lastxu  0      cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxu and taille 2  eq nyu:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxu:lastxu  firstyu:lastyu              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask    umask firstxu:lastxu  firstyu:lastyu  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  1  0           if NOT  keyword_set key_periodic  AND nxu EQ jpi  then res 0       values f_nan          mask   tmask firstxu:lastxu  firstyu:lastyu  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ nzt:             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxu:lastxu  firstyu:lastyu  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxu:lastxu  firstyu:lastyu                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask    umask firstxu:lastxu  firstyu:lastyu  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxu  nyu  jpt   over           ENDIF ELSE mask    umask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0           if NOT  keyword_set key_periodic  AND nxu EQ jpi  then res 0         values f_nan          if taille 3  EQ jpt then BEGIN             mask   tmask firstxu:lastxu  firstyu:lastyu  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxu  nyu  jpt   over           ENDIF ELSE mask   tmask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxu and taille 2  eq nyu AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxu:lastxu  firstyu:lastyu  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask    umask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxu  nyu  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  1  0  0  0           if NOT  keyword_set key_periodic  AND nxu EQ jpi  then res 0           values f_nan          mask   tmask firstxu:lastxu  firstyu:lastyu  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxu  nyu  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END    endcase    IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF        return  res END ");
+a[189] = new Array("./ToBeReviewed/GRILLE/umask.html", "umask.pro", "", "          NAME:umask     PURPOSE:calcule umask     CATEGORY:fonction economisatrice de memoire  plus besion de garder   umask        CALLING SEQUENCE:res umask      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:un tableau 3d correspondant a umask     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:s utilise comme si umask etait un tableau connu en   replacant ds la syntaxe umask par umask  par ex:   au lieu de taper umask domaineu  il faut taper  umask domaineu       MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98                          6 99 introduction du key_shift                         20 9 99 cas jpk 1  merci jpblod ipsl jussieu fr          FUNCTION umask       compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     tempsun   systime 1             pour key_performance     CASE size tmask   n_dimensions  OF     2:res   tmask shift tmask   1  0      3:res   tmask shift tmask   1  0  0    ENDCASE        if NOT keyword_set key_periodic  then res jpi 1        umaskred   if keyword_set key_performance  THEN print   temps umask  systime 1 tempsun      return  res end");
+a[190] = new Array("./ToBeReviewed/GRILLE/v2t.html", "v2t.pro", "", "          NAME:v2t     PURPOSE:permet de passer un champs se rapportant a la grille V sur   la grille T  grace a la moyenne: res   0 5 res   shift res  0   1              CATEGORY:grille     CALLING SEQUENCE:res v2t tab       INPUTS:tab  un tableau 2  3 ou 4d     KEYWORD PARAMETERS:     OUTPUTS:res  un tableau 2  3 ou 4d     COMMON BLOCKS:common pro     SIDE EFFECTS:force les parametres du zoom sur la grille V a etre   les memes que ceux sur la grille T      RESTRICTIONS:les points qui ne peuvent etre calcules sont mis a la   valeur NaN consacree par IDL:  values f_nan     EXAMPLE:     MODIFICATION HISTORY:a partir des programmes de Marina Levy                        Sebastien Masson  smasson lodyc jussieu fr :                        inspection des traveuax finis  5 6 2000           FUNCTION v2t  temp       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      res   temp  on force nxt nxv  etc      firstxt   firstxv    lastxt   lastxv    firstyt   firstyv    lastyt   lastyv    nxt   nxv    nyt   nyv    vargrid    T     if NOT keyword_set valmask  then valmask   1e20    lat1   gphit 0  firstyt     lat2   gphiv 0  lastyv     cas sur la taille du tableau et application     taille   size temp     CASE taille 0  OF        1: res    1       2: BEGIN           case 1 of             taille 1  eq nxv and taille 2  eq nyv:             taille 1  eq jpi and taille 2  eq jpj:                res res firstxv:lastxv  firstyv:lastyv              else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           endcase          mask    vmask firstxv:lastxv  firstyv:lastyv  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre     values f_nan          res   0 5 res   shift res  0   1           res  0     values f_nan          mask   tmask firstxv:lastxv  firstyv:lastyv  0           terre   where mask EQ 0            IF terre 0  NE  1 THEN res terre    valmask       END       3: BEGIN           case 1 of             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ nzt:             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ jpk:                res res    firstzt:lastzt              taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ jpt:             taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk:                res res firstxv:lastxv  firstyv:lastyv  firstzt:lastzt              taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpt:                res res firstxv:lastxv  firstyv:lastyv                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          if taille 3  EQ jpt then begin             mask    vmask firstxv:lastxv  firstyv:lastyv  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxv  nyv  jpt   over           ENDIF ELSE mask    vmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0           res  0       values f_nan          if taille 3  EQ jpt then BEGIN             mask   tmask firstxv:lastxv  firstyv:lastyv  lastzt nzt NE jpk              mask   temporary mask replicate 1  jpt              mask   reform mask  nxv  nyv  jpt   over           ENDIF ELSE mask   tmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END       4: BEGIN           case 1 of             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ nzt AND taille 4  EQ jpt:             taille 1  eq nxv and taille 2  eq nyv AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res    firstzt:lastzt                taille 1  eq jpi and taille 2  eq jpj AND taille 3  EQ jpk AND taille 4  EQ jpt:                res res firstxv:lastxv  firstyv:lastyv  firstzt:lastzt                else:                return  report Probleme d adequation entre les tailles du domaine et de la boite           ENDCASE          mask    vmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxv  nyv  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre     values f_nan          res   0 5 res   shift res  0   1  0  0           res  0         values f_nan          mask   tmask firstxv:lastxv  firstyv:lastyv  firstzt:lastzt           mask   temporary mask replicate 1  jpt           mask   reform mask  nxv  nyv  nzt  jpt   over           terre   where temporary mask  EQ 0            IF terre 0  NE  1 THEN res temporary terre    valmask       END    endcase     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold    ENDIF       return  res END ");
+a[191] = new Array("./ToBeReviewed/GRILLE/vmask.html", "vmask.pro", "", "          NAME:vmask     PURPOSE:calcule vmask     CATEGORY:fonction economisatrice de memoire  plus besion de garder   vmask        CALLING SEQUENCE:res vmask      OUTPUTS:un tableau 3d correspondant a vmask     EXAMPLE:s utilise comme si vmask etait un tableau connu en   replacant ds la syntaxe vmask par vmask  par ex:   au lieu de taper vmask domainef  il faut taper vmask domainef      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98                         20 9 99 cas jpk 1  merci jpblod ipsl jussieu fr          FUNCTION vmask     compile_opt idl2  strictarrsubs    common   tempsun   systime 1             pour key_performance     CASE size tmask   n_dimensions  OF     2:res   tmask shift tmask  0   1      3:res   tmask shift tmask  0   1  0    ENDCASE     res  jpj 1      vmaskred   if keyword_set key_performance  THEN print   temps vmask  systime 1 tempsun      return  res end");
+a[192] = new Array("./ToBeReviewed/HOPE/completetype.html", "completetype.pro", "", " function completetype  typein     compile_opt idl2  strictarrsubs      type typein    case type of        x :type type yzt         y :type type xzt         z :type type zyt         t :type type xyz         xy :type type zt         xz :type type yt         yz :type type xt         xt :type type yz         yt :type type xz         zt :type type xy         xyz :type type t         xyt :type type z         yzt :type type x         xyzt :    endcase    return  type  end  ");
+a[193] = new Array("./ToBeReviewed/HOPE/computehopegrid.html", "computehopegrid.pro", "", "          NAME:computehopegrid     PURPOSE:     CATEGORY:grille     CALLING SEQUENCE:computehopegrid      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         2001 06         PRO computehopegrid  xaxis  yaxis  zaxis  linetype  FORTHEMASK   forthemask  WPOINT   wpoint  FIRSTS   firsts  LASTS   lasts  PTTYPE   pttype       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF        if not  keyword_set scalar keyword_set vector  then scalar 1      jpiglo   n_elements xaxis     jpjglo   n_elements yaxis     jpkglo   n_elements zaxis       jpi   jpiglo    jpj   jpjglo    jpk   jpkglo      if NOT keyword_set firsts  then firsts    0  0  0     if NOT keyword_set lasts  then lasts    jpi 1  jpj 1  jpk 1      depermination of the grid type and of the point type      if keyword_set pttype  then vargrid   pttype    if linetype EQ  odd even  then key_gridtype    e  ELSE key_gridtype    c      computation of the horizontal grid      if key_gridtype EQ  e  then begin       if vargrid EQ  T  then begin          glamt xaxis          glamt   glamt replicate 1  jpj           xstep glamt 1 0 glamt 0 0 2           glamt 2 lindgen jpj 2 glamt 2 lindgen jpj 2 xstep          glamu glamt xstep       ENDIF ELSE BEGIN          glamu xaxis          glamu   glamu replicate 1  jpj           xstep glamu 1 0 glamu 0 0 2           glamu 2 lindgen jpj 2 glamu 2 lindgen jpj 2 xstep          glamt glamu xstep       ENDELSE  zoom       glamt   glamt firsts 0 :lasts 0  firsts 1 :lasts 1        glamu   glamu firsts 0 :lasts 0  firsts 1 :lasts 1        jpiglo   lasts 0 firsts 0 1       jpi   jpiglo       jpjglo   lasts 1 firsts 1 1       jpj   jpjglo       glamv   glamu       glamf   glamu       gphit   yaxis firsts 1 :lasts 1        gphit   replicate 1  jpi gphit       gphif   gphit       gphiu   gphit       gphiv   gphif    ENDIF ELSE BEGIN       if vargrid eq  T  then begin          glamt xaxis          glamt   glamt replicate 1  jpj           glamu glamt glamt 1 0 glamt 0 0 2        ENDIF ELSE BEGIN          glamu xaxis          glamu   glamu replicate 1  jpj           xstep glamu 1 0 glamu 0 0 2           glamt glamu glamu 1 0 glamu 0 0 2        ENDELSE  zoom       glamt   glamt firsts 0 :lasts 0  firsts 1 :lasts 1        glamu   glamu firsts 0 :lasts 0  firsts 1 :lasts 1        jpiglo   lasts 0 firsts 0 1       jpi   jpiglo       jpjglo   lasts 1 firsts 1 1       jpj   jpjglo       glamv   glamt       glamf   glamu       gphit   yaxis firsts 1 :lasts 1        gphit   replicate 1  jpi gphit       gphiu   gphit       if jpj GT 1 then begin          gphiv   gphit gphit 0  1 gphit 0  0 2           gphif   gphit gphit 0  1 gphit 0  0 2        ENDIF ELSE BEGIN           gphiv   gphit          gphif   gphit       ENDELSE    ENDELSE     computation of the vertical grid      if keyword_set wpoint  then begin       gdepw   zaxis       if jpk ne 1 then begin          gdept shift gdepw   1 gdepw 2           gdept jpk 1 gdepw jpk 1 5 gdepw jpk 1 gdepw jpk 2        endif else gdept zaxis    endif else begin       gdept   zaxis       if jpk ne 1 then begin          gdepw shift gdept  1 gdept 2           gdepw 0 0       endif else gdepw   zaxis    endelse     computation of the vertical scale factors      if jpk ne 1 then begin       e3t   abs shift gdepw 1 gdepw        e3t jpk 1    abs gdept jpk 1 gdepw jpk 1        e3w   abs gdept shift gdept 1        e3w 0    abs gdept 0 gdepw 0     endif else begin       e3t 1       e3w 1    endelse   zoom    gdept   gdept firsts 2 :lasts 2     gdepw   gdepw firsts 2 :lasts 2     e3t   e3t firsts 2 :lasts 2     e3w   e3w firsts 2 :lasts 2     jpkglo   lasts 2 firsts 2 1    jpk   jpkglo     computation of the horizontal scale factors      e1t   replicate 1b jpi jpj     e2t   replicate 1b jpi jpj     e1u   e1t    e2u   e2t    e1v   e1t    e2v   e2t    e1f   e1t    e2f   e2t     mask       tmask   replicate 1b  jpi  jpj  jpk     if keyword_set forthemask  then BEGIN       land where forthemask ge valmask 10        if land 0  ne  1 then tmask land    0b    endif    umaskred   replicate 1  jpj  jpk     vmaskred   replicate 1  jpi  jpk     fmaskredy   replicate 1  jpj  jpk     fmaskredx   replicate 1  jpi  jpk      updateold    domdef    if keyword_set firsts  AND keyword_set lasts  then BEGIN       if vargrid EQ  T  then BEGIN          if jpj GT 1 then begin             lon1   min glamt 0   0  1              lon2   max glamt jpi 1   0  1           endif ELSE BEGIN             lon1   min glamt 0  0              lon2   max glamt jpi 1   0           ENDELSE       ENDIF ELSE BEGIN          if jpj GT 1 then begin             lon1   min glamu 0   0  1              lon2   max glamu jpi 1   0  1           endif ELSE BEGIN             lon1   min glamu 0  0              lon2   max glamu jpi 1  0           ENDELSE       ENDELSE       lat1   min gphit 0  0  gphit 0  jpj 1        lat2   max gphit 0  0  gphit 0  jpj 1        domdef  lon1  lon2  lat1  lat2  gdepw 0  gdept jpk 1  gridtype   vargrid    ENDIF      ixminmesh   0l    ixmaxmesh   long jpi 1     iyminmesh   0l    iymaxmesh   long jpj 1     izminmesh   0l    izmaxmesh   long jpk 1      for the triangulation      key_periodic   glamt 0  EQ  glamt jpi 1 glamt 1 glamt 0  MOD 360     if jpi gt 4 AND jpj GT 4 then begin       triangles_list   triangule shifted   glamt 0  0  LT glamt 0  1        twin_corners_up 1       twin_corners_dn 1    ENDIF ELSE BEGIN       triangles_list 1       twin_corners_up 1       twin_corners_dn 1    ENDELSE     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF       return end  ");
+a[194] = new Array("./ToBeReviewed/HOPE/createhopestruct.html", "createhopestruct.pro", "", "FUNCTION createhopestruct  event     compile_opt idl2  strictarrsubs      widget_control  event top  get_uvalue top_uvalue   find the selected variable    selected    top_uvalue 1  findline top_uvalue   selected    get the variable id    varid top_uvalue 1  findline top_uvalue   datavarid selected    get the section type    type    top_uvalue 1  findline top_uvalue   sectype selected    get its dimension    dimsvar top_uvalue 1  findline top_uvalue   dimvar selected     tosort sortdim completetype type     dimsvar dimsvar tosort    get the specified spatial domain and build reading parameters    linetype  top_uvalue 1  findline top_uvalue   linetype selected     case linetype of        odd :domainid   widget_info event top find_by_uname    basedomainodd         even :domainid   widget_info event top find_by_uname    basedomaineven         odd even :domainid   widget_info event top find_by_uname    basedomainodd even     endcase    allaxes top_uvalue 1  findline top_uvalue   dimlist     xaxis allaxes dimsvar 0     xlimits    top_uvalue 1  findline top_uvalue   xlimits     if NOT keyword_set xlimits  then begin       xid widget_info domainid find_by_uname    xinterval        widget_control  xid  get_value xint    endif ELSE xint   xaxis where xaxis GE xlimits 0  AND xaxis LE xlimits 1     yaxis allaxes dimsvar 1     yaxis   reverse yaxis          latitudes from the south to the north    ylimits    top_uvalue 1  findline top_uvalue   ylimits     if NOT keyword_set ylimits  then begin       yid widget_info domainid find_by_uname    yinterval        widget_control  yid  get_value yint    endif ELSE yint   yaxis where yaxis GE ylimits 0  AND yaxis LE ylimits 1     zaxis allaxes dimsvar 2     zlimits    top_uvalue 1  findline top_uvalue   zlimits     if NOT keyword_set zlimits  then begin       zid widget_info domainid find_by_uname    zinterval        widget_control  zid  get_value zint    endif ELSE zint   zaxis where zaxis GE zlimits 0  AND zaxis LE zlimits 1    time axis and time interval    time allaxes dimsvar 3     yyyymmdd   vairdate time     tlimits    top_uvalue 1  findline top_uvalue   tlimits     if NOT keyword_set tlimits  then BEGIN       date1id   widget_info event top  find_by_uname    date1        widget_control  date1id  get_value   date1       date2id   widget_info event top  find_by_uname    date2        widget_control  date2id  get_value   date2       tlimits    date1  date2     ENDIF    tint   time where yyyymmdd GE tlimits 0  AND yyyymmdd LE tlimits 1       limits of the domain      nxt   n_elements xint     nyt   n_elements yint     nzt   n_elements zint     jpt   n_elements tint        firstx    where xaxis GE xint 0 0     firsty    where yaxis GE yint 0 0     lasty   firsty nyt 1    firstz    where zaxis GE zint 0 0     firstt    where time GE tint 0 0      read the array      cdfid ncdf_open top_uvalue 1  findline top_uvalue   filename     offset firstx n_elements yaxis lasty 1 firstz firstt     count nxt nyt nzt jpt     tosortinv sortdim completetype type inv    sort the offset and count for the case of the array is not written   as a xyzt array but for example as a yzxt array     offset offset tosortinv     count count tosortinv    call to ncdf_varget    ncdf_varget  cdfid  varid  array  offset offset  count count     force to keep the dimension equal to 1    if count 3  eq 1 then array reform array count 0 count 1 count 2 count 3 over     if not  array_equal tosort  lindgen 4  then array transpose temporary array tosort     count nxt nyt nzt jpt     if jpt eq 1 then array reform array count 0 count 1 count 2 count 3 over     array reverse array  2   over    if there is no longitude zoom  shift the array to obtain longitude   between 20 and 380    if nxt EQ 128 OR nxt EQ 256 then begin       key_shift    where xaxis GE 20 0        xaxis   shift temporary xaxis  key_shift        xaxis where xaxis LT 20    xaxis where xaxis LT 20 360       array   shift temporary array  key_shift  0  0  0     ENDIF ELSE key_shift   0   get some informations about the array    insidevar ncdf_varinq cdfid varid     if insidevar natts NE 0 then begin       attnames   strarr insidevar natts        for attiq 0 insidevar natts 1 do attnames attiq strlowcase ncdf_attname cdfid varid attiq    get the name       if  where attnames EQ  long_name 0  EQ  1 then value             ELSE ncdf_attget cdfid varid long_name value       varname   strtrim string value  2    get the units       if  where attnames EQ  units 0  EQ  1 then value             ELSE ncdf_attget cdfid varid units value       varunit   strtrim string value  2    get the  missing_value        if  where attnames EQ  missing_value 0  EQ  1 then valmask   1e20         ELSE ncdf_attget cdfid varid missing_value  valmask    ENDIF ELSE BEGIN        varunit           valmask   1e20       varname        ENDELSE    varexp         build arguments to use computehopegrid and put it together in a structure    firsts    firstx firsty firstz     lasts    firstx nxt 1 firsty nyt 1 firstz nzt 1     vargrid    top_uvalue 1  findline top_uvalue   pointtype selected     hopegrid    xaxis:xaxis  yaxis:yaxis  zaxis:zaxis  firsts:firsts  lasts:lasts  type:type  linetype:linetype  pttype:vargrid     hopestru    array:array  unit:varunit  name:varname  date:time firstt:firstt jpt 1  grid:vargrid  hopegrid:hopegrid    we close the netcdf file before living     ncdf_close   cdfid    return  hopestru end");
+a[195] = new Array("./ToBeReviewed/HOPE/cw_selectinterval.html", "cw_selectinterval.pro", "", "   PRO testwid_event  event         compile_opt idl2  strictarrsubs          widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          get :BEGIN            id   widget_info event top find_by_uname    discret             widget_control  id  get_value   value1            help  value1            print   value1  value1            id   widget_info event top find_by_uname    continus             widget_control  id  get_value   value2            help  value2            print   value2  value2         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex         compile_opt idl2  strictarrsubs          base widget_base COLUMN       nothing   widget_label base  value    beginning of the test           nothing   cw_selectinterval base  10 indgen 5  _extra   ex  uname    discret  uvalue    discret       print  nothing      nothing   cw_selectinterval base  indgen 20  _extra   ex  uname    continus  uvalue    continus       print  nothing          nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base   no_block      return   end       function cw_selectinterval_get_value  id     compile_opt idl2  strictarrsubs      bgroupid widget_info id  find_by_uname    bgroup    the widget is a set of button    if bgroupid ne 0 then begin       widget_control  bgroupid  get_value   selected       widget_control  bgroupid  get_uvalue   vecteur       vecteur   vecteur vecteur    endif else begin   the widget is 2 sliders       Minid   Widget_Info Id  Find_by_uname    min        widget_control  minid  get_value   minval       minval   minval value       maxid   widget_info id  find_by_uname    max        widget_control  maxid  get_value   maxval       maxval   maxval value       widget_control  minid  get_uvalue   vecteur       vecteur   vecteur vecteur       selected   where vecteur ge minval and vecteur le maxval     ENDELSE   if selected 0  eq  1 then return   1 else return  vecteur selected  END   function cw_selectinterval_event  event     compile_opt idl2  strictarrsubs      widget_control  event id  get_uvalue uval    case uval name of        min :begin                 change the value if the minimum for the slider called max          maxid widget_info event handler  find_by_uname    max           widget_control  maxid  set_value SLIDER_MIN:event value 1        end        max :begin                 change the value if the maximum for the slider called min          minid widget_info event handler  find_by_uname    min           widget_control  minid  set_value SLIDER_MAX:event value 1        end        bgroup :    endcase    return   ID:event handler  TOP:event top  HANDLER:0L  END    function cw_selectinterval  parent  vecteur  _extra   ex     compile_opt idl2  strictarrsubs       base   widget_base parent                           EVENT_FUNC    cw_selectinterval_event                            FUNC_GET_VALUE cw_selectinterval_get_value                            PRO_SET_VALUE cw_selectinterval_set_value                             ROW  _extra   ex     if n_elements vecteur  le 10 then begin       nothing   CW_BGROUP base  strtrim vecteur 1 nonexclusive row  uvalue    name: bgroup  vecteur:vecteur  uname bgroup        buttvalue bytarr n_elements nothing        buttvalue 0 1       widget_control  nothing  set_value buttvalue    endif else begin       min min floor vecteur        max max ceil vecteur        nothing cw_slider_pm base  value   min  min min  max max 1  uvalue    name: min  vecteur:vecteur  uname min        nothing cw_slider_pm base  value   max  min min 1  max max  uvalue    name: max  uname max     endelse    return  base end");
+a[196] = new Array("./ToBeReviewed/HOPE/domainpart.html", "domainpart.pro", "", "pro domainpart  top_uvalue  basedomain  selected  DESTROY   destroy     compile_opt idl2  strictarrsubs       if keyword_set destroy  then BEGIN         id   widget_info basedomain find_by_uname    title          IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    oddsecchoice        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    evensecchoice        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    odd evensecchoice        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    basex        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    basey        IF id NE 0 THEN widget_control  id   destroy       id   widget_info basedomain find_by_uname    basez        IF id NE 0 THEN widget_control  id   destroy       return    endif     we get the size of the dimenstion id of this section      dimvar    top_uvalue 1  findline top_uvalue   dimvar     selecteddim   dimvar  selected     typedim    top_uvalue 1  findline top_uvalue   typedim     sorteddim   selecteddim sortdim typedim selecteddim     dimlist    top_uvalue 1  findline top_uvalue   dimlist       longitude part      basex widget_info basedomain find_by_uname    basex     IF basex NE 0 THEN widget_control  basex   destroy    basex widget_base basedomain row  uname basex     nothing widget_text basex value longitude  xsize   10     nothing cw_selectinterval basex dimlist sorteddim 0 uname xinterval uvalue name: xinterval       latitude part      basey widget_info basedomain find_by_uname    basey     IF basey NE 0 THEN widget_control  basey   destroy    basey widget_base basedomain row  uname basey     nothing widget_text basey value latitude  xsize   10     nothing cw_selectinterval basey reverse dimlist sorteddim 1  uname yinterval uvalue name: yinterval       depth part      basez widget_info basedomain find_by_uname    basez     IF basez NE 0 THEN widget_control  basez   destroy    basez widget_base basedomain row  uname basez     nothing widget_text basez value depth  xsize   10     nothing cw_selectinterval basez dimlist sorteddim 2 uname zinterval uvalue name: zinterval    end  ");
+a[197] = new Array("./ToBeReviewed/HOPE/findlineandpointtype.html", "findlineandpointtype.pro", "", "FUNCTION findlineandpointtype  sectype  xaxis  yaxis  iodir   the file  HOPE_lonlat nc  is used in this function  This file must   be localized in iodir   netcdf HOPE_lonlat     dimensions:           latTlow   242             lonTlowodd   128             latThigh   390             lonThighodd   256     variables:           float latTlow latTlow                      latTlow:units    degrees_north              float lonTlowodd lonTlowodd                      lonTlowodd:units    degrees_east                      lonTlowodd:point_spacing    even                      lonTlowodd:modulo                   float latThigh latThigh                      latThigh:units    degrees_north              float lonThighodd lonThighodd                      lonThighodd:units    degrees_east                      lonThighodd:point_spacing    even                      lonThighodd:modulo                 compile_opt idl2  strictarrsubs      jpi   n_elements xaxis     jpj   n_elements yaxis      depermination of the grid type and of the point type     low resolution grid: jpi 128  jpj 121   x 2  jpk 20                     0        1 4         2 8       4 2        5 6      odd                    T          u          T          u  93 3      even        T          u          T          u             92 2      odd                    T          u          T          u  91 1      even        T          u          T          u             90 0       high resolution grid: jpi 256  jpj 195   x 2  jpk 29                     0        0 7         1 4        2 1        2 8             odd                    T          u          T          u  91 6      even        T          u          T          u             91 0      odd                    T          u          T          u  90 5      even        T          u          T          u             90 0        x0   floor xaxis 0 10 10     y0   floor yaxis 0 10 10     case sectype of        xy :BEGIN          if  jpi NE 128 and jpi NE 256              OR  jpj NE 121 AND jpj NE 121 2 AND jpj NE 195 AND jpj NE 195 2  then begin             print    CASE NOT coded              stop          ENDIF          case 1 of             jpj EQ 195: BEGIN                case X0 OF                   0:BEGIN                      line    even                       vargrid    T                    END                   0 7:BEGIN                      case y0 OF                         91 6:BEGIN                            line    odd                             vargrid    T                          END                         91 0:BEGIN                            line    even                             vargrid    U                          END                         ELSE:BEGIN                            print    CASE NOT coded                             stop                         END                      endcase                   END                   1 4:BEGIN                      line    odd                       vargrid    U                    END                endcase             END             jpj EQ 121:BEGIN                case x0 OF                   0:BEGIN                      line    even                       vargrid    T                    END                   1 4:BEGIN                      case y0 OF                         93 3:BEGIN                            line    odd                             vargrid    T                          END                         92 2:BEGIN                            line    even                             vargrid    U                          END                         ELSE:BEGIN                            print    CASE NOT coded                             stop                         END                      endcase                   END                   2 8:BEGIN                      line    odd                       vargrid    U                    END                endcase             END             jpj EQ 195 2:BEGIN                line    odd even                 case x0 OF                   0 7:vargrid    T                    1 4:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             jpj EQ 121 2:BEGIN                line    odd even                 case x0 OF                   1 4:vargrid    T                    2 8:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             ELSE:BEGIN                print    CASE NOT coded                 stop             END          endcase       END        xz :BEGIN          if  jpi NE 128 and jpi NE 256  then begin             print    CASE NOT coded              stop          ENDIF          case X0 OF             0:BEGIN                line    even                 vargrid    T              END             0 7:BEGIN                id   ncdf_open iodir HOPE_lonlat nc                 ncdf_varget  id   latThigh  lat                test    where lat EQ yaxis 0 0                 if test EQ  1 then begin                   print    CASE NOT coded                    stop                endif                IF  test MOD 2  EQ 1 THEN BEGIN                   line    even                    vargrid    U                 ENDIF ELSE BEGIN                   line    odd                    vargrid    T                 ENDELSE                ncdf_close  id             END             1 4:BEGIN                if jpi EQ 128 then begin                   id   ncdf_open iodir HOPE_lonlat nc                    ncdf_varget  id   latTlow  lat                   test    where lat EQ yaxis 0 0                    if test EQ  1 then begin                      print    CASE NOT coded                       stop                   endif                   IF  test MOD 2  EQ 1 THEN BEGIN                      line    even                       vargrid    U                    ENDIF ELSE BEGIN                      line    odd                       vargrid    T                    ENDELSE                   ncdf_close  id                ENDIF ELSE BEGIN                   line    odd                    vargrid    U                 ENDELSE             END             2 8:BEGIN                line    odd                 vargrid    U              END          endcase       END        yz :BEGIN          if  jpj NE 121 AND jpj NE 195  then begin             print    CASE NOT coded              stop          ENDIF          id   ncdf_open iodir HOPE_lonlat nc           case y0 of             93 3:BEGIN                line    odd                 ncdf_varget  id   lonTlowodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    T                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             92 2:BEGIN                line    even                 ncdf_varget  id   lonTlowodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    U                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    T                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             91 6:BEGIN                line    odd                 ncdf_varget  id   lonThighodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    T                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    U                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             91 0:BEGIN                line    even                 ncdf_varget  id   lonThighodd  lonTodd                xstep    lonTodd 1 lonTodd 0 2                 case 1 OF                    where lonTodd EQ xaxis 0 0  NE  1:vargrid    U                     where lonTodd xstep EQ xaxis 0 0  NE  1:vargrid    T                    ELSE:BEGIN                      print    CASE NOT coded                       stop                   END                endcase             END             ELSE:BEGIN                print    CASE NOT coded                 stop             END          endcase          ncdf_close  id       END       else:BEGIN          print   case not coded           stop       END    endcase     return   linetype:line  pointtype:vargrid  end");
+a[198] = new Array("./ToBeReviewed/HOPE/read_hope.html", "read_hope.pro", "", "          NAME: read_hope     PURPOSE: read the Hope grid file converted in NetCdf by xconv     CATEGORY: reading     CALLING SEQUENCE: a read_hope typein  varnamein       INPUTS:          typein: a string specifing from which type of section the 4D          array based:  xy   xz   yz             varnamein: a string the name of the cariable to be read  in          lower or upper case      KEYWORD PARAMETERS:             FILENAME   the name of the file to be read             XLIMITS   a two elements vertor  lonmin  lonmax                      the bondary of the longitudes  from 0 to 360              YLIMITS   a two elements vertor  latmin  latmax                      the bondary of the latitudes  from  90 to 90              ZLIMITS   a two elements vertor  depthmin  depthmax                      the bondary of the depth             TLIMITS   a two elements vertor  date1  date2                      the bondary of the calendar with date1 and date2                     folowing the syntaxe yyyymmdd              ODDPT: activate to read only the sections located on ODD           points               EVENPT: activate to read only the sections located on even           points               ODDEVENPT: activate to read only the sections located on           both even and odd points  horizontal sections      OUTPUTS:             1 if typein and varnamein are undefine  this is the widget          version             a structure which but be read by litchamp pro and is          necessary to complute the grid associated to the data  see          the example      COMMON BLOCKS: common pro  usefull only for the definition of iodir      SIDE EFFECTS:        x   y   z   t   xt   yt  and  zt  section not coded  xconv       must be able to works with this kind of fonction        The grib file has no zoom possibilities on horizontal       dimensions      RESTRICTIONS:         When typein and varnamein are defined  the methode to find the       godd variable is:       1  find the variables which are available on this type of       sections woth this name       2  if ODDPT  EVENPT or ODDEVENPT are specified  consider only       these types of sections       3  for an XY section the chosen variable is the one which has       the most level in the vertical domain specified by ZLIMITS           for an XZ section the chosen variable is the one which has       the most points in the latitude domain specified by YLIMITS           for an YZ section the chosen variable is the one which has       the most points in the longitude domain specified by XLIMITS        EXAMPLE:         IDL  a read_hope xy ocpt filename CLIM_CNT_1993 1998 nc        IDL  help  a struct         Structure   6 tags  length 1860176  refs 1:          ARRAY           FLOAT     Array 128  242  15           UNIT            STRING     deg C           NAME            STRING     Ocean potential temperature           DATE            FLOAT     Array 1           GRID            STRING     T           HOPEGRID        STRUCT       Array 1        IDL  help  a hopegrid struct         Structure   8 tags  length 1588  refs 2:          XAXIS           FLOAT     Array 128           YAXIS           FLOAT     Array 242           ZAXIS           FLOAT     Array 15           FIRSTS          LONG      Array 3           LASTS           LONG      Array 3           TYPE            STRING     xy           LINETYPE        STRING     odd even           PTTYPE          STRING     T        IDL  help  litchamp a            FLOAT       Array 128  242  15      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         June 2001             pro read_hope_event  event     compile_opt idl2  strictarrsubs      widget_control  event id  get_uvalue uval    widget_control  event top  get_uvalue top_uvalue    case uval name OF          cancel :begin   close the file          cdfid top_uvalue 1  findline top_uvalue   cdfid           ncdf_close  cdfid   clear the pointer          for i 0 n_elements top_uvalue 1 do ptr_free  top_uvalue i    kill the widget          widget_control event top destroy       end          type choice :begin   find the new type of selected section          typeindex widget_info event id droplist_select           selectedtype top_uvalue 1  findline top_uvalue   type choice typeindex    find the available variables for this type of section          sectype    top_uvalue 1  findline top_uvalue   sectype           goodvar   where sectype EQ selectedtype           namevar    top_uvalue 1  findline top_uvalue   namevar           goodnamevar   namevar goodvar    find the selected var name          varchoiceid   widget_info event top find_by_uname    var choice           varindex   widget_info varchoiceid droplist_select           varchoice    top_uvalue 1  findline top_uvalue   var choice           selectedvarname varchoice varindex    do we change the variable           if  where goodnamevar EQ selectedvarname 0  EQ  1 then begin             selectedvarname   goodnamevar 0              varindex    where varchoice EQ selectedvarname 0              widget_control  varchoiceid  set_droplist_select   varindex          ENDIF   displays the different domains          selected   goodvar where goodnamevar EQ selectedvarname           rh_alldomains  event top  selected       end          var choice :BEGIN   find the new variable          varindex widget_info event id droplist_select           selectedvar top_uvalue 1  findline top_uvalue   var choice varindex    find the available variables for this type of section          namevar    top_uvalue 1  findline top_uvalue   namevar           goodvar   where namevar EQ selectedvar           sectype    top_uvalue 1  findline top_uvalue   sectype           goodtype   sectype goodvar    find the selected type of section          typechoiceid   widget_info event top find_by_uname    type choice           typeindex   widget_info typechoiceid droplist_select           typechoice    top_uvalue 1  findline top_uvalue   type choice           selectedtype typechoice typeindex    do we change the type of section            if  where goodtype EQ selectedtype 0  EQ  1 then begin             selectedtype   goodtype 0              typeindex    where typechoice EQ selectedtype 0              widget_control  typechoiceid  set_droplist_select   typeindex          ENDIF   displays the different domains          selected   goodvar where goodtype EQ selectedtype           rh_alldomains  event top  selected       END          plot :BEGIN   plot the array          res   createhopestruct event    type of section          selected    top_uvalue 1  findline top_uvalue   selected           type    top_uvalue 1  findline top_uvalue   sectype selected    get the informations of cw_specifie          specifieid widget_info event top find_by_uname    specifie           widget_control  specifieid  get_value   specifie          specifie   struct2string specifie direct2string           case type of              x :command    plt1d res x specifie              y :command    plt1d res y specifie              z :command    plt1d res z specifie              t :command    pltt res t   specifie              xy :command    plt  res specifie              xz :command    pltz  res xz specifie              yz :command    pltz  res yz specifie              xt :command    pltt res xt specifie              yt :command    pltt res yt specifie              zt :command    pltt res zt specifie              xyz :              xyt :              yzt :              xyzt :          ENDCASE          test   execute command           if test EQ 0 then stop       end          linechoice :BEGIN          if event select EQ 1 then begin             sensitive   bytarr 3              sensitive where odd   even   odd even  eq event value    1             basedomainodd widget_info event top find_by_uname    basedomainodd              widget_control  basedomainodd  sensitive   sensitive 0              basedomaineven widget_info event top find_by_uname    basedomaineven              widget_control  basedomaineven  sensitive   sensitive 1              basedomainoddeven widget_info event top find_by_uname    basedomainodd even              widget_control  basedomainoddeven  sensitive   sensitive 2              case  where sensitive EQ 1 0  of                0:BEGIN                   widget_control  basedomainodd  get_uvalue   oddsecchoice                   oddsecchoiceid widget_info event top find_by_uname    oddsecchoice                    if oddsecchoiceid NE 0 then                      index   widget_info oddsecchoiceid   droplist_select                      ELSE index   0                    top_uvalue 1  findline top_uvalue   selected    oddsecchoice index                 END                1:BEGIN                   widget_control  basedomaineven  get_uvalue   evensecchoice                   evensecchoiceid widget_info event top find_by_uname    evensecchoice                    if evensecchoiceid NE 0 then                      index   widget_info evensecchoiceid   droplist_select                      ELSE index   0                    top_uvalue 1  findline top_uvalue   selected    evensecchoice index                 END                2:BEGIN                   widget_control  basedomainodd  get_uvalue   oddevensecchoice                   oddevensecchoiceid widget_info event top find_by_uname    odd evensecchoice                    if oddevensecchoiceid NE 0 then                      index   widget_info oddevensecchoiceid   droplist_select                      ELSE index   0                    top_uvalue 1  findline top_uvalue   selected    oddevensecchoice index                 END             endcase          endif       END          oddsecchoice :BEGIN          widget_control  event top  update 0          basedomainodd widget_info event top find_by_uname    basedomainodd           widget_control  basedomainodd  get_uvalue   oddsecchoice          domainpart  top_uvalue  basedomainodd  oddsecchoice event index            top_uvalue 1  findline top_uvalue   selected    oddsecchoice event index           widget_control  event top  update 1       END          evensecchoice :BEGIN          widget_control  event top  update 0          basedomaineven widget_info event top find_by_uname    basedomaineven           widget_control  basedomaineven  get_uvalue   evensecchoice          domainpart  top_uvalue  basedomaineven  evensecchoice event index            top_uvalue 1  findline top_uvalue   selected    evensecchoice event index           widget_control  event top  update 1       END          odd evensecchoice :BEGIN          widget_control  event top  update 0          basedomainoddeven widget_info event top find_by_uname    basedomainodd even           widget_control  basedomainoddeven  get_uvalue   oddevensecchoice          domainpart  top_uvalue  basedomainoddeven  oddevensecchoice event index            top_uvalue 1  findline top_uvalue   selected    oddevensecchoice event index           widget_control  event top  update 1       END          date1 :BEGIN          date2id   widget_info event top  find_by_uname    date2           widget_control  date2id  get_value   date2          if event value GT date2 then widget_control  date2id  set_value   event value       END          date2 :BEGIN          date1id   widget_info event top  find_by_uname    date1           widget_control  date1id  get_value   date1          if event value LT date1 then widget_control  date1id  set_value   event value       END         else:    endcase    return end                   FUNCTION read_hope  typein  varnamein  FILENAME   filename  XLIMITS   xlimits  YLIMITS   ylimits   ZLIMITS   zlimits  TLIMITS   tlimits  ODDPT   oddpt  ODDEVENPT   oddevenpt  EVENPT   evenpt  _extra   ex     compile_opt idl2  strictarrsubs    common                           usefull only for the definition of iodir    if n_elements filename  EQ 0 then filename   isafile iodirectory   iodir  _extra   ex    IF size filename   type  NE 7 THEN return   1   filename   isafile filename   filename  iodirectory   iodir  _extra   ex      cdfid   ncdf_open filename          id of the netcdf file    wathinside   ncdf_inquire cdfid     structure with global informations       dimensions      namedim   strarr wathinside ndims     name of the dimensions   typedim   strarr wathinside ndims     type of the dimensions  x y z t    sizedim   lonarr wathinside ndims     size of each dimension   loop on the dimensions to get the names and sizes   for dimiq   0  wathinside ndims 1 do begin     ncdf_diminq  cdfid  dimiq  name  value     namedim dimiq    name     case 1 of        STRCMP name   lon  3   FOLD_CASE :typedim dimiq     x        STRCMP name   lat  3   FOLD_CASE :typedim dimiq     y        STRCMP name   z  1   FOLD_CASE :typedim dimiq     z        STRCMP name   t  1   FOLD_CASE :typedim dimiq     t        ELSE:BEGIN         ncdf_close  cdfid         return  report Unknown name of dimension        END     endcase     sizedim dimiq    value   endfor   dimlist: structure which contains the name and the value of each   dimension   we suppose that there is always a variable which has the    same name that the dimension and which gives the values of   this dimension   ncdf_varget  cdfid  namedim 0  value   dimlist   create_struct namedim 0  value    for dimiq   1  wathinside ndims 1 do begin     ncdf_varget  cdfid  namedim dimiq  value  get the value     dimlist   create_struct dimlist  namedim dimiq  value    endfor       variables      namevar   strarr wathinside nvars      names of the variables   ndimsvar   lonarr wathinside nvars     number of dim for each variable   dimvar   replicate 1  wathinside ndims  wathinside nvars    dims of each variables   loop over the variable ids to fill namevar  ndimsvar and dimvar   for varid   0  wathinside nvars 1 do begin     res   ncdf_varinq cdfid  varid      namevar varid    res name     namevar varid    strjoin strsplit namevar varid   _ 0 99   EXTRACT   REGEX      ndimsvar varid    res ndims     dimvar 0:res ndims 1  varid    res dim   ENDFOR   we cut dimvar to select only the interessant part   dimvar   dimvar 0:max ndimsvar 1      selection of the data variables which are diffrent from the   dimension variables   we suppose that that data variables are 4D array  with sometime   dimensions equal to 1  they must be different from dimension   variables which have only 1 dimension   datavarid   where ndimsvar eq 4    numberofvar   n_elements datavarid    namevar   namevar datavarid    ndimsvar   ndimsvar datavarid    dimvar   dimvar  datavarid      sectype   strarr numberofvar    the type of section for each variable : xy   xz   yz    linetype   strarr numberofvar    the line of the points : odd  even or odd even   pointtype   strarr numberofvar    the type of variable : scalar  T  or vector  U    for i   0  numberofvar 1 do begin     dimofthevar   dimvar  i      sectype i    typedim dimofthevar 0 typedim dimofthevar 1      xaxisid   dimofthevar where typedim dimofthevar  EQ  x      yaxisid   dimofthevar where typedim dimofthevar  EQ  y      lineandpt   findlineandpointtype sectype i  dimlist xaxisid 0  dimlist yaxisid 0  iodir      linetype i    lineandpt linetype     pointtype i    lineandpt pointtype   endfor                  definition of the widget               base   widget_base column        first base:       droplist to select the type of section      droplist to select the variable      button to select type of line : odd  even or odd even       base1   widget_base base   row   frame    typechoice   sectype uniq sectype  sort sectype    if n_elements typechoice  GT 1 then typechoice   typechoice sortdim typechoice    base11   widget_droplist base1  title    Type of section  value   typechoice  uvalue    name: type choice  uname    type choice    if n_elements typein  NE 0 then BEGIN     selectedtype   strmid typein  0  2      widget_control  base11  set_droplist_select                         0L    where typechoice EQ selectedtype 0    ENDIF ELSE selectedtype   typechoice 0       varchoice   namevar uniq namevar  sort namevar    base12   widget_droplist base1  title    Available data  value   varchoice  uvalue    name: var choice  uname    var choice    if n_elements varnamein  NE 0 THEN BEGIN     selectedname   varnamein     widget_control  base12  set_droplist_select                         0L    where strlowcase varchoice  EQ strlowcase varnamein 0    ENDIF ELSE selectedname   varchoice 0      base13   widget_base base1   row  uname    linechoicebase        base 2: base to select the domain of the odd points     base2   widget_base base   column  uname    basedomainodd   frame        base 3: base to select the domain of the even points     base3   widget_base base   column  uname    basedomaineven   frame        base 4: base to select the domain of the odd even points     base4   widget_base base   column  uname    basedomainodd even   frame        base 5: calendar     base5   widget_base base   row  uname    baset   frame    timename   strlowcase tag_names dimlist wathinside recdim    read the time axis in julina days   time   ncdf_timeget cdfid  timename    update the dimlist structure   dimlist wathinside recdim    time   base51   cw_calendar base5  time  uname    date1  uvalue    name: date1    base52   cw_calendar base5  time  uname    date2  uvalue    name: date2         base 6: base to select the min  max    and others keywords     base6   cw_specifie base   column  uname    specifie  uvalue    name: specifie         base 7: last base with the action buttons     base7   widget_base base   row  uname    finalaction    base71   widget_button base7  value    Plot  uvalue    name: plot    base72   widget_button base7  value    Cancel  uvalue    name: cancel        determination of the selected variable         goodname   0   where strlowcase namevar  EQ strlowcase selectedname    goodtype   0   where sectype EQ selectedtype    selected   inter goodname  goodtype    if selected 0  EQ  1 then BEGIN     widget_control  base   destroy     ncdf_close  cdfid     return  report impossible combinaison : type of section  selectedtype  variable name  selectedname    ENDIF   if n_elements typein  NE 0 then BEGIN     if NOT keyword_set xlimits  then xlimits    1e9  1e9      if NOT keyword_set ylimits  then ylimits    1e9  1e9      if NOT keyword_set zlimits  then zlimits    1e9  1e9      if NOT keyword_set tlimits  then tlimits    1e9  1e9    ENDIF   if n_elements typein  NE 0 AND n_elements selected  NE 1 then BEGIN     if keyword_set oddpt  then selected   inter selected  where linetype EQ  odd      if keyword_set evenpt  then selected   inter selected  where linetype EQ  even      if keyword_set oddevenpt  then selected   inter selected  where linetype EQ  odd even      if selected 0  EQ  1 then BEGIN       widget_control  base   destroy       ncdf_close  cdfid       return  report impossible combinaison : type of section  selectedtype  variable name  selectedname  and line type       endif     if n_elements selected  NE 1 then begin       case selectedtype of          xy :BEGIN   choice on the vertical axis   choice based on the variable which has the most available levels   between the zlimits            if NOT keyword_set zlimits  then begin             print   case not coded              stop           ENDIF           number   lonarr n_elements selected            for i   0  n_elements selected 1 do begin             zdim   dimvar 2  selected i              zaxis   dimlist zdim              nothing   where zaxis GE zlimits 0  AND zaxis LE zlimits 1  count              number i    count           ENDFOR           selected   selected where number EQ max number            if n_elements selected  NE 1 then begin             print   case not coded              stop           endif         END          xz :BEGIN   choice on the latitude axis           if NOT keyword_set ylimits  then begin             print   case not coded              stop           ENDIF           number   lonarr n_elements selected            for i   0  n_elements selected 1 do begin             ydim   dimvar 2  selected i              yaxis   dimlist ydim              nothing   where yaxis GE ylimits 0  AND yaxis LE ylimits 1  count              number i    count           ENDFOR           selected   selected where number EQ max number            if n_elements selected  NE 1 then begin             print   case not coded              stop           endif         END          yz :BEGIN   choice on the longitude axis           if NOT keyword_set xlimits  then begin             print   case not coded              stop           ENDIF           number   lonarr n_elements selected            for i   0  n_elements selected 1 do begin             xdim   dimvar 2  selected i              xaxis   dimlist xdim              nothing   where xaxis GE xlimits 0  AND xaxis LE xlimits 1  count              number i    count           ENDFOR           selected   selected where number EQ max number            if n_elements selected  NE 1 then begin             print   case not coded              stop           endif         END       endcase     endif   ENDIF       definition of the uvalue of the base which allows to share the   variables between programs         top_uvalue   ptrarr 2  18   allocate_heap     top_uvalue 0  0     type choice     top_uvalue 1  0    temporary typechoice     top_uvalue 0  1     var choice     top_uvalue 1  1    temporary varchoice     top_uvalue 0  2     namevar     top_uvalue 1  2    temporary namevar     top_uvalue 0  3     dimvar     top_uvalue 1  3    temporary dimvar     top_uvalue 0  4     sectype     top_uvalue 1  4    temporary sectype     top_uvalue 0  5     linetype     top_uvalue 1  5    temporary linetype     top_uvalue 0  6     pointtype     top_uvalue 1  6    temporary pointtype     top_uvalue 0  7     dimlist     top_uvalue 1  7    temporary dimlist     top_uvalue 0  8     typedim     top_uvalue 1  8    temporary typedim     top_uvalue 0  9     sizedim     top_uvalue 1  9    temporary sizedim     top_uvalue 0  10     cdfid     top_uvalue 1  10    cdfid    top_uvalue 0  11     datavarid     top_uvalue 1  11    datavarid    top_uvalue 0  12     selected     top_uvalue 1  12    selected    top_uvalue 0  13     filename     top_uvalue 1  13    filename    top_uvalue 0  14     xlimits     top_uvalue 1  14    testvar var   xlimits     top_uvalue 0  15     ylimits     top_uvalue 1  15    testvar var   ylimits     top_uvalue 0  16     zlimits     top_uvalue 1  16    testvar var   zlimits     top_uvalue 0  17     tlimits     top_uvalue 1  17    testvar var   tlimits      widget_control  base  set_uvalue   top_uvalue   rh_alldomains  base  selected    if n_params  EQ 0 then BEGIN   we use the widget     widget_control  base   REALIZE     xmanager   read_hope  base   no_block     return    1   ENDIF   get the output   output   createhopestruct top:base    clear the pointer   for i   0  n_elements top_uvalue 1 do ptr_free  top_uvalue i    close the file   ncdf_close  cdfid   return  output end");
+a[199] = new Array("./ToBeReviewed/HOPE/rh_alldomains.html", "rh_alldomains.pro", "", "PRO rh_alldomains  topid  selected     compile_opt idl2  strictarrsubs       widget_control  topid  get_uvalue top_uvalue    widget_control  topid  update 0      selectedline top_uvalue 1  findline top_uvalue   linetype selected      we get the size of the dimenstion id of this section      dimvar    top_uvalue 1  findline top_uvalue   dimvar     typedim    top_uvalue 1  findline top_uvalue   typedim     dimlist    top_uvalue 1  findline top_uvalue   dimlist     sizedim    top_uvalue 1  findline top_uvalue   sizedim      buttons to select type of line : odd  even or odd even      linechoicebase widget_info topid find_by_uname    linechoicebase     id   widget_info linechoicebase find_by_uname    linechoice     IF id NE 0 THEN widget_control  id   destroy    choice        if  where selectedline EQ  odd 0  NE  1 then choice    choice   odd     if  where selectedline EQ  even 0  NE  1 then choice    choice   even     if  where selectedline EQ  odd even 0  NE  1 then choice    choice   odd even     choice   choice 1:n_elements choice 1     nothing   cw_bgroup linechoicebase choice   row exclusive   return_name  uname    linechoice  uvalue    name: linechoice     widget_control  nothing  set_value   0    sensitive   bytarr 3     sensitive where odd   even   odd even  eq choice 0    1      odd points domain      basedomainodd widget_info topid find_by_uname    basedomainodd     id   widget_info basedomainodd find_by_uname    title     IF id NE 0 THEN widget_control  id   destroy    oddsecchoice   where selectedline EQ  odd     if oddsecchoice 0  NE  1 then BEGIN       oddsecchoice   selected oddsecchoice        nothing widget_label basedomainodd  value    Domain of the odd points  uname    title        IF n_elements oddsecchoice  GT 1 THEN BEGIN          selecteddim   dimvar  oddsecchoice           sorteddim   selecteddim          FOR i   0  n_elements oddsecchoice 1 DO             sorteddim  i    selecteddim sortdim typedim selecteddim  i  i           zdim   sorteddim 2             sizedims   sizedim zdim           sortedzdim   sort sizedims           sizedims   sizedims sortedzdim           oddsecchoice   oddsecchoice sortedzdim           nothing widget_droplist basedomainodd title    number of levels  value   strtrim sizedims  2  uvalue    name: oddsecchoice  uname oddsecchoice        ENDIF        domainpart  top_uvalue  basedomainodd  oddsecchoice 0        widget_control  basedomainodd  set_uvalue   oddsecchoice    ENDIF ELSE BEGIN        nothing widget_label basedomainodd  value       uname    title        domainpart  top_uvalue  basedomainodd   destroy       widget_control  basedomainodd  set_uvalue    1    ENDELSE    widget_control  basedomainodd  sensitive   sensitive 0       even points domain      basedomaineven widget_info topid find_by_uname    basedomaineven     id   widget_info basedomaineven find_by_uname    title     IF id NE 0 THEN widget_control  id   destroy    evensecchoice   where selectedline EQ  even     if evensecchoice 0  NE  1 then BEGIN       evensecchoice   selected evensecchoice        nothing widget_label basedomaineven  value    Domain of the even points  uname    title        IF n_elements evensecchoice  GT 1 THEN BEGIN          selecteddim   dimvar  evensecchoice           sorteddim   selecteddim          FOR i   0  n_elements evensecchoice 1 DO             sorteddim  i    selecteddim sortdim typedim selecteddim  i  i           zdim   sorteddim 2             sizedims   sizedim zdim           sortedzdim   sort sizedims           sizedims   sizedims sortedzdim           evensecchoice   evensecchoice sortedzdim           nothing widget_droplist basedomaineven title    number of levels  value   strtrim sizedims  2  uvalue    name: evensecchoice  uname evensecchoice        ENDIF        domainpart  top_uvalue  basedomaineven  evensecchoice 0        widget_control  basedomaineven  set_uvalue   evensecchoice    ENDIF ELSE BEGIN       domainpart  top_uvalue  basedomaineven   destroy       nothing widget_label basedomaineven  value       uname    title        widget_control  basedomaineven  set_uvalue    1    ENDELSE    widget_control  basedomaineven  sensitive   sensitive 1       odd even points domain      basedomainoddeven widget_info topid find_by_uname    basedomainodd even     id   widget_info basedomainoddeven find_by_uname    title     IF id NE 0 THEN widget_control  id   destroy    oddevensecchoice   where selectedline EQ  odd even     if oddevensecchoice 0  NE  1 then BEGIN       oddevensecchoice   selected oddevensecchoice        nothing widget_label basedomainoddeven  value    Domain of the odd even points  uname    title        IF n_elements oddevensecchoice  GT 1 THEN BEGIN          selecteddim   dimvar  oddevensecchoice           sorteddim   selecteddim          FOR i   0  n_elements oddevensecchoice 1 DO             sorteddim  i    selecteddim sortdim typedim selecteddim  i  i           zdim   sorteddim 2             sizedims   sizedim zdim           sortedzdim   sort sizedims           sizedims   sizedims sortedzdim           oddevensecchoice   oddevensecchoice sortedzdim           nothing widget_droplist basedomainoddeven title    number of levels  value   strtrim sizedims  2  uvalue    name: odd evensecchoice  uname odd evensecchoice        ENDIF        domainpart  top_uvalue  basedomainoddeven  oddevensecchoice 0        widget_control  basedomainoddeven  set_uvalue   oddevensecchoice    ENDIF ELSE BEGIN       domainpart  top_uvalue  basedomainoddeven   destroy       nothing widget_label basedomainoddeven  value       uname    title        widget_control  basedomainoddeven  set_uvalue    1    ENDELSE    widget_control  basedomainoddeven  sensitive   sensitive 2       case  where sensitive EQ 1 0  of       0: top_uvalue 1  findline top_uvalue   selected    oddsecchoice 0        1: top_uvalue 1  findline top_uvalue   selected    evensecchoice 0        2: top_uvalue 1  findline top_uvalue   selected    oddevensecchoice 0     endcase      widget_control  topid  update 1    return end");
+a[200] = new Array("./ToBeReviewed/HOPE/sortdim.html", "sortdim.pro", "", "  function sortdim  dims  inverse inverse       IDL  a x y t z       IDL  b a sortdim a       IDL  print  a      x y t z     IDL  print  b      x y z t     IDL  print  b sortdim a inv       x y t z     IDL  a xytz      IDL  print  sortdim a                 0           1           3           2           compile_opt idl2  strictarrsubs      tosort   dims    if n_elements tosort  eq 1 then       tosort   string reform byte tosort 1 strlen tosort 0     tosort   strrepl tosort strwhere tosort x a     tosort   strrepl tosort strwhere tosort y b     tosort   strrepl tosort strwhere tosort z c     tosort   strrepl tosort strwhere tosort t d     tosort   uniq tosort sort tosort     if keyword_set inverse  then tosort sort tosort     return  tosort  end   ");
+a[201] = new Array("./ToBeReviewed/HOPE/xrh.html", "xrh.pro", "", "  procedure to call read_hope in the widget mode PRO xrh  _extra   ex     compile_opt idl2  strictarrsubs      a   read_hope _extra   ex     return end");
+a[202] = new Array("./ToBeReviewed/IMAGE/animgif.html", "animgif.pro", "", "          NAME:animgif     PURPOSE:construire une animation gif     CATEGORY:pour faire des dessins animes     CALLING SEQUENCE:animgif   toto gif      INPUTS:toto gif: c est le nom du fichier gif contenant   l animation  Rq ce fichier est place dans le repertoire definit par   iodir      KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:on utilise le Z buffer pour aller plus vite                 donc si on plante ds animgif il faut faire:                IDL  device   close                IDL  set_plot   x                 IDL  retall     RESTRICTIONS: si on veut supprimer le  common                  il faut definir a la main la taille de l image  les                 variables xsize et ysize  ainsi que iodir      EXAMPLE:     MODIFICATION HISTORY: Guillaume Roullet  grlod ipsl jussieu fr                          Sebastien Masson  smasson lodyc jussieu fr                          30 4 1999         PRO animgif  nomfic     compile_opt idl2  strictarrsubs    common      recupere la palette de couleur et la place dans rouge  vert  bleu      tvlct   rouge vert bleu get      complete la palette courante sur 256 couleurs      red    rouge  replicate 255  256 n_elements rouge      green    vert  replicate 255  256 n_elements rouge      blue    bleu  replicate 255  256 n_elements rouge       bascule sur le z device  permettant de creer l image sans   l afficher    thisOS    VERSION OS_FAMILY    thisOS   STRMID thisOS  0  3     thisOS   STRUPCASE thisOS     set_plot   z    taille de l image  en nombre de pixel:    xsize   30 min page_size  max   ma key_portrait   ma 1 key_portrait     ysize   30 min page_size  max   ma 1 key_portrait    ma key_portrait     device  set_resolution    xsize  ysize      commencement du fichier gif  ecriture d une image vide       reinitplt    plot   0   0   nodata    write_gif iodir nomfic tvrd red  green  blue   multiple         debut de la partie a changer       boucle de creation de l image      calen   TIMEGEN 366  START JULDAY 1 1 2000      debut   where calen EQ 19810105     debut   where calen EQ 19790105     debut   debut 0     if debut EQ  1 then begin       device   close       CASE thisOS of           MAC : SET_PLOT  thisOS           WIN : SET_PLOT  thisOS          ELSE: SET_PLOT   X        ENDCASE       stop    endif     for i   0  73 15 1 do begin     for i   0  3 2 1 do begin     for i   0  73 2 1 do begin       print   Image numero :  strtrim i  2        date   calen debut i        erase  255       plt  nlec sst  date   ATF  19  29  int    5   noerase        plt  nlec sss  date   ATF  label   2   noerase        plt  nlec htoth  date   RE3 nlec hpycn  date   RE3  10  60  int   5   inv   noerase        domdef  290 340 5 15         plt  norme nlec unsurf  date   RE3  nlec vnsurf  date   RE3  0  1 2  int    1   noerase         Ecriture de l image dans le fichier  gif         write_gif iodir nomfic tvrd red  green  blue   multiple    ENDFOR      fin de la partie a changer       fermeture du fichier    write_gif iodir nomfic close    rebascule en mode terminal X    device   close    CASE thisOS of        MAC : SET_PLOT  thisOS        WIN : SET_PLOT  thisOS       ELSE: SET_PLOT   X     ENDCASE      return end");
+a[203] = new Array("./ToBeReviewed/IMAGE/image_viewer.html", "image_viewer.pro", "", "    NAME:         IMAGE_VIEWER     PURPOSE:         The purpose of this program is to provide an interactive tool that can be used         to view JPEG  BMP  GIF  PNG  and TIFF picture files   Images are loaded into         memory  so the initial file access may take a while  but once each picture has         been opened they can all be viewed in a very rapid fashion      CATEGORY:         Visualization  Widgets     CALLING SEQUENCE:         image_viewer     INPUT PARAMETERS:         None      KEYWORD PARAMETERS:         None      OUTPUTS:         None      COMMON BLOCKS:         None      SIDE EFFECTS:         While this program is running in an IDL session it will change the current         working directory  enables disables color decomposition  and sets  QUIET 1           ORDER 0     P BACKGROUND 0   These settings are returned to their initial         settings before the program was initiated once it is terminated      RESTRICTIONS:         This program is supported in IDL version 5 5 and newer   In order to open         GIF files or TIFF files with LZW compression the copy of IDL being used must         be licensed with these features   IDL only supports BMP files in the standard         Windows format and does not support OS2 bitmaps      MODIFICATION HISTORY:         Written by: AEB  1 02        PRO IMAGE_VIEWER_OPEN_FILES event  THIS PROCEDURE IS CALLED WHEN A USER SELECTS  File   Open Picture Files  FROM THE MAIN MENU  error handling:     compile_opt idl2  strictarrsubs    ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR     if status report dialog is still active  destroy it:   if SIZE tlb TYPE  NE 0 then WIDGET_CONTROL tlb DESTROY   RETURN endif  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState  prompt user to select files with native file selection dialog: if  pState gifFlag EQ 1 then filter JPG jpg JPEG jpeg JPE jpe     JFIF jfif GIF gif BMP bmp TIF tif TIFF tiff     PNG png  else     filter JPG jpg JPEG jpeg JPE jpe JFIF jfif BMP bmp     TIF tif TIFF tiff PNG png  files DIALOG_PICKFILE TITLE Select picture files to open MULTIPLE_FILES                        FILTER filter GET_PATH path   if user hit  Cancel  then return to previous program level: if  files 0  EQ   then RETURN  change current working directory to location of selected files: CD path nFiles N_ELEMENTS files   pState nFiles nFiles  pState increment 100 nFiles files files SORT files   create status report dialog: xCenter pState screenSize 0 2 yCenter pState screenSize 1 2 tlb2 WIDGET_BASE TITLE Status Report COLUMN ALIGN_CENTER TLB_FRAME_ATTR 19 MODAL                   GROUP_LEADER pState tlb    spacer WIDGET_LABEL tlb2 VALUE      label1 WIDGET_LABEL tlb2 VALUE LOADING SELECTED IMAGE FILES INTO MEMORY    spacer WIDGET_LABEL tlb2 VALUE      label2 WIDGET_LABEL tlb2 VALUE  PLEASE WAIT     spacer WIDGET_LABEL tlb2 VALUE      statusBase WIDGET_BASE tlb2 ROW FRAME BASE_ALIGN_CENTER ALIGN_CENTER EVENT_PRO image_viewer_timer      cancelBut WIDGET_BUTTON statusBase VALUE Cancel EVENT_PRO image_viewer_cancel      progressLabel WIDGET_LABEL statusBase Value  Progress :  0       statusSlider WIDGET_SLIDER statusBase SENSITIVE 0 TITLE   XSIZE 200      percentLabel WIDGET_LABEL statusBase VALUE  100   geom WIDGET_INFO tlb2 GEOMETRY  xHalfSize geom Scr_XSize 2 yHalfSize geom Scr_YSize 2 WIDGET_CONTROL tlb2 XOFFSET xCenter xHalfSize YOFFSET yCenter yHalfSize WIDGET_CONTROL tlb2 REALIZE  pState statusBase statusBase  pState statusSlider statusSlider WIDGET_CONTROL tlb2 SET_UVALUE pState  reset settings of GUI: WIDGET_CONTROL pState fileText SET_VALUE  WIDGET_CONTROL pState imageDraw GET_VALUE drawID WSET drawID TVLCT 0 0 0 0 ERASE  re create thumbnails base with appropriate size for number of images selected: nRows   CEIL  nFiles   3 0  WIDGET_CONTROL pState thumbBase DESTROY  pState thumbBase WIDGET_BASE pState controlsBase COLUMN ALIGN_TOP FRAME XSIZE 260                                  YSIZE nRows 89 SCROLL X_SCROLL_SIZE 260 Y_SCROLL_SIZE 650   initialize pointer array to reference image data: numImages N_ELEMENTS pState images  if numImages NE 0 then PTR_FREE pState images  pState images PTRARR nFiles ALLOCATE_HEAP   pState files files  loop through each file:  pState timer 1B WIDGET_CONTROL statusBase TIMER 0 01 END       PRO IMAGE_VIEWER_OPEN_FOLDER event  THIS PROCEDURE IS CALLED WHEN A USER SELECTS  File   Open All In Folder  FROM THE MAIN MENU  error handling:     compile_opt idl2  strictarrsubs    ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR     if status report dialog is still active  destroy it:   if SIZE tlb TYPE  NE 0 then WIDGET_CONTROL tlb DESTROY   RETURN endif  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState  prompt user to select files with native file selection dialog: folder DIALOG_PICKFILE TITLE Select folder that contains picture files DIRECTORY   if user hit  Cancel  then return to previous program level: if folder EQ   then RETURN  change current working directory to location of selected files: CD folder if  pState gifFlag EQ 1 then filter JPG JPEG JPE JFIF GIF BMP     TIF TIFF PNG  else     filter JPG JPEG JPE JFIF BMP TIF TIFF PNG  files FILE_SEARCH filter COUNT nFiles FOLD_CASE FULLY_QUALIFY_PATH NOSORT  if nFiles EQ 0 then begin   dummy DIALOG_MESSAGE No valid picture files were found in the selected folder  INFO    RETURN endif  pState nFiles nFiles  pState increment 100 nFiles files files SORT files   create status report dialog: xCenter pState screenSize 0 2 yCenter pState screenSize 1 2 tlb2 WIDGET_BASE TITLE Status Report COLUMN ALIGN_CENTER TLB_FRAME_ATTR 19 MODAL                   GROUP_LEADER pState tlb    spacer WIDGET_LABEL tlb2 VALUE      label1 WIDGET_LABEL tlb2 VALUE LOADING SELECTED IMAGE FILES INTO MEMORY    spacer WIDGET_LABEL tlb2 VALUE      label2 WIDGET_LABEL tlb2 VALUE  PLEASE WAIT     spacer WIDGET_LABEL tlb2 VALUE      statusBase WIDGET_BASE tlb2 ROW FRAME BASE_ALIGN_CENTER ALIGN_CENTER EVENT_PRO image_viewer_timer      cancelBut WIDGET_BUTTON statusBase VALUE Cancel EVENT_PRO image_viewer_cancel      progressLabel WIDGET_LABEL statusBase Value  Progress :  0       statusSlider WIDGET_SLIDER statusBase SENSITIVE 0 TITLE   XSIZE 200      percentLabel WIDGET_LABEL statusBase VALUE  100   geom WIDGET_INFO tlb2 GEOMETRY  xHalfSize geom Scr_XSize 2 yHalfSize geom Scr_YSize 2 WIDGET_CONTROL tlb2 XOFFSET xCenter xHalfSize YOFFSET yCenter yHalfSize WIDGET_CONTROL tlb2 REALIZE  pState statusBase statusBase  pState statusSlider statusSlider WIDGET_CONTROL tlb2 SET_UVALUE pState  reset settings of GUI: WIDGET_CONTROL pState fileText SET_VALUE  WIDGET_CONTROL pState imageDraw GET_VALUE drawID WSET drawID TVLCT 0 0 0 0 ERASE  re create thumbnails base with appropriate size for number of images selected: nRows   CEIL  nFiles   3 0  WIDGET_CONTROL pState thumbBase DESTROY  pState thumbBase WIDGET_BASE pState controlsBase COLUMN ALIGN_TOP FRAME XSIZE 260                                  YSIZE nRows 89 SCROLL X_SCROLL_SIZE 260 Y_SCROLL_SIZE 650   initialize pointer array to reference image data: numImages N_ELEMENTS pState images  if numImages NE 0 then PTR_FREE pState images  pState images PTRARR nFiles ALLOCATE_HEAP   pState files files  loop through each file:  pState timer 1B WIDGET_CONTROL statusBase TIMER 0 01 END       PRO IMAGE_VIEWER_CANCEL event  obtain state structure for top level base from its UVALUE:     compile_opt idl2  strictarrsubs   WIDGET_CONTROL event top GET_UVALUE pState  shut off timer:  pState timer 0B END       PRO IMAGE_VIEWER_TIMER event  obtain state structure for top level base from its UVALUE:     compile_opt idl2  strictarrsubs   WIDGET_CONTROL event top GET_UVALUE pState if  pState timer EQ 1 then begin  continue processing files:   if  pState currFile LE  pState nFiles 1 then begin     i pState currFile     extension STRUPCASE STRMID pState files i STRPOS pState files i REVERSE_SEARCH 1      if extension EQ  JPG  or extension EQ  JPEG  or extension EQ  JPE  or extension EQ  JFIF  then begin       result QUERY_JPEG pState files i info        if result NE 1 then begin         dummy DIALOG_MESSAGE Selected file: pState files i                                 does not appear to be a valid JPEG file  ERROR          if  i MOD 3  EQ 0 then  pState rowBase WIDGET_BASE pState thumbBase ROW ALIGN_LEFT          if  pState currFile EQ  pState nFiles 1 then begin            last file   terminate timer:            pState timer 0B            pState currFile 0L           WIDGET_CONTROL event top DESTROY         endif else begin            increment file number and update progress slider:            pState currFile pState currFile 1           progressValue   ROUND i 1 pState increment   Exit  FROM THE MAIN MENU  terminate the program by destroying the top level base  widgetID always stored in event top :     compile_opt idl2  strictarrsubs   WIDGET_CONTROL event top DESTROY END       PRO IMAGE_VIEWER_HELP event  THIS PROCEDURE IS CALLED WHEN A USER SELECTS  Help   Help on IMAGE_VIEWER   FROM THE MAIN MENU  display a simple message:     compile_opt idl2  strictarrsubs   messageStr IMAGE_VIEWER written by AEB  2002               The purpose of this program is to provide an interactive tool that can be used               to view JPEG  BMP  GIF  PNG  and TIFF picture files   In order to provide rapid               viewing capabilities the images are loaded into memory  which can cause the               initial file access to take a bit of time while the pictures are opened and               thumbnails are created  dummy DIALOG_MESSAGE messageStr info  END       PRO IMAGE_VIEWER_THUMBS event  THIS PROCEDURE IS CALLED WHEN A USER CLICKS ON ONE OF THE THUMBNAIL PICTURES  error handling:     compile_opt idl2  strictarrsubs    ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR    RETURN endif if event press EQ 1 then begin   WIDGET_CONTROL HOURGLASS    obtain state structure for top level base from its UVALUE:   WIDGET_CONTROL event top GET_UVALUE pState   WIDGET_CONTROL pState imageDraw GET_VALUE drawID   WSET drawID   TVLCT 0 0 0 0   ERASE    obtain current image data:   WIDGET_CONTROL event id GET_UVALUE fileID   imageStruct pState images fileID 1    xOffset ROUND 710 imageStruct xSize 2    yOffset ROUND 650 imageStruct ySize 2    if  pState colorMode EQ  PSEUDO  then begin     TVLCT imageStruct red imageStruct green imageStruct blue     TV TEMPORARY imageStruct image xOffset yOffset   endif else begin  pState colorMode EQ  TRUE :     if imageStruct imageColorMode EQ  PSEUDO  then begin       DEVICE DECOMPOSED 0       TVLCT imageStruct red imageStruct green imageStruct blue       TV TEMPORARY imageStruct image xOffset yOffset     endif else begin  imageStruct imageColorMode EQ  TRUE :       DEVICE DECOMPOSED 1       TV TEMPORARY imageStruct image xOffset yOffset TRUE 1     endelse   endelse   WIDGET_CONTROL pState fileText SET_VALUE pState files fileID 1  endif END       PRO IMAGE_VIEWER_CLEANUP widgetID  THIS PROCEDURE IS CALLED WHEN THE PROGRAM IS TERMINATED AND XMANAGER REGISTERS A CLEANUP:  obtain state structure for top level base from its uvalue:     compile_opt idl2  strictarrsubs   WIDGET_CONTROL widgetID GET_UVALUE pState  test for validity of state structure pointer: if PTR_VALID pState  then begin    reset original settings:    QUIET pState quietInit    ORDER pState orderInit    P BACKGROUND pState backInit   CD pState currentDir   DEVICE DECOMPOSED pState dc   TVLCT pState r pState g pState b    cleanup heap memory:   PTR_FREE TEMPORARY pState files    numImages N_ELEMENTS pState images    if numImages NE 0 then PTR_FREE pState images   PTR_FREE TEMPORARY pState images    PTR_FREE TEMPORARY pState  endif END       PRO IMAGE_VIEWER_EVENT event  THIS PROCEDURE IS CALLED WHEN A USER RESIZES THE TOP LEVEL BASE  error handling:     compile_opt idl2  strictarrsubs    ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR    RETURN endif  obtain state structure for top level base from its UVALUE: WIDGET_CONTROL event top GET_UVALUE pState  reset widget size: WIDGET_CONTROL event top XSIZE pState tlbWidth YSIZE pState tlbHeight XOFFSET 0 YOFFSET 0 END       PRO IMAGE_VIEWER  error handling:     compile_opt idl2  strictarrsubs    ERROR_STATE CODE 0 CATCH error if error NE 0 then begin   HELP LAST_MESSAGE OUTPUT traceback   messageStr Error Caught : traceback    dummy DIALOG_MESSAGE messageStr ERROR     QUIET quietInit    ORDER orderInit    P BACKGROUND backInit   CD currentDir   RETURN endif  ignore beta and development build versions of IDL because string to float conversion will fail: betaTest STRPOS STRLOWCASE VERSION RELEASE beta  buildTest STRPOS STRLOWCASE VERSION RELEASE build   check to make sure the version of IDL running is 5 5 or newer: if betaTest EQ  1 and buildTest EQ  1 then begin   if FLOAT VERSION RELEASE  LT 5 5 then begin     dummy dialog_message IMAGE_VIEWER is only supported in IDL version 5 5 or newer ERROR      RETURN   endif endif  check to make sure there is adequate real estate: DEVICE GET_SCREEN_SIZE screenSize if  LONG screenSize 0 screenSize 1  LT 786432 then begin   messageStr IMAGE_VIEWER requires the computer monitor  Display  to be                 configured in  1024 x 768  mode or better    dummy DIALOG_MESSAGE messageStr    RETURN endif  check in auxiliary license: result LMGR idl_tifflzw VERSION 1 0  result LMGR idl_gif VERSION 1 0  gifFlag 1B if result NE 1 then begin   messageStr The ability to read GIF  and TIFF LZW compressed  images requires                 an auxiliary license in order to conform with the patent rights of the                 Unisys Corporation   IMAGE_VIEWER was unable to find the required                 license in this installation   Consequently  the ability to read GIF files                 will be disabled    dummy DIALOG_MESSAGE messageStr    gifFlag 0B endif  warn users of color flashing if monitor in PseudoColor mode: if  D N_COLORS LE 256 then begin   messageStr The computer monitor  Display  is currently configured in 8 bit  256 Colors                 PseudoColor mode   Due to the dynamic  read write  nature of the colormap                 system for this visual  when a colortable is loaded for an image it affects                 all visible graphics windows  including the thumbnails of other images   This                 can lead to a phenomenon known as  color flashing                 If possible  it is recommended that you exit this program  reconfigure your                 monitor in 24 bit  TrueColor  mode or better  and restart IMAGE_VIEWER    dummy DIALOG_MESSAGE messageStr  endif  obtain the current working directory: CD CURRENT currentDir if STRUPCASE VERSION OS_FAMILY  EQ  WINDOWS  then begin   executeStr cd  USERPROFILE My Documents My Pictures    cd    SPAWN executeStr pathInit HIDE   pathInit pathInit 0    result FILE_TEST pathInit READ    if result EQ 1 then begin     CD pathInit   endif else begin     result FILE_TEST C: My Documents My Pictures READ      if result EQ 1 then begin       CD C: My Documents My Pictures      endif else begin       result FILE_TEST C: READ        if result EQ 1 then CD C:      endelse   endelse endif  suppress informational messaging: quietInit QUIET  QUIET 1  make sure color decomposition is disabled: DEVICE GET_DECOMPOSED dc if  D N_COLORS GT 256 then colorMode TRUE  else colorMode PSEUDO   obtain the current color table: TVLCT r g b GET LOADCT 0 SILENT  force  ORDER 0: orderInit ORDER  ORDER 0  force  P BACKGROUND 0: backInit P BACKGROUND  P BACKGROUND 0  create GUI: tlb WIDGET_BASE TITLE Image Viewer ROW MBAR menuBar TLB_SIZE_EVENTS XOFFSET 0 YOFFSET 0    fileMenu WIDGET_BUTTON menuBar VALUE File MENU      fileBttn1 WIDGET_BUTTON fileMenu VALUE Open Picture Files EVENT_PRO image_viewer_open_files      fileBttn2 WIDGET_BUTTON fileMenu VALUE Open All In Folder EVENT_PRO image_viewer_open_folder      fileBttn3 WIDGET_BUTTON fileMenu VALUE Exit EVENT_PRO image_viewer_exit    helpMenu WIDGET_BUTTON menuBar VALUE Help MENU      helpBttn1 WIDGET_BUTTON helpMenu VALUE Help on IMAGE_VIEWER EVENT_PRO image_viewer_help    controlsBase WIDGET_BASE tlb COLUMN FRAME ALIGN_TOP      labelBase WIDGET_BASE controlsBase COLUMN SCR_XSIZE 280        thumbLabel WIDGET_LABEL labelBase ALIGN_CENTER VALUE CLICK ON THUMBNAIL TO VIEW IMAGE      thumbBase WIDGET_BASE controlsBase COLUMN ALIGN_TOP FRAME XSIZE 260 YSIZE 700                             SCROLL X_SCROLL_SIZE 260 Y_SCROLL_SIZE 650    imageBase WIDGET_BASE tlb COLUMN FRAME ALIGN_TOP      fileBase WIDGET_BASE imageBase ROW ALIGN_CENTER        fileLabel WIDGET_LABEL fileBase VALUE Current Image File           fileText WIDGET_TEXT fileBase XSIZE 75 YSIZE 1      imageDraw WIDGET_DRAW imageBase XSIZE 710 YSIZE 650 RETAIN 2   display the GUI on the computer monitor: WIDGET_CONTROL tlb REALIZE  obtain the top level base geometry: tlbGeom WIDGET_INFO tlb GEOMETRY  tlbWidth tlbGeom xsize tlbHeight tlbGeom ysize if tlbWidth EQ 0 or tlbHeight EQ 0 then begin   WIDGET_CONTROL tlb TLB_GET_SIZE tlbSize   tlbWidth tlbSize 0    tlbHeight tlbSize 1  endif  create state structure to store information needed by the other event handling procedures: pState PTR_NEW files:PTR_NEW ALLOCATE_HEAP                  images:PTR_NEW ALLOCATE_HEAP                  screenSize:screenSize quietInit:quietInit orderInit:orderInit tlb:tlb statusBase:0L                  controlsBase:controlsBase thumbBase:thumbBase fileText:fileText timer:0B nFiles:0L                  currentDir:currentDir imageDraw:imageDraw dc:dc r:r g:g b:b gifFlag:gifFlag statusSlider:0L                  backInit:backInit colorMode:colorMode tlbWidth:tlbWidth tlbHeight:tlbHeight currFile:0L                  rowBase:0L increment:0 0   store this state structure in the uvalue of the top level base  so it can be obtained by other program units: WIDGET_CONTROL tlb SET_UVALUE pState  register the GUI with the XMANAGER event handler routine: XMANAGER image_viewer tlb CLEANUP image_viewer_cleanup  END  ");
+a[204] = new Array("./ToBeReviewed/IMAGE/imdisp.html", "imdisp.pro", "", "  FUNCTION IMDISP_GETPOS  ASPECT  POSITION POSITION  MARGIN MARGIN     compile_opt idl2  strictarrsubs      Compute a position vector given an aspect ratio  called by IMDISP_IMSIZE     Check arguments if  n_params  ne 1  then message   Usage: RESULT   IMDISP_GETPOS ASPECT  if  n_elements aspect  eq 0  then message   ASPECT is undefined     Check keywords if  n_elements position  eq 0  then position    0 0  0 0  1 0  1 0  if  n_elements margin  eq 0  then margin   0 1    Get range limited aspect ratio and margin input values aspect_val    float aspect 0    0 01   0 0   0L y0   round position 1     d y_vsize    0L    Compute size of image  device units  xsize   round position 2    position 0     d x_vsize    2L ysize   round position 3    position 1     d y_vsize    2L    Recompute the image position based on actual image size position   fltarr 4  position 0    x0   float d x_vsize  position 1    y0   float d y_vsize  position 2     x0   xsize    float d x_vsize  position 3     y0   ysize    float d y_vsize   END   PRO IMDISP  IMAGE  RANGE RANGE  BOTTOM BOTTOM  NCOLORS NCOLORS      MARGIN MARGIN  INTERP INTERP  DITHER DITHER  ASPECT ASPECT      POSITION POSITION  OUT_POS OUT_POS  NOSCALE NOSCALE  NORESIZE NORESIZE      ORDER ORDER  USEPOS USEPOS  CHANNEL CHANNEL      BACKGROUND BACKGROUND  ERASE ERASE      AXIS AXIS  NEGATIVE NEGATIVE  _EXTRA EXTRA_KEYWORDS     compile_opt idl2  strictarrsubs        NAME:      IMDISP     PURPOSE:      Display an image on the current graphics device       IMDISP is an advanced replacement for TV and TVSCL           Supports WIN  MAC  X  CGM  PCL  PRINTER  PS  and Z graphics devices         Image is automatically byte scaled  can be disabled         Custom byte scaling of Pseudo color images via the RANGE keyword         Pseudo  indexed  color and True color images are handled automatically         8 bit and 24 bit graphics devices  are handled automatically         Decomposed color settings are handled automatically         Image is automatically sized to fit the display  can be disabled         The  P MULTI system variable is honored for multiple image display         Image can be positioned via the POSITION keyword         Color table splitting via the BOTTOM and NCOLORS keywords         Image aspect ratio customization via the ASPECT keyword         Resized images can be resampled  default  or interpolated         Top down image display via the ORDER keyword  ORDER is ignored         Selectable display channel  R G B  via the CHANNEL keyword         Background can be set to a specified color via the BACKGROUND keyword         Screen can be erased prior to image display via the ERASE keyword         Plot axes can be drawn on the image via the AXIS keyword         Photographic negative images can be displayed via the NEGATIVE keyword      CATEGORY:      Image display     CALLING SEQUENCE:      IMDISP  IMAGE     INPUTS:      IMAGE       Array containing image data                   Pseudo  indexed  color images must have 2 dimensions                   True color images must have 3 dimensions  in either                   3  NX  NY   NX  3  NY  or  NX  NY  3  form      OPTIONAL INPUTS:      None      KEYWORD PARAMETERS:      RANGE       For Pseudo Color images only  a vector with two elements                  specifying the minimum and maximum values of the image                  array to be considered when the image is byte scaled                   default is minimum and maximum array values                   This keyword is ignored for True Color images                   or if the NOSCALE keyword is set         BOTTOM      Bottom value in the color table to be used                  for the byte scaled image                   default is 0                   This keyword is ignored if the NOSCALE keyword is set         NCOLORS     Number of colors in the color table to be used                  for the byte scaled image                   default is  D TABLE_SIZE   BOTTOM                   This keyword is ignored if the NOSCALE keyword is set         MARGIN      A scalar value specifying the margin to be maintained                  around the image in normal coordinates                   default is 0 1  or 0 025 if  P MULTI is set to display                  multiple images         INTERP      If set  the resized image will be interpolated using                  bilinear interpolation                   default is nearest neighbor sampling         DITHER      If set  true color images will be dithered when displayed                  on an 8 bit graphics device                   default is no dithering         ASPECT      A scalar value specifying the aspect ratio  height width                   for the displayed image                   default is to maintain native aspect ratio         POSITION    On input  a 4 element vector specifying the position                  of the displayed image in the form  X0 Y0 X1 Y1  in                  in normal coordinates                   default is  0 0 0 0 1 0 1 0                   See the examples below to display an image where only the                  offset and size are known  e g  MAP_IMAGE output         OUT_POS     On output  a 4 element vector specifying the position                  actually used to display the image         NOSCALE     If set  the image will not be byte scaled                   default is to byte scale the image         NORESIZE    If set  the image will not be resized                    default is to resize the image to fit the display         ORDER       If set  the image is displayed from the top down                   default is to display the image from the bottom up                   Note that the system variable  ORDER is always ignored         USEPOS      If set  the image will be sized to exactly fit a supplied                  POSITION vector  over riding ASPECT and MARGIN                   default is to honor ASPECT and MARGIN when a POSITION                  vector is supplied         CHANNEL     Display channel  Red  Green  or Blue  to be written                   0   All channels  the default                   1   Red channel                  2   Green channel                  3   Blue channel                  This keyword is only recognized by graphics devices which                  support 24 bit decomposed color  WIN  MAC  X  It is ignored                  by all other graphics devices  However True color  RGB                   images can be displayed on any device supported by IMDISP         BACKGROUND  If set to a positive integer  the background will be filled                  with the color defined by BACKGROUND         ERASE       If set  the screen contents will be erased  Note that if                   P MULTI is set to display multiple images  the screen is                  always erased when the first image is displayed         AXIS        If set  plot axes will be drawn on the image  The default                  x and y axis ranges are determined by the size of the image                   When the AXIS keyword is set  IMDISP accepts any keywords                  supported by PLOT  e g  TITLE  COLOR  CHARSIZE etc         NEGATIVE    If set  a photographic negative of the image is displayed                   The values of BOTTOM and NCOLORS are honored  This keyword                  allows True color images scanned from color negatives to be                  displayed  It also allows Pseudo color images to be displayed                  as negatives without reversing the color table  This keyword                  is ignored if the NOSCALE keyword is set      OUTPUTS:      None      OPTIONAL OUTPUTS:      None     COMMON BLOCKS:      None     SIDE EFFECTS:      The image is displayed on the current graphics device      RESTRICTIONS:      Requires IDL 5 0 or higher  square bracket array syntax      EXAMPLE:     Load test data    openr  lun  filepath ctscan dat  subdir examples data   get_lun  ctscan   bytarr 256  256   readu  lun  ctscan  free_lun  lun  openr  lun  filepath hurric dat  subdir examples data   get_lun  hurric   bytarr 440  330   readu  lun  hurric  free_lun  lun  read_jpeg  filepath rose jpg  subdir examples data  rose  help  ctscan  hurric  rose     Display single images    p multi   0  loadct  0  imdisp  hurric   erase  wait  3 0  imdisp  rose   interp   erase  wait  3 0     Display multiple images without color table splitting    works on 24 bit displays only  top 2 images are garbled on 8 bit displays     p multi    0  1  3  0  0   loadct  0  imdisp  ctscan  margin 0 02  loadct  13  imdisp  hurric  margin 0 02  imdisp  rose  margin 0 02  wait  3 0     Display multiple images with color table splitting    works on 8 bit or 24 bit displays     p multi    0  1  3  0  0   loadct  0  ncolors 64  bottom 0  imdisp  ctscan  margin 0 02  ncolors 64  bottom 0  loadct  13  ncolors 64  bottom 64  imdisp  hurric  margin 0 02  ncolors 64  bottom 64  imdisp  rose  margin 0 02  ncolors 64  bottom 128  wait  3 0     Display an image at a specific position  over riding aspect and margin    p multi   0  loadct  0  imdisp  hurric  position 0 0  0 0  1 0  0 5   usepos   erase  wait  3 0     Display an image with axis overlay    p multi   0  loadct  0  imdisp  rose   axis   erase  wait  3 0     Display an image with contour plot overlay    p multi   0  loadct  0  imdisp  hurric  out_pos out_pos   erase  contour  smooth hurric  10   edge   noerase  position out_pos       xstyle 1  ystyle 1  levels findgen 5 40 0   follow  wait  3 0     Display a small image with correct resizing    p multi   0  loadct  0  data    dist 8 1:7  1:7   imdisp  data   erase  wait  3 0  imdisp  data   interp  wait  3 0     Display a true color image without and with interpolation    p multi   0  imdisp  rose   erase  wait  3 0  imdisp  rose   interp  wait  3 0     Display a true color image as a photographic negative    imdisp  rose   negative   erase  wait  3 0     Display a true color image on PostScript output    note that color table is handled automatically     current_device    d name  set_plot   PS   device   color  bits_per_pixel 8  filename imdisp_true ps   imdisp  rose   axis  title PostScript True Color Output   device   close  set_plot  current_device     Display a pseudo color image on PostScript output    current_device    d name  set_plot   PS   device   color  bits_per_pixel 8  filename imdisp_pseudo ps   loadct  0  imdisp  hurric   axis  title PostScript Pseudo Color Output   device   close  set_plot  current_device     Display an image where only the offset and size are known     Read world elevation data  file   filepath worldelv dat  subdir examples data   openr  lun  file   get_lun  data   bytarr 360  360   readu  lun  data  free_lun  lun   Reorganize array so it spans 180W to 180E  world   data  world 0:179      data 180:     world 180:      data 0:179      Create remapped image  map_set   orthographic   isotropic   noborder  remap   map_image world  x0  y0  xsize  ysize  compress 1    Convert offset and size to position vector  pos   fltarr 4   pos 0    x0   float d x_vsize   pos 1    y0   float d y_vsize   pos 2     x0   xsize    float d x_vsize   pos 3     y0   ysize    float d y_vsize    Display the image  loadct  0  imdisp  remap  pos pos   usepos  map_continents  map_grid     MODIFICATION HISTORY:   Liam Gumley ssec wisc edu   http: cimss ssec wisc edu gumley    Id: imdisp pro v 1 47 2002 06 05 16:31:07 gumley Exp       Copyright  C  1999  2000 Liam E  Gumley     This program is free software  you can redistribute it and or   modify it under the terms of the GNU General Public License   as published by the Free Software Foundation  either version 2   of the License  or  at your option  any later version      This program is distributed in the hope that it will be useful    but WITHOUT ANY WARRANTY  without even the implied warranty of   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE   See the   GNU General Public License for more details      You should have received a copy of the GNU General Public License   along with this program  if not  write to the Free Software   Foundation  Inc  59 Temple Place   Suite 330  Boston  MA  02111 1307  USA     rcs_id    Id: imdisp pro v 1 47 2002 06 05 16:31:07 gumley Exp        CHECK INPUT      Check arguments if  n_params  ne 1  then message   Usage: IMDISP  IMAGE  if  n_elements image  eq 0  then message   Argument IMAGE is undefined  if  max p multi  eq 0  then begin   if  n_elements margin  eq 0  then begin     if  n_elements position  eq 4  then margin   0 0 else margin   0 1   endif endif else begin   if  n_elements margin  eq 0  then margin   0 025 endelse if  n_elements order  eq 0  then order   0 if  n_elements channel  eq 0  then channel   0    Check position vector if  n_elements position  gt 0  then begin   if  n_elements position  ne 4  then       message   POSITION must be a 4 element vector of the form  X0  Y0  X1  Y1    if  position 0  lt 0 0  then message   POSITION 0  must be GE 0 0    if  position 1  lt 0 0  then message   POSITION 1  must be GE 0 0    if  position 2  gt 1 0  then message   POSITION 2  must be LE 1 0    if  position 3  gt 1 0  then message   POSITION 3  must be LE 1 0    if  position 0  ge position 2  then       message   POSITION 0  must be LT POSITION 2    if  position 1  ge position 3  then       message   POSITION 1  must be LT POSITION 3  endif    Check the image dimensions result   size image  ndims   result 0  if  ndims lt 2  or  ndims gt 3  then     message   IMAGE must be a Pseudo Color  2D  or True Color  3D  image array  dims   result 1:ndims     Check that 3D image array is in valid true color format true   0 if  ndims eq 3  then begin   index   where dims eq 3L  count    if  count eq 0  then       message   True Color dimensions must be  3 NX NY   NX 3 NY  or  NX NY 3    true   1   truedim   index 0  endif    Check scaling range for pseudo color images if  true eq 0  then begin   if  n_elements range  eq 0  then begin     min_value   min image  max max_value      range    min_value  max_value    endif   if  n_elements range  ne 2  then       message   RANGE keyword must be a 2 element vector  endif else begin   if  n_elements range  gt 0  then       message   RANGE keyword is not used for True Color images   continue endelse    Check for supported graphics devices names    WIN   MAC   X   CGM   PCL   PRINTER   PS   Z  result   where d name eq names  count  if  count eq 0  then message   Graphics device is not supported     Get color table information if  d flags and 256  ne 0  and  d window lt 0  then begin   window   free   pixmap   wdelete   d window endif if  n_elements bottom  eq 0  then bottom   0 if  n_elements ncolors  eq 0  then ncolors    d table_size   bottom    Get IDL version number version   float version release     Check for IDL 5 2 or higher if printer device is selected if  version lt 5 2  and  d name eq  PRINTER  then     message   IDL 5 2 or higher is required for PRINTER device support       GET RED  GREEN  AND BLUE COMPONENTS OF TRUE COLOR IMAGE    if  true eq 1  then begin     case truedim of       0 : begin             red   image 0                  grn   image 1                  blu   image 2            end       1 : begin             red   image  0                grn   image  1                blu   image  2          end       2 : begin             red   image    0              grn   image    1              blu   image    2        end   endcase   red   reform red   overwrite    grn   reform grn   overwrite    blu   reform blu   overwrite  endif      COMPUTE POSITION FOR IMAGE      Save first element of  p multi multi_first    p multi 0     Establish image position if not defined if  n_elements position  eq 0  then begin   if  max p multi  eq 0  then begin     position    0 0  0 0  1 0  1 0    endif else begin     plot   0   nodata  xstyle 4  ystyle 4  xmargin 0  0  ymargin 0  0      position    x window 0   y window 0   x window 1   y window 1    endelse endif    Erase and fill the background if required if  multi_first eq 0  then begin   if keyword_set erase  then erase   if  n_elements background  gt 0  then begin     polyfill   0 01   1 01   1 01   0 01   0 01           0 01   0 01   1 01   1 01   0 01   normal  color background 0    endif endif    Compute image aspect ratio if not defined if  n_elements aspect  eq 0  then begin   case true of     0 : result   size image      1 : result   size red    endcase   dims   result 1:2    aspect   float dims 1    float dims 0  endif    Save image xrange and yrange for axis overlays xrange    0  dims 0  yrange    0  dims 1  if  order eq 1  then yrange   reverse yrange     Set the aspect ratio and margin to fill the position window if requested if keyword_set usepos  then begin   xpos_size   float d x_vsize     position 2    position 0    ypos_size   float d y_vsize     position 3    position 1    aspect_value   ypos_size   xpos_size   margin_value   0 0 endif else begin   aspect_value   aspect   margin_value   margin endelse    Compute size of displayed image and save output position pos   position case true of   0 : imdisp_imsize  image  x0  y0  xsize  ysize  position pos            aspect aspect_value  margin margin_value   1 : imdisp_imsize    red  x0  y0  xsize  ysize  position pos            aspect aspect_value  margin margin_value endcase out_pos   pos      BYTE SCALE THE IMAGE IF REQUIRED      Choose whether to scale the image or not if  keyword_set noscale  eq 0  then begin      Scale the image   case true of     0 : scaled   imdisp_imscale image  bottom bottom  ncolors ncolors              range range  negative keyword_set negative      1 : begin           scaled_dims    size red 1:2            scaled   bytarr scaled_dims 0  scaled_dims 1  3            scaled 0  0  0    imdisp_imscale red  bottom 0  ncolors 256                negative keyword_set negative            scaled 0  0  1    imdisp_imscale grn  bottom 0  ncolors 256                negative keyword_set negative            scaled 0  0  2    imdisp_imscale blu  bottom 0  ncolors 256                negative keyword_set negative          end   endcase  endif else begin      Don t scale the image   case true of     0 : scaled   image     1 : begin           scaled_dims    size red 1:2            scaled   replicate red 0  scaled_dims 0  scaled_dims 1  3            scaled 0  0  0    red           scaled 0  0  1    grn           scaled 0  0  2    blu         end   endcase  endelse      DISPLAY IMAGE ON PRINTER DEVICE    if  d name eq  PRINTER  then begin      Display the image   case true of     0 : begin           device   index_color           tv  scaled  x0  y0  xsize xsize  ysize ysize  order order         end     1 : begin           device   true_color           tv  scaled  x0  y0  xsize xsize  ysize ysize  order order  true 3         end   endcase      Draw axes if required   if keyword_set axis  then       plot   0   nodata   noerase  position out_pos          xrange xrange  xstyle 1  yrange yrange  ystyle 1          _extra extra_keywords      Return to caller   return  endif      DISPLAY IMAGE ON GRAPHICS DEVICES WHICH HAVE SCALEABLE PIXELS    if  d flags and 1  ne 0  then begin      Display the image   case true of     0 : tv  scaled  x0  y0  xsize xsize  ysize ysize  order order     1 : begin           tvlct  r  g  b   get           loadct  0   silent           tv  scaled  x0  y0  xsize xsize  ysize ysize  order order  true 3           tvlct  r  g  b         end   endcase      Draw axes if required   if keyword_set axis  then       plot   0   nodata   noerase  position out_pos          xrange xrange  xstyle 1  yrange yrange  ystyle 1          _extra extra_keywords      Return to caller   return  endif      RESIZE THE IMAGE      Resize the image if  keyword_set noresize  eq 0  then begin   if  true eq 0  then begin     resized   imdisp_imregrid scaled  xsize  ysize  interp keyword_set interp    endif else begin     resized   replicate scaled 0  xsize  ysize  3      resized 0  0  0    imdisp_imregrid reform scaled    0  xsize  ysize          interp keyword_set interp      resized 0  0  1    imdisp_imregrid reform scaled    1  xsize  ysize          interp keyword_set interp      resized 0  0  2    imdisp_imregrid reform scaled    2  xsize  ysize          interp keyword_set interp    endelse endif else begin   resized   temporary scaled    x0   0   y0   0 endelse      GET BIT DEPTH FOR THIS DISPLAY      If this device supports windows  make sure a window has been opened if  d flags and 256  ne 0 then begin   if  d window lt 0  then begin     window   free   pixmap     wdelete   d window   endif endif    Set default display depth depth   8    Get actual bit depth on supported displays if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  then begin   if  version ge 5 1  then begin     device  get_visual_depth depth   endif else begin     if  d n_colors gt 256  then depth   24   endelse endif      SELECT DECOMPOSED COLOR MODE  ON OR OFF  FOR 24 BIT DISPLAYS    if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  then begin   if  depth gt 8  then begin     if  version ge 5 2  then device  get_decomposed entry_decomposed else         entry_decomposed   0     if  true eq 1  or  channel gt 0  then device  decomposed 1 else         device  decomposed 0   endif endif      DISPLAY THE IMAGE      If the display is 8 bit and the image is true color    convert image from true color to indexed color if  depth le 8  and  true eq 1  then begin   resized   color_quan temporary resized  3  r  g  b        colors ncolors  dither keyword_set dither    byte bottom    tvlct  r  g  b  bottom   true   0 endif    Set channel value for supported devices if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  then begin   channel_value   channel endif else begin   channel_value   0 endelse    Display the image case true of   0 : tv  resized  x0  y0  order order  channel channel_value   1 : tv  resized  x0  y0  order order  true 3 endcase      RESTORE THE DECOMPOSED COLOR MODE FOR 24 BIT DISPLAYS    if  d name eq  WIN  or  d name eq  MAC  or  d name eq  X  and      depth gt 8  then begin   device  decomposed entry_decomposed   if  d name eq  MAC  then tv   0   1   1 endif      DRAW AXES IF REQUIRED    if keyword_set axis  then     plot   0   nodata   noerase  position out_pos        xrange xrange  xstyle 1  yrange yrange  ystyle 1        _extra extra_keywords  END");
+a[205] = new Array("./ToBeReviewed/IMAGE/saveimage.html", "saveimage.pro", "", "PRO SAVEIMAGE  FILE  BMP BMP  PNG PNG  PICT PICT  JPEG JPEG  TIFF TIFF      QUALITY QUALITY  DITHER DITHER  CUBE CUBE  QUIET QUIET  MULTIPLE   multiple     compile_opt idl2  strictarrsubs        NAME:      SAVEIMAGE     PURPOSE:      Save the current graphics window to an output file  GIF by default         The output formats supported are:      GIF   8 bit with color table       BMP   8 bit with color table       PNG   8 bit with color table       PICT  8 bit with color table       JPEG 24 bit true color       TIFF 24 bit true color         Any conversions necessary to convert 8 bit or 24 bit images onscreen to      8 bit or 24 bit output files are done automatically      CATEGORY:      Input Output      CALLING SEQUENCE:      SAVEIMAGE  FILE     INPUTS:      FILE     Name of the output file  GIF format by default      OPTIONAL INPUTS:      None      KEYWORD PARAMETERS:      BMP      Set this keyword to create BMP format  8 bit with color table       PNG      Set this keyword to create PNG format  8 bit with color table       PICT     Set this keyword to create PICT format  8 bit with color table       JPEG     Set this keyword to create JPEG format  24 bit true color       TIFF     Set this keyword to create TIFF format  24 bit true color       QUALITY  If set to a named variable  specifies the quality for               JPEG output  default 75  Ranges from 0  terrible  to               100  excellent  Smaller quality values yield higher               compression ratios and smaller output files       DITHER   If set  dither the output image when creating 8 bit output               which is read from a 24 bit display  default is no dithering       CUBE     If set  use the color cube method to quantize colors when               creating 8 bit output which is read from a 24 bit display                default is to use the statistical method  This may improve               the accuracy of colors in the output image  especially white       QUIET    Set this keyword to suppress the information message                default is to print an information message       MULTIPLE to write multiple gif image     OUTPUTS:      None      OPTIONAL OUTPUTS:      None     COMMON BLOCKS:      None     SIDE EFFECTS:      The output file is overwritten if it exists      RESTRICTIONS:      Requires IDL 5 0 or higher  square bracket array syntax      EXAMPLE:    openr  lun  filepath hurric dat  subdir examples data   get_lun  image   bytarr 440  330   readu  lun  image  free_lun  lun  loadct  13  tvscl  image  saveimage   hurric gif      MODIFICATION HISTORY:   Liam Gumley ssec wisc edu   http: cimss ssec wisc edu gumley    Id: saveimage pro 69 2006 05 11 10:35:53Z smasson       Copyright  C  1999 Liam E  Gumley     This program is free software  you can redistribute it and or   modify it under the terms of the GNU General Public License   as published by the Free Software Foundation  either version 2   of the License  or  at your option  any later version      This program is distributed in the hope that it will be useful    but WITHOUT ANY WARRANTY  without even the implied warranty of   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE   See the   GNU General Public License for more details      You should have received a copy of the GNU General Public License   along with this program  if not  write to the Free Software   Foundation  Inc  59 Temple Place   Suite 330  Boston  MA  02111 1307  USA     rcs_id    Id: saveimage pro 69 2006 05 11 10:35:53Z smasson        CHECK INPUT      Check arguments if  n_params  ne 1  then message   Usage: SAVEIMAGE  FILE  if  n_elements file  eq 0  then message   Argument FILE is undefined  if  n_elements file  gt 1  then message   Argument FILE must be a scalar string     Check keywords output    GIF  if keyword_set bmp   then output    BMP  if keyword_Set png   then output    PNG  if keyword_set pict  then output    PICT  if keyword_set jpeg  then output    JPEG  if keyword_set tiff  then output    TIFF  if  n_elements quality  eq 0  then quality   75    Check for TVRD capable device if  d flags and 128  eq 0 then message   Unsupported graphics device     Check for open window if  d flags and 256  ne 0 then begin   if  d window lt 0  then message   No graphics windows are open  endif    Get display depth depth   8 if  d n_colors gt 256  then depth   24      GET CONTENTS OF GRAPHICS WINDOW      Handle window devices  other than the Z buffer  if  d flags and 256  ne 0 then begin      Copy the contents of the current display to a pixmap   current_window    d window   xsize    d x_size   ysize    d y_size   window   free   pixmap  xsize xsize  ysize ysize  retain 2   device  copy 0  0  xsize  ysize  0  0  current_window       Set decomposed color mode for 24 bit displays   version   float version release    if  depth gt 8  then begin     if  version gt 5 1  then device  get_decomposed entry_decomposed     device  decomposed 1   endif  endif    Read the pixmap contents into an array if  depth gt 8  then begin   image   tvrd order 0  true 1  endif else begin   image   tvrd order 0  endelse    Handle window devices  other than the Z buffer  if  d flags and 256  ne 0 then begin      Restore decomposed color mode for 24 bit displays   if  depth gt 8  then begin     if  version gt 5 1  then begin       device  decomposed entry_decomposed     endif else begin       device  decomposed 0       if  keyword_set quiet  eq 0  then           print   Decomposed color was turned off      endelse   endif      Delete the pixmap   wdelete   d window   wset  current_window  endif    Get the current color table tvlct  r  g  b   get    If an 8 bit image was read  reduce the number of colors if  depth le 8  then begin   reduce_colors  image  index   r   r index    g   g index    b   b index  endif      WRITE OUTPUT FILE    case 1 of      Save the image in 8 bit output format    output eq  GIF   or  output eq  BMP  or      output eq  PICT  or  output eq  PNG  : begin      if  depth gt 8  then begin          Convert 24 bit image to 8 bit       case keyword_set cube  of         0 : image   color_quan image  1  r  g  b  colors 256                  dither keyword_set dither          1 : image   color_quan image  1  r  g  b  cube 6        endcase          Sort the color table from darkest to brightest       table_sum   total long r   long g   long b  2        table_index   sort table_sum        image_index   sort table_index        r   r table_index        g   g table_index        b   b table_index        oldimage   image       image    image_index temporary oldimage       endif        Save the image     case output of        GIF   : write_gif   file  image  r  g  b  MULTIPLE   multiple        BMP   : write_bmp   file  image  r  g  b        PNG   : write_png   file  image  r  g  b        PICT  : write_pict  file  image  r  g  b     endcase    end      Save the image in 24 bit output format    output eq  JPEG  or  output eq  TIFF  : begin        Convert 8 bit image to 24 bit     if  depth le 8  then begin       info   size image        nx   info 1        ny   info 2        true   bytarr 3  nx  ny        true 0        r image        true 1        g image        true 2        b image        image   temporary true      endif        If TIFF format output  reverse image top to bottom     if  output eq  TIFF  then image   reverse temporary image  3         Write the image     case output of        JPEG  : write_jpeg  file  image  true 1  quality quality        TIFF  : write_tiff  file  image  1     endcase    end  endcase    Print information for the user if  keyword_set quiet  eq 0  then     print  file  output  format Created  a  in  a  format   END");
+a[206] = new Array("./ToBeReviewed/IMAGE/showimage.html", "showimage.pro", "", "PRO SHOWIMAGE  FILE  DITHER DITHER  CURRENT CURRENT     compile_opt idl2  strictarrsubs        NAME:      SHOWIMAGE     PURPOSE:      Show the contents of a graphics file in the current window         The input formats supported are:      GIF   8 bit with color table       BMP   8 bit with color table or 24 bit true color       PICT  8 bit with color table       TIFF  8 bit with color table or 24 bit true color       JPEG 24 bit true color         Any conversions necessary to translate 8 bit or 24 bit files      to 8 bit or 24 bit images on screen are done automatically      CATEGORY:      Input Output      CALLING SEQUENCE:      SHOWIMAGE  FILE     INPUTS:      FILE     Name of the output file  format is identified automatically      OPTIONAL INPUTS:      None      KEYWORD PARAMETERS:      DITHER   Set this keyword to dither the input image when displaying               24 bit images on an 8 bit display  default is no dithering       CURRENT  Set this keyword to display the image in the current window                default is to create a new window sized to fit the image      OUTPUTS:      None      OPTIONAL OUTPUTS:      None     COMMON BLOCKS:      None     SIDE EFFECTS:      The color table is modified      RESTRICTIONS:      Requires IDL 5 2 or higher  image QUERY functions      EXAMPLE:    showimage  filepath rose jpg  subdir examples data      MODIFICATION HISTORY:   Liam Gumley ssec wisc edu   http: cimss ssec wisc edu gumley    Id: showimage pro 69 2006 05 11 10:35:53Z smasson       Copyright  C  1999 Liam E  Gumley     This program is free software  you can redistribute it and or   modify it under the terms of the GNU General Public License   as published by the Free Software Foundation  either version 2   of the License  or  at your option  any later version      This program is distributed in the hope that it will be useful    but WITHOUT ANY WARRANTY  without even the implied warranty of   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE   See the   GNU General Public License for more details      You should have received a copy of the GNU General Public License   along with this program  if not  write to the Free Software   Foundation  Inc  59 Temple Place   Suite 330  Boston  MA  02111 1307  USA     rcs_id    Id: showimage pro 69 2006 05 11 10:35:53Z smasson        CHECK INPUT      Check IDL version  if float version release  lt 5 2 then begin   message   IDL 5 2 or higher is required   continue   return endif    Check input arguments  case 1 of   n_params  ne 1           : error    Usage: SHOWIMAGE  FILE    n_elements file  eq 0     : error    Argument FILE is undefined    n_elements file  gt 1     : error    Argument FILE must be a scalar string     findfile file 0  eq   : error    Argument FILE was not found    else                      : error     endcase  if error ne   then begin   message  error   continue   return endif      CHECK THE GRAPHICS DEVICE      Check for device supporting windows and tvrd   if  d flags and 256  eq 0  or  d flags and 128  eq 0  then begin   error   string d name  format Graphics device  a  is not supported    message  error   continue   return endif    Make sure a window has been opened in this session and get visual depth  if  d window lt 0 then begin   window   free   pixmap  xsize 20  ysize 20   wdelete   d window endif device  get_visual_depth depth    If 8 bit display is low on colors  print a message  if  depth eq 8  and  d table_size  lt 64 then message       Display has less than 64 colors  image quality may degrade   continue      IDENTIFY FILE AND READ IMAGE      Identify the file format  result   query_gif file  info  if result eq 0 then result   query_bmp file  info  if result eq 0 then result   query_pict file  info  if result eq 0 then result   query_tiff file  info  if result eq 0 then result   query_jpeg file  info  if result eq 0 then begin   message   File format not recognized   continue   return endif    Fix the channel information for GIF images  if info type eq  GIF  then info channels   1    Read the image  case info type of     GIF  : read_gif  file  image  r  g  b     BMP  : begin     if info channels eq 1 then begin       image   read_bmp file  r  g  b      endif else begin       image   read_bmp file        image   reverse temporary image  1      endelse   end     PICT  : read_pict  file  image  r  g  b     TIFF  : begin     if info channels eq 1 then begin       image   read_tiff file  r  g  b  order order        image   reverse temporary image  2      endif else begin       image   read_tiff file  order order        image   reverse temporary image  3      endelse   end     JPEG  : read_jpeg  file  image  endcase    If an 8 bit image was read  reduce the number of colors  if info channels eq 1 then begin   reduce_colors  image  index   r   r index    g   g index    b   b index  endif    Get image size  dims   size image   dimensions  if n_elements dims  eq 2 then begin   nx   dims 0    ny   dims 1  endif else begin   nx   dims 1    ny   dims 2  endelse      CREATE A WINDOW      Create a draw widget sized to fit the image  if not keyword_set current  then begin      Set default window size    scroll   0   xsize   nx   ysize   ny   draw_xsize   nx   draw_ysize   ny      Adjust the window size if the image is too large    device  get_screen_size screen   screen_xsize   screen 0    screen_ysize   screen 1    if  nx gt screen_xsize  then begin     xsize   0 9   screen_xsize     scroll   1   endif   if  ny gt screen_ysize  then begin     ysize   0 9   screen_ysize     scroll   1   endif      Create the draw widget    base   widget_base title file    draw   widget_draw base  scroll scroll    widget_control  draw  xsize xsize  ysize ysize        draw_xsize draw_xsize  draw_ysize draw_ysize  endif      HANDLE IDL 8 BIT MODE    if depth eq 8 then begin      If the color table of an 8 bit image is larger than     the current display table  convert the image to 24 bit    if  info channels eq 1  and  n_elements r  gt  d table_size  then begin        Convert to 24 bit      dims   size image   dimensions      nx   dims 0      ny   dims 1      true   bytarr 3  nx  ny      true 0        r image      true 1        g image      true 2        b image      image   temporary true         Reset the number of channels      info channels   3    endif      If image is 24 bit  convert to 8 bit    if info channels eq 3 then begin        Convert 24 bit image to 8 bit      image   color_quan image  1  r  g  b  colors d table_size          dither keyword_set dither         Sort the color table from darkest to brightest      table_sum   total long r   long g   long b  2      table_index   sort table_sum      image_index   sort table_index      r   r table_index      g   g table_index      b   b table_index      oldimage   image     image    image_index temporary oldimage         Reset the number of channels      info channels   1    endif  endif      DISPLAY THE IMAGE      Realize the draw widget  if not keyword_set current  then widget_control  base   realize    Save current decomposed mode and display order  device  get_decomposed current_decomposed current_order    order    Set image to display from bottom up   order   0    Display the image  if info channels eq 1 then begin    device  decomposed 0   tvlct  r  g  b   tv  image  endif else begin    device  decomposed 1   tv  image  true 1  endelse    Restore decomposed mode and display order  device  decomposed current_decomposed  order   current_order  END");
+a[207] = new Array("./ToBeReviewed/INIT/initncdf.html", "initncdf.pro", "", "          NAME:initncdf     PURPOSE:initfile for Netcdf file  define all the grid parameters     CATEGORY:     CALLING SEQUENCE:initncdf  ncfilename      INPUTS:ncfilename: a string giving the name of the NetCdf file     KEYWORD PARAMETERS:           GLAMBOUNDARY:a 2 elements vector   lon1 lon2  the longitute         boundaries that should be used to visualize the data            lon2   lon1           lon2   lon1 le 360         key_shift will be defined according to GLAMBOUNDARY             INVMASK: to inverse the mask: mask   1 mask           IODIRECTORY a string giving the name of iodirectory  see         isafile pro for all possibilities  default value is common          variable iodir           MASKNAME: a string giving the name of the variable in the file          that contains the land sea mask           MISSING_VALUE: to define  or redifine if the attribute is         already existing  the missing values used with USEASMASK         keyword            start1: index the axis from 1 instead of 0 when using          xyindex and or zindex           USEASMASK: a string giving the name of the variable in the file          that will be used to build the land sea mask  In this case the         mask is based on the first record  if record dimension         exists  The mask is build according to :           1 the keyword missing_value if existing           2 the attribute  missing_value  if existing           3 NaN values if existing            XYZ AXISNAME  a string giving the name of the variable in the file          that contains the  xyz axis           for X axis  default name must be  x   longitude   nav_lon  or  lon          for Y axis  default name must be  y   latitude   nav_lat  or  lat          for Z axis  default name must be  z   level   lev   depth             XYZ MINMESH: to define the common variables i xyz minmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are 0L            XYZ MAXMESH: to define the common variables i xyz maxmesh         used to define the grid only in a zoomed part of the original         grid  Defaut values are jp ijk glo 1            xyindex: to define the x y axis with index instead of using         the values contained in X YAXISNAME           x yaxis   keyword_set start1    findgen jpi jpj           this forces key_onearth   0            zindex: to define the z axis with index instead of using         the values contained in ZAXISNAME           zaxis   keyword_set start1    findgen jpk       OUTPUTS:none  except the grid parameters of the common pro     COMMON BLOCKS:common pro     SIDE EFFECTS:change the grid parameters of the common pro     RESTRICTIONS:   the file must contain an x and an y axis   1 ou 2 dimentional array      EXAMPLE: IDL  initncdf toto nc glam 180 180      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         8 May 2002         PRO initncdf  ncfilein  XAXISNAME   xaxisname  YAXISNAME   yaxisname                   ZAXISNAME   zaxisname  MASKNAME   maskname                   INVMASK   invmask  USEASMASK   useasmask                   MISSING_VALUE   missing_value  START1   start1                   XYINDEX   xyindex  ZINDEX   zindex                   _EXTRA   ex       compile_opt idl2  strictarrsubs    common     check the name of the file   ncfile   isafile FILENAME   ncfilein  IODIRECTORY   iodir  _extra   ex    if size ncfile   type  NE 7 then BEGIN     print   initncdf cancelled      return   endif   if the file is stored on tape   if  version os_family EQ  unix  then spawn   file  ncfile     dev null       open the file   cdfid   ncdf_open ncfile    what is inside the file   inside   ncdf_inquire cdfid      name of the variables   namevar   strarr inside nvars    for varid   0  inside nvars 1 do begin     invar   ncdf_varinq cdfid  varid      namevar varid    strlowcase invar name    ENDFOR     find the xaxis   if keyword_set xaxisname  then xaxisname   strlowcase xaxisname  ELSE xaxisname    x    xvarid   where namevar EQ xaxisname OR namevar EQ  longitude                     OR namevar EQ  nav_lon  OR namevar EQ  lon    xvarid   xvarid 0    if xvarid EQ  1 then begin     print   the xaxis was not found  check the use of XAXISNAME keyword      stop   endif   get the size of xaxis   xinq   ncdf_varinq cdfid  xvarid    ncdf_diminq  cdfid  xinq dim 0  blabla  jpifromx   should we read or compute the xaxis    IF NOT keyword_set xyindex  THEN BEGIN   read the xaxis     ncdf_varget  cdfid  xvarid  xaxis   make sure of the shape of xaxis     IF xinq ndims GE 2 THEN BEGIN       ncdf_diminq  cdfid  xinq dim 1  blabla  jpjfromx       xaxis   reform xaxis  jpifromx  jpjfromx   over      ENDIF   ENDIF ELSE xaxis   keyword_set start1    findgen jpifromx      find the yaxis   if keyword_set yaxisname  then yaxisname   strlowcase yaxisname  ELSE yaxisname    y    yvarid   where namevar EQ yaxisname OR namevar EQ  latitude  OR namevar EQ  nav_lat  OR namevar EQ  lat    yvarid   yvarid 0    if yvarid EQ  1 then begin     print   the yaxis was not found  check the use of YAXISNAME keyword      stop   endif   get the size of yaxis and check it is ok with the values found for x   yinq   ncdf_varinq cdfid  yvarid    IF xinq ndims GE 2 THEN BEGIN     ncdf_diminq  cdfid  yinq dim 0  blabla  jpifromy     ncdf_diminq  cdfid  yinq dim 1  blabla  jpjfromy     IF jpifromy NE jpifromx THEN BEGIN        print   xaxis and y axis do not have the same x dimension      ENDIF   ENDIF ELSE ncdf_diminq  cdfid  yinq dim 0  blabla  jpjfromy   IF n_elements jpjfromx  NE 0 THEN BEGIN     IF jpjfromy NE jpjfromx THEN BEGIN        print   xaxis and y axis do not have the same y dimension      ENDIF       ENDIF   should we read or compute the xaxis    IF NOT keyword_set xyindex  THEN BEGIN   read the yaxis     ncdf_varget  cdfid  yvarid  yaxis   make sure of the shape of xaxis     IF xinq ndims GE 2 THEN yaxis   reform yaxis  jpifromy  jpjfromy   over    ENDIF ELSE yaxis   keyword_set start1    findgen jpjfromy      find the zaxis   if keyword_set zaxisname  then zaxisname   strlowcase zaxisname  ELSE zaxisname    z    zvarid   where namevar EQ  nav_lev  or namevar EQ zaxisname OR namevar EQ  level  OR namevar EQ  lev  OR strmid namevar  0  5  EQ  depth    zvarid   zvarid 0    if zvarid EQ  1 AND inside ndims GT 3 then begin     print   initncdf: the zaxis was not found  check the the use of ZAXISNAME keyword if you whant to find one        stop   endif   read the zaxis   if zvarid NE  1 THEN ncdf_varget  cdfid  zvarid  zaxis   IF keyword_set zindex  THEN       zaxis   keyword_set start1    findgen n_elements zaxis      mask   CASE 1 OF     keyword_set maskname :BEGIN       mskid    where namevar EQ strlowcase maskname 0        if mskid NE  1 THEN BEGIN          mskinq   ncdf_varinq cdfid  mskid    is the mask variable containing the record dimension          withrcd    where mskinq dim EQ inside recdim 0          IF withrcd NE  1 THEN BEGIN   in order to read only the first record             we need to get the size of each dimension           count   replicate 1L  mskinq ndims            FOR d   0  mskinq ndims  1 DO BEGIN             IF d NE withrcd THEN BEGIN               ncdf_diminq  cdfid  mskinq dim d  name  size               count d    size             ENDIF           ENDFOR   read the variable for the first record                     ncdf_varget  cdfid  mskid  tmask  count   count         ENDIF ELSE ncdf_varget  cdfid  mskid  tmask   check if we need to applay add_offset and scale factor                  FOR a   0  mskinq natts 1 DO BEGIN           attname   ncdf_attname cdfid  mskid  a                 CASE strlowcase attname  OF              add_offset :ncdf_attget  cdfid  mskid  attname  add_offset              scale_factor :ncdf_attget  cdfid  mskid  attname  scale_factor             ELSE:           ENDCASE         ENDFOR         IF n_elements scale_factor  NE 0 THEN tmask   tmask scale_factor         IF n_elements add_offset  NE 0 THEN tmask   tmask add_offset         if keyword_set invmask  then tmask   1 tmask         tmask   byte round tmask        ENDIF ELSE tmask    1            END       keyword_set useasmask :BEGIN       mskid    where namevar EQ strlowcase useasmask 0        if mskid NE  1 THEN BEGIN          mskinq   ncdf_varinq cdfid  mskid    is the mask variable containing the record dimension          withrcd    where mskinq dim EQ inside recdim 0          IF withrcd NE  1 THEN BEGIN   in order to read only the first record             we need to get the size of each dimension           count   replicate 1L  mskinq ndims            FOR d   0  mskinq ndims  1 DO BEGIN             IF d NE withrcd THEN BEGIN               ncdf_diminq  cdfid  mskinq dim d  name  size               count d    size             ENDIF           ENDFOR   read the variable for the first record                  ncdf_varget  cdfid  mskid  tmask  count   count         ENDIF ELSE ncdf_varget  cdfid  mskid  tmask   check if we need to applay add_offset and scale factor                FOR a   0  mskinq natts 1 DO BEGIN           attname   ncdf_attname cdfid  mskid  a                 CASE strlowcase attname  OF              add_offset :ncdf_attget  cdfid  mskid  attname  add_offset              scale_factor :ncdf_attget  cdfid  mskid  attname  scale_factor              missing_value :IF n_elements missing_value  EQ 0 THEN                 ncdf_attget  cdfid  mskid  attname  missing_value             ELSE:           ENDCASE         ENDFOR         IF n_elements scale_factor  NE 0 THEN tmask   tmask scale_factor         IF n_elements add_offset  NE 0 THEN tmask   tmask add_offset         IF n_elements missing_value  NE 0 THEN BEGIN   we have to take care of the float accuracy           CASE 1 OF             missing_value GE 1 e6:tmask   tmask LT  missing_value 10              missing_value LE  1 e6:tmask   tmask GT  missing_value 10              abs missing_value  LE 1 e 6:tmask   abs tmask  GT 1 e 6             ELSE:tmask   tmask NE missing_value           ENDCASE           if keyword_set invmask  then tmask   1 tmask         ENDIF ELSE BEGIN           tmask   finite tmask            IF min tmask  EQ 1 THEN BEGIN             print   missing or nan values not found              tmask    1                     ENDIF         ENDELSE       ENDIF ELSE tmask    1            END       ELSE:tmask     1   ENDCASE   ncdf_close  cdfid     compute the grid   if zvarid EQ  1 then BEGIN      computegrid  xaxis   xaxis  yaxis   yaxis           mask   tmask  onearth   1b   keyword_set xyindex  _EXTRA   ex    ENDIF ELSE BEGIN      computegrid  xaxis   xaxis  yaxis   yaxis  zaxis   zaxis           mask   tmask  onearth   1b   keyword_set xyindex  _EXTRA   ex   ENDELSE    IF n_elements time  EQ 0 THEN time   0   jpt   n_elements time        return end");
+a[208] = new Array("./ToBeReviewed/INIT/initncdfxxx.html", "initncdfxxx.pro", "", "");
+a[209] = new Array("./ToBeReviewed/INIT/initorca05.html", "initorca05.pro", "", "");
+a[210] = new Array("./ToBeReviewed/INIT/initorca2.html", "initorca2.pro", "", "");
+a[211] = new Array("./ToBeReviewed/INIT/initorca2full.html", "initorca2full.pro", "", "");
+a[212] = new Array("./ToBeReviewed/LECTURE/GRIB/bit2int.html", "bit2int.pro", "", "FUNCTION bit2int  bitin  checkneg   checkneg     compile_opt idl2  strictarrsubs      res   0L   n   n_elements bitin 1   IF keyword_set checkneg  THEN BEGIN     IF bitin 0  EQ 1 THEN BEGIN       bitin 0    0       neg    1     ENDIF ELSE neg   1   ENDIF ELSE neg   1   FOR i   0  n  DO res   res 2L i bitin n i     RETURN  neg res END");
+a[213] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib.html", "read_grib.pro", "", "function read_grib  varcode  date1  date2  file   file     compile_opt idl2  strictarrsubs    common   http: www wmo ch web www WDM Guides Guide binary 2 html      gribfile       d1fes2 raid6 SINTEX common ES10 d 00 atm 5d ES10 d 00_5d_00911201_00911230 grib    IF keyword_set file  THEN gribfile   isafile file   file   iodir   iodir  ELSE gribfile    d1fes2 raid6 SINTEX common ES10 atm 5d ZOOM_IND ES10_5d_00210101_00301230 grib      openr  num  gribfile   GET_LUN  ERROR   err   SWAP_IF_LITTLE_ENDIAN   if err ne 0 then begin     print   err_string     return   1   ENDIF     recstart   scan_grib_recstart num         messize   scan_grib_messize num  recstart       addoff   lonarr n_elements recstart       FOR i   1L  n_elements recstart 1 DO          addoff i    recstart i recstart i 1 messize i 1           nbits   scan_grib_nbits num  recstart       print nbits uniq nbits sort nbits      codes   scan_grib_code num  recstart    nbcodes    uniq codes  sort codes      dates   scan_grib_date num  recstart    nbdates   uniq dates  sort dates      goodvar   where codes EQ varcode    IF goodvar 0  EQ  1 THEN BEGIN     print   no var code  strtrim varcode  2  in the file      return   1   ENDIF     recstart   recstart goodvar    dates   dates goodvar      gooddate   where dates GE date1 AND dates LE date2    IF gooddate 0  EQ  1 THEN BEGIN     print   no dates between  strtrim date1  2  and  strtrim date2  2  in the file      return   1   ENDIF   recstart   recstart gooddate    dates   dates gooddate    key_caltype    360d    time   date2jul dates    jpt   n_elements time    IF jpt EQ 1 THEN vardate   strtrim dates 0  2  ELSE vardate   strtrim dates 0  2     strtrim dates jpt 1  2     varname   vargrid    T     varexp    varunit     grib_pds   read_grib_pds num  recstart 0    grid parameters   IF grib_pds gdsnotomitted THEN BEGIN     grib_gds   read_grib_gds num  recstart 0    min  max of the latitude with a precision of 10 2     lat1   fix 100 grib_gds la1 100      lat2   fix 100 grib_gds la2 100        CASE grib_gds gridtype OF   Latitude Longitude Grid       0:BEGIN          computegrid  grib_gds lo1  grib_gds la1  grib_gds di   grib_gds dj               grib_gds ni  grib_gds nj        END   Gaussian Latitude Longitude Grid       4:BEGIN   find the latitude axis         CASE 1 OF   n48           grib_gds n EQ 48 AND lat1 EQ 88 57 AND lat2 EQ  88 57:              gphit   n48gaussian    n80            grib_gds n EQ 80 AND lat1 EQ 89 14 AND lat2 EQ  89 14:               gphit   n80gaussian    n128            grib_gds n EQ 128 AND lat1 EQ 89 46 AND lat2 EQ  89 46:               gphit   n128gaussian    n160            grib_gds n EQ 160 AND lat1 EQ 89 57 AND lat2 EQ  89 57:               gphit   n160gaussian    n256            grib_gds n EQ 256 AND lat1 EQ 89 73 AND lat2 EQ  89 73:               gphit   n256gaussian    part of one of the gaussian grids defined above            ELSE:BEGIN              cnt   0              REPEAT BEGIN                CASE cnt OF                  0:gphit   n48gaussian                   1:gphit   n80gaussian                   2:gphit   n128gaussian                   3:gphit   n160gaussian                   4:gphit   n256gaussian                   5:BEGIN                    gphit   n80gaussian                     lat1   29 71                    lat2    19 62                  END                  ELSE:stop                ENDCASE                nfix   fix gphit 100 100                 nlat1    where nfix EQ lat1 0                 nlat2    where nfix EQ lat2 0                 IF nlat1 NE  1 AND  nlat2 NE  1                    AND nlat2 nlat1 1 EQ grib_gds nj                    THEN gphit   gphit nlat1:nlat2  ELSE gphit    1                cnt   cnt 1              ENDREP UNTIL gphit 0  NE  1            END          ENDCASE          computegrid  grib_gds lo1   1  grib_gds di   1  grib_gds ni   1  YAXIS   gphit        END   Mercator Projection Grid        gridtype EQ 1:   Gnomonic Projection Grid        gridtype EQ 2:   Lambert Conformal  secant or tangent  conical or bipolar  normal or   oblique  Projection Grid          gridtype EQ 3:   Polar Stereographic Projection Grid        gridtype EQ 5:   Oblique Lambert conformal  secant or tangent  conical or bipolar    projection        gridtype EQ 13:   Spherical Harmonic Coefficients        gridtype EQ 50:   Space view perspective or orthographic grid        gridtype EQ 90:   reserved   see Manual on Codes        ELSE:      ENDCASE    ENDIF ELSE stop      res   fltarr grib_gds ni  grib_gds nj  n_elements recstart     FOR i   0  n_elements recstart 1 DO BEGIN      res    i    read_grib_bds num  recstart i  grib_gds ni  grib_gds nj     ENDFOR      free_lun  num      IF keyword_set key_yreverse  THEN res   reverse res  2      RETURN  res  END");
+a[214] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_bds.html", "read_grib_bds.pro", "", "FUNCTION read_grib_bds  num  recstart  ni  nj       compile_opt idl2  strictarrsubs     offset   recstart 8   a   assoc num  bytarr 1   nozero  offset 1    sizepds   bit2int binary a 1  binary a 2  binary a 3    flag   binary a 8    gdsnotomitted   flag 0    bmsnotomitted   flag 1    ddd    bit2int binary a 27  binary a 28   checkneg      offset   offset sizepds     IF gdsnotomitted THEN BEGIN     a   assoc num  bytarr 1   nozero  offset 1      sizedds   bit2int binary a 1  binary a 2  binary a 3      offset   offset sizedds   ENDIF     IF bmsnotomitted THEN BEGIN     a   assoc num  bytarr 1   nozero  offset 1      sizebms   bit2int binary a 1  binary a 2  binary a 3      offset   offset sizebms   ENDIF     a   assoc num  bytarr 1   nozero  offset 1      sizebds   bit2int binary a 1  binary a 2  binary a 3                                       flags   binary a 4    BIT VALUE MEANING   1   0     Grid point data       1     Spherical Harmonic Coefficients   2   0     Simple packing        1     Second order  Complex  Packing    3   0     Original data were floating point values       1     Original data were integer values   4   0     No additional flags at octet 14       1     Octet 14 contains flag bits 5   12   5         Reserved  set to 0    6   0     Single datum at each grid point       1     Matrix of values at each grid point   7   0     No secondary bit maps       1     Secondary bit maps present   8   0     Second order values have constant width       1     Second order values have different widths   9 12      Reserved  set to 0      eee   bit2int binary a 5  binary a 6   checkneg      aaa   bit2int binary a 7   checkneg    bbb   bit2int binary a 8  binary a 9  binary a 10    IF aaa LT 0 THEN rrr    2 24    bbb   16 aaa 64      ELSE rrr   2 24    bbb   16 aaa 64      nbits    a 11 0    CASE 1 OF     flags 0  EQ 0 AND flags 1  EQ 0:BEGIN       CASE nbits OF         8 :a   assoc num  bytarr ni  nj   nozero  offset 1 12          16:a   assoc num  uintarr ni  nj   nozero  offset 1 12          32:a   assoc num  ulonarr ni  nj   nozero  offset 1 12          64:a   assoc num  ulon64arr ni  nj   nozero  offset 1 12          ELSE:       ENDCASE     END   ENDCASE    RETURN   rrr a 0 2 eee 10 ddd  END");
+a[215] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_end.html", "read_grib_end.pro", "", "PRO read_grib_end   num  offset     compile_opt idl2  strictarrsubs      a   assoc num  bytarr 4   nozero  offset    endcode   string a 0    IF endcode NE  7777  THEN stop    RETURN END");
+a[216] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_gds.html", "read_grib_gds.pro", "", "FUNCTION read_grib_gds  num  recstart       compile_opt idl2  strictarrsubs     offset   recstart 8   a   assoc num  bytarr 1   nozero  offset 1    sizepds   bit2int binary a 1  binary a 2  binary a 3      offset   recstart 8 sizepds   a   assoc num  bytarr 1   nozero  offset 1      sizegds   bit2int binary a 1  binary a 2  binary a 3       nv    a 4 0    pv    a 5 0      gridtype    a 6 0      CASE 1 OF   Latitude Longitude Grid   Gaussian Latitude Longitude Grid     gridtype EQ 0 OR gridtype EQ 4:BEGIN       ni   bit2int binary a 7  binary a 8        nj   bit2int binary a 9  binary a 10          la1   bit2int binary a 11  binary a 12  binary a 13   checkneg 1000        lo1   bit2int binary a 14  binary a 15  binary a 16   checkneg 1000          resflags   binary a 17          la2   bit2int binary a 18  binary a 19  binary a 20   checkneg 1000        lo2   bit2int binary a 21  binary a 22  binary a 23   checkneg 1000          di   bit2int binary a 24  binary a 25 1000        IF di EQ 65 5350 THEN di    1         IF gridtype EQ 0 THEN BEGIN         dj   bit2int binary a 26  binary a 27 1000          IF dj EQ 65 5350 THEN dj    1       ENDIF ELSE BEGIN         n   bit2int binary a 26  binary a 27        ENDELSE         scanflags   binary a 28          res    size:sizegds  gridtype:gridtype  ni:ni  nj:nj  la1:la1  la2:la2  lo1:lo1  lo2:lo2  di:di        IF gridtype EQ 0 THEN res   create_struct res   dj  dj          ELSE res   create_struct res   n  n        RETURN  res     END   Mercator Projection Grid     gridtype EQ 1:   Gnomonic Projection Grid     gridtype EQ 2:   Lambert Conformal  secant or tangent  conical or bipolar  normal or   oblique  Projection Grid       gridtype EQ 3:   Polar Stereographic Projection Grid     gridtype EQ 5:   Oblique Lambert conformal  secant or tangent  conical or bipolar    projection     gridtype EQ 13:   Spherical Harmonic Coefficients     gridtype EQ 50:   Space view perspective or orthographic grid     gridtype EQ 90:   reserved   see Manual on Codes     ELSE:   ENDCASE     RETURN   1 END");
+a[217] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_is.html", "read_grib_is.pro", "", "FUNCTION read_grib_is  num  offset     compile_opt idl2  strictarrsubs      infofile   fstat num     a   assoc num  bytarr 4   nozero  offset    typefile   string a 0    IF  typefile NE  GRIB  THEN stop        a   assoc num  bytarr 1   nozero  offset 4    sizerecord   bit2int binary a 0  binary a 1  binary a 2        a   assoc num  bytarr 1   nozero  offset 7    gribed   a 0    IF gribed NE 1 THEN stop     RETURN   typefile:typefile  sizerecord:sizerecord  gribed:gribed 0  END");
+a[218] = new Array("./ToBeReviewed/LECTURE/GRIB/read_grib_pds.html", "read_grib_pds.pro", "", "FUNCTION read_grib_pds  num  recstart       compile_opt idl2  strictarrsubs     offset   recstart 8   a   assoc num  bytarr 1   nozero  offset 1      sizepds   bit2int binary a 1  binary a 2  binary a 3        paramtableversion    a 4 0        centerid    a 5 0        procid    a 6 0        gridid    a 7 0      flag   binary a 8    gdsnotomitted   flag 0    bmsnotomitted   flag 1      paramunitid    a 9 0      levtype    a 10 0      levalue1    a 11 0    levalue2    a 12 0      year    a 13 0    month    a 14 0    day    a 15 0    hour    a 16 0    minute    a 17 0    timeunit    a 18 0    p1    a 19 0    p2    a 20 0    timerange    a 21 0    n1    a 22 0    n2    a 23 0    nbmiss    a 24 0    century    a 25 0      subcenterid    a 26 0      d    bit2int binary a 27  binary a 28   checkneg        RETURN   size:sizepds  gdsnotomitted:gdsnotomitted  bmsnotomitted:bmsnotomitted  d:d  END");
+a[219] = new Array("./ToBeReviewed/LECTURE/GRIB/read_gribtable.html", "read_gribtable.pro", "", "    NAME:  read_gribtable     PURPOSE:         Read contents of a gribtable  Gribtables are located         in the gribtables subdirectory of HIPHOP        CATEGORY:  HIPHOP  GRIB  ECMWF     CALLING SEQUENCE:         read_gribtable tablename parmtabl parmtabl     EXAMPLE:         tablename ectab_128      INPUTS:  tablename : the full path name of a gribtable file     OPTIONAL INPUT PARAMETERS:     KEYWORD INPUT PARAMETERS:     OUTPUTS:  parmtable : the parameter table     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     PROCEDURE:     MODIFICATION HISTORY:     Dominik Brunner  Apr 2000   PRO read_gribtable tablename parmtabl parmtabl center center                     subcenter subcenter tablnum tablnum     compile_opt idl2  strictarrsubs      ON_ERROR 2  parmtabl StrArr 3 256  center 1 subcenter 1 tablnum 1   First Subscript  3  is  name description units    Second   256  is defined size of a parameter table  IF n_elements tablename  EQ 0 THEN return  openr lun tablename get  line    read first line which  eventually  contains information   about center  subcenter and table number readf lun line parts STR_SEP line :  IF n_elements parts  GT 3 THEN BEGIN   center fix parts 1    subcenter fix parts 2    tablnum fix parts 3  ENDIF ELSE BEGIN   IF n_elements parts  GE 3 THEN parmtabl 0:1 fix parts 0 parts 1:2      ELSE IF n_elements parts  EQ 2 THEN parmtabl 0 fix parts 0 parts 1  ENDELSE    loop over remaining lines REPEAT BEGIN   readf lun line   parts STR_SEP line :    IF n_elements parts  GE 3 THEN parmtabl 0:1 fix parts 0 parts 1:2      ELSE IF n_elements parts  EQ 2 THEN parmtabl 0 fix parts 0 parts 1  END UNTIL EOF lun   free_lun lun    fill up missing varible names index WHERE parmtabl 0  EQ  count  IF count GT 0 THEN parmtabl 0 index var strcompress index rem   END");
+a[220] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_code.html", "scan_grib_code.pro", "", "FUNCTION scan_grib_code  num  recstart       compile_opt idl2  strictarrsubs     nrec    n_elements recstart    codes   bytarr nrec      FOR i   0L nrec 1 DO BEGIN     offset   recstart i      a   assoc num  bytarr 1   nozero  offset 8 9 1      codes i    a 0    ENDFOR     RETURN  codes END");
+a[221] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_date.html", "scan_grib_date.pro", "", "FUNCTION scan_grib_date  num  recstart       compile_opt idl2  strictarrsubs     nrec    n_elements recstart    dates   lonarr nrec      FOR i   0L nrec 1 DO BEGIN     offset   recstart i      a   assoc num  bytarr 1   nozero  offset 8 1      dates i     a 13 100L a 25 1 10000L a 14 100L a 15    ENDFOR     RETURN  dates END");
+a[222] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_messize.html", "scan_grib_messize.pro", "", "FUNCTION scan_grib_messize  num  recstart       compile_opt idl2  strictarrsubs     nrec    n_elements recstart    messize   lonarr nrec      FOR i   0L nrec 1 DO BEGIN     offset   recstart i      a   assoc num  bytarr 1   nozero  offset 4      messize i    bit2int binary a 0  binary a 1  binary a 2    ENDFOR     RETURN  messize END");
+a[223] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_nbits.html", "scan_grib_nbits.pro", "", "FUNCTION scan_grib_nbits  num  recstart     compile_opt idl2  strictarrsubs        nrec    n_elements recstart    nbits   bytarr nrec      FOR i   0L  nrec 1 DO BEGIN     offset   recstart i 8     a   assoc num  bytarr 1   nozero  offset 1      sizepds   bit2int binary a 1  binary a 2  binary a 3      flag   binary a 8      gdsnotomitted   flag 0      bmsnotomitted   flag 1      ddd    bit2int binary a 27  binary a 28   checkneg        offset   offset sizepds       IF gdsnotomitted THEN BEGIN       a   assoc num  bytarr 1   nozero  offset 1        sizedds   bit2int binary a 1  binary a 2  binary a 3        offset   offset sizedds     ENDIF       IF bmsnotomitted THEN BEGIN       a   assoc num  bytarr 1   nozero  offset 1        sizebms   bit2int binary a 1  binary a 2  binary a 3        offset   offset sizebms     ENDIF      a   assoc num  bytarr 1   nozero  offset 1      nbits i    a 11     ENDFOR     RETURN  nbits END");
+a[224] = new Array("./ToBeReviewed/LECTURE/GRIB/scan_grib_recstart.html", "scan_grib_recstart.pro", "", "FUNCTION scan_grib_recstart  num     compile_opt idl2  strictarrsubs      infofile   fstat num    minimum size of one record   minisize   8L 28L 4L 4L   maxoffset   infofile size minisize     start   0L   offset   0L   previousrecsize   0L    WHILE offset LT maxoffset DO BEGIN   Every record must begin with  GRIB    However  their is no rule to define the space between 2 records     1  we try space   previousrecsize MOD 8  because for echam outputs    the total size of the records is rounded to modulo 8     addoff   8    previousrecsize MOD 8      offset   offset addoff     IF offset GE maxoffset THEN GOTO  out     a   assoc num  bytarr 4   nozero  offset      typefile   string a 0      IF typefile NE  GRIB  THEN offset   offset addoff    2  we try space   previousrecsize MOD 120  because for ecmwf   outputs  the total size of the records is rounded to modulo 120     addoff   120    previousrecsize MOD 120      IF typefile NE  GRIB  THEN BEGIN       offset   offset addoff       IF offset GE maxoffset THEN GOTO  out       a   assoc num  bytarr 4   nozero  offset        typefile   string a 0        IF typefile NE  GRIB  THEN offset   offset addoff     ENDIF    3  we try space   0     IF typefile NE  GRIB  THEN BEGIN       a   assoc num  bytarr 4   nozero  offset        typefile   string a 0      ENDIF    4  we try any value for space     IF typefile NE  GRIB  THEN BEGIN       REPEAT BEGIN         CASE 1 OF           array_equal a 0 3    byte G    :offset   offset 3           array_equal a 0 2:3  byte GR   :offset   offset 2           array_equal a 0 1:3  byte GRI :offset   offset 1           else:offset   offset 4         ENDCASE         IF offset GE maxoffset THEN GOTO  out         a   assoc num  bytarr 4   nozero  offset          typefile   string a 0        ENDREP UNTIL typefile EQ  GRIB      ENDIF       start    start  offset            a   assoc num  bytarr 1   nozero  offset 4      recsize   bit2int binary a 0  binary a 1  binary a 2      offset   offset recsize     previousrecsize   recsize     ENDWHILE   out:     RETURN  start 1:n_elements start 1   END");
+a[225] = new Array("./ToBeReviewed/LECTURE/binary.html", "binary.pro", "", "    Name:     binary   Purpose:     Returns the binary representation of a number of any numerical type    Argument:     number   scalar or array of numbers  any numerical type    Returns:     Byte array with binary representation of numbers    Examples:     Binary representation of 11b:       IDL  print  binary 11b        0 0 0 0 1 0 1 1     Binary representation of pi  x86: Little endian IEEE representation :       IDL  print  format z9 8 5x 4 1x 8i1  long pi 0  binary pi         40490fdb      01000000 01001001 00001111 11011011  x86 Linux         0fdb4149      00001111 11011011 01000001 01001001  Alpha OpenVMS        IDL  print  format 8 1x 8i0  binary dpi         01000000 00001001 00100001 11111011 01010100 01000100 00101101 00011000     Some first tests before type double was added:       print  format 2a6 4x 2z9 8 4x 8z3 2             version arch   version os  long dpi 0 2  byte dpi 0 8          x86 linux     54442d18 400921fb     18 2d 44 54 fb 21 09 40       sparc sunos     400921fb 54442d18     40 09 21 fb 54 44 2d 18       alpha   vms     0fda4149 68c0a221     49 41 da 0f 21 a2 c0 68        Beginning with IDL 5 1  Alpha VMS uses IEEE representation as well    Modification history:      19 Dec 1997  Originally a news posting by David Fanning                           Re: bits from bytes       20 Dec 1997   Complete  rewrite: eliminate loops       22 Dec 1997  Bit shift instead of exponentiation  return byte        array  handle input arrays         Think about double and complex types       22 Sep 1998  Complete rewrite: reduce every numerical type to        single bytes  Check that big and little endian machines        return exactly the same results  if IEEE       7 May 2003     Added newish data types  unsigned and long64   BT   function binary  number     compile_opt idl2  strictarrsubs     s   size number    type   s s 0    1    n_no   s s 0    2    Numerical types:  will have to be completed if IDL adds double long      1: byte              1 byte unsigned integer    2: integer           2 byte   signed integer    3: long              4 byte   signed integer    4: floating point    4 byte  single precision    5: double precision  8 byte  double precision    6: complex         2x4 byte  single precision    9: double complex  2x8 byte  double precision    12: uInt       2 byte  unsigned integer    13: uLong      4 byte  unsigned integer    14: Long64        8 byte  signed integer    15: uLong64       8 byte  unsigned integer    Non numerical types:   0: undefined  7: string  8: structure  10: pointer  11: object reference    nbyt    0  1  2  4  4  8  8  0  0  16  0  0    number of bytes per type   code    0  1  2  3  4  5  6  7  8  9  10  11  12  13  14  15    nbyt    0  1  2  4  4  8  8  0  0  16  0  0   2   4   8   8    ntyp   nbyt type    if ntyp eq 0 then message   Invalid argument  must be numerical type    bits    128  64  32  16   8   4   2   1      ishft 1b  7 indgen 8    For correct array handling and byte comparison   number  and  bits  require   same dimensions   numvalue and bitvalue   bitvalue    bits  intarr ntyp    intarr n_no    little_endian    byte 1  0  1 0    In case of complex type and little endian machine  swap the two float values   before the complete second dimension is reversed at returning    if  type eq 6 or type eq 9  and little_endian then     type complex     numvalue   reform byte number  0  1  ntyp 2  2  n_no                         intarr 8     1 0    8  ntyp  n_no      else numvalue    byte number  0  1  ntyp  n_no intarr 8        On little endian machines  the second dimension of the return value must   be reversed    if little_endian AND type NE 1 then       return  reverse numvalue and bitvalue  ne 0  2  else       return           numvalue and bitvalue  ne 0 end");
+a[226] = new Array("./ToBeReviewed/LECTURE/changeread.html", "changeread.pro", "", "FUNCTION changeread  newread       compile_opt idl2  strictarrsubs    common       newread must be two structures      if size newread   type  NE 8 then return  0     we compare the two structure which caracterise the read        case 1 of       ccreadparameters funclec_name NE newread funclec_name:       ccreadparameters jpidta NE newread jpidta:       ccreadparameters jpjdta NE newread jpjdta:       ccreadparameters jpkdta NE newread jpkdta:       ccreadparameters ixmindta NE newread ixmindta:       ccreadparameters ixmaxdta NE newread ixmaxdta:       ccreadparameters iymindta NE newread iymindta:       ccreadparameters iymaxdta NE newread iymaxdta:       ccreadparameters izmindta NE newread izmindta:       ccreadparameters izmaxdta NE newread izmaxdta:       ELSE:return  0    endcase     update the common paramaters      ccreadparameters   newread    jpidta   newread jpidta    jpjdta   newread jpjdta    jpkdta   newread jpkdta    ixmindta   newread ixmindta    ixmaxdta   newread ixmaxdta    iymindta   newread iymindta    iymaxdta   newread iymaxdta    izmindta   newread izmindta    izmaxdta   newread izmaxdta      return  1 end");
+a[227] = new Array("./ToBeReviewed/LECTURE/inverse_binary.html", "inverse_binary.pro", "", "    NAME: inverse_binary     PURPOSE: inverse function of the binary pro function   given a   input array of 0 1  return its corresponding byte integer long   representation     CATEGORY:     CALLING SEQUENCE: res   inverse_binary binnum      INPUTS:       binnum must be a binary type array containing only 0 and 1       According to binary pro outputs  binnum array must have the      following dimensions values:  8  t  d1  d2       t gives the output type: t   1   byte                               t   2   integer                               t   4   long              d1  d2  are the output dimensions     KEYWORD PARAMETERS: no     OUTPUTS: a byte integer long array with  d1  d2  dimensions     COMMON BLOCKS: no     RESTRICTIONS:the binary number can represent only byte integer long     EXAMPLE:         IDL  a indgen 5        IDL  b binary a        IDL  help  b       B               BYTE        Array 8  2  5        IDL  print  b          0   0   0   0   0   0   0   0          0   0   0   0   0   0   0   0                 0   0   0   0   0   0   0   0          0   0   0   0   0   0   0   1                 0   0   0   0   0   0   0   0          0   0   0   0   0   0   1   0                 0   0   0   0   0   0   0   0          0   0   0   0   0   0   1   1                 0   0   0   0   0   0   0   0          0   0   0   0   0   1   0   0       IDL  help  inverse_binary b            INT         Array 5        IDL  print  inverse_binary b               0       1       2       3       4     MODIFICATION HISTORY:        Sebastien Masson  smasson jamstec go jp         July 2004       FUNCTION inverse_binary  binnumb       compile_opt idl2  strictarrsubs     s   size binnumb   dimensions    IF n_elements s  EQ 1 THEN numbofbit   8 ELSE numbofbit   8 s 1    nvalues   n_elements binnumb numbofbit   bn   reform long binnumb  numbofbit  nvalues      CASE numbofbit OF     8:res   byte total temporary bn 2b reverse indgen numbofbit replicate 1b  nvalues  1  1      16:res   fix total temporary bn 2 reverse indgen numbofbit replicate 1  nvalues  1  1   double      32:res   long total temporary bn 2L reverse indgen numbofbit replicate 1L  nvalues  1  1   double    ENDCASE     CASE n_elements s  OF     1:res   res 0      2:res   res 0      3:     ELSE:res   reform res  s 2:n_elements s 1   over    ENDCASE     return  res end");
+a[228] = new Array("./ToBeReviewed/LECTURE/litchamp.html", "litchamp.pro", "", "          NAME:litchamp     PURPOSE:permet de lire un simple tableau ou une structure   correspondant a un champ    Si en entree on a :      un simple tableau  litchamp renvoie le tableau      une stucture  litchamp renvoie le premier element de la structure     qui doit obligatoirement etre le champ sous forme d un tableau      Au passage litchamp regarde les autres elements de la structure et     met a jour si besoin les variables globales qui se rapportent au     champ: vargrid  varname  varunit  vardate  varexp   valmask et time      CATEGORY:permet d appeler plt  pltz  pltt   avec un tableau ou une   structure et de mettre a jour les variables globales liees au champ       CALLING SEQUENCE:res litchamp struct      INPUTS:          struct: c est soit un tableau soit une structure       Si struct est une structure  elle doit suivre les regles      suivantes:           le premier element est le tableau contenant le champ            les autres elements sont des strings qui contiennent des          informations sur le champ SAUF pour l element relatif a          date  Ce dernier peut etre soit un string pour designer une date          particuliere  ex:  August 1999  ou bien un vecteur de jours          juliens  d IDL  correspondant au calendrier a associer au          champ si c est une serie temporelle            l ordre des elements  autre que le premier  n a pas          d importance             les autres elements  autre que le premier  sont tous          optionnels            ils sont reconnus par la premiere lettre de leur nom:               g  pour actualiser vargrid               u  pour actualiser varunit               e  pour actualiser varexp               d  pour actualiser vardate               n  pour actualiser varname               m  pour actualiser valmask     KEYWORD PARAMETERS:             GRID: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  g  si il existe et   dans le cas contraire              UNIT: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  u  si il existe et   dans le cas contraire              EXP: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  e  si il existe et   dans le cas contraire              DATE: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  d  si il existe et   dans le cas contraire              NAME: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  n  si il existe et   dans le cas contraire              LEVEL: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  l  si il existe et  1 dans le cas contraire              MASK: activer ce mot cle si on veut que litchamp renvoie la          variable associee a l element de la structure commencant          par  m  si il existe et  1 dans le cas contraire      OUTPUTS:c est le tableau qui continent le champ      COMMON BLOCKS:  common pro     SIDE EFFECTS: actualise au besion les variables globales vargrid    varname  varunit  vardate  varexp  valmask et time      RESTRICTIONS:     EXAMPLE:             IDL  print  vargrid    varname    varunit    vardate    varexp           T        0         IDL  help  litchamp a:indgen 5  u: C  name: toto              INT         Array 5       IDL  print  vargrid    varname    varunit    vardate    varexp            T  toto  C  0         IDL  help  litchamp a:indgen 5  da: 1999              INT         Array 5       IDL  print  vargrid    varname    varunit    vardate    varexp           T  toto  C  1999           MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          28 5 1999         FUNCTION litchamp  struct  GRID   grid  NAME   name  UNIT   unit  EXP   exp  DATE   date                        LEVEL   level  MASK   mask     compile_opt idl2  strictarrsubs    common      if size struct   type  ne 8 then BEGIN   alors contour n est pas une structure       if keyword_set grid  then return          if keyword_set name  then return          if keyword_set unit  then return          if keyword_set exp   then return          if keyword_set date   then return          if keyword_set level   then return   1       if keyword_set mask   then return   1       return   struct               ENDIF        IF n_tags struct  EQ 1 then BEGIN   la structure n a qu un element       if keyword_set grid  then return          if keyword_set name  then return          if keyword_set unit  then return          if keyword_set exp   then return          if keyword_set date   then return          if keyword_set level   then return   1       if keyword_set mask   then return   1       return   struct 0     ENDIF        nomelements   tag_names struct     for i   1  n_tags struct 1 do begin       case strlowcase strmid nomelements i  0  1  of           g :BEGIN             if keyword_set grid  then return  strupcase struct i              vargrid   strupcase struct i           END           n :BEGIN             if keyword_set name  then return  struct i              varname   struct i           END           u :BEGIN             if keyword_set unit  then return  struct i              varunit   struct i           END           e :BEGIN             if keyword_set exp  then return  struct i              varexp   struct i           END           m :BEGIN             if keyword_set mask  then return  struct i              valmask   struct i           END           d :BEGIN              if size struct i type  EQ 7 THEN BEGIN                 vardate   struct i              ENDIF ELSE BEGIN                time   struct i                 jpt   n_elements time                 if jpt EQ 1 then vardate    strtrim vairdate struct i 0  2                 ELSE vardate    strtrim vairdate struct i 0  2                         strtrim vairdate struct i jpt 1  2               ENDELSE             if keyword_set date  then return  vardate          END           h :BEGIN             computehopegrid   struct i xaxis   struct i yaxis                   struct i zaxis   struct i linetype                  FIRSTS    struct i firsts  LASTS    struct i lasts                  FORTHEMASK   struct 0  pttype    struct i pttype          END          ELSE:BEGIN              ras   report Le nom  nomelements i  ne correspont a aucun element reconnu de la structure  cf  IDL  xhelp   litchamp           end       endcase    endfor      if keyword_set grid  then return       if keyword_set name  then return       if keyword_set unit  then return       if keyword_set exp   then return       if keyword_set date   then return       if keyword_set level   then return   1    if keyword_set mask   then return   1     return   struct 0  end");
+a[229] = new Array("./ToBeReviewed/LECTURE/ncdf_lec.html", "ncdf_lec.pro", "", "          NAME:ncdflec     PURPOSE:donne des infos sur un fichier netcdf et permet de recupere   les variables qui y sont ecrites      CATEGORY:lecture de fichiers netcdf     CALLING SEQUENCE: res ncdflec nom_de _fichier      INPUTS:nom_de _fichier:nom d un fichier net cdf situe ds e repertoire   stipule par iodir     KEYWORD PARAMETERS:    ATT:  global  ou au nom d une variable  permet de voir tous les   attributs rattaches a une variable     DIM:donne la liste des dimensions    VAR:         1   var: donne la liste des variables         2  var nom de variable : ds ce cas la fonction retourne la variable           IODIR: string contenant le repertoire ou aller chercher le         fichier a lire            _EXTRA: permet de passer les mots cles definits par IDL pour         les fonction NETCDF  en particulier OFFSET et COUNT ds ncdf_varget      OUTPUTS: 1 sauf si var nom de variable  auquel cas la fonction retourne la variable     REMARQUE:les noms des variables du programme sont similaires a ceux employes   ds le manuel IDL  scientific data formats      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          4 1 98     function ncdf_lec nom ATT att DIM dim VAR var  IODIR   iodir  _extra   ex     compile_opt idl2  strictarrsubs      res    1      if NOT keyword_set IODIR  then iodir        if not keyword_set att  or keyword_set dim  or keyword_set var  then BEGIN       att   1       dim   1       var   1        commande ncdump  c  iodir nom        spawn commande        goto fini    endif     ouverture du fichier nom      cdfid ncdf_open iodir nom      que contient le fichier       wathinside ncdf_inquire cdfid      print dans le fichier   iodir nom  il y a:     if keyword_set dim  then begin        print nombre de dimensions:  strtrim wathinside ndims 1        print numero de la dimension dont la valeur est infini:  strtrim wathinside recdim 1     endif    if keyword_set var  then       if size var   type  NE 7 then print nombre de variables  : strtrim wathinside nvars 1     if keyword_set att  then begin       if strlowcase att  ne  global  then goto nonglobal       print nombre de attributs globaux : strtrim wathinside ngatts 1     endif     attributs globaux      if keyword_set att  then begin       print          print ATTRIBUTS GLOBAUX        for attiq 0 wathinside ngatts 1 do begin          name ncdf_attname cdfid attiq global   nom de l atribut          ncdf_attget cdfid name value global  valeur de l atribut          print name :  string value        endfor    endif nonglobal:     affichage des differentes dimensions      if keyword_set dim  then begin        print          print DIMENSIONS     endif    nomdim    strarr wathinside ndims     tailledim lonarr wathinside ndims     for dimiq 0 wathinside ndims 1 do begin       ncdf_diminq cdfid dimiq name value   nom et valeur de la dimension       nomdim dimiq name       tailledim dimiq value       if keyword_set dim  then begin           print dimension numero  strtrim dimiq 1  nom:  nomdim dimiq                valeur:    strtrim tailledim dimiq 1        endif    endfor     affichage des differentes variables        if keyword_set att  or keyword_set var  then begin    vature de var   string ou 1    help  var  output   nature    if  strpos nature   STRING 0  NE  1 then nature    string  ELSE nature    1    si on doit juste lire la variable    if nature EQ  string  then begin       ncdf_varget  cdfid  var  res  _extra   ex       GOTO  sortie    ENDIF    si c est pour avoir des renseignements    if not keyword_set att  then att rien        print          for varid 0 wathinside nvars 1 do begin          varcontent ncdf_varinq cdfid varid    que contient la variable          if strlowcase att  eq strlowcase varcontent name  or keyword_set var              then begin             print variable numero:  strtrim varid 1  nom: varcontent name                  type:   varcontent datatype  dimensions: nomdim varcontent dim              if strlowcase att  eq strlowcase varcontent name  then begin                for attiq 0 varcontent natts 1 do begin                   name ncdf_attname cdfid varid attiq                    ncdf_attget cdfid varid name value                   print       strtrim attiq   name :  strtrim string value 1                 endfor                goto  sortie             endif          endif       endfor    endif   sortie:    ncdf_close cdfid     fini:     return  res end");
+a[230] = new Array("./ToBeReviewed/LECTURE/read_ftp.html", "read_ftp.pro", "", "    READ_FTP     Syntax:     READ_FTP  remote_host   files    directory   FILE   DATA variable                  USER string   PASS string   PTR      Arguments     remote_host   Name of the remote host  ftp server  that you want                   to connect to  or a complete ftp location such as for example:                        ftp: ftp rsinc com pub gzip README GZIP       directory   Remote directory where the files reside on the ftp                 server       files   A single filename or an array of filenames to be             retrieved      Keywords     FILE   Set this keyword to make a local copy of the file to be            transferred   The local file will have the same name as the            remote file and will be placed in the current working            directory        DATA   Set this to a named variable that will contain either a            byte array or an array of pointers to byte arrays with the            transferred data   If there is more than one file  an array            of pointers is returned  one for each file             Note that when downloading large files using  FILE            instead will require much less memory since the entire file            is not stored in a variable in that case        PTR    Set this keyword to return an array of pointers            even when there is only one file        USER   Specify user name to connect to server with   Default is:            anonymous        PASS   Specify password to use when connecting   Default is:            test test com      Examples of use    1  Retrieve and print the contents of ftp: ftp rsinc com pub gzip README GZIP:     IDL  READ_FTP   ftp: ftp rsinc com pub gzip README GZIP  DATA data     IDL  help  data            DATA            BYTE        Array 2134      IDL  print  string data                README file: Research Systems Anonymous FTP site  ftp rsinc com                      pub directory                     gzip directory                 2  Retrieve some files from podaac jpl nasa gov and store the files      in the current working directory:        IDL  files   string lindgen 10 50 format MGB370 3 3d gz       IDL  READ_FTP   podaac jpl nasa gov  files          IDL         pub sea_surface_height topex_poseidon mgdrb data MGB_370   FILE      IDL  spawn dir MGB log_output       Volume in drive C is Local Disk       Volume Serial Number is 34CE 24DF         Directory of C: test test0307        07 28 2003  11:58a             362 167 MGB370 050 gz      07 28 2003  11:58a             333 005 MGB370 051 gz      07 28 2003  11:58a             310 287 MGB370 052 gz      07 28 2003  11:58a             358 771 MGB370 053 gz      07 28 2003  11:59a             387 282 MGB370 054 gz      07 28 2003  11:59a             361 633 MGB370 055 gz      07 28 2003  11:59a             383 075 MGB370 056 gz      07 28 2003  11:59a             365 844 MGB370 057 gz      07 28 2003  11:59a             383 918 MGB370 058 gz      07 28 2003  12:00p             372 712 MGB370 059 gz                    10 File s       3 618 694 bytes      These compressed files can cosequently be opened with OPENR and the      COMPRESSED keyword      pro ftp_post  u  cmd  res  out out  count count   compile_opt idl2   if  cmd ne   then begin     printf  u  cmd  format a      comment out the following line to disable debug info     print   cmd   endif   if  size out type  eq 0  then out 2      catch  err   if  err ne 0  then return   line    count 0   while arg_present res  do begin     readf  u  line     if count eq 0 then res line else res res line      count count 1     comment out the following line to disable debug info     print   line     if strmatch line out  then break   endwhile end  pro ftp_parse_pasv  text  host  port   t strtrim text 2    ind where strcmp t 227 3    i ind 0    if  i ne  1  then begin     sub stregex t i 0 9 extract      p strsplit strmid sub 1 strlen sub 2 extract      p strtrim p 2      host p 0 p 1 p 2 p 3      port 256 long p 4 long p 5    endif end  pro read_ftp  site  files  dir  port  data data  file file  user user                  pass pass  ptr ptr   compile_opt idl2   if n_elements port  eq 0 then port ftp    if n_elements files  eq 0 then begin     if strcmp site ftp: 6  then host strmid site 6  else host site     pos strpos host      dir strmid host pos      host strmid host 0 pos      pos strpos dir reverse_search      files strmid dir pos 1      dir strmid dir 0 pos    endif else host site   if  size user type  eq 0  then user anonymous    if  size pass type  eq 0  then pass test test com                                      socket  u  host  port  connect_timeout 5  read_timeout 5   get_lun   ftp_post  u    res   ftp_post  u   USER  user  res  out 3      ftp_post  u   PASS  pass  res   ftp_post  u   TYPE I  res   if  size dir type  ne 0  then ftp_post  u   CWD  dir  res   if keyword_set file  or arg_present data  then begin     bufsize 512     buffer bytarr bufsize      n n_elements files      if arg_present data  then dat ptrarr n      for i 0  n 1 do begin       ftp_post  u   SIZE  files i  res  out 213         sz long64 strmid res n_elements res 1 4        if arg_present data  then dat i ptr_new bytarr sz        ftp_post  u   PASV  res       ftp_parse_pasv  res  host  port       ftp_post  u   RETR  files i  res  out 1          socket  v  host  port  connect_timeout 5  read_timeout 5              get_lun   rawio       tc 0ll       if keyword_set file  then openw w files i get_lun       while  tc lt sz  do begin         if  sz tc lt bufsize  then begin           bufsize sz tc           buffer bytarr bufsize          endif         readu  v  buffer  transfer_count dtc         if arg_present data  then               dat i tc dtc eq bufsize buffer:buffer 0:dtc 1          if keyword_set file  then              writeu w dtc eq bufsize buffer:buffer 0:dtc 1          tc tc dtc       endwhile       free_lun  v       if keyword_set file  then free_lun  w       ftp_post  u    res     endfor     if arg_present data  then begin        if  n gt 1 or keyword_set ptr  then data dat          else data temporary dat 0       endif   endif   ftp_post  u   QUIT  res   free_lun  u end");
+a[231] = new Array("./ToBeReviewed/LECTURE/read_ncdf.html", "read_ncdf.pro", "", "          NAME: read_ncdf     PURPOSE:fonction de lecture pour fichier net_cdf    Ce programme  est moins universel que ncdf_lec  il fait appelle au   variables declarees dans common pro  mais il est du cop bcp plus   facile d utilisation  Il prend en compte la declaration des   differents zoom qui ont ete definis  ixminmesh premierx  la   declaration de la variable key_shift  bref le resultat de   read_ncdf peut dorectement etre utilise dans plt    C est aussi ce programme qui est utilise par defaut dans mes   widgets pour la partie lecture      CATEGORY:lecture de fichiers NetCdf     CALLING SEQUENCE:res   read_ncdf name debut fin       INPUTS: name: un string definissant le champ a lire            debut et fin: sont relatifs a l axe des temps  Ce peut etre             2 dates du type yyyymmdd et ds ce cas on selectionne les           dates qui sont comprisent entre ces 2 dates              2 indices qui definissent entre quel et quel pas de temps             on doit extraire la dimension temporelle            exp: ne sert a rien      KEYWORD PARAMETERS: utilisables hors du contexte des widgets            BOXZOOM: contient la boxzoom sur laquelle on doit faire la          lecture          FILENAME: string contennant le nom du fichier           INIT  to call automatically initncdf  filename and thus          redefine all the grid parameters          GRID UTVWF  to specify the type of grid  Defaut is  1           based on the name of the file if the file ends by          GRID _ TUVFW NC  not case sensible  or  2  T if case  1           is not found           IODIRECTORY a string giving the name of iodirectory  see          isafile pro for all possibilities  default value is common           variable iodir          TIMESTEP:activer pour specifier que debut et fin font          reference a des indices de l axe du temps et non pas a des          dates            TOUT: activer si on veut lire le ficher sur l ensemble du          domaine sans tenir compte du sous domaine definit par boxzoom          ou lon1 lon2 lat1 lat2 vert1 vert2           NOSTRUCT: activer si on ne veut pas que read_ncdf reourne          une structure mais uniquement le tableau se rapportant au          champ            TIMEVAR: a string to define the name of the variable that          contains the time axis  This keyword can be usefull if there          is no unlimited dimension or if the time axis selected by defaut           the first 1D array with unlimited dimension  is not the good one        OUTPUTS:une stucture lisible par litchamp pro ou un simple tableau   si  NOSTRUCT est active      COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:le champ doit avoir une dimension temporelle     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         15 10 1999         FUNCTION read_ncdf  name  debut  fin  pour_etre_compatible  BOXZOOM   boxzoom  FILENAME   filename                         PARENTIN   parentin  TIMESTEP   timestep  TIMEVAR   timevar                         TOUT   tout  NOSTRUCT   nostruct  CONT_NOFILL   CONT_NOFILL  INIT   init                         GRID   grid  FBASE2TBASE   fbase2tbase  _EXTRA   ex       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     we find the filename       print filename    is parent a valid widget     if keyword_set parentin  then BEGIN     parent   long parentin      parent   parent widget_info parent   managed    ENDIF   filename   isafile filename   filename  IODIRECTORY   iodir  _EXTRA   ex      ouverture du fichier nom     if size filename   type  NE 7 then       return  report read_ncdf cancelled    IF  version OS_FAMILY EQ  unix  THEN spawn   file  filename     dev null    cdfid   ncdf_open filename    contient   ncdf_inquire cdfid      we check if the variable name exists in the file      if ncdf_varid cdfid  name  EQ  1 then BEGIN     ncdf_close  cdfid     return  report variable  name   C not found in the file  filename    ENDIF   varcontient   ncdf_varinq cdfid  name      shall we redefine the grid parameters     if keyword_set init  THEN initncdf  filename  _extra   ex     check the time axis and the debut and fin dates     if n_elements debut  EQ 0 then begin     debut   0     timestep   1   endif   if keyword_set timestep  then begin     firsttps   debut 0      if n_elements fin  NE 0 then lasttps   fin 0  ELSE lasttps   firsttps     jpt   lasttps firsttps 1     time   julday 1  1  1    lindgen jpt    ENDIF ELSE BEGIN     if keyword_set parent  then BEGIN       widget_control  parent  get_uvalue   top_uvalue       filelist   extractatt top_uvalue   filelist        IF filelist 0  EQ  many   THEN filelist   filename       currentfile    where filelist EQ filename 0        time    extractatt top_uvalue   fileparameters currentfile time_counter       date1   date2jul debut 0        if n_elements fin  NE 0 then date2   date2jul fin 0  ELSE date2   date1       firsttps   where time EQ date1    firsttps   firsttps 0        lasttps   where time EQ date2    lasttps   lasttps 0      ENDIF ELSE BEGIN       IF keyword_set timevar  THEN BEGIN          timeid   ncdf_varid cdfid  timevar          IF timeid EQ  1 THEN BEGIN           ncdf_close  cdfid           return  report the file  filename  as no variable     timevar                                 C Use the TIMESTEP keyword          endif         timecontient   ncdf_varinq cdfid  timeid          contient recdim   timecontient dim 0        ENDIF ELSE BEGIN    we find the infinite dimension         timedim   contient recdim         if timedim EQ  1 then BEGIN           ncdf_close  cdfid           return  report the file  filename  as no infinite dimension   C Use TIMESTEP or TIMEVAR keyword          endif   we find the FIRST time axis               timeid   0         repeat BEGIN         tant que l on a pas trouve une variable qui n a qu                                    une dimension: la dimension infinie           timecontient   ncdf_varinq cdfid  timeid    que contient la variable           timeid   timeid 1         endrep until  n_elements timecontient dim  EQ 1                         AND timecontient dim 0  EQ contient recdim              OR timeid EQ contient nvars 1           if timeid EQ contient nvars 1 then BEGIN           ncdf_close  cdfid           return  report the file  filename  as no time axis variable   C Use the TIMESTEP keyword          endif         timeid   timeid 1       ENDELSE    we must found the time origin of the julian calendar used in the   time axis     does the attribut units an dcalendar exist for the variable time axis        if timecontient natts EQ 0 then BEGIN         ncdf_close  cdfid         return  report the variable  timecontient name  has no attribut C Use the TIMESTEP keyword or add the attribut  units  to the variable        endif       attnames   strarr timecontient natts        for attiq   0  timecontient natts 1 do attnames attiq    ncdf_attname cdfid  timeid  attiq        if  where attnames EQ  units 0  EQ  1 then BEGIN         ncdf_close  cdfid         return  report Attribut  units  not found for the variable  timecontient name   C Use the TIMESTEP keyword        ENDIF     now we try to find the attribut called calendar    the the attribute  calendar  exists    If no  we suppose that the calendar is gregorian calendar         if  where attnames EQ  calendar 0  NE  1 then BEGIN         ncdf_attget  cdfid  timeid   calendar  value         value   string value          CASE value OF            noleap :key_caltype    noleap             360d :key_caltype    360d             greg :IF n_elements key_caltype  EQ 0 THEN key_caltype    greg            ELSE:BEGIN              notused   report Unknown calendar:  value  we use greg calendar               key_caltype    greg            END         ENDCASE       ENDIF ELSE BEGIN          notused   report Unknown calendar  we use  key_caltype  calendar           IF n_elements key_caltype  EQ 0 THEN key_caltype    greg        ENDELSE     now we take acre of units attribut       ncdf_attget  cdfid  timeid   units  value     time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00        we decript the  units  attribut to find the time origin       value   strtrim strcompress string value  2        mots   str_sep value            unite   mots 0        depart   str_sep mots 2          ncdf_varget  cdfid  timeid  time       time   double time        unite   strlowcase unite        IF strpos unite   s  strlen unite 1  NE  1 THEN unite   strmid unite  0  strlen unite 1        IF strpos unite   julian_  NE  1 THEN unite   strmid unite  7        case unite of          second :time   julday depart 1  depart 2  depart 0 time 86400 d          hour :time   julday depart 1  depart 2  depart 0 time 24 d          day :time   julday depart 1  depart 2  depart 0 time          month :BEGIN            if total fix time  NE time  NE 0 then     we switch to days with 30d m             time   julday depart 1  depart 2  depart 0 round time 30                ELSE for t   0  n_elements time 1 DO               time t    julday depart 1 time t  depart 2  depart 0          END          year :BEGIN           if total fix time  NE time  NE 0 then     we switch to days with 365d y             time   julday depart 1  depart 2  depart 0 round time 365                ELSE for t   0  n_elements time 1 do               time t    julday depart 1  depart 2  depart 0 time t          END         ELSE:BEGIN           ncdf_close  cdfid           return  report The  units  attribu of the time axis must be something like:  C  seconds since 0001 01 01    C  days since 1979 01 01    C  months since 1979 01 01    C  years since 1979 01 01           end       ENDCASE       date1   date2jul debut 0        if n_elements fin  NE 0 then date2   date2jul fin 0  ELSE date2   date1       time   double time        firsttps   where time GE date1    firsttps   firsttps 0        if firsttps EQ  1 THEN BEGIN         ncdf_close  cdfid         return  report date 1:  strtrim jul2date date1  1  is not found in the time axis        ENDIF       lasttps   where time LE date2        if lasttps 0  EQ  1 THEN BEGIN         ncdf_close  cdfid         return  report the time axis as no date before date 2:  strtrim jul2date date2  1        endif       lasttps   lasttps n_elements lasttps 1        if lasttps LT firsttps then BEGIN         ncdf_close  cdfid         return  report the time axis as no dates between date1 and  date 2:  strtrim jul2date date1  1   strtrim jul2date date2  1        endif     ENDELSE     time   time firsttps:lasttps      jpt   lasttps firsttps 1   ENDELSE     nom de la grille a laquelle se rapporte le champ     IF keyword_set grid  THEN vargrid   strupcase grid  ELSE BEGIN     vargrid    T                  default definition     IF finite glamu 0  EQ 1 THEN BEGIN       pattern    GRID   GRID_   GRID   UPID_   30ID_        gdtype    T   U   V   W   F        fnametest   strupcase filename        FOR i   0  n_elements pattern 1 DO BEGIN         FOR j   0  n_elements gdtype 1 DO BEGIN           substr   pattern i gdtype j            pos   strpos fnametest  substr            IF pos NE  1 THEN                vargrid   strmid fnametest  pos strlen substr 1  1          ENDFOR       ENDFOR     ENDIF   ENDELSE     call the init function          redefinition du domaine      if keyword_set tout  then begin     nx   jpi     ny   jpj     nz   jpk     firstx   0     firsty   0     firstz   0     lastx   jpi 1     lasty   jpj 1     lastz   jpk 1     case strupcase vargrid  of        T :mask   tmask        U :mask   umask         V :mask   vmask         W :mask   tmask        F :mask   fmask      endcase   ENDIF ELSE BEGIN     if keyword_set boxzoom  then BEGIN        Case 1 Of         N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0          N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1          N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2          N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4          N_Elements Boxzoom  Eq 6:bte   Boxzoom         Else: BEGIN           ncdf_close  cdfid           return  report Wrong Definition of Boxzoom          end       ENDCASE       savedbox   1b       saveboxparam   boxparam4rdncdf dat        domdef  bte  GRIDTYPE    T  vargrid  _extra   ex     ENDIF     grille  mask  glam  gphi  gdep  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz     undefine  glam   undefine  gphi     on libere un peu de memoire    ENDELSE     on initialise les ixmindta  iymindta au besoin     if n_elements jpidta  EQ 0 THEN jpidta   jpiglo   if n_elements jpjdta  EQ 0 THEN jpjdta   jpjglo   if n_elements jpkdta  EQ 0 THEN jpkdta   jpkglo   if n_elements ixmindta  EQ 0 THEN ixmindta   0   if n_elements ixmaxdta  EQ 0 then ixmaxdta   jpidta 1   if ixmindta EQ  1 THEN ixmindta   0   IF ixmaxdta EQ  1 then ixmaxdta   jpidta 1   if n_elements iymindta  EQ 0 THEN iymindta   0   IF n_elements iymaxdta  EQ 0 then iymaxdta   jpjdta 1   if iymindta EQ  1 THEN iymindta   0   IF iymaxdta EQ  1 then iymaxdta   jpjdta 1   if n_elements izmindta  EQ 0 THEN izmindta   0   IF n_elements izmaxdta  EQ 0 then izmaxdta   jpkdta 1   if izmindta EQ  1 THEN izmindta   0   IF izmaxdta EQ  1 then izmaxdta   jpkdta 1     on va lire le fichier     if n_elements key_stride  LE 2 then key_stride    1  1  1    key_stride   1l   long key_stride    key_shift   long testvar var   key_shift      IF n_elements key_yreverse  EQ 0 THEN key_yreverse   0   IF keyword_set key_yreverse  THEN BEGIN     tmp   jpj 1 firsty     firsty   jpj 1 lasty     lasty   tmp   ENDIF     IF keyword_set fbase2tbase  THEN BEGIN     case strupcase vargrid  of        U :BEGIN         IF NOT keyword_set key_periodic  THEN BEGIN           firstx   firstx 1           lastx   lastx 1         ENDIF       END        V :BEGIN         firsty   firsty 1         lasty   lasty 1       END        F :BEGIN         firsty   firsty 1         lasty   lasty 1         IF NOT keyword_set key_periodic  THEN BEGIN           firstx   firstx 1           lastx   lastx 1         ENDIF       END       ELSE:     endcase   ENDIF     IF keyword_set fbase2tbase  AND keyword_set key_periodic        AND  strupcase vargrid  EQ  U  OR strupcase vargrid  EQ  F  THEN key_shift    key_shift 1        read_ncdf_varget         IF keyword_set fbase2tbase  AND keyword_set key_periodic        AND  strupcase vargrid  EQ  U  OR strupcase vargrid  EQ  F  THEN key_shift    key_shift 1     on definit les variables globales rattachees a la variable     varname   varname   name   varunit   if varcontient natts NE 0 then begin     attnames   strarr varcontient natts      for attiq   0  varcontient natts 1 do attnames attiq    ncdf_attname cdfid  name  attiq      lowattnames   strlowcase attnames        found    where lowattnames EQ  units 0      IF found NE  1 then ncdf_attget  cdfid  name  attnames found  value ELSE value         varunit   strtrim string value  2        found    where lowattnames EQ  add_offset 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  add_offset ELSE add_offset   0        found    where lowattnames EQ  scale_factor 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  scale_factor ELSE scale_factor   1        missing_value    no      found    where lowattnames EQ  _fillvalue 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  missing_value     found    where lowattnames EQ  missing_value 0      if found NE  1 then ncdf_attget  cdfid  name  attnames found  missing_value     ENDIF ELSE BEGIN      varunit         add_offset   0      scale_factor   1      missing_value    no    ENDELSE   vardate   on construit une belle date lisible en fonction du langage specifie     year   long debut 0 10000   month    long debut 0 100  MOD 100   day    long debut 0  MOD 100    vardate   string format    C CMoA  31 month 1   strtrim day  1   strtrim year  1    varexp   file_basename filename     we apply reverse   if keyword_set key_yreverse  then res   reverse temporary res   2    if keyword_set key_zreverse  AND  size res 0  EQ 3 AND jpt EQ 1 then res   reverse temporary res  3    if keyword_set key_zreverse  AND  size res 0  EQ 4 THEN res   reverse temporary res  3     on applique la valeur valmask sur les points terre   if NOT keyword_set cont_nofill  then begin     valmask   1e20     case 1 of       varcontient ndims eq 2:BEGIN  xy array         mask   mask    0          earth   where mask EQ 0        END       varcontient ndims eq 3 AND  where varcontient dim EQ contient recdim 0  EQ  1:BEGIN  xyz array         earth   where mask EQ 0        END       varcontient ndims eq 3 AND  where varcontient dim EQ contient recdim 0  NE  1:BEGIN  xyt array         mask   mask    0          earth   where mask EQ 0          if earth 0  NE  1 then BEGIN           earth   earth replicate 1  jpt replicate nx ny  n_elements earth lindgen jpt          END       END       varcontient ndims eq 4:BEGIN  xyzt array         earth   where mask EQ 0          if earth 0  NE  1 then BEGIN           earth   earth replicate 1  jpt replicate nx ny nz  n_elements earth lindgen jpt          END       END     endcase   ENDIF ELSE earth    1   we look for  missing_value   IF size missing_value   type  NE 7 then BEGIN     IF size missing_value   type  EQ 1 THEN BEGIN        IF isnumber string missing_value  tmp  EQ 1 THEN missing_value   tmp     ENDIF       if missing_value NE valmask then begin     if abs missing_value  LT 1e6 then missing   where res EQ missing_value        ELSE missing   where abs res  gt abs missing_value 10       ENDIF ELSE missing    1   ENDIF ELSE missing    1   on applique les add_offset  scale_factor et missing_value   if scale_factor NE 1 then res   temporary res scale_factor   if add_offset NE 0 then res   temporary res add_offset   if missing 0  NE  1 then res temporary missing     values f_nan   if earth 0  NE  1 then res temporary earth    1e20     ncdf_close  cdfid     if keyword_set savedbox  THEN restoreboxparam   boxparam4rdncdf dat    if keyword_set nostruct  then return  res     ELSE BEGIN      IF keyword_set key_forgetold  THEN BEGIN       return   arr:res  grid:vargrid  unit:varunit  experiment:varexp  name:varname       ENDIF ELSE BEGIN        return   tab:res  grille:vargrid  unite:varunit  experience:varexp  nom:varname      ENDELSE    ENDELSE  END      ");
+a[232] = new Array("./ToBeReviewed/LECTURE/read_ncdf_varget.html", "read_ncdf_varget.pro", "", "");
+a[233] = new Array("./ToBeReviewed/LECTURE/xncdf_lec.html", "xncdf_lec.pro", "", "  La lecture de ce programme se fait de bas en haut:     1  xncdf_lec       2  xncdf_lec_event           3  wid_var                wid_var_event   pro wid_var_event   event   NAME:wid_var_event     PURPOSE:procedure appele par xmanager qd on appuie sur un bouton du   2eme widget cree par wid_var      INPUTS: event  une structure caracterisant le type d evenement qui   arrive au widget numero1 2     COMMON BLOCKS:wididbase resultat infovariable indicewid motcle           compile_opt idl2  strictarrsubs      COMMON wididbase  base    COMMON resultat  res    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON indicewid_var  widbase1  widbase2111  widbase212  widbase213  selectatt    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar     quel est le type d evenement     widget_control  event id  get_uvalue uval    tailledimvar   tailledim varcontient dim     if n_elements uval  EQ 0 then return   case sur le type d evenement    case uval OF       1:BEGIN                     on change des valeurs dans le tableau   on controle que les valeurs mises dans le tableau ne sont pas   completement fausses          widget_control  widbase1  get_value   table   agument du bon type     si le type est mauvais on change automatiquement par des valeurs par   defaut          if event x GT  size table 1  then return          if event y GT  size table 2  then return          if size table event x  event y   type  GE 6             OR size table event x  event y   type  EQ 0 then BEGIN              if event x EQ 1 then                widget_control  widbase1  use_table_select    1  event y 1  event y                   set_value   tailledimvar event y                ELSE widget_control  widbase1                  use_table_select    event x  event y  event x  event y  set_value   0          endif   agument avec une valeur nom debile           table   fix table           case event x of             0:BEGIN               on a touche a l offset:                if table 0  event y  LT 0 then BEGIN                   table 0  event y    0                   widget_control  widbase1  use_table_select    0  event y  0  event y                         set_value   0                endif   si il depasse la dim du tableau on le met au max et le cont a 1                if table 0  event y  GT tailledimvar event y table 3  event y  then begin                   widget_control  widbase1  use_table_select    0  event y 1  event y                         set_value    tailledimvar event y table 3  event y  1                 ENDIF ELSE BEGIN   si avec le nouvel offset le count est trop grand  on le diminue juste   de ce qu il faut                    if table 1  event y  GT                       tailledimvar event y table 3  event y table 0  event y  then begin                      widget_control  widbase1  use_table_select    1  event y  1  event y                            set_value    tailledimvar event y table 3  event y table 0  event y                    endif                ENDELSE             END             1:BEGIN              on a touche au count                if table 1  event y  LT 1 then BEGIN                   table 1  event y    1                   widget_control  widbase1  use_table_select    1  event y  1  event y                         set_value   1                endif   si il est trop grand  on le diminue juste de ce qu il faut                 if table 1  event y  GT                    tailledimvar event y table 3  event y table 0  event y  then BEGIN                   widget_control  widbase1  use_table_select    1  event y  1  event y                         set_value    tailledimvar event y table 3  event y table 0  event y                 endif             END             2:BEGIN               on a touche au shift                widget_control  widbase1  use_table_select    2  event y  2  event y                      set_value   table 2  event y  MOD  tailledimvar event y table 3  event y              END             3:BEGIN               on touche au stride                if table 3  event y  LT 1 then BEGIN                   table 3  event y    1                   widget_control  widbase1  use_table_select    3  event y  3  event y                         set_value   1                endif                if table 3  event y  EQ 0 then     il ne doit pas etre nul                 widget_control  widbase1  use_table_select    3  event y  3  event y                      set_value   1   il ne doit pas etre trop grand                if table 3  event y  GT tailledimvar event y  then                   widget_control  widbase1  use_table_select    0  event y 3  event y                      set_value    0  1  0  tailledimvar event y                   ELSE BEGIN                   if table 1  event y  GT                       tailledimvar event y table 3  event y table 0  event y  then begin                      widget_control  widbase1  use_table_select    1  event y  1  event y                            set_value    tailledimvar event y table 3  event y table 0  event y                    endif                ENDELSE             END             ELSE:          endcase       END       2111:BEGIN                 on a touche aux boutons oui non   on actualise le vecteur selectatt a 0 ou 1 pour l attribut concerne    numero event id           selectatt where widbase2111 EQ event id    event select       end       31:BEGIN                   on a appuye sur  get           widget_control  widbase1  get_value   table          table   fix table           mcshift   where table 2    NE 0           mcoffset   table 0             mccount   table 1             mcstride   table 3             if mcshift 0  NE  1 then BEGIN   il y a des shifts   on lit l integralite des dimensions pour lesquelles il y a un shift             mcoffset mcshift    0             mccount mcshift    tailledimvar mcshift    on active pas stride qd il n y en a pas besoin car ca fait ecrire a   l ecran qqch de louche              if total mcstride  EQ n_elements mcstride  then                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount               ELSE                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount  STRIDE   mcstride   pour faire le shift             mcshift   table 2                mcoffset   table 0                mccount   table 1      on definit commende qui permet de faire un shift             commande    res shift res              for dim   0  varcontient ndims 1 do commande   commande string table 2 dim              commande   commande              rien   execute commande    on redefinit commnade qui permet de couper les dimensions qui n ont   pas ete encore coupees  c est celles que l on shift              commande    res res    initialisation de la commende             for dim   0  varcontient ndims 1 do BEGIN                 if mcshift dim  EQ 0 then commande   commande                   ELSE commande commande string mcoffset dim : string mccount dim mcoffset dim 1              ENDFOR             commande   strmid commande  0  strlen commande 1              rien   execute commande    cas sans shift  on lit directement le bon bout de tableau          ENDIF ELSE BEGIN             if total mcstride  EQ n_elements mcstride  then                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount               ELSE                ncdf_varget  cdfid  varid  res  OFFSET   mcoffset  COUNT   mccount  STRIDE   mcstride          ENDELSE   faut il constituer une structure avec les attributs qui on ete selectionnes          if total selectatt  NE 0 then BEGIN   il y a des attributs selectionnes             res   create_struct varcontient name  res    on cree la structure             selectatt   where selectatt EQ 1    on trouve les attributs selectiones              for attid   0   n_elements selectatt 1 do BEGIN   pour lesquels on prend                widget_control  widbase212 selectatt attid  get_value   attname   le nom                widget_control  widbase213 selectatt attid  get_value   attvalue   la valeur               res   create_struct res  attname 0  attvalue 0    on concatene la structe             endfor          endif          widget_control  event top   destroy  on ferme le 2eme widget          widget_control  base   destroy  on ferme le 1eme widget          ncdf_close cdfid       END       32:                        cas de l affichage d un held  avec xdisplayfile        33:widget_control  event top   destroy  on ferme le 2eme widget       ELSE:    endcase    return end     PRO wid_var  widid_pere         NAME: wid_var     PURPOSE: cette procedure gere le 2eme widget cree qd on appelle   xncdf_lec  ce widget concerne la lecture de la variable     INPUTS: widid_pere: un scalere contenant l identite du widget pere   qui a etait cree par xncdf_lec et qui a permis de selectionner la   variable a lire      OUTPUTS: indirectement res  le tableau ou la structure resultat      COMMON BLOCKS:resultat infovariable indicewid_var motcle             compile_opt idl2  strictarrsubs      COMMON resultat  res    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON indicewid_var  widbase1  widbase2111  widbase212  widbase213  selectatt    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar    res    1     ouverture de la fenetre de base sous forme de colonnes      widbase   widget_base column  title variable:  varcontient name   align_center  group_leader   widid_pere      ouverture de  sous fenetres de base       widbase1 tableau des offsets      rien   widget_label widbase  value         on saute une ligne   defintion des lables des lignes du tableau    rowlab   string tailledim varcontient dim     for i   0   n_elements rowlab 1 do rowlab i    strtrim rowlab i  1     rowlab   nomdim varcontient dim replicate :   n_elements varcontient dim rowlab   definition des valeurs initiales du tableau    valinit   lonarr 4  n_elements varcontient dim    colonne 0 : les offset    if keyword_set mcoffset  AND n_elements mcoffset  EQ varcontient ndims THEN       valinit 0 mcoffset ELSE valinit 0      0   colonne 1 : les counts    if keyword_set mccount  AND n_elements mccount  EQ varcontient ndims THEN        valinit 1 mccount ELSE valinit 1      tailledim varcontient dim    colonne 2 : les shifts    if keyword_set mcshift  AND n_elements mcshift  EQ varcontient ndims THEN       valinit 2 mcshift ELSE valinit 2      0   colonne 3 : les strides    if keyword_set mcstride  AND n_elements mcstride  EQ varcontient ndims THEN       valinit 3 mcstride ELSE valinit 3      1   test des valeurs initiales du tableau    valinit   fix valinit     valinit 3      1   valinit 3     valinit 0     valinit 1       tailledim varcontient dim valinit 3   valinit 0       valinit 2      valinit 2    MOD  tailledim varcontient dim valinit 3      test des shifts   declaration du tableau    widbase1   widget_table widbase  row_labels   rowlab  value   valinit   editable                                column_labels    Offset   Count   Shift   Stride  uvalue   1    un petit blabla    rien   widget_label widbase  value    ATTENTION: Faire des  return  pour que les valeurs   align_center     rien   widget_label widbase  value    du tableau ou des textes soient bien prises en compte   align_center      widbase2 choix des attributs      rien   widget_label widbase  value         on saute une ligne    widbase2   widget_base widbase   column    pour chaque attribut  on cree un widget  widbase21  qui contient en ligne un   bouton oui non  widbase211  et deux wigdet text  widbase212    widbase213 comportant le nom et la valeur de l attribut     widbase21   lonarr varcontient natts     widbase211   lonarr varcontient natts     widbase2111   lonarr varcontient natts    vecteur qui serviera a savoir quels boutons oui non sont   selectiones  cf  wid_var_event    selectatt   lonarr varcontient natts     selectatt    0    widbase212   lonarr varcontient natts     widbase213   lonarr varcontient natts     for attid   0  varcontient natts 1 do BEGIN  boucle sur le nombre d attributs       widbase21 attid    widget_base widbase2   row        name ncdf_attname cdfid varid attid        ncdf_attget cdfid varid name value       widbase211 attid    widget_base widbase21 attid   nonexclusive        widbase2111 attid     widget_button widbase211 attid  value       uvalue   2111        widbase212 attid    widget_text widbase21 attid  value   name   editable        widbase213 attid    widget_text widbase21 attid  value strtrim string value 1   editable     endfor     widbase3 boutons du bas      widbase3   widget_base widbase   row align_center     widbase31 widget_button widbase3 value GET  uvalue 31     widbase32 widget_button widbase3 value Help  uvalue 32     widbase33 widget_button widbase3 value DONE  uvalue 33     execution de la fentre de base et des sous fenetres      widget_control widbase realize      xmanager wid_var widbase    return end    PRO xncdf_lec_event  event         NAME:xncdf_lec_event     PURPOSE: procedure appele par xmanager qd on appuie sur un bouton du   1ere widget cree par xncdf_lec      INPUTS: event  une structure caracterisant le type d evenement qui   arrive au widget numero1     COMMON BLOCKS:resultat  infovariable  motcle             compile_opt idl2  strictarrsubs      COMMON resultat  res    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar   quel est le type d evenement     widget_control  event id  get_uvalue uval   case sur le type d evenement    case uval of       1:BEGIN                     on veut lire un autre fichier          widget_control  event id  get_value   nom   on recupere le nom          widget_control  event top   destroy  on ferme le widget          ncdf_close cdfid         on ferme le mauvais fichier qui a ete ouvert   on reapelle xncdf_lec          res   xncdf_lec nom 0  ATT   mcatt  COUNT   mccount  OFFSET   mcoffset  IODIR   mciodir                              SHIFT   mcshift   STRIDE   mcstride  VAR   mcvar            return       END       2:BEGIN                     une variable est selectionee          varid   event index      on recupere son numero ds le fichier Netcdf          varcontient   ncdf_varinq cdfid varid           wid_var  event top       on appelle le programme qui lance le 2eme widget  cf    haut       END       3:BEGIN                     bouton done          widget_control  event top   destroy   on tue le widget          ncdf_close cdfid         on ferme le fichier       END       ELSE:    endcase    return end           NAME: xncdf_lec     PURPOSE: lecture d un fichier Net Cdf avec des widgets        CATEGORY: lecture de fichiers avec widgets     CALLING SEQUENCE: res xncdf_lec nom_fichier       INPUTS:         OPTIONNEL  nom_fichier: c est un string qui donne le nom du         fichier a ouvrir Si nomfichier ne contient pas le caractere         separateur de repertoirte   sous unix par ex  Le fichier         sera cherche ds le repertoire courant     KEYWORD PARAMETERS:           IODIR: string contenant le repertoire ou aller chercher le         fichier a lire  Si nomfichier ne contient pas le caractere         separateur de repertoirte   sous unix par ex  Le fichier         cherche s appelera iodir nom_fichier            COUNT: An optional vector containing the counts to be used in         reading Value  COUNT is a 1 based vector with an element for         each dimension of the data to be written The default matches         the size of the variable so that all data is written out            GROUP: The widget ID of the widget that calls XNCDF_LEC  When         this ID is specified  a death of the caller results in a death         of XNCDF_LEC             OFFSET: An optional vector containing the starting position         for the read  The default start position is  0  0              SHIFT: un vecteur d entiers  specifiant pour chaque dimension         de combien il faut la shifter  Par defaut c est          0 0  cf  la fonction shift pour           d explications  ATTENTION  le shift est effectue sur le         tableau de taille maximum avant la reduction eventuelle         determinee par OFFSET et COUNT  Par contre il est effectue         apres l extraction eventuelle cree par le STRIDE            STRIDE: An optional vector containing the strides  or sampling         intervals  between accessed values of the netCDF variable  The         default stride vector is that for a contiguous read   1  1                OUTPUTS: 2 cas possibles:         1  aucun attributs n a ete selectionne  Dans ce cas res est         le tableau que l on voulait lire          2  Des attributs ont ete selectionnes  Dans ce cas res est une         structre dont le premier element portant le nom de la variable         est le tableau de valeurs et les autre auguments sont les         arguments selectiones     COMMON BLOCKS: wididbase  infovariable  resultat  motcle     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE: help  xncdf_lec      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         24 8 1999         FUNCTION xncdf_lec  nom  ATT   att  COUNT   count  GROUP   group  OFFSET   offset  IODIR   iodir  SHIFT   shift   STRIDE   stride  VAR   var     compile_opt idl2  strictarrsubs      COMMON wididbase  base    COMMON infovariable  cdfid  listename  contient  nomdim  tailledim  varid  varcontient    COMMON resultat  res    COMMON motcle  mcatt  mccount  mcoffset  mciodir  mcshift  mcstride  mcvar     bidouille pour utiliser les mots cles  on passe par des variables   declarees ds un common       res    1    if keyword_set att  then mcatt   att ELSE mcatt   0    if keyword_set count  then mccount  count  ELSE mccount   0    if keyword_set offset  then mcoffset   offset ELSE mcoffset   0    if keyword_set shift  then mcshift   shift ELSE mcshift   0    if keyword_set stride  then mcstride   stride ELSE mcstride   0    if keyword_set var  then mcvar   var ELSE mcvar   0     choix du nom du fichier     Quel type de machine est utiliee    thisOS   strupcase strmid version os_family  0  3     CASE thisOS of        MAC :sep    :         WIN :sep           ELSE: sep        ENDCASE   si iodir n est pas definit on l initialise au repertoire courant    if NOT keyword_set iodir  then cd   current   iodir    mciodir   iodir   on complete iodir d un caractere separateur de repertoire si besoin   est     IF rstrpos iodir  sep  NE strlen iodir 1 THEN iodir   iodir sep     if n_elements nom  EQ 0 then BEGIN   si nom n est pas definit   on en trouve un grace au programme dialog_pickfile       nom   dialog_pickfile filter   iodir nc         if nom 0  EQ   then return    1   si on a rien trouve on sort  on complete nom par iodir si nom ne contient pas de caractere  separateur derepertoire    ENDIF ELSE if strpos nom  sep  EQ  1 then nom   iodir nom    test   findfile nom            le nom cherche correspond bien a un fichier     while test 0  EQ   OR n_elements test  GT 1 do BEGIN   on en cherche un tant qu il ne correspond a rien        test   test 0        nom   dialog_pickfile filter   iodir nc        if nom EQ   then return    1       test   findfile nom     endwhile     ouverture du fichier nom      cdfid ncdf_open nom     contient ncdf_inquire cdfid      que contient le fichier      ouverture de la fenetre de base sous forme de colonnes    if n_elements group  EQ 0 then base   widget_base column  title Fichier:  nom   align_left       ELSE base   widget_base column  title Fichier:  nom   align_left  GROUP_LEADER   group    ouverture de  sous fenetres de base       base 1 titre portant le nom du fichier      base1   widget_base base   column   align_center     rien   widget_label base1  value    Net Cdf filename   align_center    blabla    rien   widget_text base1  value   nom   align_center  uvalue 1   editable   nom du fichier que l on peut changer     rien   widget_label base1  value         on saute une ligne     base 2 informations generales sur le fichier      base2   widget_base base   column      informations sur les attributs globaux      if contient ngatts NE  1 then begin       rien   widget_label base2  value    Nombre de attributs globaux:   strtrim contient ngatts 1   align_left        for attiq 0 contient ngatts 1 do BEGIN   bouble sur le nombre d attributs globaux          name ncdf_attname cdfid attiq global   nom de l atribut          ncdf_attget cdfid name value global  valeur de l atribut          rien   widget_text base2  value   name :  strtrim string value 1  xsize   60   scroll   wrap   align_right        endfor       rien   widget_label base2  value          endif      informations sur les dimensions      rien   widget_label base2  value    Nombre de dimensions:  strtrim contient ndims 1   align_left     if contient recdim NE  1 then begin   bouble sur le nombre de dimensions       ncdf_diminq cdfid contient recdim name value   nom et valeur de la dimension       rien   widget_label base2  value    nom de la dimension infinie:  name   align_left     endif      nomdim    strarr contient ndims    vecteur contenant le nom des dimensions    tailledim lonarr contient ndims    vecteur contenant la valeur des dimensions    for dimiq 0 contient ndims 1 do begin   bouble sur le nombre de dimensions       ncdf_diminq cdfid dimiq name value   nom et valeur de la dimension       nomdim dimiq name       tailledim dimiq value       rien   widget_label base2  value   name  de taille:  strtrim value 1   align_right     ENDFOR    rien   widget_label base2  value         on saute une ligne     base 3 choix de la variable      base3   widget_base base   column     rien   widget_label base3  value    Nombre de variables:  strtrim contient nvars 1   align_left     base31   widget_base base3   row   align_center   creation d un vecteur listename contenant le nom de toutes les  variables du fichier    listename   strarr contient nvars     for varid 0 contient nvars 1 do begin       varcontient ncdf_varinq cdfid varid    que contient la variable       listename varid    varcontient name    endfor    rien  widget_label base31  value    variable    creation d un bouton a menu deroulant    base311 widget_droplist base31 value listename  uvalue 2     rien   widget_label base3  value         base 4 bouton done      base4   widget_base base   row     base42 widget_button base4 value done  uvalue 3   align_right   execution de la fentre de base et des sous fenetres    widget_control base realize      xmanager xncdf_lec base          return  res end");
+a[234] = new Array("./ToBeReviewed/MATRICE/cmapply.html", "cmapply.pro", "", "    NAME:     CMAPPLY     AUTHOR:     Craig B  Markwardt  NASA GSFC Code 662  Greenbelt  MD 20770     craigm lheamail gsfc nasa gov     PURPOSE:     Applies a function to specified dimensions of an array     MAJOR TOPICS:     Arrays     CALLING SEQUENCE:     XX   CMAPPLY OP  ARRAY  DIMS   DOUBLE   TYPE TYPE      DESCRIPTION:     CMAPPLY will apply one of a few select functions to specified      dimensions of an array   Unlike some IDL functions  you  do  have     a choice of which dimensions that are to be  collapsed  by this     function   Iterative loops are avoided where possible  for      performance reasons        The possible functions are:              and number of loop iterations:                Performs a sum  as in TOTAL        number of collapsed dimensions       AND     Finds LOGICAL  AND   not bitwise   same       OR      Finds LOGICAL  OR    not bitwise   same               Performs a product                 LOG_2 no  of collapsed elts          MIN     Finds the minimum value            smaller of no  of collapsed       MAX     Finds the maximum value            or output elements         USER    Applies user defined function      no  of output elements         It is possible to perform user defined operations arrays using     CMAPPLY   The OP parameter is set to  USER:FUNCTNAME  where     FUNCTNAME is the name of a user defined function   The user     defined function should be defined such that it accepts a single     parameter  a vector  and returns a single scalar value   Here is a     prototype for the function definition:          FUNCTION FUNCTNAME  x  KEYWORD1 key1              scalar     function of x or keywords             RETURN  scalar        END       The function may accept keywords   Keyword values are passed in to     CMAPPLY through the FUNCTARGS keywords parameter  and passed to     the user function via the _EXTRA mechanism   Thus  while the     definition of the user function is highly constrained in the     number of positional parameters  there is absolute freedom in     passing keyword parameters        It s worth noting however  that the implementation of user defined     functions is not particularly optimized for speed   Users are     encouraged to implement their own array if the number of output     elements is large        INPUTS:       OP   The operation to perform  as a string   May be upper or lower          case             If a user defined operation is to be passed  then OP is of          the form   USER:FUNCTNAME  where FUNCTNAME is the name of          the user defined function        ARRAY   An array of values to be operated on   Must not be of type             STRING  7  or STRUCTURE  8      OPTIONAL INPUTS:       DIMS   An array of dimensions that are to be  collapsed  where            the the first dimension starts with 1  ie  same convention            as IDL function TOTAL   Whereas TOTAL only allows one            dimension to be added  you can specify multiple dimensions            to CMAPPLY   Order does not matter  since all operations            are associative and transitive   NOTE: the dimensions refer            to the  input  array  not the output array   IDL allows a             maximum of 8 dimensions             DEFAULT: 1  ie  first dimension      KEYWORDS:       DOUBLE   Set this if you wish the internal computations to be done              in double precision if necessary   If ARRAY is double               precision  real or complex  then DOUBLE 1 is implied               DEFAULT: not set       TYPE   Set this to the IDL code of the desired output type  refer            to documentation of SIZE   Internal results will be            rounded to the nearest integer if the output type is an            integer type             DEFAULT: same is input type       FUNCTARGS   If OP is  USER:  then the contents of this keyword                 are passed to the user function using the _EXTRA                 mechanism   This way you can pass additional data to                 your user supplied function  via keywords  without                 using common blocks                  DEFAULT: undefined  i e  no keywords passed by _EXTRA      RETURN VALUE:       An array of the required TYPE  whose elements are the result of     the requested operation   Depending on the operation and number of     elements in the input array  the result may be vulnerable to     overflow or underflow      EXAMPLES:     Shows how CMAPPLY can be used to total the second dimension of the     array called IN   This is equivalent to OUT   TOTAL IN  2        IDL  IN    INDGEN 5 5      IDL  OUT   CMAPPLY  IN   2      IDL  HELP  OUT     OUT             INT         Array 5        Second example   Input is assumed to be an 5x100 array of 1 s and     0 s indicating the status of 5 detectors at 100 points in time      The desired output is an array of 100 values  indicating whether     all 5 detectors are on  1  at one time   Use the logical AND     operation        IDL  IN   detector_status               5x100 array     IDL  OUT   CMAPPLY AND  IN   1       collapses 1st dimension     IDL  HELP  OUT     OUT             BYTE        Array 100         note that MIN could also have been used in this particular case      although there would have been more loop iterations        Third example   Shows sum over first and third dimensions in an     array with dimensions 4x4x4:       IDL  IN   INDGEN 4 4 4      IDL  OUT   CMAPPLY  IN   1 3      IDL  PRINT  OUT          408     472     536     600       Fourth example  A user function  MEDIAN  is used:       IDL  IN   RANDOMN SEED 10 10 5      IDL  OUT   CMAPPLY USER:MEDIAN  IN  3      IDL  HELP  OUT     OUT             FLOAT       Array 10  10         OUT i j  is the median value of IN i j      MODIFICATION HISTORY:     Mar 1998  Written  CM     Changed usage message to not bomb  24 Mar 2000  CM     Signficant rewrite for   MIN and MAX  inspired by Todd Clements         FOR loop indices are now type       LONG  copying terms are liberalized  CM  22  Aug 2000     More efficient MAX MIN  inspired by Alex Schuster  CM  25 Jan       2002     Make new MAX MIN actually work with 3d arrays  CM  08 Feb 2002     Add user defined functions  ON_ERROR  CM  09 Feb 2002     Correct bug in MAX MIN initialization of RESULT  CM  05 Dec 2002       Id: cmapply pro 31 2006 05 02 13:54:11Z pinsard         Copyright  C  1998  2000  2002  Craig Markwardt   This software is provided as is without any warranty whatsoever    Permission to use  copy  modify  and distribute modified or   unmodified copies is granted  provided this copyright and disclaimer   are included unchanged       Utility function  adapted from CMPRODUCT function cmapply_product  x     compile_opt idl2  strictarrsubs     sz   size x    n   sz 1     while n GT 1 do begin       if  n mod 2  EQ 1 then x 0    x 0    x n 1        n2   floor n 2        x   x 0:n2 1    x n2:        n   n2   endwhile   return  reform x 0   overwrite  end    Utility function  used to collect collaped dimensions pro cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep     compile_opt idl2  strictarrsubs     sz   size newarr      First task: rearrange dimensions so that the dimensions     that are  kept   ie  uncollapsed  are at the back   dimkeep   where histogram dimapply min 1 max sz 0  ne 1  nkeep    if nkeep EQ 0 then return    newarr   transpose temporary newarr   dimapply 1  dimkeep      totcol is the total number of collapsed elements   totcol   sz dimapply 0    for i   1  n_elements dimapply 1 do totcol   totcol   sz dimapply i    totkeep   sz dimkeep 0 1    for i   1  n_elements dimkeep 1 do totkeep   totkeep   sz dimkeep i 1       this new array has two dimensions:         the first  all elements that will be collapsed         the second  all dimensions that will be preserved      the ordering is so that all elements to be collapsed are      adjacent in memory    newarr   reform newarr   totcol  totkeep   overwrite  end    Main function function cmapply  op  array  dimapply  double dbl  type type                      functargs functargs  nocatch nocatch     compile_opt idl2  strictarrsubs      if n_params  LT 2 then begin       message   USAGE: XX   CMAPPLY OP ARRAY 2   info       message          where OP is     AND  OR  MIN  MAX   info       return   1L   endif   if NOT keyword_set nocatch  then       on_error  2     else       on_error  0      Parameter checking     1  the dimensions of the array   sz   size array    if sz 0  EQ 0 then       message   ERROR: ARRAY must be an array       2  The type of the array   if sz sz 0 1  EQ 0 OR sz sz 0 1  EQ 7 OR sz sz 0 1  EQ 8 then       message   ERROR: Cannot apply to UNDEFINED  STRING  or STRUCTURE    if n_elements type  EQ 0 then type   sz sz 0 1       3  The type of the operation   szop   size op    if szop szop 0 1  NE 7 then       message   ERROR: operation OP was not a string       4  The dimensions to apply  default is to apply to first dim    if n_params  EQ 2 then dimapply   1   dimapply     dimapply     dimapply   dimapply sort dimapply      Sort in ascending order   napply   n_elements dimapply       5  Use double precision if requested or if needed   if n_elements dbl  EQ 0 then begin       dbl 0       if type EQ 5 OR type EQ 9 then dbl 1   endif    newop   strupcase op    newarr   array   newarr   reform newarr  sz 1:sz 0   overwrite    case 1 of            Addition        newop EQ  : begin           for i   0L  napply 1 do begin               newarr   total temporary newarr  dimapply i i  double dbl            endfor       end            Multiplication        newop EQ  : begin   Multiplication  by summation of logarithms            cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep           if nkeep EQ 0 then begin               newarr   reform newarr  n_elements newarr  1   overwrite                return   cmapply_product newarr 0            endif            result   cmapply_product newarr            result   reform result  sz dimkeep 1   overwrite            return  result       end            LOGICAL AND or OR        newop EQ  AND  OR  newop EQ  OR : begin           newarr   temporary newarr  NE 0           totelt   1L           for i   0L  napply 1 do begin               newarr   total temporary newarr  dimapply i i                totelt   totelt   sz dimapply i            endfor           if newop EQ  AND  then return   round newarr  EQ totelt            if newop EQ  OR   then return   round newarr  NE 0        end          Operations requiring a little more attention over how to         iterate        newop EQ  MAX  OR  newop EQ  MIN : begin           cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep           if nkeep EQ 0 then begin               if newop EQ  MAX  then return  max newarr                if newop EQ  MIN  then return  min newarr            endif                        Next task: create result array           result   make_array totkeep  type type                         Now either iterate over the number of output elements  or             the number of collapsed elements  whichever is smaller            if totcol LT totkeep then begin                 Iterate over the number of collapsed elements               result 0    reform newarr 0 totkeep overwrite                case newop of                     MAX : for i   1L  totcol 1 do                       result 0    result   newarr i                     MIN : for i   1L  totcol 1 do                       result 0    result   newarr i                endcase           endif else begin                 Iterate over the number of output elements               case newop of                     MAX : for i   0L  totkeep 1 do result i    max newarr i                     MIN : for i   0L  totkeep 1 do result i    min newarr i                endcase           endelse            result   reform result  sz dimkeep 1   overwrite            return  result       end          User function        strmid newop 0 4  EQ  USER : begin           functname   strmid newop 5            if functname EQ   then               message   ERROR:  newop  is not a valid operation             cmapply_redim  newarr  dimapply  dimkeep  nkeep  totcol  totkeep           if nkeep EQ 0 then begin               if n_elements functargs  GT 0 then                   return  call_function functname  newarr  _EXTRA functargs                return  call_function functname  newarr            endif                        Next task: create result array           result   make_array totkeep  type type                         Iterate over the number of output elements           if n_elements functargs  GT 0 then begin               for i   0L  totkeep 1 do                   result i    call_function functname  newarr i  _EXTRA functargs            endif else begin               for i   0L  totkeep 1 do                   result i    call_function functname  newarr i            endelse            result   reform result  sz dimkeep 1   overwrite            return  result       end                   endcase    newsz   size newarr    if type EQ newsz newsz 0 1  then return  newarr      Cast the result into the desired type  if necessary   castfns    UNDEF   BYTE   FIX   LONG   FLOAT                  DOUBLE   COMPLEX   UNDEF   UNDEF   DCOMPLEX      if type GE 1 AND type LE 3 then       return  call_function castfns type  round newarr      else       return  call_function castfns type  newarr  end   ");
+a[235] = new Array("./ToBeReviewed/MATRICE/cmset_op.html", "cmset_op.pro", "", "    NAME:     CMSET_OP     AUTHOR:     Craig B  Markwardt  NASA GSFC Code 662  Greenbelt  MD 20770     craigm lheamail gsfc nasa gov     PURPOSE:     Performs an AND  OR  or XOR operation between two sets     CALLING SEQUENCE:     SET        CMSET_OP A  OP  B      DESCRIPTION:        SET_OP performs three common operations between two sets   The     three supported functions of OP are:            OP          Meaning         AND    to find the intersection of A and B          OR     to find the union of A and B          XOR    to find the those elements who are members of A or B                 but not both        Sets as defined here are one dimensional arrays composed of     numeric or string types   Comparisons of equality between elements     are done using the IDL EQ operator        The complements of either set can be taken as well  by using the     NOT1 and NOT2 keywords   For example  it may be desireable to find     the elements in A but not B  or B but not A  they are different      The following IDL expressions achieve each of those effects:          SET   CMSET_OP A   AND   NOT2  B      A but not B        SET   CMSET_OP NOT1  A   AND  B      B but not A       Note the distinction between NOT1 and NOT2   NOT1 refers to the     first set  A  and NOT2 refers to the second  B   Their ordered     placement in the calling sequence is entirely optional  but the     above ordering makes the logical meaning explicit        NOT1 and NOT2 can only be set for the  AND  operator  and never     simultaneously   This is because the results of an operation with      OR  or  XOR  and any combination of NOTs   or with  AND  and     both NOTs   formally cannot produce a defined result        The implementation depends on the type of operands   For integer     types  a fast technique using HISTOGRAM is used   However  this     algorithm becomes inefficient when the dynamic range in the data     is large   For those cases  and for other data types  a technique     based on SORT  is used   Thus the compute time should scale     roughly as  A B ALOG A B  or better  rather than  A B  for the     brute force approach   For large arrays this is a significant     benefit      INPUTS:       A  B   the two sets to be operated on   A one dimensional array of            either numeric or string type   A and B must be of the same            type   Empty sets are permitted  and are either represented            as an undefined variable  or by setting EMPTY1 or EMPTY2        OP   a string  the operation to be performed   Must be one of           AND   OR  or  XOR   lower or mixed case is permitted           Other operations will cause an error message to be produced      KEYWORDS:       NOT1  NOT2   if set and OP is  AND  then the complement of A  for                  NOT1  or B  for NOT2  will be used in the operation                   NOT1 and NOT2 cannot be set simultaneously        EMPTY1  EMPTY2   if set  then A  for EMPTY1  or B  for EMPTY2  are                      assumed to be the empty set   The actual values                      passed as A or B are then ignored        INDEX   if set  then return a list of indices instead of the array             values themselves   The  slower  set operations are always             performed in this case                The indices refer to the  combined  array  A B   To             clarify  in the following call: I   CMSET_OP   INDEX              returned values from 0 to NA 1 refer to A I  and values             from NA to NA NB 1 refer to B I NA        COUNT   upon return  the number of elements in the result set              This is only important when the result set is the empty             set  in which case COUNT is set to zero      RETURNS:       The resulting set as a one dimensional array   The set may be     represented by either an array of data values  default  or an     array of indices  if INDEX is set   Duplicate elements  if any      are removed  and element order may not be preserved        The empty set is represented as a return value of  1L  and COUNT     is set to zero   Note that the only way to recognize the empty set     is to examine COUNT      SEE ALSO:       SET_UTILS PRO by RSI     MODIFICATION HISTORY:     Written  CM  23 Feb 2000     Added empty set capability  CM  25 Feb 2000     Documentation clarification  CM 02 Mar 2000     Incompatible but more consistent reworking of EMPTY keywords  CM        04 Mar 2000     Minor documentation clarifications  CM  26 Mar 2000     Corrected bug in empty_arg special case  CM 06 Apr 2000     Add INDEX keyword  CM 31 Jul 2000     Clarify INDEX keyword documentation  CM 06 Sep 2000     Made INDEX keyword always force SLOW_SET_OP  CM 06 Sep 2000     Added CMSET_OP_UNIQ  and ability to select FIRST_UNIQUE or       LAST_UNIQUE values  CM  18 Sep 2000     Removed FIRST_UNIQUE and LAST_UNIQUE  and streamlined       CMSET_OP_UNIQ until problems with SORT can be understood  CM  20       Sep 2000  thanks to Ben Tupper      Still trying to get documentation of INDEX and NOT right  CM  28       Sep 2000  no code changes      Correct bug for AND case  when input sets A and B each only have       one unique value  and the values are equal   CM  04 Mar 2004        thanks to James B  jbattat at cfa dot harvard dot edu      Add support for the cases where the input data types are mixed         but still compatible  also  attempt to return the same data        type that was passed in  CM  05 Feb 2005     Fix bug in type checking  thanks to  marit  CM  10 Dec 2005     Work around a stupidity in the built in IDL HISTOGRAM routine         which tries to  help  you by restricting the MIN MAX to the        range of the input variable  thanks to Will Maddox  CM  16 Jan 2006       Id: cmset_op pro v 1 6 2006 01 16 19:45:22 craigm Exp         Copyright  C  2000  2004  2005  2006  Craig Markwardt   This software is provided as is without any warranty whatsoever    Permission to use  copy  modify  and distribute modified or   unmodified copies is granted  provided this copyright and disclaimer   are included unchanged       Utility function  similar to UNIQ  but allowing choice of taking   first or last unique element  or non unique elements    Unfortunately this doesn t work because of implementation dependent   versions of the SORT  function     function cmset_op_uniq  a  first first  non non  count ct  sort sortit     if n_elements a  LE 1 then return  0L     sh    2L keyword_set first 1L 2L keyword_set non 1        if keyword_set sortit  then begin           Sort it manually         ii   sort a    b   a ii          if keyword_set non  then wh   where b EQ shift b  sh  ct            else                     wh   where b NE shift b  sh  ct          if ct GT 0 then return  ii wh      endif else begin           Use the user s values directly         if keyword_set non  then wh   where a EQ shift a  sh  ct            else                     wh   where a NE shift a  sh  ct          if ct GT 0 then return  wh     endelse       if keyword_set first  then return  0L else return  n_elements a 1   end    Simplified version of CMSET_OP_UNIQ which sorts  and takes the    first  value  whatever that may mean  function cmset_op_uniq  a     compile_opt idl2  strictarrsubs     if n_elements a  LE 1 then return  0L    ii   sort a    b   a ii    wh   where b NE shift b   1L  ct    if ct GT 0 then return  ii wh     return  0L end  function cmset_op  a  op0  b  not1 not1  not2 not2  count count                  empty1 empty1  empty2 empty2  maxarray ma  index index     compile_opt idl2  strictarrsubs      on_error  2   return on error   count   0L   index0    1L     Histogram technique is used for array sizes  max2       nbins   maxx minn 1       if  maxx minn  GT floor ma 0  then goto  SLOW_SET_OP          Work around a stupidity in the built in IDL HISTOGRAM routine       if  tp1 EQ 2 OR tp2 EQ 2  AND  minn LT  32768 OR maxx GT 32767  then           goto  SLOW_SET_OP          Following operations create a histogram of the integer values        ha   histogram a  min minn  max maxx    1       hb   histogram b  min minn  max maxx    1          Compute NOT cases       if keyword_set not1  then ha   1b   ha         if keyword_set not2  then hb   1b   hb       case op of              Boolean operations            AND : mask   temporary ha  AND temporary hb               OR : mask   temporary ha   OR temporary hb             XOR : mask   temporary ha  XOR temporary hb        endcase        wh   where temporary mask  count        if count EQ 0 then return   1L              result   temporary wh minn        if tp1 NE tp2 then return  result       szr   size result    tpr   szr szr 0 1           Cast to the original type if necessary       if tpr NE tp1 then begin           fresult   make_array n_elements result  type tp1            fresult 0    temporary result            result   temporary fresult        endif        return  result    endelse    return   1L    DEFAULT CASE end        Here is how I did the INDEX stuff with fast histogramming   It       works  but is complicated  so I forced it to go to SLOW_SET_OP        ha   histogram a  min minn  max maxx  reverse ra    1       rr   ra 0:nbins    mask   rr NE rr 1:    ra   ra rr mask 1L mask       hb   histogram b  min minn  max maxx  reverse rb    1       rr   rb 0:nbins    mask   rr NE rr 1:    rb   rb rr mask 1L mask          AND OR XOR NOT masking here         ra   ra wh    rb   rb wh        return  ra ra GE 0     rb n1 ra LT 0    is last  ra  right  ");
+a[236] = new Array("./ToBeReviewed/MATRICE/colle.html", "colle.pro", "", "          NAME:colle     PURPOSE: Cette fonction de concatenation existe ds IDL  avec   cf   ds le programme ds le case pour direc egale 1 2 3  tant que l on ne   cherche pas a coller suivant une dimensionsuperieure ou egale a 4        CATEGORY:bidouillage de matrice     CALLING SEQUENCE:res colle bableau_de_pointeur direc  ou bien                    res colle tab1 tab2 tab3 tab4 direc      INPUTS:                     CAS 1:          tableau_de_pointeur:comme son nom l indique c est un tableau          de pointeur  dont chaque elements pointe sur tableau a coller            par ex ds un programme  on veut coller n tableaux entre eux              tab ptrarr n allocate_heap             for i 0 n 1 do begin                tab n replicate n 2 3             endfor            res colle tab 1             CAS 2:          on donne directement les tableaux a coller          rq: ds ce cas on peut au plus donner 20 tableaux en entree             ATTENTION : sans le mot cle  SAUVE les arguments en entree          sont detruits lorsque l on construit res  ds le cas 1 on          detruit le tableau de pointeurs et les variables sur          lesquelles on pointe             direc: la direction suivant laquelle les coller  1 2 3       KEYWORD PARAMETERS:              SAUVE: mot cle qui force a sauvegarder le tableau de           pointeur et les tableaux a coller      OUTPUTS:res matrice resultat     RESTRICTIONS:     EXAMPLE:              IDL  print  colle replicate 1 2 2 2 indgen 2 2 2 2                      1       1                  1       1                  0       1                  2       3                    1       1                  1       1                  4       5                  6       7     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          13 1 98           pour suprimer une variable       PRO UNDEFINE  varname       compile_opt idl2  strictarrsubs         tempvar   SIZE TEMPORARY varname     END     FUNCTION colle  a0  a1  a2  a3  a4  a5  a6  a7  a8  a9  a10  a11  a12  a13  a14  a15  a16  a17  a18  a19  a20  SAUVE   sauve     compile_opt idl2  strictarrsubs      res    1     on met en place ptrtab et direc en fonction des arguments en entree      case 1 of       n_params  EQ 2:BEGIN       cas ou l on donne directement le tableau de pointeurs          ptrtab   a0          direc   a1          if NOT keyword_set sauve  then undefine  a0   on recupere le nombre de tableaux a coller          nbretab    size ptrtab 1        end       n_params  GT 2:BEGIN   on recupere le nombre de tableaux a coller          nbretab   n_params 1          bidon   execute direc   a strtrim n_params 1  2    on ecrit le tableau de pointeur dont chaque element pointe sur un tableau          ptrtab ptrarr nbretab allocate_heap           for n   0 nbretab 1 do begin             bidon   execute ptrtab n a strtrim n  2              if NOT keyword_set sauve  then bidon   execute undefine  a strtrim n  2           endfor          sauve   0       end       ELSE:    endcase     case sur la valeure de direc      case direc of       1:BEGIN                     on colle suivant la dimension 1          res    ptrtab 0           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN             res    temporary res   ptrtab n              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR        END        2:BEGIN                     on colle suivant la dimension 2          res    ptrtab 0           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN             res    temporary res   ptrtab n              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR        END        3:BEGIN                     on colle suivant la dimension 3          res    ptrtab 0           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN             res    temporary res   ptrtab n              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR        END       ELSE:BEGIN    on transpose res de facon a mettre la dimension a coller numero 1    pour cela on contient le vecteur permute qui donne la place que   doivent prendre les dimensions ds la matrice transposee         siz    size ptrtab 0 0           if siz LT direc then              ptrtab 0    reform ptrtab 0   size ptrtab 0 1:siz  replicate 1  direc siz   over           permute   indgen size ptrtab 0 0           permute 0    direc 1          permute direc 1    0          res   transpose ptrtab 0  permute           if NOT keyword_set sauve  then ptr_free  ptrtab 0           FOR n   1 nbretab 1 DO BEGIN   on colle suivant la dimension 1             if  size ptrtab n 0  LT direc then                 ptrtab n    reform ptrtab n   size ptrtab n 1:siz  replicate 1  direc siz                          res    temporary res  transpose ptrtab n  permute              if NOT keyword_set sauve  then ptr_free  ptrtab n           ENDFOR          res   transpose temporary res  permute        END    ENDCASE       if NOT keyword_set sauve  then undefine  ptrtab sortie:    return   res      END     ");
+a[237] = new Array("./ToBeReviewed/MATRICE/congridseb.html", "congridseb.pro", "", "          NAME:CONGRIDSEB     PURPOSE:meme chose que congrid mais qui marche            cf par ex:  IDL  print  congrid 1 2 3 4 5 6 7 8 12 4          1 1 1 2 2 2 3 3 3 3 4 4         1 1 1 2 2 2 3 3 3 3 4 4         5 5 5 6 6 6 7 7 7 7 8 8         5 5 5 6 6 6 7 7 7 7 8 8  IDL  print  rebin 1 2 3 4 5 6 7 8 12 4          1 1 1 2 2 2 3 3 3 4 4 4         3 3 3 4 4 4 5 5 5 6 6 6         5 5 5 6 6 6 7 7 7 8 8 8         5 5 5 6 6 6 7 7 7 8 8 8  IDL  print  congridseb 1 2 3 4 5 6 7 8 12 4          1 1 1 2 2 2 3 3 3 4 4 4         1 1 1 2 2 2 3 3 3 4 4 4         5 5 5 6 6 6 7 7 7 8 8 8         5 5 5 6 6 6 7 7 7 8 8 8     CATEGORY:bidouille matrices     CALLING SEQUENCE:res congridseb tableau x y      INPUTS:tableau:un tableau 1 ou 2d          x:dim en x du resultat doit etre un multiple de dim en x de tableau          y:dim en y du resultat doit etre un multiple de dim en y de tableau     KEYWORD PARAMETERS:     OUTPUTS:res un tableau de dim x   y     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                         20 3 98                        18 6 1999 supression d une horrible boucle         function congridseb  tableau  x  y     compile_opt idl2  strictarrsubs      res tableau    taille   size tableau     CASE N_PARAMS  OF       2: begin          res replicate 1 1 x taille 1 res           return  res        end       3: begin          res   transpose res           res   replicate 1  1 y taille 2 res           res   reform res  y  taille 1   over           res   transpose res           res   replicate 1  1 x taille 1 res          return  reform res  x y   overwrite        end       else: return  report Mauvais nombre de parametre dans l appel de CONGRIDSEB     endcase             end");
+a[238] = new Array("./ToBeReviewed/MATRICE/different.html", "different.pro", "", "          NAME:different     PURPOSE:calcule les elements differents de 2 matrices D ENTIERS POSITIFS     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res different a b      INPUTS:a et b:arrays of positive integers  which need                 not be sorted  Duplicate elements are ignored  as they have no                 effect on the result     KEYWORD PARAMETERS:     OUTPUTS:tableau     COMMON BLOCKS:     SIDE EFFECTS:     The empty set is denoted by an array with the first element equal to    1      RESTRICTIONS:     These functions will not be efficient on sparse sets with wide   ranges  as they trade memory for efficiency  The HISTOGRAM function   is used  which creates arrays of size equal to the range of the   resulting set      EXAMPLE:       a    2 4 6 8      b    6 1 3 2      different a b      4  8            Elements in A but not in B     MODIFICATION HISTORY:      http: www dfanning com tips set_operations html         FUNCTION different  a  b       compile_opt idl2  strictarrsubs           a and  not b    elements in A but not in B  mina   Min a  Max maxa  minb   Min b  Max maxb  IF  minb GT maxa  OR  maxb LT mina  THEN RETURN  a  No intersection  r   Where Histogram a  Min mina  Max maxa               1 Histogram b  Min mina  Max maxa  count  IF count eq 0 THEN RETURN   1 ELSE RETURN  r   mina END");
+a[239] = new Array("./ToBeReviewed/MATRICE/extrait.html", "extrait.pro", "", "          NAME:extrait     PURPOSE:extraction de sous domaines de matrices  Meme si le sous   domaine est  troue  cf  : l exemple   Par defaut IDL peut faire des extractions de sous domaines:          IDL  a indgen 5 5          IDL  print  a                0       1       2       3       4               5       6       7       8       9              10      11      12      13      14              15      16      17      18      19              20      21      22      23      24        IDL  print  a 0 2 3                15      17        IDL  print  a 0 2                  0       2               5       7              10      12              15      17              20      22   mais         IDL  print  a 0 2 3 4                15      22   alors que        IDL  print  extrait a 0 2 3 4                 15      17              20      22     CATEGORY:bidouille avec les matrices     CALLING SEQUENCE:res extrait tab indicex indicey indicez indicet      INPUTS:          tab: un tableau 1 2 3 ou 4 d            indicex: indicex peut avoir deux formes:                1 un vecteur contenant les indices des lignes a garder                2 le string   dans ce cas touts les lignes sont                gardees            indicey z t: la meme chose que indicex mais pour les          dimensions 2 3 et 4             rq: il faut autant de vecteurs indice que tab a de dimensions     KEYWORD PARAMETERS:     OUTPUTS:           res: une matice 1 2 3 ou 4d extraite a partir de tab     COMMON BLOCKS:     SIDE EFFECTS:res 1 en cas d erreur     RESTRICTIONS:     EXAMPLE:   j ai une matrice A de dim 2  je veux en extraire une petite matrice   2d interscetion de la ligne 2 3 et 7 et de la colonne 0 et 1                res extrait A 2 3 7 0 1     autre ex:        IDL  print  a         a b c        d e f        g h i        IDL  print  extrait a 0 2 0 2                 a c        g i     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          12 1 1999                         29 4 1999: correction d un bug et complement                         de l en tete         FUNCTION extrait  tab  indicex  indicey  indicez  indicet       compile_opt idl2  strictarrsubs      taille   size tab      test du nombre de parametres   et de la nature de indice  pour LE cas  x       if n_params  NE taille 0 1 THEN       return  report il faut autant d indices que de dimension du tableau     IF n_params  GE 5 THEN BEGIN        if size indicet type  EQ 7 then indicet   lindgen taille 4          ELSE indicet   long indicet        nt   n_elements indicet      ENDIF     IF n_params  GE 4 THEN BEGIN        if size indicez type  EQ 7 then indicez   lindgen taille 3          ELSE indicez   long indicez        nz   n_elements indicez      ENDIF     IF n_params  GE 3 THEN BEGIN        if size indicey type  EQ 7 then indicey   lindgen taille 2          ELSE indicey   long indicey        ny   n_elements indicey      ENDIF    IF n_params  GE 2 THEN BEGIN        if size indicex type  EQ 7 then indicex   lindgen taille 1          ELSE indicex   long indicex        nx   n_elements indicex      ENDIF         construction du tableau d indice et du resultat suivant la taille   de tab     case taille 0  of       1:res   tab indicex        2:BEGIN          indice   indicex replicate 1  ny taille 1 replicate 1  nx indicey          res   tab indice        END        3:BEGIN          indice   indicex replicate 1  ny taille 1 replicate 1  nx indicey          indice   temporary indice replicate 1  nz               taille 1 taille 2 replicate 1  nx ny indicez          res   tab reform indice  nx  ny  nz   over        END        4:BEGIN          indice   indicex replicate 1  ny taille 1 replicate 1  nx indicey          indice   temporary indice replicate 1  nz               taille 1 taille 2 replicate 1  nx ny indicez          indice   temporary indice replicate 1  nt               taille 1 taille 2 taille 3 replicate 1  nx ny nz indicet          res   tab reform indice  nx  ny  nz  nz   over        END     endcase          return  res end");
+a[240] = new Array("./ToBeReviewed/MATRICE/inter.html", "inter.pro", "", "          NAME:inter     PURPOSE:calcule l intersection de 2 matrices D ENTIERS POSITIFS     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res inter a b      INPUTS:a et b:arrays of positive integers  which need not to be   sorted  Duplicate elements are ignored  as they have noeffect on the   result     KEYWORD PARAMETERS:     OUTPUTS:tableau     COMMON BLOCKS:     SIDE EFFECTS:     The empty set is denoted by an array with the first element equal to    1      RESTRICTIONS:     These functions will not be efficient on sparse sets with wide   ranges  as they trade memory for efficiency  The HISTOGRAM function   is used  which creates arrays of size equal to the range of the   resulting set      EXAMPLE:       a    2 4 6 8      b    6 1 3 2      inter a b      2  6          Common elements     MODIFICATION HISTORY:      http: www dfanning com tips set_operations html          FUNCTION inter  a  b       compile_opt idl2  strictarrsubs      case 1 of       n_elements a  EQ 0:return    1       n_elements b  EQ 0:return    1       n_elements a  EQ 1 AND n_elements b  NE 1:          if  where b EQ a 0 0  EQ  1 then return   1 ELSE return   a 0        n_elements b  EQ 1 AND n_elements a  NE 1:          if  where a EQ b 0 0  EQ  1 then return   1 ELSE return   b 0        n_elements a  EQ 1 AND n_elements b  EQ 1:          if  where a 0  EQ b 0 0  EQ  1 then return   1 ELSE return   a 0        ELSE:    ENDCASE   minab   Min a  Max maxa    Min b  Max maxb   Only need intersection of ranges maxab   maxa   maxb       If either set is empty  or their ranges don t intersect: result   NULL   IF maxab LT minab OR maxab LT 0 THEN RETURN   1 r   Where Histogram a  Min minab  Max maxab               Histogram b  Min minab  Max maxab  count   IF count EQ 0 THEN RETURN   1 ELSE RETURN  r   minab END");
+a[241] = new Array("./ToBeReviewed/MATRICE/make_selection.html", "make_selection.pro", "", "   Id: make_selection pro 31 2006 05 02 13:54:11Z pinsard         NAME:          MAKE_SELECTION  function      PURPOSE:          Convert an array of selected values to an index          array that identifies the selected values in a list          or data array       CATEGORY:          Tools     CALLING SEQUENCE:          index   MAKE_SELECTION NAMES SELNAMES  keywords      INPUTS:          NAMES   A list or array of values to choose from             SELNAMES   A list of selected values     KEYWORD PARAMETERS:          ONLY_VALID   Return only indices of found values  Values not              found are skipped  Default is to return 1 index value for              each SELNAME  which is  1 if SELNAME is not contained in               NAMES  If ONLY_VALID is set  the  1 values will be deleted               and a value of  1 indicates that no SELNAME has been found              at all             REQUIRED   Normally  MAKE_SELECTION will return indices for              all values that are found  simply ignoring the selected              values that are not in the NAMES array  although an error              message is displayed  Set this keyword to return with               1 as soon as a selected value is not found             QUIET   Suppress printing of the error message if a              selected value is not found  the error condition will              still be set      OUTPUTS:          A  long  array with indices to reference the selected values          in the NAMES array      SUBROUTINES:     REQUIREMENTS:     NOTES:          If the NAMES array contains multiple entries of the same value           only the index to the first entry will be returned             A selection can contain multiple instances of the same value           The index array will contain one entry per selected item           See example below      EXAMPLE:          names      Alfred Anton Peter John Mary           index   MAKE_SELECTION names Peter Mary           print index            prints  2  4            vals   indgen 20           index   MAKE_SELECTION vals 9 5 8 7 7 8 9           print index            prints  9   1  8  7  7  8  9            index   MAKE_SELECTION vals 9 5 8 7 7 8 9 ONLY_VALID           print index            prints  9  8  7  7  8  9            index   MAKE_SELECTION vals 9 5 8 7 7 8 9 REQUIRED           print index            prints   1       MODIFICATION HISTORY:          mgs  28 Aug 1998: VERSION 1 00          mgs  29 Aug 1998:   changed behaviour and added ONLY_VALID keyword       Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine make_selection      function make_selection names selnames                 only_valid only_valid required required                 quiet quiet     compile_opt idl2  strictarrsubs               return an index array with a number for each element in        selnames that is found in names        Set the REQUIRED keyword to return  1 if one element is       not found  otherwise  1 will only be returned  if no        element is found          reset error state to 0     message reset       quiet   keyword_set quiet      result    1L       for i 0 n_elements selnames 1 do begin        test   where names eq selnames i         result     result  test 0            if  test 0  lt 0  then begin            if  keyword_set ONLY_VALID  OR keyword_set REQUIRED  then                 message Selected name not found in names array                           strtrim selnames i 2 CONT NOPRINT quiet            if  keyword_set required  then return 1L        endif     endfor       if  n_elements result  gt 1  then result   result 1:       if  keyword_set only_valid  then begin         ind   where result ge 0          if  ind 0  ge 0  then result   result ind            else result    1L     endif       return result   end");
+a[242] = new Array("./ToBeReviewed/MATRICE/union.html", "union.pro", "", "          NAME:union     PURPOSE:calcule l union de 2 matrices D ENTIERS POSITIFS     CATEGORY:calcule sur les matrices     CALLING SEQUENCE:res union a b      INPUTS:a et b:arrays of positive integers  which need                 not be sorted  Duplicate elements are ignored  as they have no                 effect on the result     KEYWORD PARAMETERS:     OUTPUTS:tableau     COMMON BLOCKS:     SIDE EFFECTS:     The empty set is denoted by an array with the first element equal to    1      RESTRICTIONS:     These functions will not be efficient on sparse sets with wide   ranges  as they trade memory for efficiency  The HISTOGRAM function   is used  which creates arrays of size equal to the range of the   resulting set      EXAMPLE:       a    2 4 6 8      b    6 1 3 2      union a b      1  2  3  4  6  8     Elements in either set     MODIFICATION HISTORY:      http: www dfanning com tips set_operations html         FUNCTION union  a  b     compile_opt idl2  strictarrsubs   IF a 0  LT 0 THEN RETURN  b     A union NULL   a IF b 0  LT 0 THEN RETURN  a     B union NULL   b RETURN  Where Histogram a b  OMin   omin    omin   Return combined set END");
+a[243] = new Array("./ToBeReviewed/MATRICE/zeroun.html", "zeroun.pro", "", "          NAME:zeroun     PURPOSE:renvoie un vecteur ou une matrice constitue de o et de 1 en   alternance     CATEGORY:function  matrices     CALLING SEQUENCE:resultat zeroun n1  n2      INPUTS:  n1 nombre d elements dans la premiere dimension  n2 nombre d elements dans la deuxieme dimension     KEYWORD PARAMETERS:     OUTPUTS:resultat     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          1 12 98         function zeroun  n1 n2     compile_opt idl2  strictarrsubs      CASE N_PARAMS  OF       1:return  findgen n1  mod 2       2:BEGIN           if fix n1 2  EQ n1 2  then BEGIN  nombre pair de colonnes             res   findgen n1 1 n2  mod 2             return  res 0:n1 1             ENDIF ELSE return  findgen n1 n2  mod 2  nombre impair de colonnes       END       else: return   report Mauvais nombre de parametre dans l appel de ZEROUN     endcase             end");
+a[244] = new Array("./ToBeReviewed/PLOTS/DESSINE/bar_plot.html", "bar_plot.pro", "", "   Id: bar_plot pro 97 2006 06 09 15:18:59Z pinsard       Copyright  c  1990 2000  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited        PURPOSE:  Create a bar graph  or overplot on an existing one      CATEGORY:  Graphics      CALLING SEQUENCE:  BAR_PLOT  Values     INPUTS:  Values: A vector containing the values to be represented by the bars   Each element in VALUES corresponds to a single bar in the  output      KEYWORD PARAMETERS:     BASELINES: A vector  the same size as VALUES  that contains the  base value associated with each bar   If not specified   a base value of zero is used for all bars           COLORS: A vector  the same size as VALUES  containing the color index  to be used for each bar   If not specified  the colors are  selected based on spacing the color indices as widely as  possible within the available colors  specified by D N_COLORS         BARNAMES: A string array  containing one string label per bar   If the bars are vertical  the labels are placed beneath  them   If horizontal  rotated  bars are specified  the labels  are placed to the left of the bars     TITLE: A string containing the main title to for the bar plot     XTITLE: A string containing the title for the X axis     YTITLE: A string containing the title for the Y axis        BASERANGE: A floating point scalar in the range 0 0 to 1 0  that  determines the fraction of the total available plotting area  in the direction perpendicular to the bars  to be used   If not specified  the full available area is used         BARWIDTH: A floating point value that specifies the width of the bars  in units of  nominal bar width   The nominal bar width is  computed so that all the bars  and the space between them   set by default to 20  of the width of the bars  will fill the  available space  optionally controlled with the BASERANGE  keyword         BARSPACE:  A scalar that specifies  in units of  nominal bar width   the spacing between bars   For example  if BARSPACE is 1 0   then all bars will have one bar width of space between them   If not specified  the bars are spaced apart by 20  of the bar  width        BAROFFSET: A scalar that specifies the offset to be applied to the  first bar  in units of  nominal bar width   This keyword  allows  for example  different groups of bars to be overplotted  on the same graph   If not specified  the default offset is  equal to BARSPACE          OUTLINE: If set  this keyword specifies that an outline should be  drawn around each bar         OVERPLOT: If set  this keyword specifies that the bar plot should be  overplotted on an existing graph       BACKGROUND: A scalar that specifies the color index to be used for  the background color   By default  the normal IDL background  color is used     ROTATE: If set  this keyword indicates that horizontal rather than  vertical bars should be drawn   The bases of horizontal bars  are on the left   Y  axis and the bars extend to the right      OUTPUTS:  A bar plot is created  or an existing one is overplotted      EXAMPLE:  By using the overplotting capability  it is relatively easy to create  stacked bar charts  or different groups of bars on the same graph     For example  if ARRAY is a two dimensional array of 5 columns and 8  rows  it is natural to make a plot with 5 bars  each of which is a  stacked  composite of 8 sections   First  create a 2D COLORS array   equal in size to ARRAY  that has identical color index values across  each row to ensure that the same item is represented by the same color  in all bars     With ARRAYS and COLORS defined  the following code fragment  illustrates the creation of stacked bars  note that the number of rows  and columns is arbitrary :    Y RANGE    0 ymax    Scale range to accommodate the total bar lengths   BASE   INTARR NROWS   FOR I   0  NROWS 1 DO BEGIN     BAR_PLOT  ARRAY I  COLORS COLORS I  BASELINES BASE                  BARWIDTH 0 75  BARSPACE 0 25  OVER I GT 0      BASE   BASE   ARRAY I   ENDFOR    To plot each row of ARRAY as a clustered group of bars within the same  graph  use the BASERANGE keyword to restrict the available plotting  region for each set of bars   The sample code fragment below  illustrates this method:    FOR I   0  NROWS 1 DO       BAR_PLOT  ARRAY I  COLORS COLORVECT  BARWIDTH 0 8 BARSPACE 0 2          BAROFFSET I 1 0 BARSPACE NCOLS  OVER I GT 0  BASERANGE 0 19    where NCOLS is the number of columns in ARRAY  and COLORVECT is a  vector containing the color indices to be used for each group of  bars    In this example  each group uses the same set of colors  but  this could easily be changed      MODIFICATION HISTORY:  August 1990  T J  Armitage  RSI  initial programming   Replacement  for PLOTBAR and OPLOTBAR routines written by William Thompson     September 1990  Steve Richards  RSI  changed defaults to improve the  appearance of the bar plots in the default mode  Included  spacing the bars slightly    pro bar_plot values baselines baselines colors colors barnames barnames              title title xtitle xtitle ytitle ytitle baserange baserange              barwidth barwidth barspace barspace baroffset baroffset              outline outline overplot overplot background background              rotate rotate  _EXTRA   ex     compile_opt idl2  strictarrsubs   if  n_params d  eq 0  then begin   Print call   return if no parameters   print bar_test values baselines baselines colors colors barnames barnames    print  title title xtitle xtitle ytitle ytitle baserange baserange      print  barwidth barwidth barspace barspace baroffset baroffset      print  outline outline overplot overplot background background      print  rotate rotate    return endif  nbars n_elements values  Determine number of bars   Baselines  bars extend from baselines through values  default 0 if not keyword_set baselines  then baselines intarr nbars    Default colors spaced evenly in current color table if not keyword_set colors  then      colors fix d n_colors float nbars indgen nbars 0 5    Labels for the individual bars  none by default if not keyword_set barnames  then barnames strarr nbars      Main title if not keyword_set title  then title    Centered title under X axis if not keyword_set xtitle  then xtitle    Title for Y axis if not keyword_set ytitle  then ytitle    Fraction  0 1  of full X range to use if not keyword_set baserange  then baserange 1 0   Space betw  bars  taken from nominal bar widths  default is none If not keyword_set barspace  then barspace 0 2   Bar width scaling factor  relative to nominal if not keyword_set barwidth  then barwidth 1 0   barspace   barspace   nbars   Initial X offset  in scaled bar widths  default is none if not keyword_set baroffset  then baroffset barspace barwidth   Outline of bars  default is none outline   keyword_set outline    Overplot  do not erase the existing display  default is to create new plot overplot   keyword_set overplot    Background color index  defaults to 0  usually black  if not specified if not keyword_set background  then background 0   Rotate  make horizontal bars  default is vertical bars rotate   keyword_set rotate   mnB   MIN baselines  MAX mxB   NAN  mnV   MIN values  MAX mxV   NAN  range mnB  mxV        Maximum of bases   values  if  rotate  then begin     Horizontal bars    if  x range 0  eq 0  and  x range 1  eq 0      Determine range for X axis       then xrange range         else xrange x range     Or  use range specified    if  y range 0  eq 0  and  y range 1  eq 0      Plot will calculate       then                                           defaults for X  but not         yrange    0  n_elements values              for Ys  so fill in here        else           yrange y range     Axis perpend  to bars    yticks 1     Suppress ticks in plot    ytickname strarr 2       xticks 0    xtickname strarr 1  endif else begin     Vertical bars    if  y range 0  eq 0  and  y range 1  eq 0      Determine range for Y axis       then yrange range         else yrange y range                 Or  use range specified    xrange x range     Axis perpend  to bars    xticks 1     Suppress ticks in plot    xtickname strarr 2       yticks 0    ytickname strarr 1  endelse if  overplot eq 0  then      Create new plot  no data plot values nodata title title xtitle xtitle ytitle ytitle       noerase overplot xrange xrange yrange yrange xticks xticks       xtickname xtickname yticks yticks ytickname ytickname       xstyle 1 ystyle 1 data background background  _EXTRA   ex if  rotate  then begin     Horizontal bars    base_win y window     Window range in Y    scal_fact x s     Scaling factors    tick_scal_fact y s     Tick scaling factors endif else begin     Vertical bars    base_win x window     Window range in X    scal_fact y s     Scaling factors    tick_scal_fact x s     Tick scaling factors endelse winrange baserange base_win 1 base_win 0     Normal  window range barsize barwidth winrange nbars     Normal  bar width winoffset base_win 0 baroffset barsize     Normal  first offset bases scal_fact 0 scal_fact 1 baselines     Baselines  in normal coor  normal scal_fact 0 scal_fact 1 values     Values  in normal coor  barstart indgen nbars barsize barspace winrange nbars   Coor  at left edges tickv winoffset barstart 0 5 barsize     Tick coor   centered  for i 0 nbars 1 do begin     Draw the bars    width winoffset barstart i barstart i         Compute bar width       barstart i barsize barstart i barsize     length bases i normal i normal i bases i    Compute bar length    if  rotate  then begin     Horizontal bars       x length     X axis is  length  axis       y width     Y axis is  width  axis    endif else begin     Vertical bars       x width     X axis is  width  axis       y length     Y axis is  length  axis    endelse    polyfill x y color colors i normal     Polyfill with color    if  outline  then plots x y normal     Outline using  p color endfor  tickv tickv tick_scal_fact 0 tick_scal_fact 1    Locations of the ticks if  rotate  then      Label the bars  Y axis    axis yaxis 0 ystyle 1 yticks nbars 1 ytickv tickv ytickname barnames      yticklen 0 0   else      Label the bars  X axis    axis xaxis 0 xstyle 1 xticks nbars 1 xtickv tickv xtickname barnames      xticklen 0 0 return end");
+a[245] = new Array("./ToBeReviewed/PLOTS/DESSINE/plt.html", "plt.pro", "", "          NAME:  PLT     PURPOSE:  trace des graphes horizontaux  cartes      CATEGORY:         Graphics  trace des graphes horizontaux     CALLING SEQUENCE:  plt  champ  min  max      INPUTS:  champ: le champ dont on veut faire la carte horizontale champ  peut etre de 2 types:           1  an array  if needed  its mean along the z and t direction           will be automatically performed            2  une structure repondant aux critaire specifies par           litchamp pro  cf  IDL  xhelp litchamp      ces ARGUMENTS ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le max de tab1  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le min de tab1  sur les pts mer      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique sur laquelle doit etre   faite la coupe  Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  0  max gdept  gdepw    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 sont les variables globales   definies lors du dernier domdef     REALCONT:Permet de dessiner les continents definits ds IDL  REALCONT  peut prendre deux formes:              REALCONT: on dessine les continents a la place du mask             REALCONT 2 on dessine le contours des continents par             dessus le dessin masque  ceci permet de voir si le masque             correspond bien aux continents reels           CB_TITLE: le titre de la colorbar          CB_SUBTITLE: le soustitre de la colorbar          CB_CHARSIZE: The character size of the color bar annotations          CMREF: la longeur en cm sur le papier que doit faire la fleche        de norme normeref  par defaut ajuste au dessin et compris entre         5 et 1 5 cm            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1             CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white    CONTINTERVALLE: lorsque CONTOUR est active  valeur d un   intervalle entre deux isolignes traces par un trait  Il peut ainsi   etre different de celui specifie par INTERVALLE    qui  cas ce cas  ne controle que les isolignes coloriees en   couleurs  Si aucun min n est specifie  on choisit un contour min qui va   bien avec l intervalle specifie  Si ce mot cle n est pas   specifie  on trace 20 isolignes du min au max      CONTLABEL: un entier n  lorsque CONTOUR est active  si n   different de 0  choisit le type de label correspondant aux cas n   pour les isolignes tracees par un trait  Pour specifier le type de   label du contour en couleur  utiliser LABEL    CONTMAX: lorsque CONTOUR est active  valeur maximum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTMIN: lorsque CONTOUR est active  valeur minimum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTNLEVEL: lorsque CONTOUR est active  nombre de contours   trace par un trait a dessiner  actif si   CONTLABEL 0  par defaut  20     CONTOUR: si on veut tracer les contours d un champ different que celui   que l on dessin en couleur  par ex E P en couleur et QSR en   contours  Doit etre un champ repondant aux meme caracteristiques   que l argument numero 1 de plt           GRIDTYPE: U T V W  ou  F  pour specifer eventuellement la         grille a laquelle est rattache le champ  Rq: il afaut mieux         utiliser ds ce cas une structure comme champ    INTERVALLE: valeur d un intervalle entre deux isolignes  Si   aucun min n est specifie  on choisit un contour min qui va bien   avec l intervalle specifie  Si ce mot cle n est pas specifie  on   trace 20 isolignes du min au max  Rq: Qd CONTOUR est active   INTERVALLE ne specifie que intervalle entre 2 isolignes coloriees en   couleur  Pour specifier l intervalle entre 2 isolignes traces par un trait   utiliser CONTINTERVALLE     INV: inverse le vecteur couleur utilise pour colorier le graphe                sans toucher au noir  au blanc et a la palette utilisee      LABEL: un entier n  si n different de 0  choisit le type de   label correspondant aux cas n  cf label pro   Rq: Qd CONTOUR est active  ne specifie le type de label que pour les   isolignes coloriees en couleur  Pour celles tracees par un trait   utiliser CONTLABEL      LANDSCAPE: oblige la feuille ou le fenetre a l ecran a etre  en position  allongee            LCT: entier designant le numero de la palette de couleur que         l on veut utiliser pour le plot             MAP:Mot cle a actine losque l on veut faire une projection    Ce mot cle peut etre de 2 formes:       MAP P0lat P0lon Rot  Pour la description de ces 3 valeurs cf            l aide en ligne de MAP_SET         MAP: dans ce cas map est calcule tout seul et vaut:             map    0   lon1 lon2 2  0    Rq: Un bon moyen de choisir sa projection est la valeur du vecteur   MAP est d utiliser la demo d IDL5 2:   IDL  demo   Puis choisir earth sciences et mapping    Rq2: Par defaut c est une projection cylindrique qui est effectuee    avec ou sans le mot cle map  Si on veut une autre projection MAP   doit etre active et il faut rajouter le mot cle:  nom_projection    par ex pour une projection polaire centree sur le pole sud:   IDL  domdef 180 180 90 45   IDL  plt  tab   stereo map 90 0 0            labmap: corresponds to label keywords of map_set  Defaut         definition is labmap 1             MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue     NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou n est pas specifie     NOCOLORBAR: activer si on ne veut pas de colorbar    NOCONTOUR: activer si on ne veut pas de contour mais juste  les couleurs    NOFILL: activer si on veut juste les contours en noir et  blanc sur fond blanc            NOERASE: activer pour faire un dessin a l ecran sans creer         une nouvelle fenetre          NORMEREF: la norme de la fleche de reference  par defaut on        essaie de faire qqch qui colle pas trop mal             NOTRI: pour forcer a ne pas utiliser de         triangulation  Attention dans ce cas le trace ne marchera que         si la grille est non deformee  cad  chaque pts d une         longitude donnee a la meme latitude et chaque pts d une         latitude donnee a la meme longitude  sauf si on utilise le mot         clef CELL_FILL 2  Rq si le champ contient des points a          values f_nan alors on fait qd meme une triangulation            OVERPLOT: pour faire un plt par dessus un autre  Rq:         contrairemnet a l utilisation de CONTOUR ou de VECTEUR          l utilisation de ce mot clef ne modifie pas la legende ou et         la barre de couleur     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            REVERSE_X: pour inverser l axe des x  et aussi le dessin             REVERSE_Y: pour inverser l axe des y  et aussi le dessin             STRICTFILL: activer ce mot clef pour que le remplissage des         contours ce fasse precisement entre le min et le max specifie         en laissant en banc les valeurs inferieurs au min specifie et         superieurs au max specifie     STYLE: style de tracer a adopter pour dessiner les isolignes par   defaut style 0  cf style pro            UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n  Par defaut unlabsur 2    UNSUR2: si on veut tracer un countour sur deux  par  defaut trace   tous les contours    UNVECTSUR:un scalaire n on un tableau a 2 elements  n1 n2            dans le premier cas  on tracera un vecteur sur n suivant les           x et les y            dans le second cas on tracera un vecteur sur n1 suivant x           et un vecteur sur n2 suivant y         Rq  pour tracer tous les vecteurs suivant y et 1 sur 2 suivant         x mettre unvectsur 2 1          Rq: ce mot cle est passe ds _extra           VECTCOLOR: la couleur de la fleche  Par defaut noir  couleur 0     VECTEUR: une structure a 2 elements contenant les 2 champs U  et V des valeurs de la composante zonale et meridienne du  champ de vecteurs a tracer  Ces champs peuvent etre un tableau  ou une structure         par ex: vecteur matriceu:lec unsurface matricev:lec vnsurface          rq:le nom des elements de vecteur n a aucune importance          vecteur u:lec unsurface v:lec vnsurface  convient aussi    VECTMIN norme minimum des vecteurs a tracer     VECTMAX norme maximum des vecteurs a tracer            VECTTHICK  l epaissuer de la fleche  par defaut 1     WINDOW: numero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0     YXASPECT: rapport d echelle entre y et x  par ex:  1 pour un repere   orthonorme   2 si l axe des y est deux fois plus dilate que celui des x    Par defaut on adapte pour occupe une grande partie de la feuille en sortie   postScript ou pour cree une fenetre pas trop etiree            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 1999                         Sebastien Masson 08 02 2000 checkfield and                         notri keyword  or triangule    1            pro plt  tab1  giventype  givenmin  givenmax  REALCONT   realcont  CONTOUR   contour              INTERVALLE   intervalle  INV   inv  GRIDTYPE   gridtype  BOXZOOM   boxzoom              CONTINTERVALLE   contintervalle  LABEL   label  CONTLABEL   contlabel              STYLE   style  CONTMAX   contmax  CONTMIN   contmin  NLEVEL   nlevel  CONTNLEVEL   contnlevel              VECTEUR   vecteur  MAP   map  MININ   minin  MAXIN   maxin              CONT_NOFILL   cont_nofill              USETRI   usetri  NOTRI   notri  MASKFILL   maskfill              DUPLICATE   duplicate  STRICTFILL   strictfill  OVERPLOT   overplot              DECIMATETRI   decimatetri   LABMAP   labmap  _extra   ex     include common     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance       I  preparation de l environnement graphique et petites verifications       I1  verification du type de grille associe a tab1     if keyword_set gridtype  then vargrid   gridtype   if keyword_set vecteur  AND  NOT keyword_set gridtype  then BEGIN     vargrid   litchamp tab1   grid      if vargrid eq   then BEGIN       vargrid   xquestion What is the grid associated to the data to contour   T   chkwidget        vargrid   strupcase vargrid      endif   ENDIF     I2  lecture du champ et checkup      if keyword_set boxzoom  AND n_elements contour  ne 4  then BEGIN     savedbox   1b     saveboxparam   boxparam4plt dat    END   if n_elements giventype  NE 0 then type   giventype   if n_elements givenmin  NE 0 then min   givenmin   if n_elements givenmax  NE 0 then max   givenmax   if n_elements minin  NE 0 then min   minin    if n_elements maxin  NE 0 then max   maxin   checktypeminmax   plt  TYPE   type  MIN   min  MAX   max  _extra   ex   z2d   checkfield tab1   plt  TYPE   type  BOXZOOM   boxzoom  DIREC   direc  VECTEUR   vecteur  _extra   ex     if z2d 0  EQ  1 then BEGIN      IF keyword_set savedbox  THEN restoreboxparam   boxparam4plt dat      return   ENDIF   IF n_elements usetri  EQ 0 THEN BEGIN   do we have holes in the triangulation      holeintri   n_elements triangles_list 3 LT  jpi 1 keyword_set key_periodic jpj 1 2     the triangulation must be used to draw the data    do we have a triangulation      wehavetri   triangles_list 0  NE  1     the triangulation must be used to draw the continents   if we make a map  are we periodic and nx jpi       CASE strupcase vargrid  OF        T :nx   nxt        W :nx   nxt        U :nx   nxu        V :nx   nxv        F :nx   nxf     ENDCASE     mapperio   keyword_set map keyword_set key_periodic nx eq jpi       usetri    wehavetri wehavetri holeintri mapperio keyword_set key_irregular    2 notri    ENDIF     I3  reinitialisation   p x y    Rq: on ne reinitialise pas qd on rapelle plt en boucle pour utiliser contour     if n_elements contour  ne 4 AND NOT keyword_set overplot  then reinitplt   z   invert     I4  attribution du mask et des tableaux de longitude et latitude     IF  strupcase vargrid  EQ  W  THEN profond   firstzw NE 0     ELSE profond   firstzt NE 0    do we need to extract now the triangulation that will be use for   contouring the data    if keyword_set profond        OR  usetri EQ 0 AND  vargrid EQ  T  OR vargrid EQ  W        OR  usetri NE 2 AND  vargrid NE  T  AND vargrid NE  W  THEN BEGIN     grille  mask  glam  gphi  gdep  nx  ny  nz           firstx  firsty  firstz  lastx           lasty  lastz   forplt  _extra   ex   ENDIF ELSE BEGIN     grille  mask  glam  gphi  gdep  nx  ny  nz           firstx  firsty  firstz  lastx  lasty           lastz  TRI   trifield   forplt  _extra   ex   ENDELSE     I5 determination du mi:min et du ma:max de z2d ainsi que de max: max et      min: min pour le dessin      masknan   finite z2d    nan   total masknan  NE n_elements z2d     faudra t il faire un autoscale     autoscale   testvar var   min  EQ testvar var   max  AND NOT keyword_set intervalle    determineminmax  z2d  mask  mi  ma  glam  gphi  MININ   min  MAXIN   max         nan   nan  INTERVALLE   intervalle  usetri   usetri  _extra   ex   if z2d 0  EQ  1 THEN GOTO  sortie   on fait un autoscale si besoin   if autoscale then autoscale  min  max  intervalle       II  mise en place du dessin sur la fenetre ou la page et ouverture   eventuelle de la fenetre et de la page     if n_elements contour  NE 4 AND NOT keyword_set overplot  THEN       placedessin   plt  posfenetre  posbar         CONTOUR   contour  VECTEUR   vecteur  MAP   map  DIREC   direc  _extra   ex       III  habillage du dessin  labels style axe            III1  choix des labels     if keyword_set intervalle  AND NOT keyword_set label  then label   1   if keyword_set label  eq 0 then cas   0 else cas   label   label  cas  min  max  ncontour  level_z2d  colnumb  NLEVEL   nlevel         INTERVALLE   intervalle  strictfill   strictfill     III2 choix de style     if not keyword_set style  then style   0   style  style  level_z2d  linestyle  thick   if keyword_set inv  then colnumb   reverse colnumb      III3  definition des axes     if NOT keyword_set overplot  THEN axe   xy  _EXTRA   ex         IV  dessin         extrapolation des donnees sur les terres et seuillage     if keyword_set nan  then begin     z2d where masknan EQ 0    max   ENDIF ELSE masknan   1   filling the mask values   we fill only masknan or we fill mask masknan    IF keyword_set nan  AND keyword_set cont_nofill  THEN       z2d   remplit z2d  nite   1 vargrid NE  T  AND vargrid NE  W                        mask   masknan  _extra   ex       ELSE z2d   remplit z2d  nite    1    vargrid NE  T  AND vargrid NE  W                                         keyword_set nan                           1 keyword_set cont_nofill                           1 n_elements maskfill  NE 0                      mask   mask masknan  _extra   ex    IF keyword_set strictfill  EQ 0 AND n_elements maskfill  EQ 0 then       z2d   min   z2d    max   if n_elements maskfill  NE 0 then BEGIN     z2d   temporary z2d mask masknan     if maskfill NE 0 then z2d   temporary z2d    maskfill 1 mask masknan    ENDIF     check the mask and the triangulation according to the grid type and    nan values       si on fait un dessin en profondeur on redefinit une triangulation   sur le zoom  cette triangulation sera utilisee pour tracer le   champ  on utilise tmask pour que les trous de cette triangulation   soient bien les memes que ceux utilises pour tracer le   masque et correspondent bien au trous qu il y a a cette nouvelle   profondeur    if  keyword_set profond  OR keyword_set cont_nofill        AND  usetri GE 1 AND  vargrid EQ  T  OR vargrid EQ  W             OR  usetri EQ 2 AND  vargrid NE  T  AND vargrid NE  W  then BEGIN     trifield   triangule tmask firstx:lastx  firsty:lasty  firstz                               coinmonte   coinmontemask                              coindescend   coindescendmask                              keep_cont   cont_nofill  _extra   ex      indicezoommask    lindgen jpi  jpj firstx:lastx  firsty:lasty    ENDIF   triangulation for nan mask   if keyword_set nan  then BEGIN     trinan   triangule masknan   keep_cont                            coinmonte   coinmontenan                            coindescend   coindescendnan      indicezoomnan    lindgen jpi  jpj firstx:lastx  firsty:lasty    ENDIF    IF n_elements twin_corners_up  EQ 0 THEN coinmontemask    1 ELSE coinmontemask   twin_corners_up    IF n_elements twin_corners_dn  EQ 0 THEN coindescendmask     1 ELSE coindescendmask   twin_corners_dn   if vargrid EQ  T  OR vargrid EQ  W  then BEGIN      glammsk   glam     gphimsk   gphi   ENDIF ELSE begin   decoupe terre: pour que le trace des cotes soit propre on essaye de   prendre des points en   pour la terre comme ca on ne voit pas le   decalage des grilles  c est ce que fait decoupeterre  au passage on   redefinit trimsk      decoupeterre  mask  glammsk  gphimsk  type    xy          TRI   trimsk  usetri   usetri  indicezoom   indicezoommask           coinmonte   coinmontemask  coindescend   coindescendmask           _EXTRA   ex   ENDELSE     IV1  choix du type de dessin     typetrace    classique    if keyword_set map  AND key_onearth then BEGIN    appelle de mapset qd on veut faire des projections     IF n_elements map  NE 3 THEN map    0   lon1 lon2 2  MOD 360  0      typetrace    projection      map_lat   map 0      map_lon   map 1      map_rot   map 2      if chkstru ex   TITLE  then begin       maptitre   ex title        ex title         endif     map_set  map_lat  map_lon  map_rot  _extra   ex  position   posfenetre   iso           limit    lat1  lon1  lat2  lon2   noborder     if n_elements maptitre  ne 0 then ex title   maptitre     if n_elements trifield  GE 2 then trifield   ciseauxtri trifield  glam  gphi  _EXTRA   ex      if n_elements trimsk  GE 2 then trimsk   ciseauxtri trimsk  glammsk  gphimsk  _EXTRA   ex      if n_elements trinan  GE 2 then BEGIN        trinan   ciseauxtri trinan  glam  gphi  _EXTRA   ex        if trinan 0  EQ  1 then undefine  trinan     endif   ENDIF ELSE BEGIN   pour que les axes de coordonees soient pris en compte     if  x type EQ 0 AND n_elements contour  LE 4 then         plot   0   0   nodata  xstyle   5  ystyle   5  title     subtitle      noerase      if keyword_set key_periodic  then BEGIN   ds ce cas la triangulation est refermee en x et couvre toute la   sphere  il faut dont la couper au niveau ou l on coupe la sphere   pour faire le dessin       if n_elements trifield  GE 2 then trifield   ciseauxtri trifield  glam  gphi  _EXTRA   ex        if n_elements trimsk  GE 2 then trimsk   ciseauxtri trimsk  glammsk  gphimsk  _EXTRA   ex        if n_elements trinan  GE 2 then trinan   ciseauxtri trinan  glam  gphi  _EXTRA   ex      ENDIF   endelse     IV2  coutours et coloriages     if keyword_set duplicate   then BEGIN   pour marina uniquement ATTENTION C EST TRES MAL CODE     lon   glam  0      decalage   max lon min lon lon shift lon  1 n_elements lon 1       x range 1     x range 1 duplicate 1 decalage     for i   1  duplicate 1 do BEGIN       z2d    z2d  z2d        gphi    gphi  gphi        mask    mask  mask        gphimsk    gphimsk  gphimsk        glam    glam  glam i decalage        glammsk    glammsk  glammsk      ENDFOR   endif   save  glam  gphi  trifield  file    tri dat    if keyword_set decimatetri  then BEGIN     tempsdeux   systime 1         pour key_performance     IF n_elements trimsk  EQ 0 THEN trimsk   trifield     Verts   transpose temporary glam   temporary gphi                              temporary z2d      Conn    replicate 3  1  n_elements trifield 3  trifield      Result   mesh_decimate temporary verts   temporary Conn                                 Connout  vertices   Vertsout                                percent_vertices   decimatetri      connout   reform connout  4   n_elements connout 4   over       trifield    temporary connout 1:3        glam   reform Vertsout 0        gphi   reform Vertsout 1        z2d   reform Vertsout 2        undefine  Vertsout     print   temps decimatetri  systime 1 tempsdeux    ENDIF   pltbase  z2d  glam  gphi         mask  glammsk  gphimsk  trichamp   trifield  trimsk   trimsk   forplt         level_z2d  colnumb  contour   contour  usetri   usetri  realcont   realcont         overplot   keyword_set overplot keyword_set map          c_linestyle   linestyle  c_labels   1 indgen n_elements level_z2d  MOD 2          c_thick   thick  cont_nofill   cont_nofill  nan   nan         coinmontemask   coinmontemask  coindescendmask   coindescendmask         coinmontenan   coinmontenan  coindescendnan   coindescendnan         indicezoommask   indicezoommask  indicezoomnan   indicezoomnan         masknan   masknan  trinan   trinan  _extra   ex     IV3  rappelle de plt en boucle qd contour est active     if n_elements contour  eq 4 then BEGIN   c est la 2eme fois que je passe ds pltt     contour    mietma: mi  ma  unit:varunit  inter:intervalle    je renvoie le min  le max et l unite     return   endif   if keyword_set contour  THEN BEGIN      pourlegende    1  1  1  1      oldattributs   saveatt      oldcolnumb   colnumb     plt  contour  contmin  contmax  CONTOUR   pourlegende   NOERASE           USETRI   usetri           INTERVALLE   contintervalle  LABEL   contlabel  STYLE   style           NLEVEL   contnlevel  DUPLICATE   duplicate  STRICTFILL   strictfill           MASKFILL   maskfill  _extra   ex     restoreatt  oldattributs     colnumb   oldcolnumb   ENDIF       V  petites finitions           V1  ajout eventuel de vecteurs en surimpression     if keyword_set vecteur  then BEGIN      oldattributs   saveatt      ajoutvect  vecteur  vectlegende  _extra   ex     restoreatt  oldattributs   ENDIF     if keyword_set overplot  then GOTO  fini     V2  Trace de la ligne de changement de date l equateur et   le meridien de greenwich        if NOT keyword_set map  AND key_onearth then meridienparallele   xy      V3  pour tracer les continents d IDL     if keyword_set realcont  then BEGIN   si noease est passe de _extra  on s assure qu il est a 1     if chkstru ex   NOERASE  then begin       oldnoerase   ex noerase       ex noerase   1     ENDIF     if chkstru ex   coast_thick  then mlinethick   ex coast_thick ELSE mlinethick   1     if chkstru ex   coast_color  then mcolor   ex coast_color ELSE mcolor   0     IF NOT keyword_set map  THEN         map_set  0   lon1 lon2 2  MOD 360  0  position   posfenetre            limit    lat1  lon1  lat2  lon2   NOERASE   noborder  color   0           _extra   ex     if realcont NE 2 AND NOT keyword_set cont_nofill  then BEGIN       if chkstru ex   cont_color  then cntcol   ex coast_color         ELSE cntcol    d n_colors   1     255       map_continents   fill_continents  color   cntcol  _extra   ex   noerase     ENDIF     map_continents   continents  color   mcolor  MLINETHICK   mlinethick   noerase  _extra   ex     if chkstru ex   NOERASE  THEN  ex noerase   oldnoerase   ENDIF     V4  legendes   affichage de celles ci     legende  mi  ma   xy  CONTOUR   pourlegende  VECTLEGENDE   vectlegende  INTERVALLE   intervalle  DIREC   direc  _EXTRA   ex   if n_elements ex  NE 0 then BEGIN    pour garder les axes du cadre en noir     if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   coast_color   endif     case typetrace of      classique :         plot   0   0   nodata   noerase  color   0  xstyle   1  ystyle   1  _extra   ex      projection : BEGIN        if chkstru ex   NOERASE  then begin         oldnoerase   ex noerase         ex noerase   1       endif       if chkstru ex   SUBTITLE  then  p subtitle   ex SUBTITLE       if n_elements maptitre  ne 0 then ex title   maptitre       map_set  map_lat  map_lon  map_rot  _extra   ex   iso  limit    lat1  lon1  lat2  lon2             NOERASE   noborder  title    p title  color   0           map_proj_info  numproj   current           map_proj_info  numproj  name   nomproj           if nomproj EQ  Mercator  OR nomproj EQ  Cylindrical  OR nomproj EQ  LambertConic             OR nomproj EQ  Gnomic  OR nomproj EQ  AlbersEqualAreaConic               OR nomproj EQ  TransverseMercator  OR nomproj EQ  MillerCylindrical               OR nomproj EQ  LambertConicEllipsoid  then map_grid  box_axes 1 latdel 10 londel 10             ELSE map_grid  charsize   0 75   label latalign   1 lonalign             1 latdel   10 londel   30       IF n_elements labmap  EQ 0 THEN labmap   1       map_grid  charsize   0 75  label   labmap  latalign   1  lonalign   1  latdel   10  londel   30  color   0  _extra   ex       if chkstru ex   NOERASE  THEN  ex noerase   oldnoerase     end   endcase     V5  barre de couleur     colnumb   colnumb 0:ncontour 1 keyword_set strictfill    barrecouleur  colnumb  min   max   ncontour keyword_set strictfill 2                     position   posbar  _extra   ex       VI  impression eventuelle     fini:   terminedessin  _extra   ex     sortie:   if keyword_set savedbox  THEN restoreboxparam   boxparam4plt dat    if keyword_set key_performance  NE 0 THEN print   temps plt  systime 1 tempsun        return end  ");
+a[246] = new Array("./ToBeReviewed/PLOTS/DESSINE/plt1d.html", "plt1d.pro", "", "      NAME:  PLT1D     PURPOSE:  trace des graphes 1d     CATEGORY:         Graphics  trace des graphes 1d: x y z  ou t mais ds ce cas  on         rapelle directement pltt      CALLING SEQUENCE:  plt1d  champ type  min  max      INPUTS:  champ: le champ dont on veut faire le hovmoller champ  peut etre de 2 types:  1  un tableu qui peut etre:              2d  3d ou 4d:  tableau xy  xyz  xyt ou xyzt  dans ce cas               le tableau va passer dans moyenne ou grossemoyenne pour              etre moyennee et devenir un tableau 1 1d                1d:type doit qd meme etre specifie pour qu on sache de            quel trace il sagit  Pour avoir une legende correcte             respecifier la zone d extraction via BOXZOOM         2  une structure repondant aux critaires specifies par         litchamp pro  cf  IDL  xhelp litchamp  Le tableau contennu ds         la structure repondant aux criteres du cas 1  cf  ci dessus           TYPE: un string: type de plot 1d que l on veut faire:         trace suivant:  x y z        ces arguments ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   du plot  Par defaut on prend le max de tableau  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   du plot  Par defaut on prend le min de tableau  sur les pts mer      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique  3d  sur laquelle doit   etre fait l extraction du champ pour faire le hovmoeller    Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  vert1  vert2    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 vert1 vert2 sont les variables globales   definies lors du dernier domdef            COL1d:  OBSOLETE numero de la couleur qd on fait un trace 1d         par defaut  0  il faut mieux utiliser le mot cle COLOR utilise         par plot           ENDPOINTS: mot clef specifiant que l on veut faire une coupe         verticale en diagonale  les coordonnees des extremites de         celle ci sont alors definies les 4 elements du vecteur         ENDPOINTS:  x1 y1 x2 y2  qui sont les coordonnees     LANDSCAPE: oblige la feuille ou le fenetre a l ecran a etre  en position  allongee            MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue             NOERASE: activer pour faire un dessin a l ecran sans creer   une nouvelle fenetre  Rq: activer ds le cas d un Postscript de   plusieurs traces de type  t  pour ne pas faire un Postscript de   plusieurs pages             OV1D:permet de surimprimer un courbe 1d a un precedent trace 1d     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            REVERSE_X: pour inverser l axe des x  et aussi le dessin             REVERSE_Y: pour inverser l axe des y  et aussi le dessin             SIN: activer ce mot cle si l on veut que l  axe des x soit         trace en sinus de la latitude qd on fait un frace f y            STY1D:  OBSOLETE numero du style utilise lors d un trace         1d  Il faut mieux utiliser le mot cle LINESTYLE qui est celui         de plot  Attention ce mot cle est encore utile si on veut         faire des barres plutot qu un courbe  mettre sty1d bar     TRANS: fait un postscript  active  post automatiquement  et l imprime    si on le desire  sur un transparant    WINDOW: nimero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0     YXASPECT: rapport d echelle entre y et x  Par defaut 1   Par defaut on adapte pour occupe une grande partie de la feuille en sortie   postScript ou pour cree une fenetre pas trop etiree            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: creation 24 6 99 Eric Guilyardi                           a partir routine pltt de Sebastien Masson    8 7 1999 Sebastien Masson  smasson lodyc jussieu fr     inspection des travaux finis   8 2 2000 Sebastien Masson: checkfield         pro plt1d  tab  giventype  givenmin  givenmax  BOXZOOM   boxzoom  SIN   sin                MININ   minin  MAXIN   maxin  TYPEIN   typein  ENDPOINTS   endpoints                COL1D   col1d  STY1D   sty1d  OV1D   ov1d  X   x  Y   y  Z   z  TT   tt                REVERSE_X   reverse_x  REVERSE_Y   reverse_y  SWITCHXY   switchxy                _extra   ex     include common     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance     1ere partie: initialisation et petits calculs          verification de la valeur de type       if n_elements giventype  NE 0 then type   giventype   if n_elements givenmin  NE 0 then min   givenmin   if n_elements givenmax  NE 0 then max   givenmax   if n_elements minin  NE 0 then min   minin   if n_elements maxin  NE 0 then max   maxin   if keyword_set tt  then typein    t    if keyword_set typein  then BEGIN      if size type   type  NE 7 AND size type   type  NE 0 then begin       if n_elements min  NE 0 then max   min       min   type     endif     type   typein   endif     checktypeminmax   plt1d  TYPE   type  MIN   min  MAX   max  ENDPOINTS   endpoints         XX   keyword_set x  YY   keyword_set y  ZZ   keyword_set z     if type EQ  t  then BEGIN     pltt  tab  type  min  max  BOXZOOM   boxzoom  SIN   sin  TYPEIN   typein           COL1D   col1d  STY1D   sty1d  OV1D   ov1d  ENDPOINTS   endpoints  _extra   ex     return   endif     I2  reinitialisation   p x y    Rq: on ne reinitialise pas qd on rapelle plt1d     if NOT keyword_set ov1d  then reinitplt     I1  lecture du champ      if  keyword_set boxzoom  OR keyword_set endpoints  THEN BEGIN      savedbox   1b      saveboxparam   boxparam4plt1d dat     ENDIF     if keyword_set endpoints  then begin     section  tab  z1d  glam  gphi  ENDPOINTS   endpoints  TYPE   type           BOXZOOM   boxzoom  DIREC   direc     nx   n_elements glam       ny   nx     if strupcase vargrid  EQ  W  then begin       z   gdepw firstzw:lastzw        nz   nzw     ENDIF ELSE BEGIN       z   gdept firstzt:lastzt        nz   nzt     ENDELSE   ENDIF ELSE BEGIN      z1d   checkfield tab   plt1d  TYPE   type  BOXZOOM   boxzoom                          direc   direc  _extra   ex      grille  mask  glam  gphi  gdep  nx  ny  nz   ENDELSE   if z1d 0  EQ  1 then BEGIN      IF keyword_set savedbox  THEN restoreboxparam   boxparam4plt1d dat      return   endif   on construit le mask pour cela le tableau doit etre masque  fait   automatiquement a la valeure valmask si on passe ds moyenne ou grossemoyenne    mask   fltarr n_elements z1d    if n_elements valmask  EQ 0 then valmask   1e20   nan   total finite z1d   nan     1   if keyword_set nan  then begin     notanum   where finite z1d  EQ 0      z1d notanum    0     mask where z1d LT valmask 10    1     z1d notanum     values f_nan   ENDIF ELSE mask where z1d LT valmask 10    1     determination du min et du max apres la moyenne     nan   total finite z1d   nan    1   determineminmax  z1d  mask  mi  ma  MININ   min  MAXIN   max  nan   nan  INTERVALLE   intervalle  _extra   ex   if z1d 0  EQ  1 THEN return       if NOT keyword_set ov1d  THEN placedessin   autre  posfenetre  posbar  contour   contour  DIREC   direc  endpoints   endpoints  _extra   ex       2eme partie: dessin       definition des vecteurs abscisse et ordonee   la triangulation est definie pour que le trace soit effectue du bas   a gauche vers le haut a droite  il faut donc la matrice e contourer   se presente de cette maniere  d ou certains transpose et reverse       case type of      y : begin       yy   z1d       IF  size gphi 0  EQ 1 then xx   gphi ELSE BEGIN          IF keyword_set key_irregular  THEN BEGIN            cln    where gphi EQ max gphi 0            xx   reform gphi cln MOD nx            ENDIF ELSE xx   reform gphi 0          ENDELSE       if keyword_set sin  then xx   sin pi 180 xx        min0   lat1   max0   lat2     END      x :begin       yy   z1d       xx   glam  0        min0   lon1   max0   lon2     END       z :begin       yy   reverse gdep  1        xx   reverse z1d  1        min0   0   max0   0       case n_elements boxzoom  of         0: y range    vert1  vert2          1: y range    0  boxzoom          2: y range   boxzoom         4: y range    vert1  vert2          5: y range    0  boxzoom 4          6: y range   boxzoom 4:5        endcase       if NOT keyword_set ov1d  then  y range   reverse y range      END    ENDCASE          definition des axes        if keyword_set integrationtps  then axe  type  time 0  time jpt 1  SIN   sin  _extra   ex        ELSE axe  type  SIN   sin   if NOT keyword_set ov1d  then axe  type  SIN   sin       dessin       if type EQ  z  then begin     idx   where xx NE valmask      if NOT keyword_set ov1d  then BEGIN        if min EQ mi then  x range    min abs max min 5  max abs max min 5          ELSE  x range    min  max      ENDIF   ENDIF ELSE BEGIN      idx   where yy NE valmask      if NOT keyword_set ov1d  then BEGIN        if min EQ mi then  y range    min abs max min 5  max abs max min 5          ELSE  y range    min  max      ENDIF   ENDELSE      if NOT keyword_set ov1d  then BEGIN      legende  mi  ma  type  CONTOUR   contour  DIREC   direc  ENDPOINTS   endpoints  _EXTRA   ex     ENDIF   IF keyword_set switchxy   THEN BEGIN     tmp   xx     xx   yy     yy   temporary tmp      if NOT keyword_set ov1d  then BEGIN        tmp    x        x    y        y   temporary tmp      ENDIF   ENDIF   if NOT keyword_set ov1d  then BEGIN      if keyword_set reverse_x  then  x range   reverse x range      if keyword_set reverse_y  then  y range   reverse y range    ENDIF     xx   xx idx    yy   yy idx    if  not keyword_set col1d  then col1d   0   if keyword_set sty1d  then BEGIN  si on veut faire des barres     IF strlowcase strtrim sty1d  EQ  bar  then begin        y range    y range 0 y range 1 y range 0 05   y range 1         bar_plot  yy  background    d n_colors 1    255             baselines   replicate y range 0  n_elements yy  barnames                 colors      replicate col1d  n_elements yy   outline       if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur noire         if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0       ENDIF       plot   0   0   noerase   nodata  _extra   ex       GOTO  fini     ENDIF    ENDIF     if NOT keyword_set ov1d  then BEGIN        plot  xx  yy  color   col1d  linestyle   sty1d  thick   2  title     subtitle     _extra   ex     if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur 0 et trace une ligne a y 0       if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0       if  where tag_names ex  EQ  LINESTYLE 0  NE  1 then ex LINESTYLE   0       if  where tag_names ex  EQ  THICK 0  NE  1 then ex THICK   0     ENDIF     plot   x range   0  0   noerase   nodata           xstyle   1 4 keyword_set endpoints  AND                          type EQ  x  AND lat1 NE lat2  OR  type EQ  y  AND lon1 NE lon2            ystyle   1  _extra   ex   ajout d un axe ds le cas ou l on utilise endpoints     if keyword_set endpoints  then addaxe  endpoints  type  posfenetre  _EXTRA   ex   trace une ligne a x 0     plot   0  0   y range   noerase   nodata  title     subtitle     _extra   ex   ENDIF ELSE oplot  xx  yy  color   col1d  linestyle   sty1d  thick   2  _extra   ex       3eme partie: impression eventuelle     fini:   terminedessin  _extra   ex   if keyword_set savedbox  THEN restoreboxparam   boxparam4plt1d dat      if n_elements key_performance  NE 0 then       IF key_performance EQ 1 THEN print   temps plt1d  systime 1 tempsun          return end  ");
+a[247] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltbase.html", "pltbase.pro", "", "          NAME:pltbase     PURPOSE: surcouche de contour pour tracer un champ eventuellement   masque  brique elementaire de plt  pltz et pltt      CATEGORY:un tarce vite fait et ou delestage de l ecriture de plt  pltz  pltt     CALLING SEQUENCE: pltbase  z2d  x  y  mask xm  ym    levels  colors      INPUTS:          z2d:le tableau a tracer            x et y les axes  vecteurs ou tableaux de meme taille que          z2d  Ce sont les coordonnees de z2d            mask: le tableau qui masque z2d  avec des 0 sur les points a          masquer et des 1 sur les autres  si z2d n est pas masque          mettre cet argument egale a 1             xm et ym les axes du mask  vecteurs ou tableaux de meme taille que          mask  Ce sont les coordonnees de mask            levels et colors:  optionnels  les vecteurs qui contiennent          les niveaus et les couleurs necessaires au contour  S il ne          sont pas donnes on prends 20 niveau entre le min et le max      KEYWORD PARAMETERS:            COLORTRICHAMP : la couleur que l on veut utiliser pour          dessiner la triangulation qui est utilisee pour faire les          contour du champ            COLORTRIMASK : la couleur que l on veut utiliser pour          dessiner la triangulation qui est utilisee pour faire les          contour du mask            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1            COLOR_C: to draw the contour in color instead of in black          with filling in color              CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white             DESSTRICHAMP: pour dessiner la triangulation qui est          utilisee pour faire les contour du champ               DESSTRIMASK: pour dessiner la triangulation qui est          utilisee pour faire les contour du mask             FORPLT: a activer si on veut que le trace des cote soit          realise par tracecote plutot que tracemask             I_COLORS: un vecteur specifiant la couleur a utiliser pour          tracer les contours  C est la meme chose que c_colors qui          ajit sur les contours             MORE: chiffre a donner pour eviter les bug du style:      Out of range subscript encountered:        Execution halted at:  PLTBASE           151               par defaut more 10 si le bug existe tjs  augmenter la               valeur de more   l explication et la justification de               cette methode n ont pas encore de fondements               scientifiques                           NOFILL: pour faire juste les isolignes             NOCONTOUR: pour faire juste les couleurs             UNSUR2: pour tarcer une isoligne sur 2            UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n            CONTOUR: pour etrte utilise depuis plt  pltz ou pltt  cf ces          routines             _EXTRA: mot cle magique d idl pour faire passer tous lse          mots cles acceptes par les routines et fonctions utilises ds          ce programme sans les declarer explicitement       OUTPUTS:     COMMON BLOCKS:          common pro     SIDE EFFECTS:     RESTRICTIONS:ds le cas ou z2d  x et y sont des tableaux de meme   taille il faut les metre sous forme de vecteur: z2d  x  y      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                                                    8 2 2000 check if the tri array is not equal to                          1  allow contour with out using a triangulation            PRO pltbase  z2d  x  y  mask  xm  ym  levels  colors  UNSUR2   unsur2  CONTOUR   contour                  NOCONTOUR   nocontour  NOFILL   nofill                  TRICHAMP   trichamp  TRIMSK   trimsk                  REALCONT   realcont  NAN   nan  usetri   usetri                  COLORTRICHAMP   colortrichamp  COLORTRIMASK   colortrimask                  COLORTRINAN   colortrinan                  COLORPOINTS   colorpoints  DRAWPOINTS   drawpoints                  TH_TRICHAMP   th_trichamp  TH_TRIMASK   th_trimask                  DESSTRICHAMP   desstrichamp  DESSTRIMASK   desstrimask                  DESSTRINAN   desstrinan  COLOR_C   color_c                  I_COLORS   i_colors   CONT_COLOR   CONT_COLOR                  CONT_NOFILL   cont_nofill  UNLABSUR   unlabsur                  COINMONTEMASK   coinmontemask  COINDESCENDMASK   coindescendmask                  COINMONTENAN   coinmontenan  COINDESCENDNAN   coindescendnan                  INDICEZOOMMASK   indicezoommask  INDICEZOOMNAN   indicezoomnan                  MASKNAN   masknan  TRINAN   trinan                  FORPLT   forplt  REALSECTION   realsection                  MORE   more  EXCHANGE_XY   exchange_xy                  _EXTRA   ex       compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       explication concernant contour  Ce mot cle est active qd on on trace   un contour en couleur different de celui en trait noir    si il est active  cas n_elements contour  NE 0  on passe 2 fois ds pltbase:     1  on trace les couleurs puis on sort c est le cas:           n_elements contour  NE 0 AND n_elements contour  NE 4      2  on trace les contour en trait puis les continents c est le cas            n_elements contour  NE 0 AND n_elements contour  EQ 4        tempsun   systime 1             pour key_performance   if n_elements mask  EQ 0 then mask   1b   if n_elements masknan  EQ 0 then masknan   1b   IF total mask  EQ n_elements z2d  THEN mask   1b     si les niveaux et les couleurs ne sont pas donnes     if n_params  EQ 4 then        label  0  min z2d mask  max z2d mask  ncontour  levels  colors   attention bidouille inexplicable pour que tout se passe bien avec les   postcript ds pltz    if n_elements contour  LE 4 AND  x type EQ 0 THEN       plot   0   0  xstyle   5  ystyle   5   nodata   noerase  title     subtitle         si cell_fill fait partit de _extra  on le desactive si il n est pas   egale a 2     IF chkstru ex   CELL_FILL  THEN BEGIN      cell_fill   ex CELL_FILL     if ex CELL_FILL NE 2 then ex CELL_FILL   0   ENDIF ELSE cell_fill   0            I  remplissage des contours en palette de couleur      if NOT keyword_set more  then more   10   if NOT keyword_set nofill  AND NOT keyword_set color_c  then begin     if n_elements contour  NE 4 THEN BEGIN        if usetri EQ 2 then BEGIN         IF size x   n_dimensions  EQ 1 THEN x   x replicate 1   size z2d 2          IF size y   n_dimensions  EQ 1 THEN y   replicate 1   size z2d 1 y         contour   z2d  fltarr more   x  fltarr more                 y  fltarr more  levels   levels  c_color   colors                noerase   fill  TRIANGULATION   trichamp  _extra   ex         ENDIF ELSE BEGIN         IF size x   n_dimensions  EQ 2 THEN x   x  0          IF size y   n_dimensions  EQ 2 THEN y   reform y 0            contour  z2d  x  y  levels   levels  c_color   colors   noerase                fill  _extra   ex        ENDELSE     ENDIF   ENDIF   if n_elements contour  NE 0 AND n_elements contour  NE 4 THEN GOTO  fini    IF chkstru ex   C_ORIENTATION  THEN ex   extractstru ex   C_ORIENTATION    IF chkstru ex   C_SPACING  THEN ex   extractstru ex   C_SPACING    IF chkstru ex   C_COLORS  THEN ex   extractstru ex   C_COLORS      II  trace des contours en trait     if n_elements contour  EQ 4 OR n_elements contour  EQ 0 THEN BEGIN     we put the masked values to NaN       IF  n_elements mask  GT 1 OR n_elements masknan  GT 1          AND NOT keyword_set cont_nofill  THEN BEGIN         tonan   where mask masknan  EQ 0  count        tonan   where remplit mask masknan  nite   1  mask   mask masknan                                  basique  fillval   0                                 fillxdir   keyword_set realsection  EQ 0  count        IF count NE 0 THEN z2d temporary tonan     values f_nan     ENDIF        on ne passe pas si on doit faire des contours differents    ds le cas on unsur2 est active on reduit levels     if NOT keyword_set nocontour  then begin       IF keyword_set unsur2  THEN levels   levels where zeroun n_elements levels    eq 1    unlabsur est active   C_LABEL est passe via _EXTRA        if keyword_set unlabsur  THEN IF chkstru ex   C_LABELS  THEN           ex C_LABELS   1 indgen n_elements ex C_LABELS  MOD unlabsur    1      pour ne pas filler qd cell_fill est impose        IF chkstru ex   CELL_FILL  THEN ex CELL_FILL   0         CASE 1 OF         keyword_set color_c :c_colors   colors         keyword_set i_colors :c_colors   i_colors         ELSE:       ENDCASE         IF usetri EQ 2 THEN BEGIN          IF size x   n_dimensions  EQ 1 THEN x   x replicate 1   size z2d 2          IF size y   n_dimensions  EQ 1 THEN y   replicate 1   size z2d 1 y         contour   z2d  fltarr more   x  fltarr more                 y  fltarr more  levels   levels               overplot   1 keyword_set nofill  noerase   keyword_set nofill                c_colors   c_colors  TRIANGULATION   trichamp  _extra   ex       ENDIF ELSE BEGIN         IF size x   n_dimensions  EQ 2 THEN x   x  0          IF size y   n_dimensions  EQ 2 THEN y   reform y 0            contour  z2d  x  y  levels   levels               overplot   1 keyword_set nofill  noerase   keyword_set nofill                c_colors   c_colors  _extra   ex       ENDELSE     ENDIF     III  remplissage des continents de couleur       IF chkstru ex   CELL_FILL  THEN ex CELL_FILL   cell_fill   1     IF chkstru ex   LEVELS  THEN ex   extractstru ex   LEVELS      IF chkstru ex   NODATA  THEN ex   extractstru ex   NODATA      IF NOT keyword_set cont_color  THEN cont_color    d n_colors 1     255         si il y a des points a nan    on trace en blanc les points a nan avant de dessiner les cotes avec   un trait        if keyword_set trinan  THEN BEGIN       IF size x   n_dimensions  EQ 1 THEN x   x replicate 1   size masknan 2        IF size y   n_dimensions  EQ 1 THEN y   replicate 1   size masknan 1 y       contour   1b masknan  fltarr more   x  fltarr more               y  fltarr more  levels   0 5   overplot   fill             c_colors   cont_color  TRIANGULATION   trinan  _extra   ex       IF keyword_set forplt  THEN           completecointerre  COINMONTE   coinmontenan             COINDESCEND   coindescendnan  INDICEZOOM   indicezoomnan             CONT_COLOR   cont_color  _EXTRA   ex         ELSE fillcornermask  x  0  y 0    COINMONTE   coinmontenan             COINDESCEND   coindescendnan  CONT_COLOR   cont_color  _extra   ex     ENDIF     remplissage des continents       if keyword_set realcont  then if realcont EQ 1 then mask   1b     if n_elements mask  NE 1 then BEGIN   si mask 1 on saute          if NOT keyword_set cont_nofill  then BEGIN     mask filling           case 1 of           keyword_set realsection :drawsectionbottom  mask  xm  ym                 CONT_NOFILL   cont_nofill  CONT_COLOR   cont_color  _EXTRA   ex           usetri GE 1:BEGIN             if n_elements trimsk  eq 0 then trimsk   trichamp             IF size xm   N_DIMENSIONS  EQ 1 THEN xm   xm replicate 1   size mask 2              IF size ym   N_DIMENSIONS  EQ 1 THEN ym   replicate 1   size mask 1 ym             contour   1b mask  fltarr more   xm  fltarr more                     ym  fltarr more  LEVELS   0 5   OVERPLOT   FILL                   C_COLORS   cont_color  TRIANGULATION   trimsk  _extra   ex             IF keyword_set forplt  THEN                 completecointerre  COINMONTE   coinmontemask                   COINDESCEND   coindescendmask  INDICEZOOM   indicezoommask                   CONT_COLOR   cont_color  _EXTRA   ex               ELSE fillcornermask  xm  0  ym 0    COINMONTE   coinmontemask                   COINDESCEND   coindescendmask  CONT_COLOR   cont_color  _extra   ex           END           ELSE:BEGIN              IF size xm   n_dimensions  EQ 2 THEN xm   xm  0              IF size ym   n_dimensions  EQ 2 THEN ym   reform ym 0                contour  1b mask  xm  ym  LEVELS   0 5   OVERPLOT                    FILL  C_COLORS   cont_color  _EXTRA   ex           END         ENDCASE       ENDIF                       NOT keyword_set cont_nofill      IV  trace les cotes en trait         case 1 of         keyword_set realsection  AND NOT keyword_set cont_nofill :               keyword_set realsection  AND keyword_set cont_nofill :             drawsectionbottom  mask  xm  ym               CONT_NOFILL   cont_nofill  _extra   ex          keyword_set forplt  AND  map projection GT 0 OR key_irregular              OR keyword_set nan :tracecote  _extra   ex         ELSE:tracemask  mask  xm  ym  _extra   ex       endcase                         ENDIF                         n_elements mask  NE 1   ENDIF     draw the triangulations     if keyword_set desstrichamp  then       dessinetri  trichamp  x  y  color   colortrichamp  thick   th_trichamp   if keyword_set desstrimask  then       dessinetri  trimsk  xm  ym  color   colortrimask  thick   th_trimask   if keyword_set desstrinan  then       dessinetri  trinan  x  y  color   colortrinan   if keyword_set drawpoints  then       tracegrille  x  y  color   colorpoints     fini:   IF keyword_set key_performance  THEN print   temps pltbase  systime 1 tempsun     return end");
+a[248] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltsc.html", "pltsc.pro", "", "PRO  pltsc tab1 tab2  min1  max1  min2  max2  varname2  BOXZOOM   boxzoom               COL1D col1d STY1D sty1d OV1D ov1d  _extra   ex     scatter plot  inspired from plt1d        compile_opt idl2  strictarrsubs        include common  cm_4mesh  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      Rq: on ne reinitialise pas qd on rapelle pltsc    if NOT keyword_set ov1d  then reinitplt      reduce data xyzt domain     if keyword_set boxzoom  then BEGIN       Case 1 Of        N_Elements Boxzoom  Eq 1:bte    lon1  lon2  lat1  lat2  0  boxzoom 0         N_Elements Boxzoom  Eq 2:bte    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1         N_Elements Boxzoom  Eq 4:bte    Boxzoom  vert1  vert2         N_Elements Boxzoom  Eq 5:bte    Boxzoom 0:3  0  Boxzoom 4         N_Elements Boxzoom  Eq 6:bte   Boxzoom        Else: Begin          ras   report Wrong Definition of Boxzoom            return        End      endcase      savedbox   1b      saveboxparam   boxparam4pltsc dat       domdef  bte  GRIDTYPE   vargrid    ENDIF    extract indexes to plot     indexm   where tab1 LE valmask 10     tab1   tab1 indexm     tab2   tab2 indexm      npts    size indexm 1     deal with  min and max of plot    IF finite min1  EQ 0 THEN min1   min tab1     IF finite max1  EQ 0 THEN max1   max tab1     IF finite min2  EQ 0 THEN min2   min tab2     IF finite max2  EQ 0 THEN max2   max tab2         init plot if not overlay        IF NOT keyword_set ov1d  THEN placedessin   yfx  posfenetre  posbar        contour   contour  _extra   ex    yy   tab1    xx   tab2    axis range     x range    min2 abs max2 min2 5 max2 abs max2 min2 5      y range    min1 abs max1 min1 5 max1 abs max1 min1 5      IF  NOT keyword_set sty1d  THEN sty1d   0    IF  NOT keyword_set col1d  THEN col1d   0    IF  NOT keyword_set ov1d  THEN  BEGIN        legende  min1  max1   yfx  VARNAME2   varname2  NPTS   npts  _EXTRA   ex          plot xx yy  background   255  psym   sty1d 1  color col1d  thick 2            title     subtitle    _extra   ex        if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur 0 et trace une ligne a y 0          if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0          if  where tag_names ex  EQ  LINESTYLE 0  NE  1 then ex LINESTYLE  0        ENDIF        plot   x range   0  0   noerase   nodata  xstyle   1  ystyle   1  _extra   ex   trace une ligne a x 0       plot   0  0   y range   noerase   nodata  title     subtitle     _extra   ex    ENDIF ELSE oplot xx yy color col1d linestyle sty1d thick 2  _extra   ex       3eme partie: impression eventuelle     fini:    terminedessin  _extra   ex   if keyword_set savedbox  THEN restoreboxparam   boxparam4pltsc dat       if n_elements key_performance  NE 0 then       IF key_performance EQ 1 THEN print   temps plt1d  systime 1 tempsun           return end  ");
+a[249] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltt.html", "pltt.pro", "", "      NAME:  PLTT     PURPOSE:  trace des graphes hovmoller     CATEGORY:         Graphics  trace des graphes hovmoller: xt yt zt t     CALLING SEQUENCE:  pltt  champ type  min  max  datmin  datmax      INPUTS:  champ: le champ dont on veut faire le hovmoller champ  peut etre de 2 types:  1  un tableu qui peut etre:              3d ou 4d: la derniere composante etant le temps  dans ce              cas  le tableau va passer dans grossemoyenne pour etre              moyennee suivant et devenir un tableau 2d ou 1d               2d: si tableau est deja 2d  il n est pas modifie               attention les terres doivent etre masquees a la valeure              valmask  et type doit qd meme etre specifie pour qu on              sache de quel trace il sagit  Pour avoir une legende              correcte  respecifier la zone d extraction via BOXZOOM              1d: uniquement pour les traces de type  t  Type doit qd              meme etre specifie pour qu on sache de quel trace il              sagit  Pour avoir une legende correcte  respecifier la zone              d extraction via BOXZOOM         2  une structure repondant aux critaire specifies par         litchamp pro  cf  IDL  xhelp litchamp  Le tableau contennu ds         la structure repondant aux criteres du cas 1  cf  ci dessus           TYPE: type de hovmoller que l on veut faire:                xt yt zt t        ces arguments ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le max de tableau  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le min de tableau  sur les pts   mer            DATMIN: c est la borne inf de l axe temporel  c est un         longinteger de la forme yyyymmdd  ou bien yymmdd            DATMAX: c est la borne max de l axe temporel  c est un         longinteger de la forme yyyymmdd  ou bien yymmdd      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique  3d  sur laquelle doit   etre fait l extraction du champ pour faire le hovmoeller    Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  vert1  vert2    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 vert1 vert2 sont les variables globales   definies lors du dernier domdef           CB_TITLE: le titre de la colorbar          CB_SUBTITLE: le soustitre de la colorbar          CB_CHARSIZE: The character size of the color bar annotations            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1             CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white    CONTINTERVALLE: lorsque CONTOUR est active  valeur d un   intervalle entre deux isolignes traces par un trait  Il peut ainsi   etre different de celui specifie par INTERVALLE    qui  cas ce cas  ne controle que les isolignes coloriees en   couleurs  Si aucun min n est specifie  on choisit un contour min qui va   bien avec l intervalle specifie  Si ce mot cle n est pas   specifie  on trace 20 isolignes du min au max      CONTLABEL: un entier n  lorsque CONTOUR est active  si n   different de 0  choisit le type de label correspondant aux cas n   pour les isolignes tracees par un trait  Pour specifier le type de   label du contour en couleur  utiliser LABEL    CONTMAX: lorsque CONTOUR est active  valeur maximum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTMIN: lorsque CONTOUR est active  valeur minimum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTNLEVEL: lorsque CONTOUR est active  nombre de contours   trace par un trait a dessiner  actif si   CONTLABEL 0  par defaut  20     CONTOUR: si on veut tracer les contours d un champ different que celui   que l on dessin en couleur  par ex E P en couleur et QSR en   contours  Doit etre un champ reponadnt aux meme caracteristiques   que l argument numero 1 de pltt           ENDPOINTS: mot clef specifiant que l on veut faire une coupe         verticale en diagonale  les coordonnees des extremites de         celle ci sont alors definies les 4 elements du vecteur         ENDPOINTS:  x1 y1 x2 y2  qui sont les coordonnees             EXCHANGE_XY: permet d intervertir les axes             FILTER: applique une moyenne glissante de largeur FILTER     INTERVALLE: valeur d un intervalle entre deux isolignes  Si   aucun min n est specifie  on choisit un contour min qui va bien   avec l intervalle specifie  Si ce mot cle n est pas specifie  on   trace 20 isolignes du min au max  Rq: Qd CONTOUR est active   INTERVALLE ne specifie que intervalle entre 2 isolignes coloriees en   couleur  Pour specifier l intervalle entre 2 isolignes traces par un trait   utiliser CONTINTERVALLE     INV: inverse le vecteur couleur utilise pour colorier le graphe                sans toucher au noir  au blanc et a la palette utilisee      LABEL: un entier n  si n different de 0  choisit le type de   label correspondant aux cas n  cf label pro   Rq: Qd CONTOUR est active  ne specifie le type de label que pour les   isolignes coloriees en couleur  Pour celles tracees par un trait   utiliser CONTLABEL      LANDSCAPE: oblige la feuille ou le fenetre a l ecran a etre  en position  allongee            LCT: entier designant le numero de la palette de couleur que         l on veut utiliser pour le plot             COL1d:  OBSOLETE numero de la couleur qd on fait un trace 1d         par defaut  0  il faut mieux utiliser le mot cle COLOR utilise         par plot           MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue     NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou n est pas specifie     CONTNLEVEL: nombre de contours a dessiner qd on utilise ajoutcontour   active par le mot cle CONTOUR actif si CONTLABEL 0  par defaut  20     NOCOLORBAR: activer si on ne veut pas de colorbar    NOCONTOUR: activer si on ne veut pas de contour mais juste  les couleurs    NOFILL: activer si on veut juste les contours en noir et  blanc sur fond blanc            NOERASE: activer pour faire un dessin a l ecran sans creer   une nouvelle fenetre  Rq: activer ds le cas d un Postscript de   plusieurs traces de type  t  pour ne pas faire un Postscript de   plusieurs pages             OV1D:permet de surimprimer un courbe 1d a un precedent trace 1d            OVERPLOT: pour faire un pltt par dessus un autre  Rq:         contrairemnet a l utilisation de CONTOUR          l utilisation de ce mot clef ne modifie pas la legende ou et         la barre de couleur  dans le cas d un plot 1d  contrairement         a ov1d  on peut changer les axes et les ranges     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins           REPEAT_C n pour repeter une serie temporelle n fois    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            REVERSE_X: pour inverser l axe des x  et aussi le dessin             REVERSE_Y: pour inverser l axe des y  et aussi le dessin             STRICTFILL: activer ce mot clef pour que le remplissage des         contours ce fasse precisement entre le min et le max specifie         en laissant en banc les valeurs inferieurs au min specifie et         superieurs au max specifie     STYLE: style de tracer a adopter pour dessiner les isolignes par   defaut style 0  cf style pro           STY1D:  OBSOLETE numero du style utilise lors d un trace         1d  Il faut mieux utiliser le mot cle LINESTYLE qui est celui         de plot  Attention ce mot cle est encore utile si on veut         faire des barres plutot qu une courbe  mettre sty1d bar     TRANS: fait un postscript  active  post automatiquement  et l imprime    si on le desire  sur un transparant            TREND_TYPE: modify data by calling trends pro            TYPEIN: permet de specifier la valeur type de hovmoller que          l on veut faire:                xt yt zt t            a l aide d un mot cle plutot que par l argument type Si         l argument et le mot cle sont specifies en meme temps  c est         la valeur specifiee par le mot cle qui est retenue             USETRI: pour forcer a utiliser de triangulation             UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n  Par defaut unlabsur 2    UNSUR2: si on veut tracer un countour sur deux  par  defaut trace   tous les contours    WINDOW: nimero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0     YXASPECT: rapport d echelle entre y et x  Par defaut 1   Par defaut on adapte pour occupe une grande partie de la feuille en sortie   postScript ou pour cree une fenetre pas trop etiree            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   27 5 98                         Jerome Vialard  adapting plt to hovmoller drawing                          2 7 98                         Sebastien Masson 14 8 98  continents barres                          15 1 98   adaptation pour les tableaux 3 et 4d pour que la moyenne soit faite   dans pltt plutot que lors de la lecture                          Sebastien Masson 14 8 98                          7 1999                          Eric Guilyardi 29 7 99 FILTER  TREND_TYPE                          REPEAT_C                          Sebastien Masson 08 02 2000 checkfield and                         usetri keyword          pro pltt tab giventype givenmin givenmax datmin datmax BOXZOOM   boxzoom  CONTOUR contour             ENDPOINTS endpoints INTERVALLE intervalle INV inv              CONTINTERVALLE contintervalle LABEL label CONTLABEL contlabel             STYLE style  CONTMAX contmax             CONTMIN contmin NLEVEL nlevel CONTNLEVEL contnlevel             COL1D col1d STY1D sty1d  MININ   minin  MAXIN   maxin             OV1D ov1d  FILTER   filter  TREND_TYPE   trend_type             REPEAT_C   repeat_c  TYPEIN   typein  XT   XT  YT   YT  ZT   zt              TT   tt  STRICTFILL   strictfill  OVERPLOT   overplot              EXCHANGE_XY   exchange_xy              _extra   ex     include common     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF        tempsun   systime 1            pour key_performance     I2  reinitialisation   p x y    Rq: on ne reinitialise pas qd on rapelle plt en boucle pour utiliser contour      if n_elements contour  ne 4 AND NOT keyword_set overplot        AND NOT keyword_set ov1d  then reinitplt     I1  lecture du champ      if  keyword_set boxzoom  OR keyword_set endpoints         AND n_elements contour  ne 4 THEN BEGIN      savedbox   1b      saveboxparam   boxparam4pltt dat     ENDIF    if n_elements giventype  NE 0 then type   giventype    if n_elements givenmin  NE 0 then min   givenmin    if n_elements givenmax  NE 0 then max   givenmax    if n_elements minin  NE 0 then min   minin    if n_elements maxin  NE 0 then max   maxin    if keyword_set typein  then BEGIN        if size type   type  NE 7 AND size type   type  NE 0 then begin          if n_elements min  NE 0 then max   min          min   type       endif       type   typein     ENDIF      checktypeminmax   pltt  TYPE   type  MIN   min  MAX   max          XT   XT  YT   YT  ZT   zt  TT   tt  ENDPOINTS   endpoints  _extra   ex      if keyword_set endpoints  then begin       section  tab  z2d  glam  gphi  ENDPOINTS   endpoints  TYPE   type             BOXZOOM   boxzoom  DIREC   direc       nx   n_elements glam         ny   nx       if strupcase vargrid  EQ  W  then begin          z   gdepw firstzw:lastzw           nz   nzw       ENDIF ELSE BEGIN          z   gdept firstzt:lastzt           nz   nzt       ENDELSE    ENDIF ELSE BEGIN        z2d   checkfield tab   pltt  TYPE   type  BOXZOOM   boxzoom                            direc   direc  _extra   ex        if z2d 0  EQ  1 then BEGIN          IF keyword_set savedbox  THEN restoreboxparam   boxparam4pltt dat          return       endif       grille  mask  glam  gphi  gdep  nx  ny nz    ENDELSE     calcul de tendance anomaly suivant TREND_TYPE       IF NOT keyword_set trend_type  THEN trend_type   0     IF trend_type GT 0 THEN z2d   trends z2d  trend_type  type       filtrage des donnee dans le cas  t         IF type EQ  t  AND keyword_set filter  THEN BEGIN        print       Applying a running mean filter of width  string filter  format    I3        z2d   smooth z2d  filter        z2d 0:filter 2 1    0        z2d size z2d 1 filter 2 1: size z2d 1 1    0     ENDIF       repetition de la serie temporelle       IF NOT keyword_set repeat_c  THEN repeat_c   1     temps   time 0:jpt 1     IF repeat_c GT 1 THEN BEGIN       taille size z2d        CASE taille 0  OF          1: z2d   reform z2d replicate 1  repeat_c  taille 1 repeat_c           2: BEGIN             z2d   z2d replicate 1  repeat_c              z2d   reform z2d  taille 1  taille 2 repeat_c   over           END           ELSE:        ENDCASE       temps    temps   lindgen jpt REPEAT_c 1 1 temps 1 temps 0 temps jpt 1     ENDIF       selection du type de graphique        taille size z2d     case taille 0  of       2 : typdes 2d        1 : begin          z1d z2d          typdes 1d           if keyword_set OV1D  then begin             yy   z2d             if n_elements datmin  NE 0 then tempsmin   date2jul datmin                ELSE tempsmin   temps 0    on shift l axe du temps pour des questions de precision sur les   dates du calendier julien en long qui sont passes en float ds les axes             xx   temps tempsmin              x range x range tempsmin              x tickv x tickv tempsmin   on fait un faux plot pour appliquer ces changements              plot 0   0 noerase xstyle 5  ystyle   5  title     subtitle     ytitle     xtitle                 goto  trace1d          endif       end    endcase   on construit le mask pour cela le tableau doit etre masque  fait   automatiquement a la valeur valmask si on passe ds moyenne ou grossemoyenne     nan   total finite z2d nan   z2d  not very nice when xgridstyle 2    same if xticklen 0 5  not very nice in the middle    so we draw   the top  right  axis by hand using axis          if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur noire         if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0       ENDIF         plot   0   0   nodata   noerase  _extra   ex             xstyle   1 4 keyword_set endpoints  AND type EQ  xt  AND lat1 NE lat2 8 type EQ  yt  OR type EQ  zt              ystyle   1 4 keyword_set endpoints  AND type EQ  yt 8 type EQ  xt    call axis for the missing axis        IF type EQ  xt  AND NOT keyword_set endpoints  THEN BEGIN         if n_elements ex  NE 0 then              if  where tag_names ex  EQ  YTICKNAME 0  NE  1 then             ex YTICKNAME   replicate    n_elements ex YTICKNAME          axis  yaxis   1  ystyle   1  yticklen   0               ytickname   replicate     y ticks 1  _extra   ex       ENDIF       IF  type EQ  yt  OR type EQ  zt  AND NOT keyword_set endpoints  THEN BEGIN         if n_elements ex  NE 0 then              if  where tag_names ex  EQ  XTICKNAME 0  NE  1 then             ex XTICKNAME   replicate    n_elements ex XTICKNAME         axis  xaxis   1  xstyle   1  xticklen   0             xtickname   replicate     x ticks 1  _extra   ex       ENDIF   ajout d un axe ds le cas ou l on utilise endpoints       if keyword_set endpoints  then addaxe  endpoints  type  posfenetre  _EXTRA   ex     barre de couleur         colnumb   colnumb 0:ncontour 1 keyword_set strictfill        barrecouleur  colnumb  min   max   ncontour keyword_set strictfill 2                         position   posbar  _extra   ex      endif     1d   trace1d:    if  typdes eq  1d  then begin       if  not keyword_set col1d  then col1d   0       if keyword_set sty1d  then BEGIN  si on veut faire des barres          IF strlowcase strtrim sty1d  EQ  bar  then begin              y range    y range 0 y range 1 y range 0 05 y range 1               bar_plot  yy  background    d n_colors 1   not very nice when xgridstyle 2  same if   xticklen 0 5  not very nice in the middle       so we draw the top axis by hand using axis           if n_elements ex  NE 0 then BEGIN    pour avoir un cadre de la couleur noire             if  where tag_names ex  EQ  COLOR 0  NE  1 then ex COLOR   0          ENDIF          plot   0   0   nodata   noerase                xstyle   1 8 1 keyword_set exchange_xy                 ystyle   1 8 keyword_set exchange_xy  _extra   ex   call axis for the missing axis           if n_elements ex  NE 0 then BEGIN    force tickname to blank array             if  where tag_names ex  EQ  YTICKNAME 0  NE  1 AND keyword_set exchange_xy  then ex YTICKNAME   replicate    n_elements ex YTICKNAME              if  where tag_names ex  EQ  XTICKNAME 0  NE  1 AND NOT keyword_set exchange_xy  then ex XTICKNAME   replicate    n_elements ex XTICKNAME           ENDIF          if keyword_set exchange_xy  then  axis  yaxis   1  ystyle   1                yticklen   0  ytickname   replicate     y ticks 1  _extra   ex            ELSE axis  xaxis   1  xstyle   1  xticklen   0                xtickname   replicate     x ticks 1  _extra   ex        ENDIF ELSE oplot  xx  yy  color   col1d  linestyle   sty1d  thick   2  _extra   ex    endif fini:     on remet l axe du temps en jours julien IDL et non pas en jours   juliens comptes a partir tempsmin       if type EQ  xt  then BEGIN         y range y range tempsmin         y tickv y tickv tempsmin    ENDIF ELSE BEGIN         x range x range tempsmin        x tickv x tickv tempsmin    ENDELSE   on fait un faut plot pour que ces valeurs soient prises en   consideration    plot   0   0   nodata   noerase  xstyle   5  ystyle   5          title     subtitle     ytitle     xtitle           3eme partie: impression eventuelle        terminedessin  _extra   ex    if keyword_set savedbox  THEN restoreboxparam   boxparam4pltt dat       if n_elements key_performance  NE 0 then       IF key_performance EQ 1 THEN print   temps pltt  systime 1 tempsun           return end  ");
+a[250] = new Array("./ToBeReviewed/PLOTS/DESSINE/pltz.html", "pltz.pro", "", "          NAME:  PLTZ     PURPOSE:  trace des graphes verticaux     CATEGORY:         Graphics     CALLING SEQUENCE:  pltz  champ  min  max      INPUTS:  champ: le champ dont on veut faire la coupe verticale champ  peut etre de 2 types:           1  un tableau 2d ou 3d             Si le champ est 2d undiquer avec le mot cle boxzoom les           delimitations geographiques de la boxzoom  Si le chyamp est           3d  on extrait la section et on moyenne eventuellement avant           de faire le plot           2  une structure repondant aux critaire specifies par           litchamp pro  cf  IDL  xhelp litchamp  le tableau contenu           ds la structure doit etre 2 ou 3d cf cas 1  si dessus     ces arguments ne sont pas obligatoires:      MAX: valeur maximum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le max de tab1  sur les pts mer     MIN: valeur minimum que l on veut prendre en compte dans le trace   des contours  Par defaut on prend le min de tab1  sur les pts mer      KEYWORD PARAMETERS:    BOXZOOM:vecteur indiquant la zone geographique sur laquelle doit etre   faite la coupe  Si BOXZOOM a :   1 element : l extraction est faite sur  lon1  lon2  lat1  lat2  0 boxzoom 0    2 elements: l extraction est faite sur  lon1  lon2  lat1  lat2  boxzoom 0 boxzoom 1    4 elements: l extraction est faite sur  Boxzoom  0  200    5 elements: l extraction est faite sur  Boxzoom 0:3  0  Boxzoom 4    6 elements: l extraction est faite sur Boxzoom     Ou lon1  lon2 lat1 lat2 sont les variables globales   definies lors du dernier domdef           CB_TITLE: le titre de la colorbar          CB_SUBTITLE: le soustitre de la colorbar          CB_CHARSIZE: The character size of the color bar annotations    CONTINTERVALLE: lorsque CONTOUR est active  valeur d un   intervalle entre deux isolignes traces par un trait  Il peut ainsi   etre different de celui specifie par INTERVALLE    qui  cas ce cas  ne controle que les isolignes coloriees en   couleurs  Si aucun min n est specifie  on choisit un contour min qui va   bien avec l intervalle specifie  Si ce mot cle n est pas   specifie  on trace 20 isolignes du min au max      CONTLABEL: un entier n  lorsque CONTOUR est active  si n   different de 0  choisit le type de label correspondant aux cas n   pour les isolignes tracees par un trait  Pour specifier le type de   label du contour en couleur  utiliser LABEL    CONTMAX: lorsque CONTOUR est active  valeur maximum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR              COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1             CONT_NOFILL: activer pour ne pas remplir les points masques          pour les laisser en transparent            Rq: on trace qd meme le contour du mask            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white    CONTMIN: lorsque CONTOUR est active  valeur minimum que l on   veut prendre en compte dans le trace des isolignes traces par un   trait  Par defaut on prend le max  sur les pts mer    du tableau passe ds le mot cle CONTOUR      CONTNLEVEL: lorsque CONTOUR est active  nombre de contours   trace par un trait a dessiner  actif si   CONTLABEL 0  par defaut  20     CONTOUR: si on veut tracer les contours d un champ different que celui   que l on dessin en couleur  par ex E P en couleur et QSR en   contours  Doit etre un champ reponadnt aux meme caracteristiques   que l argument numero 1 de pltz           ENDPOINTS: mot clef specifiant que l on veut faire une coupe         verticale en diagonale  les coordonnees des extremites de         celle ci sont alors definies les 4 elements du vecteur         ENDPOINTS:  x1 y1 x2 y2  qui sont les coordonnees     INTERVALLE: valeur d un intervalle entre deux isolignes  Si   aucun min n est specifie  on choisit un contour min qui va bien   avec l intervalle specifie  Si ce mot cle n est pas specifie  on   trace 20 isolignes du min au max  Rq: Qd CONTOUR est active   INTERVALLE ne specifie que intervalle entre 2 isolignes coloriees en   couleur  Pour specifier l intervalle entre 2 isolignes traces par un trait   utiliser CONTINTERVALLE     INV: inverse le vecteur couleur utilisee pour colorier le graphe                sans toucher au noir  au blanc et a la palette utilisee     ZRATIO: lorsque le dessin presente une partie zoomee  rapport de   taille entre la partie zommee  hz  hauteur zoom  et le dessin entier  ht    hauteur total  Par defaut  2 3    LABEL: un entier n  si n different de 0  choisit le type de   label correspondant aux cas n  cf label pro   Rq: Qd CONTOUR est active  ne specifie le type de label que pour les   isolignes coloriees en couleur  Pour celles tracees par un trait   utiliser CONTLABEL      LANDSCAPE: oblige la feuille ou la fenetre a etre en position  allongee            LCT: entier designant le numero de la palette de couleur que         l on veut utiliser pour le plot             MAXIN: permet de specifier la valeur maximum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument max  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue            MININ: permet de specifier la valeur minimum que l on veut         prendre en compte dans le trace des contours a l aide d un         mot cle plutot que par l argument min  Si l argument et le         mot cle sont specifies en meme temps  c est la valeur         specifiee par le mot cle qui est retenue     NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou n est pas specifie     NOCOLORBAR: activer si on ne veut pas de colorbar    NOCONTOUR: activer si on ne veut pas de contour mais juste  les couleurs    NOFILL: activer si on veut juste les contours en noir et  blanc sur fond blanc            NOERASE: activer pour faire un dessin a l ecran sans creer         une nouvelle fenetre            NOTRI: pour forcer a ne pas utiliser de triangulation            OVERPLOT: pour faire un plt par dessus un autre  Rq:         contrairemnet a l utilisation de CONTOUR          l utilisation de ce mot clef ne modifie pas la legende ou et         la barre de couleur     PETITDESSIN: vecteur de 3 ou 4 elements  applique pour faire un   dessin sur une petite portion de feuille ou d ecran  il delimite   la zone ds laquelle va etre fait le dessin   si il a 4 elements:         il est alors constitute des coordonnees  exprime en cm reperes par         rapport au coin en bas a gauche de la feuille ou de la fenetre          en portrait comme en landscape  du coin en bas a         gauche et du coin en haut a droite  de la zone de dessin    si il a 3 elements:         Ds ce cas  on divise la fenetre ou l ecran en PETITDESSIN 0          colonnes  en PETITDESSIN 1  lignes le dessin se faisant ds la         case numero PETITDESSIN 2 La numerotation commencant en haut         a gauche par le numero 1 et suivant apres dans le sens de         l ecriture    Par defaut on fait un dessin occupant la plus grande place possible   tout en concervant le rapport d aspect  sauf qd REMPLI est active     PORTRAIT: oblige la feuille ou la fenetre a etre en position  debout     POST: faire une sortie postscript  Ne marche que si on fait  un seul dessin sur la feuille  Si on fait plusieurs dessins   utiliser  ps ou plein2dessins    REMPLI:oblige le dessin a occuper l espace maximum definit  par petitdessin            SIN: activer ce mot cle si l on veut que l  axe des x soit         trace en sinus de la latitude qd on fait une coupe  yz             STRICTFILL: activer ce mot clef pour que le remplissage des         contours ce fasse precisement entre le min et le max specifie         en laissant en banc les valeurs inferieurs au min specifie et         superieurs au max specifie     STYLE: style de tracer a adopter pour dessiner les isolignes par   defaut style 0  cf style pro    TRANS: fait un postscript  active  post automatiquement  et l imprime    si on le desire  sur un transparant            UNLABSUR: entier n  specifant qu on ne labelle qu un          contour sur n  Par defaut unlabsur 2    UNSUR2: si on veut tracer un countour sur deux  par  defaut trace   tous les contours    WINDOW: nimero de la fenetre ou l on veut faire le graphe  permet   d ouvrir plusieurs fenetres  par defaut on ouvre  IDL0             WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W             XZ: force a faire une coupe xz            YZ: force a faire une coupe yz    YXASPECT: rapport d echelle entre y et x  par ex:  1 pour un repere   presque orthonorme   2 si l axe des y est environ deux fois plus dilate   que celui des x  Par defaut on adapte pour occupe une grande partie de   la feuille en sortie postScript ou pour cree une fenetre pas trop etiree               WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W     ZOOM: profondeur jusqu a laquelle on fait un zoom  par defaut 200m ou   la profondeur maximale si elle est inf a 200            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      OUTPUTS:     COMMON BLOCKS:  common pro      SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 1999                         Sebastien Masson 08 02 2000 checkfield and                         notri keyword          pro pltz  tab  giventype  givenmin  givenmax  BOXZOOM   boxzoom  CONTOUR   contour               ENDPOINTS   endpoints  INTERVALLE   intervalle  INV   inv  ZRATIO   zratio               CONTINTERVALLE   contintervalle  LABEL   label  CONTLABEL   contlabel               STYLE   style  CONTMAX   contmax  SIN   sin  TYPEIN   typein               CONTMIN   contmin  NLEVEL   nlevel  CONTNLEVEL   contnlevel               NOTRI   notri  USETRI   usetri  FILLXDIR   fillxdir               ZOOM   zoom  XZ   xz  YZ   yz  MININ   minin  MAXIN   maxin               STRICTFILL   strictfill  OVERPLOT   overplot  MASKFILL   maskfill               WDEPTH   wdepth  REALSECTION   realsection               _EXTRA   ex     include common     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     tempsun   systime 1             pour key_performance       1ere partie: initialisation et petits calculs     on ne reinitialise pas qd on rapelle pltz en boucle pour utiliser contour   if n_elements contour  ne 4 AND NOT keyword_set overplot  then reinitplt     if n_elements contour  ne 4 THEN saveboxparam   boxparam4pltz dat      lecture du champ     if n_elements giventype  NE 0 then type   giventype   if n_elements givenmin  NE 0 then min   givenmin   if n_elements givenmax  NE 0 then max   givenmax   if n_elements minin  NE 0 then min   minin   if n_elements maxin  NE 0 then max   maxin   if n_elements realsection  EQ 0 then realsection   1   IF n_elements usetri  EQ 0 THEN BEGIN     IF n_elements notri  NE 0 THEN usetri   2 notri ELSE usetri   1   ENDIF   no need of triangulation   IF usetri EQ 1 AND keyword_set realsection  THEN usetri   0   did we specify the type     if keyword_set typein  then BEGIN      if size type   type  NE 7 AND size type   type  NE 0 then begin       if n_elements min  NE 0 then max   min       min   type     endif     type   typein   ENDIF      checktypeminmax   pltz  TYPE   type  MIN   min  MAX   max         XZ   xz  YZ   yz  ENDPOINTS   endpoints  _extra   ex     if keyword_set endpoints  then begin     section  tab  z2d  glam  gphi  ENDPOINTS   endpoints  TYPE   type          BOXZOOM   boxzoom  DIREC   direc  WDEPTH   wdepth  _extra   ex     if z2d 0  EQ  1 AND n_elements contour  ne 4 then BEGIN        restoreboxparam   boxparam4pltz dat        return     ENDIF     nx   n_elements glam       ny   nx     if strupcase vargrid  EQ  W  then begin       gdep   gdepw firstzw:lastzw        nz   nzw     ENDIF ELSE BEGIN       gdep   gdept firstzt:lastzt        nz   nzt     ENDELSE     mask   z2d LE valmask 10    ENDIF ELSE BEGIN     z2d   checkfield tab   pltz  TYPE   type  BOXZOOM   boxzoom                          DIREC   direc  WDEPTH   wdepth  _extra   ex      if z2d 0  EQ  1 AND n_elements contour  ne 4 then BEGIN        restoreboxparam   boxparam4pltz dat        return     ENDIF     IF realsection EQ 1 THEN grille  mask  glam  gphi  gdep  nx  ny  nz  ifpltz   type  WDEPTH   wdepth       ELSE grille  mask  glam  gphi  gdep  nx  ny  nz  WDEPTH   wdepth   ENDELSE   stop     profmax    y range 0    profmin    y range 1    if not keyword_set zoom  then zoom   200   zoom   zoom 0    IF zoom LT profmin THEN zoom   profmax   if zoom GE vert2 then zoom   profmax   construction of the mask and of the axis   axis4pltz  type  mask  glam  gphi  gdep  XXAXIS   xxaxis  ZZAXIS   zzaxis  SIN   sin  ZRATIO   zratio  ZOOM   zoom  PROFMAX   profmax  PROFMIN   profmin  _extra   ex   to draw from bottom to top  avoid using cell_fill    z2d   reverse z2d  2        determination du mi:min et du ma:max de tab1 ainsi que de max: max et     min: min pour le dessin      nan   total finite z2d   nan   z2d    max   if n_elements maskfill  NE 0 then BEGIN     z2d   z2d mask masknan     if maskfill NE 0 then z2d   temporary z2d    maskfill 1b mask masknan    ENDIF     check the mask and the triangulation according to the grid type and    nan values  find the coordinates of the mask        if  where mask EQ 0 0  EQ  1 AND NOT keyword_set nan  then notri   1     if keyword_set notri  then trifield    1       ELSE trifield   triangule mask basic    if  usetri GE 1 AND  vargrid EQ  T  OR vargrid EQ  W        OR  usetri EQ 2 AND  vargrid NE  T  AND vargrid NE  W  THEN       trifield   triangule mask   basic      IF NOT keyword_set endpoints   THEN BEGIN     if keyword_set nan  then trinan   triangule masknan   basic  coinmonte   coinmontenan  coindescend   coindescendnan      decoupeterre  mask  glammsk  gphimsk  gdepmsk  type   type  WDEPTH   wdepth  REALSECTION   realsection     axis4pltz  type  mask  glammsk  gphimsk  gdepmsk  XXAXIS   xmask  ZZAXIS   zmask  SIN   sin  ZRATIO   zratio  ZOOM   zoom  PROFMAX   profmax  PROFMIN   profmin  _extra   ex   ENDIF ELSE BEGIN     xmask   xxaxis     zmask   zzaxis   ENDELSE      if  usetri GE 1 AND  vargrid NE  T  AND vargrid NE  W  THEN BEGIN      IF keyword_set realsection  THEN trimsk   triangule mask   basic        ELSE trimsk   triangule mask   basic  coinmonte   coinmontemask                                 coindescend   coindescendmask    ENDIF          dessin en lui meme     pltbase  z2d  xxaxis  zzaxis  mask  xmask  zmask         level_z2d  colnumb  overplot   overplot         contour   contour  trichamp   trifield  trimsk   trimsk          c_linestyle   linestyle         c_labels   1 indgen n_elements level_z2d  MOD 2          c_thick   thick  unsur2   unsur2         masknan   masknan  trinan   trinan         coinmontenan   coinmontenan  coindescendnan   coindescendnan         coinmontemask   coinmontemask  coindescendmask   coindescendmask         REALSECTION   realsection  USETRI   usetri  _extra   ex     rappelle de pltz en boucle qd contour est active     if n_elements contour  eq 4 then BEGIN   c est la 2eme fois que je passe ds pltt     contour    mietma: mi  ma  unit:varunit  inter:intervalle    je renvoie le min  le max et l unite     return   endif   if keyword_set contour  THEN BEGIN      pourlegende    1  1  1  1      oldattributs   saveatt      oldcolnumb   colnumb     pltz  contour  contmin  contmax  CONTOUR   pourlegende  ZRATIO   zratio           INTERVALLE   contintervalle  LABEL   contlabel  STYLE   style   noerase            NLEVEL   contnlevel  ZOOM   zoom  BOXZOOM   boxzoom  ENDPOINTS   endpoints           STRICTFILL   strictfill  REALSECTION   realsection  MASKFILL   maskfill           USETRI   usetri  WDEPTH   wdepth  _extra   ex     restoreatt  oldattributs     colnumb   oldcolnumb   ENDIF       3eme partie: dessin du cadre  legendes  colorbar      if keyword_set overplot  then BEGIN       y range     zoom  profmin    on repasse en coordonees physiques      plot   0   0   nodata   noerase  title     subtitle     xstyle   5  ystyle   5     GOTO  fini   endif     legendes   affichage de celles ci     legende  mi  ma  type  CONTOUR   pourlegende  INTERVALLE   intervalle  DIREC   direc  endpoints   endpoints  _EXTRA   ex   if type eq  yz  then xaxe    lataxe  else xaxe    lonaxe    if keyword_set sin  OR NOT key_onearth then xaxe       cadre applique par defaut   plot   xxaxis 0  xxaxis n_elements xxaxis 1   zratio   zratio   noerase         xstyle   1 4 keyword_set endpoints  AND  type EQ  xz  AND lat1 NE lat2  OR  type EQ  yz  AND lon1 NE lon2          xtickformat   xaxe  _extra   ex   ajout d un axe ds le cas ou l on utilise endpoints   if keyword_set endpoints  then addaxe  endpoints  type  posfenetre  _EXTRA   ex     axe y en 1 ou 2 parties     if n_elements ex  NE 0 then BEGIN    pour ne plus mettre de titre     if  where tag_names ex  EQ  TITLE 0  NE  1 then ex TITLE         pour ne plus mettre de sous titre     if  where tag_names ex  EQ  SUBTITLE 0  NE  1 then ex SUBTITLE         pour n avoir q un ytitle     if  where tag_names ex  EQ  YTITLE 0  NE  1 then BEGIN        ytitle   ex YTITLE       ex YTITLE           endif   ENDIF   htotal   posfenetre 3 posfenetre 1    hzoom   1 zratio htotal   if zoom LT profmax then       plot   0   0   nodata   noerase  ystyle   1  yrange    profmax  zoom 0 001          position   posfenetre 0  0  0   hzoom  _extra   ex  title     subtitle     ytitle          y range     zoom  profmin      on repasse en coordonees physiques    plot   0   0   nodata   noerase  ystyle   1  _extra   ex         title     subtitle     ytitle     position   posfenetre 0  htotal hzoom  0  0      pour ecrire le ytitle      if  d name EQ  PS  then       xs    max page_size  min   mi 1 key_portrait    mi key_portrait d x_px_cm     ELSE xs    d x_size   if n_elements ytitle  NE 0 then  y title   ytitle   charsize   chkstru ex   ycharsize   extract    if charsize EQ  1 then charsize    p charsize   IF chkstru ex   charsize  THEN ex charsize   charsize   if chkstru ex   ytitle   extract  NE   then       decalage   string format    e10 3  profmax    decalage   float strmid decalage  strpos decalage   e 1    posy   posfenetre 1 1 htotal 2   posx   posfenetre 0 decalage 3 d x_ch_size charsize xs   xyouts  posx  posy   y title   normal  orientation   90  color   0  ALIGNMENT    5  charsize   charsize  _extra   ex      barre de couleur     colnumb   colnumb 0:ncontour 1 keyword_set strictfill    barrecouleur  colnumb  min   max   ncontour keyword_set strictfill 2                     position   posbar  _extra   ex       4eme partie: impression eventuelle     fini:   terminedessin  _extra   ex         sortie:   restoreboxparam   boxparam4pltz dat      if keyword_set key_performance  NE 0 THEN print   temps pltz  systime 1 tempsun    return end   ");
+a[251] = new Array("./ToBeReviewed/PLOTS/DESSINE/sbar_plot.html", "sbar_plot.pro", "", "          NAME:sbar_plot  super bar_plot      PURPOSE: meme chose que bar_plot mais compatible avec l ensemble de   l environnement  common pro est inclu      CATEGORY:dessine     CALLING SEQUENCE: sbar_plot y      INPUTS: cd IDL bar_plot     KEYWORD PARAMETERS:      meme que ceux de bar_plot avec en plus:        COLORS: un entier donnant la couleur de toutes les barres de        couleurs   contrairement a colors qui est en vecteur donnant le        couleur de chaque barre de couleur           NOREINITPLT: a actier si on ne veut pas que les variables        d environnemet  p   x   y   z soient reinitialisees par la        procedure reinitplt     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:       Si NOREINITPLT n est pas ective toutes les variables        d environnemet  p   x   y   z sont reinitialisees par la        procedure reinitplt     RESTRICTIONS:     EXAMPLE:          IDL  sbar_plot  indgen 10 small    2 2 2 rempli        IDL  sbar_plot  indgen 10 small    2 2 3 noerase        IDL   ps     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         10 10 1999          PRO sbar_plot  Values  COLORS   colors  NOREINITPLT   noreinitplt  _extra   ex      compile_opt idl2  strictarrsubs    common   1  je reinitialise l environnememt graphique  les variables  x   y et  p :     if NOT keyword_set NOREINITPLT  then reinitplt  _extra   ex    2  je place le dessin a l ecran comme sur le postcript     IF chkstru ex   overplot EQ 0 THEN placedessin   autre  _extra   ex   3  je fais mon joli dessin     if n_elements COLORS  NE 0 then BEGIN       if n_elements COLORS  EQ n_elements Values  then col   colors          ELSE col   replicate colors 0  n_elements Values     ENDIF ELSE col   congrid indgen d n_colors   256  n_elements Values       bar_plot  Values  background    p background  colors   col                  xstyle   1  ystyle   1  _extra   ex   4  je termine le dessin     terminedessin  _extra ex      return end");
+a[252] = new Array("./ToBeReviewed/PLOTS/DESSINE/scontour.html", "scontour.pro", "", "          NAME:scontour  super contour      PURPOSE: meme chose que contour mais compatible avec l ensemble de   l environnement  common pro est inclu      CATEGORY:dessine     CALLING SEQUENCE: scontour  z   x  y       INPUTS:cd IDL contour     KEYWORD PARAMETERS:      meme que ceux de bar_plot avec en plus:        NOREINITPLT: a actier si on ne veut pas que les variables        d environnemet  p   x   y   z soient reinitialisees par la        procedure reinitplt     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:        IDL  z   dist 100          IDL  scontour  z  nlevels 10 small 1 2 1 xstyle 1 ystyle 1        IDL   ps     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         10 10 1999         PRO scontour  x  y  z  NOREINITPLT   noreinitplt  _EXTRA   ex     compile_opt idl2  strictarrsubs    common   1  je reinitialise l environnememt graphique  les variables  x   y et  p :    if NOT keyword_set NOREINITPLT  then reinitplt  _extra   ex    2  je place le dessin a l ecran comme sur le postcript    if ex contains norease and c_orientation keywords we force ex noerase   0   IF chkstru ex   overplot  EQ 0 THEN placedessin   autre  _extra   ex   fiddle when noerase is used with c_orentation    call contour with  nodata to get the graphic envoronment  then force   noerase   0 and overplot   1   IF size ex   type  EQ 8 THEN BEGIN   check if noerase is used with c_orentation     alltags   strlowcase tag_names ex      dummy   where alltags EQ  noerase  count1      dummy   where alltags EQ  c_orientation  count2      IF count1 count2 NE 0 THEN BEGIN        case n_params  OF         1:contour  x   nodata  _EXTRA   ex         2:contour  x  y   nodata  _EXTRA   ex         3:contour  x  y  z   nodata  _EXTRA   ex       endcase       ex noerase   0       ex   get_extra overplot  _extra   ex        noerase_orientation   1     ENDIF    ENDIF    3  je fais mon joli dessin    case n_params  OF     1:contour  x  xstyle   1  ystyle   1  _EXTRA   ex     2:contour  x  y  xstyle   1  ystyle   1  _EXTRA   ex     3:contour  x  y  z  xstyle   1  ystyle   1  _EXTRA   ex   ENDCASE   fiddle when noerase is used with c_orentation  draw the contour axis   IF keyword_set noerase_orientation   THEN BEGIN     ex noerase   1     ex overplot   0     case n_params  OF       1:contour  x  xstyle   1  ystyle   1   nodata  _EXTRA   ex       2:contour  x  y  xstyle   1  ystyle   1   nodata  _EXTRA   ex       3:contour  x  y  z  xstyle   1  ystyle   1   nodata  _EXTRA   ex     ENDCASE   ENDIF   4  je termine le dessin    terminedessin  _extra   ex     return end");
+a[253] = new Array("./ToBeReviewed/PLOTS/DESSINE/splot.html", "splot.pro", "", "          NAME:splot  super plot      PURPOSE: meme chose que plot mais compatible avec l ensemble de   l environnement  common pro est inclu      CATEGORY:dessine     CALLING SEQUENCE: PLOT   X  Y      INPUTS:cd IDL   plot     KEYWORD PARAMETERS:    meme que ceux de plot avec en plus:          NOREINITPLT: a actier si on ne veut pas que les variables        d environnemet  p   x   y   z soient reinitialisees par la        procedure reinitplt     OUTPUTS:       Si NOREINITPLT n est pas ective toutes les variables        d environnemet  p   x   y   z sont reinitialisees par la        procedure reinitplt     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:          IDL  splot  indgen 10 ystyle 1 small 1 2 1 portrait        IDL  splot   indgen 10 ystyle 1 small 1 2 2 noerase        IDL   ps     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         18 10 1999         PRO splot   x  y  NOREINITPLT   noreinitplt  _EXTRA   ex     compile_opt idl2  strictarrsubs    common   1  je reinitialise l environnememt graphique  les variables  x   y et  p :     if NOT keyword_set NOREINITPLT  then reinitplt  _extra   ex    2  je place le dessin a l ecran comme sur le postcript     placedessin   autre  _extra   ex   3  je fais mon joli dessin     if n_elements y  EQ 0 then plot   x  xstyle   1  ystyle   1  _EXTRA   ex      ELSE plot   x  y  xstyle   1  ystyle   1  _EXTRA   ex   4  je termine le dessin     terminedessin  _extra ex       return end");
+a[254] = new Array("./ToBeReviewed/PLOTS/DESSINE/tvplus.html", "tvplus.pro", "", "          NAME: tvplus     PURPOSE: enhanced version of tvscl     CATEGORY: quick exploration of 2D arrays      CALLING SEQUENCE: tvplus z2d  cellsize      INPUTS:         z2d: 2D array to visualize        cellsize:  optional  this is the size  in pixel  of the square      representing 1 array element  By default  this size is computed      automatically in order that the size of the plotting window do      not exceed the screen size  If the user specify a large value      of cellsize that forces tvplus to create a window larger than      the screen  a  scrolling window  will be displayed instead of a      regular window  Unfortunately the nice fonctionnalities of tvplus      are not coded for  scrolling window  case      KEYWORD PARAMETERS:           BOTTOM: The lowest color index of the colors to be loaded in         the bar  default is 0            C_NAN: The color number that should be used for the NaN values          default value is  d n_colors  1 e6  the test to find the masked value is ge         abs mask 10  This is necessary to avoid the rounding errors           MIN and MAX: scalars used to specify the min and max values         of the color bar  default is from 0 to  d n_colors  tvplus  dist 100      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          18 12 98   Aug 2005: quick cleaning   english         PRO tvplus  z2d  cellsize  BOTTOM   bottom  C_MASK   c_mask  C_NAN   c_nan  WINDOW   window                 MIN   min  MAX   max  MASK   mask  OFFSET   offset  NOUSEINFOS   NOUSEINFOS                 NCOLORS   ncolors  NOINTERP   nointerp  _EXTRA   ex       compile_opt idl2  strictarrsubs     IF n_elements z2d  EQ 0 THEN return   arr   reform float z2d      check the size of the input array      if  size arr 0  NE 2 then begin     ras   report Input array must have only 2 dimensions and not   strtrim size arr   n_dimensions  1      return   endif     def of ncolmax  bottom  topcol et ncolors     ncolmax    d n_colors  arr     truemin   min   ENDIF ELSE truemin   min arr    if n_elements max  NE 0 then BEGIN      arr   arr  floor x cellsize   floor y cellsize   floor x cellsize   floor y cellsize   floor x2 cellsize   floor y2 cellsize     size arr 2 cellsize 1          x     x  x2    x    x sort x          y     y  y2    y    y sort y          IF keyword_set OFFSET  THEN offset    x 0  y 0 offset ELSE offset    x 0  y 0          tvplus  z2d x 0 :x 1  y 0 :y 1    WINDOW   window  MIN   min  MAX   max                     MASK   mask  C_MASK   c_mask  C_NAN   c_nan   NOUSEINFOS  OFFSET   OFFSET                     NCOLORS   ncolors  NOINTERP   nointerp  BOTTOM   bottom  _EXTRA   ex         return       END       ELSE:     endcase   ENDWHILE      x   xenvsauve    y   yenvsauve    p   penvsauve    x range   1 0  nx cellsize 5 offset 0     y range   1 0  ny cellsize 5 offset 1      return end");
+a[255] = new Array("./ToBeReviewed/PLOTS/DIVERS/addaxe.html", "addaxe.pro", "", "          NAME:addaxe     PURPOSE:ajoute un axe qd on fait une section oblique ds pltz  pltt   ou plt1d     CATEGORY:autour de pltz  pltt et plt1d     CALLING SEQUENCE:addaxe  type  posfenetre      INPUTS:endpoints:coordonnees des extremites de  a section          type: un string de 2 characteres specifiant qule type de plot   on fait           posfenetre: ler vecteur  p posotion correspondant a  a          position du cadre de la partie dessin du plot      KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO addaxe  endpoints  type  posfenetre  _EXTRA   ex     compile_opt idl2  strictarrsubs    common      IF strpos type   x  NE  1 THEN BEGIN       IF endpoints 1  EQ endpoints 3  THEN return       IF key_onearth THEN BEGIN          formeaxe0    lonaxe          formeaxe1    lataxe          titreaxe    latitude        ENDIF ELSE BEGIN          formeaxe0             formeaxe1             titreaxe    j index        ENDELSE       range    endpoints 1  endpoints 3        if endpoints 2  LT endpoints 0  THEN range   reverse range     ENDIF ELSE BEGIN       IF endpoints 0  EQ endpoints 2  THEN return       IF key_onearth THEN BEGIN          formeaxe0    lataxe          formeaxe1    lonaxe          titreaxe    longitude        ENDIF ELSE BEGIN          formeaxe0             formeaxe1             titreaxe    i index        ENDELSE       range    endpoints 0  endpoints 2        if endpoints 3  LT endpoints 1  THEN range   reverse range     ENDELSE    if type EQ  yt  then BEGIN       axis yaxis 0 ytickformat formeaxe0 color 0 ystyle   1  _EXTRA   ex       axis yaxis 1 ytickformat formeaxe1 color 0 ystyle   1 ytitle titreaxe  yrange   range  _EXTRA   ex    ENDIF ELSE BEGIN       axis xaxis 0 xtickformat formeaxe0 color 0 xstyle   1 _EXTRA   ex       axis xaxis 1 xtickformat formeaxe1 color 0 xstyle   1 xtitle titreaxe  xrange   range  _EXTRA   ex    ENDELSE       return end");
+a[256] = new Array("./ToBeReviewed/PLOTS/DIVERS/autoscale.html", "autoscale.pro", "", "          NAME: autoscale     PURPOSE: on donne un min et un max et la procedure renvoie le   contour intevalle qui va bien et la valeur des labels      CATEGORY: autour de CONTOUR     CALLING SEQUENCE: autoscale  min  max  ci      INPUTS: min et max: 2 reels specifiants entre quel min et quel max   on veut tracer un contour     KEYWORD PARAMETERS: none     OUTPUTS: ci et evenuellement levels  ci est un reel qui donne le   contour intevalle  A utiliser ds CONTOUR avlec le mot clef LEVEL      COMMON BLOCKS:     SIDE EFFECTS:      CI est un multiple de l unite en unite log de 10     force le nombre de contour a etre pair      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: G  Roullet   aout 99  gr lodyc jussieu fr            PRO autoscale  min  max  ci      estimation d un premier CI  notez la presence du floor  arrondi inferieur    ce CI est un multiple de l unite en unite log de 10        compile_opt idl2  strictarrsubs       ci    max min 20      ci   10 floor alog10 ci       n   0     ci0   ci       coef    2  2 5  5  10      test differents CI  contour intervales  i e  1  2  2 5  5 et 10   jusqu a ce que le nombre de contours soit inferieur a 30        WHILE ceil max min ci  GE 30 DO BEGIN            ci   ci0 coef n            n   n 1     ENDWHILE       min   floor min ci 2 ci 2     max   ceil max ci 2 ci 2          nlevels   round max min ci            force le nombre de contour a etre pair       IF nlevels MOD 2 EQ 1 THEN BEGIN            nlevels   nlevels 1           max   max ci     END    END     ");
+a[257] = new Array("./ToBeReviewed/PLOTS/DIVERS/axis4pltz.html", "axis4pltz.pro", "", "          NAME:axis4pltz     PURPOSE:compute the mask and the axis for a vertical section     CATEGORY:     CALLING SEQUENCE:      INPUTS:mask: 3d mask          glam  gphi: 2d longitudes and latitudes          z:1d depth     KEYWORD PARAMETERS:          XXAXIS to get the xaxis we need to use in pltbase          ZZAXIS to get the yaxis we need to use in pltbase            Others: see pltz      OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         June 24  2002          PRO axis4pltz  type  mask  glam  gphi  z  XXAXIS   xxaxis  ZZAXIS   zzaxis  SIN   sin  ZRATIO   zratio  ZOOM   zoom  PROFMAX   profmax  PROFMIN   profmin  _extra   ex     include common     compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF        define the mask used for this section     if mask 0  NE  1 AND  size mask 0  NE 2 then begin     if type EQ  xz  then mask   total mask  2    1       ELSE mask   total mask  1    1   endif     define xxaxis and yyaxis the axis used for this section     nx    size glam 1    CASE  size gphi 0  OF     1:ny    size gphi 1      2:ny    size gphi 2    ENDCASE   CASE  size z 0  OF     1:nz    size z 1      2:nz    size z 2    ENDCASE     if type eq  yz  then BEGIN      IF  size gphi 0  EQ 1 then xxaxis   gphi ELSE BEGIN        IF keyword_set key_irregular  THEN BEGIN          cln    where gphi EQ max gphi 0          xxaxis   reform gphi cln MOD nx          ENDIF ELSE xxaxis   reform gphi 0        ENDELSE     if keyword_set sin  then xxaxis   sin pi 180 xxaxis      if  size z 0  EQ 1 THEN zzaxis   z ELSE zzaxis   z   ENDIF ELSE BEGIN     xxaxis   glam  0      if  size z 0  EQ 1 then zzaxis   z ELSE zzaxis   z   ENDELSE      on projette l axe z dans  0 1      if not keyword_set zratio  then zratio   2 3   if zoom ge profmax then zratio   1    if zoom LT profmax then begin     mp   projsegment profmin  zoom   0  zratio   mp      zzaxis where zzaxis LE zoom    mp 0 zzaxis where zzaxis LE zoom mp 1      mp   projsegment zoom  profmax   zratio  1   mp      zzaxis where zzaxis GE zoom    mp 0 zzaxis where zzaxis GE zoom mp 1    ENDIF ELSE BEGIN     mp   projsegment profmin  profmax   0  1   mp      zzaxis   mp 0 zzaxis mp 1    ENDELSE    to draw from bottom to top  avoid using cell_fill    CASE size zzaxis   n_dimensions  OF     1:zzaxis   reverse zzaxis       2:zzaxis   reverse zzaxis  2     ENDCASE   if mask 0  NE  1 then mask   reverse mask  2     return end");
+a[258] = new Array("./ToBeReviewed/PLOTS/DIVERS/barrecouleur.html", "barrecouleur.pro", "", "          NAME:barrecouleur     PURPOSE:surcouche de colorbar     CATEGORY:delestage de l ecriture de plt  pltz  pltt     CALLING SEQUENCE:barrecouleur     SIDE EFFECTS: passer tous les arguments que l on veut grace a _extra     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          23 12 98         PRO barrecouleur  colnumb  clbinf  clbsup  clbdiv                       NOCOLORBAR   nocolorbar  CB_TITLE   cb_title                       NOFILL   nofill  COLOR_c   color_c                       min   min  max   max  divisions   divisions                       CB_SUBTITLE   cb_subtitle  POST   post  _extra   ex       compile_opt idl2  strictarrsubs    cm_general   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF     if keyword_set min  then clbinf   min   if keyword_set max  then clbsup   min   if keyword_set divisions  THEN  clbdiv   divisions   nocolorbar   keyword_set nocolorbar    keyword_set nofill                     keyword_set color_c          def_myuniquetmpdir     IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used        colorbarparam    colnumb:colnumb  clbinf:clbinf                           clbsup:clbsup  clbdiv:clbdiv     ENDIF ELSE BEGIN       save  colnumb  clbinf  clbsup  clbdiv               file   myuniquetmpdir    4colorbar dat     ENDELSE      if keyword_set nocolorbar  then return       ancienx    x    ancieny    y    ancienp    p    reinitplt     x style   1     y style   1        colorbar  cb_color   0  cb_charsize   ancienp charsize            pscolor   keyword_set post  division   clbdiv            min   clbinf  max   clbsup            cb_title   cb_title  discret   colnumb  _extra   ex       x  ancienx     y  ancieny     p  ancienp      return end");
+a[259] = new Array("./ToBeReviewed/PLOTS/DIVERS/checkfield.html", "checkfield.pro", "", "          NAME:checkfield     PURPOSE:en entree de plt  pltz  pltt et plt1d  verifie que le   champ donne a bien une taille compatible avec le domaine et fait au   besoin les moyennes pour ressortir en fin de fonction un tableau 2d   si on fait un plot du type:  xy   xz   xt   yz   yt   zt  ou un   tableau 1d si on fait un plot du type  x   y   z   t      CATEGORY:en entree de plt  pltz  pltt et plt1d     CALLING SEQUENCE:res checkfield field  procedure       INPUTS:          filed: un champ recomdant aux criteres de litchamp pro  cf           IDL xhelp litchamp      KEYWORD PARAMETERS:               WDEPTH: to specify that the field is at W depth instad of T            depth  automatically activated if vargrid eq  W      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         08 02 2000       FUNCTION err_1d  type  n1  name  n2     compile_opt idl2  strictarrsubs     return  report Error in     type     type plot with a 1D input array:                         the number of elements of the input vector  strtrim n1  1                           is not equal to     name      strtrim n2  1   simple  END   FUNCTION err_2d  type  sz  nx  ny  nz     compile_opt idl2  strictarrsubs      cm_4mesh    cm_4cal   return  report Error in     type     type plot with a 2D input array:                         the array dimensions     tostr sz 1:2      are incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple  END   FUNCTION err_3d  type  sz  nx  ny  nz     compile_opt idl2  strictarrsubs      cm_4mesh    cm_4cal   return  report Error in     type     type plot with a 3D input array:                         the array dimensions     tostr sz 1:3      are incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple  END     FUNCTION checkfield  field  procedure  TYPE   type  BOXZOOM   boxzoom  DIREC   direc  NOQUESTION   noquestion  VECTEUR   vecteur  WDEPTH   wdepth  _EXTRA   ex       compile_opt idl2  strictarrsubs     include commons  cm_4mesh  cm_4cal  cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF     I1  lecture du champ     if n_elements field  EQ 0 then return  report field undefined    arr   litchamp field    first check   IF n_elements arr  EQ 1 THEN BEGIN     if arr EQ  1 then         return  report Error: input array    1  Maybe the reading did ont perform well   simple        ELSE return  report Error: input array is a scalar   simple         ENDIF   nan   total finite arr   nan    firstzw 1        lastzw    lastzw 1    firstzt 1        lastzt    lastzt 1     jpk 1        nzt   lastzt   firstzt   1     ENDELSE      updateold   ENDIF   make the automatic definition of type for pltz if type is not specified    IF type EQ  z  AND procedure EQ  pltz  THEN       if  lon2 lon1  gt  lat2 lat1  then type    xz  else type    yz    make the automatic definition of type for pltt if type is not specified    IF type EQ  unkownpltt  AND procedure EQ  pltt  THEN       if  lon2 lon1  gt  lat2 lat1  then type    xt  else type    yt      verification de la taille du tableau d entree et de la valeur de type     grille   1   1   1   1  nx  ny  nz  firstx  firsty         firstz  lastx  lasty  lastz  WDEPTH   wdepth     basic checks     CASE 1 OF     nx EQ 1: IF strpos type   x  NE  1 THEN return  report Error: impossible to make a     type     type plot with nx   1    simple      ny EQ 1: IF strpos type   y  NE  1 THEN return  report Error: impossible to make a     type     type plot with ny   1    simple      nz EQ 1: IF strpos type   z  NE  1 THEN return  report Error: impossible to make a     type     type plot with nz   1    simple      jpt EQ 1: IF strpos type   t  NE  1 THEN return  report Error: impossible to make a     type     type plot with jpt   1    simple      ELSE:   ENDCASE     is the size of the array compatible with teh domain      arr   fitintobox temporary arr  nx  ny  nz  firstx  firsty         firstz  lastx  lasty  lastz      sz   size arr    case sz 0  of       0:return  arr       1:BEGIN       nele   n_elements arr        case type of          t :if jpt NE nele THEN return  err_1d type  nele   jpt  jpt           x :IF  nx NE nele THEN return  err_1d type  nele    nx   nx           y :IF  ny NE nele THEN return  err_1d type  nele    ny   ny           z :IF  nz NE nele THEN return  err_1d type  nele    nz   nx          ELSE:return  report Error:                                    Impossible to make a  type  plot with a 1D array   simple        ENDCASE     END        2:BEGIN       case type of          x :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny:direc    y    xy array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz:direc    z    x y z array             sz 1  EQ nx AND sz 2  EQ jpt:direc    t    xt array             ELSE:return  err_2d type  sz  nx  ny  nz            endcase         end          y :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny:direc    x    xy array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz:direc    z     x yz array             sz 1  EQ ny AND sz 2  EQ jpt:direc    t    yt array             ELSE:return  err_2d type  sz  nx  ny  nz            endcase         END          z :BEGIN           case 1 of             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz:direc    x    x y z array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz:direc    y     x yz array             sz 1  EQ nz AND sz 2  EQ jpt:direc    t    zt array             ELSE:return  err_2d type  sz  nx  ny  nz            endcase         END          t :BEGIN           case 1 OF             sz 1  EQ nx AND sz 2  EQ jpt:direc    x    xt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ jpt:direc    y     x yt array             nx EQ 1 AND ny EQ 1 AND sz 1  EQ nz AND sz 2  EQ jpt:direc    z     x y zt array             ELSE:return  err_2d type  sz  nx  ny  nz            ENDCASE         END          xy :IF sz 1  NE nx OR sz 2  ne  ny THEN return  err_2d type  sz  nx  ny  nz    xy array          xz :IF sz 1  NE nx OR sz 2  ne  nz THEN return  err_2d type  sz  nx  ny  nz    xz array          yz :IF sz 1  NE ny OR sz 2  NE  nz THEN return  err_2d type  sz  nx  ny  nz    yz array          xt :IF sz 1  NE nx OR sz 2  NE jpt THEN return  err_2d type  sz  nx  ny  nz    xt array          yt :IF sz 1  NE ny OR sz 2  NE jpt THEN return  err_2d type  sz  nx  ny  nz    yt array          zt :IF sz 1  NE nz OR sz 2  NE jpt THEN return  err_2d type  sz  nx  ny  nz    zt array       ENDCASE     END        3:BEGIN       case type of          x :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ nz:direc    yz    xyz array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    zt    x y zt array             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    yt    xyt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          y :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ nz:direc    xz    xyz array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    zt     x yzt array             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    xt    xyt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          z :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ nz:direc    xy    xyz array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    yt     x yzt array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    xt    x y zt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          t :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    xy    xyt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    yz     x yzt array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    xz    x y zt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          xy :BEGIN           case 1 OF             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ  nz:direc    z    xyz array             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    t    xyt array             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          xz :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ  nz:direc    y    xyz array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    t    x y zt             ELSE:return  err_3d type  sz  nx  ny  nz            endcase         END          yz :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ  nz:direc    x    xyz array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    t     x yzt             ELSE:return  err_3d type  sz  nx  ny  nz             endcase         END          xt :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    y    xyt array             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    z    x y zt array             ELSE:return  err_3d type  sz  nx  ny  nz             endcase         END          yt :BEGIN           case 1 of             sz 1  EQ nx AND sz 2  EQ ny AND sz 3  EQ jpt:direc    x    xyt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    z     x yzt array             ELSE:return  err_3d type  sz  nx  ny  nz             endcase         END          zt :BEGIN           case 1 of             sz 1  EQ nx AND ny EQ 1 AND sz 2  EQ nz AND sz 3  EQ jpt:direc    x    x y zt array             nx EQ 1 AND sz 1  EQ ny AND sz 2  EQ nz AND sz 3  EQ jpt:direc    y     x yzt array             ELSE:return  err_3d type  sz  nx  ny  nz             ENDCASE         END        ENDCASE      END        4:BEGIN        CASE type OF          x :direc    yzt           y :direc    xzt           z :direc    xyt           t :direc    xyz           xy :direc    zt           xz :direc    yt           yz :direc    xt           xt :direc    yz           yt :direc    xz           zt :direc    xy        ENDCASE      END   ENDCASE     IF keyword_set direc  THEN BEGIN     IF strpos direc   t  NE  1 OR strpos type   t  NE  1 THEN         arr   grossemoyenne temporary arr  direc  boxzoom   localbox                               NAN   nan   NODOMDEF  WDEPTH   wdepth  _extra   ex        ELSE arr   moyenne temporary arr  direc  boxzoom   localbox                            NAN   nan   NODOMDEF  WDEPTH   wdepth  _extra   ex    ENDIF           RETURN  arr END");
+a[260] = new Array("./ToBeReviewed/PLOTS/DIVERS/checktypeminmax.html", "checktypeminmax.pro", "", "          NAME:     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO checktypeminmax  procedure  TYPE   type  MIN   min  MAX   max  XY   xy                          XZ   xz  YZ   yz  XT   XT  YT   YT  ZT   zt                          TT   tt  XX   xx  YY   yy  ZZ   zz                          XINDEX   xindex  YINDEX   yindex                          ENDPOINTS   endpoints  _extra   ex       compile_opt idl2  strictarrsubs    common      case size type   type  of       0:       7:       ELSE:BEGIN          vraimin   type          case size min   type  of             0:BEGIN                 min   vraimin                type   0             END             7:BEGIN                 type   min                min   vraimin             end             ELSE:BEGIN                case size max   type  of                   0:BEGIN                      max   min                      min   vraimin                      type   0                   END                   7:BEGIN                       type   max                      max   min                      min   vraimin                   end                   ELSE:BEGIN                      rien   report Probleme dans la definition des arguments en entree de                                         procedure   chkwidget                       return                   end                endcase             end          endcase       end    endcase      if keyword_set xy  then type    xy     if keyword_set xz  then type    xz     if keyword_set yz  then type    yz     if keyword_set xt  then type    xt     if keyword_set yt  then type    yt     if keyword_set zt  then type    zt     if keyword_set tt  then type    t     if keyword_set xx  then type    x     if keyword_set yy  then type    y     if keyword_set zz  then type    z       if keyword_set type  then begin      if type EQ  plt  then type          if type EQ  pltz  then type          if type EQ  pltt  then type          if type EQ  plt1d  then type        endif     determination du type de plot que l on veut faire      if NOT keyword_set type  then BEGIN       case procedure of          plt :type    xy           pltz :BEGIN           if keyword_set endpoints  then BEGIN              lon1   min endpoints 0  endpoints 2  max   lon2              lat1   min endpoints 1  endpoints 3  max   lat2              if  lon2 lon1  gt  lat2 lat1  then type    xz  else type    yz            ENDIF ELSE type    z          END          pltt :BEGIN           if keyword_set endpoints  then BEGIN              lon1   min endpoints 0  endpoints 2  max   lon2              lat1   min endpoints 1  endpoints 3  max   lat2              lat2   max endpoints 1  endpoints 3              if  lon2 lon1  gt  lat2 lat1  then type    xt  else type    yt            ENDIF ELSE type    unkownpltt          END          plt1d :BEGIN           if keyword_set endpoints  then BEGIN              lon1   min endpoints 0  endpoints 2  max   lon2              lat1   min endpoints 1  endpoints 3  max   lat2              if  lon2 lon1  gt  lat2 lat1  then type    x  else type    y            ENDIF ELSE BEGIN             type                 WHILE type NE  x  AND type NE  y  AND type NE  z  DO BEGIN               type   xquestion Quel type de plot 1D voulez vous faire  x y z ou t                                       chkwidget                type   strlowcase type              endwhile           ENDELSE         END       endcase     ENDIF      WHILE type NE  xy  AND type NE  xz  AND type NE  yz          AND type NE  xt  AND type NE  yt  AND type NE  zt          AND type NE  t  AND type NE  x  AND type NE  y          AND type NE  z  AND type NE  unkownpltt  DO BEGIN       type   xquestion What kind of plot do you want to do  xy xz yz xt yt zt t x y z                                 chkwidget        type   strlowcase type      ENDWHILE               return   end");
+a[261] = new Array("./ToBeReviewed/PLOTS/DIVERS/determineminmax.html", "determineminmax.pro", "", "          NAME:determineminmax     PURPOSE:determiner le min et le max d un tableau masque     CATEGORY: delestage de l ecriture de plt  pltz  pltt     CALLING SEQUENCE:determineminmax  tab  mask  vraimin  vraimax     INPUTS:           tab: le tableau dont il faut determiner le min et le max         mask: le tableau de masque      KEYWORD PARAMETERS:           minin et maxin deux scalaire qui s il ne sont pas definits         prennent la valeur de vraimin et vraimax            ZEROMIDDLE: fo force the middle of the colorbar to be equal         to 0  force max max abs min max  and min max      OUTPUTS:           vraimin et vraimax: le min et le max du tableau     COMMON BLOCKS:  common pro     SIDE EFFECTS:degarde si le champ est constant sur la mer     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98         PRO determineminmax  tab  mask  vraimin  vraimax  glam  gphi  MAXIN   maxin  MININ   minin  INTERVALLE   intervalle  usetri   usetri  ZEROMIDDLE   zeromiddle  _extra   ex     compile_opt idl2  strictarrsubs    common       type de grille verticale:   if vargrid EQ  W  then nz   nzw ELSE nz   nzt   liste des points mer   if  size mask 0  EQ 3 then mer   mask    0      ELSE mer   mask   si key_irregular eq 1  on masque aussi les points qui ne rentrent   pas ds le domaine geographique definit par lon1 lon2 lat1 lat2   if keyword_set key_irregular  AND n_elements glam  NE 0 AND n_elements gphi  NE 0 then begin     dom     where glam LT lon1 OR glam GT lon2 OR gphi LT lat1 OR gphi GT lat2      if dom 0  NE  1 then mer dom    0   endif     mer   where mer eq 1      if mer 0  eq  1 then begin     ras   report Il n y a que de la terre sur le dessin      vraimax   0     vraimin   0     maxin   vraimax 1     minin   vraimin 1     usetri   0     return   endif   ma et mi : max et min sur les points mer   vraimax   max tab mer  min   vraimin  _extra   ex    sameminmax   testvar var   minin  EQ testvar var   maxin     if n_elements maxin  EQ 0 OR sameminmax then maxin   vraimax   if n_elements minin  EQ 0 OR sameminmax then BEGIN      if keyword_set intervalle  then minin   floor vraimin intervalle intervalle       ELSE minin   vraimin   endif   if vraimin eq vraimax then BEGIN     IF size vraimin   type  EQ 1 THEN vraimin   fix vraimin      question    Warning: constant filed  same value everywhere :     strtrim vraimin  2     Shall we make the plot      answer   report question   default_no   question      if answer then begin       maxin   vraimax 1       minin   vraimin 1     endif ELSE tab    1   ENDIF   IF keyword_set zeromiddle  THEN BEGIN       maxin   max abs minin  maxin        minin    maxin   ENDIF     return end");
+a[262] = new Array("./ToBeReviewed/PLOTS/DIVERS/givewindowsize.html", "givewindowsize.pro", "", "FUNCTION givewindowsize       include commons     compile_opt idl2  strictarrsubs    cm_4ps IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew ENDIF        dimensions   get_screen_size RESOLUTION resolution     coef   floor 1 resolution 0     if NOT keyword_set windowsize_scale  then BEGIN      windowsize_scale   1       IF NOT keyword_set key_forgetold  THEN BEGIN       updateold      ENDIF     ENDIF     coef   windowsize_scale   coef       mipgsz   min page_size  max   mapgsz        xsize   coef    mipgsz key_portrait   mapgsz 1 key_portrait      ysize   coef    mipgsz 1 key_portrait    mapgsz key_portrait       return   xsize  ysize  end");
+a[263] = new Array("./ToBeReviewed/PLOTS/DIVERS/meridienparallele.html", "meridienparallele.pro", "", "          NAME:meridienparallele     PURPOSE:trace certains medidiens ou paralles     CATEGORY:     CALLING SEQUENCE:meridienparallele  coupe     INPUTS:coupe: le type de dessin que l on traite     COMMON BLOCKS:  common pro     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98         PRO meridienparallele  coupe     compile_opt idl2  strictarrsubs    common      case coupe of        xy :BEGIN           if lon1 lt 180 and lon2 gt 180 then             plot   180 180 lat1 lat2 noerase color 0          if lon1 lt 0 and lon2 gt 0 then             plot   0 0 lat1 lat2 noerase color 0          if lon1 lt 360 and lon2 gt 360 then             plot   360 360 lat1 lat2 noerase color 0          if lat1 lt 0 and lat2 gt 0 then             plot   lon1 lon2 0 0 noerase color 0       END     endcase     return end");
+a[264] = new Array("./ToBeReviewed/PLOTS/DIVERS/placecolor.html", "placecolor.pro", "", "          NAME:PLACECOLOR     PURPOSE:permet de tracer la colorbar independammment d un graphe     CATEGORY:graph     CALLING SEQUENCE:placecolor pos     INPUTS:  pos:vecteur de 4 elements donnant les coordonnees du coin en bas   a gauche et de celui en haut a droite  en cm  ds lequel on veut faire la   barre de couleur     KEYWORD PARAMETERS: tous ceux de colorbar pro      par defaut trace une barre de couleur du meme type que celle presente ds plt   et pltz  si max  min et divisions ne sont pas stipulees alors max sup min inf   et divisions div     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:utilisable que pour les POSTCRIPT effectues avec plein2dessin     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 5 98         pro placecolor  pos  _extra   ex     include commons     compile_opt idl2  strictarrsubs    cm_4ps    IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew    ENDIF        xsave    x    ysave    y    psave    p      reinitplt   z   invert    pos 1 pos    mipgsz   min page_size  max   mapgsz     if key_portrait eq 1 then begin       pos 0 pos 0 mipgsz         pos 1 pos 1 mapgsz           pos 2 pos 2 mipgsz        pos 3 pos 3 mapgsz        endif else begin       pos 0 pos 0 mapgsz           pos 1 pos 1 mipgsz           pos 2 pos 2 mapgsz           pos 3 pos 3 mipgsz        ENDELSE      def_myuniquetmpdir      IF lmgr demo  EQ 1 THEN BEGIN   if we are in demo mode  we cannot save the parameters in a temporary file   cm_demomode_used         colnumb   colorbarparam colnumb       clbinf   colorbarparam clbinf        clbsup   colorbarparam clbsup       clbdiv   colorbarparam clbdiv      ENDIF ELSE BEGIN       file   myuniquetmpdir    4colorbar dat        IF file_test file  THEN BEGIN          restore  file                  if size ex   type  EQ 8 then BEGIN              if  where tag_names ex  EQ  MIN 0  NE  1 then clbinf   ex MIN             if  where tag_names ex  EQ  MAX 0  NE  1 then clbsup   ex MAX             if  where tag_names ex  EQ  DIVISIONS 0  NE  1 then clbdiv   ex DIVISIONS          ENDIF            COLORBAR  COLOR   0  DIVISIONS   clbdiv  DISCRET   colnumb               cb_color   0  POSITION   pos  MAX   clbsup               MIN   clbinf  cb_charsize    p charsize               _extra   ex       ENDIF    ENDELSE       x   xsave     y   ysave     p   psave      return end");
+a[265] = new Array("./ToBeReviewed/PLOTS/DIVERS/placedessin.html", "placedessin.pro", "", "          NAME:placedessin     PURPOSE: mise en place du dessin   ouverture de la fenetre ou du PS     CATEGORY: pour alleger les programmes plt  pltz  pltt      CALLING SEQUENCE: placedessin  typedessin posfenetre  posbar     INPUTS:     typedessin: une chaine de charactere specifiant quelle procedure     appelle placedessin:  plt   pltz   pltt      KEYWORD PARAMETERS: pleins  ce de CALIBRE de WINDOW             LCT: intier designant le numero de la palette de couleur que         l on veut utiliser pour les plot       OUTPUTS:           posfenetre: un vecteur de 4 elements contenant la position de         cadre contenant les legendes   le graphe en coordonnes         normalises  Rq: pour positionner le dessin il faut apres         l appelle de calibre faire  p position posfenetre           posbar: cf posfentre mais pour la barre de couleur  meme         remarque pour positionner la barre de couleur   p position posbar       COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          26 4 1999         PRO placedessin  typedessin  posfenetre  posbar  BARMARGES   barmarges                      NOCOLORBAR   nocolorbar  NOFILL   nofill  COLOR_c   color_c                      CONTOUR   contour                      VECTEUR   vecteur  PORTRAIT   portrait  LANDSCAPE   landscape                      SMALL   small  MARGES   marges  MAP   map                      REMPLI   REMPLI  POST   post  WINDOW   window                      ENDPOINTS   endpoints  TYPE   type  BASICMARGES   basicmarges                      NOERASE   noerase  LCT   lct  DIREC   direc  CB_TITLE   cb_title  _extra   ex     include common     compile_opt idl2  strictarrsubs    cm_4ps  cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF     1  determination de la taille des marges  unite nbre de lignes ou colonnes    a gauche  a droite  en bas  en haut   ATTENTION ds margebar le dernier element est le coint en haut a droite au   lieu de la marge en haut     if n_elements typedessin  EQ 0 then typedessin    autre    if keyword_set basicmarges  then begin     marge   1 6  2  4  3      if keyword_set marges  THEN marge   marge marges     margebar   1 marge 0 1  marge 1 1   marge 2 8   marge 2 6      if keyword_set barmarges  then margebar   margebar barmarges   ENDIF ELSE BEGIN      nocolorbar   keyword_set nocolorbar    keyword_set nofill    keyword_set color_c        case typedessin of        plt :marge   1 6  2  4  3         pltt :marge   1 6 4 type EQ  xt  2  4  4         pltz :marge   1 6  2  4  3        else:marge   1 6  2  4  3      ENDCASE     if keyword_set marges  THEN marge   marge marges     if NOT keyword_set barmarges  then barmarges   replicate 0  4      barmarges 3     barmarges 3      margebar   1 marge 0 1  marge 1 1  2  4 barmarges     marge   marge 0  0  4  0 keyword_set cb_title      IF keyword_set direc  THEN         marge   marge 0  0  2  0 strlowcase direc  NE  t      marge   marge 0  0  2  0 keyword_set contour      marge   marge 0  0  2  0 keyword_set vecteur      if n_elements lon1  NE 0 and n_elements lon2  NE 0         and n_elements lat1  NE 0 and n_elements lat2  NE 0 then begin       if keyword_set type  then           marge   marge 0  3 type EQ  yt  AND lon1 NE lon2  0                            2 type NE  yt  AND lat1 NE lat2 keyword_set endpoints          ELSE marge   marge 0  0  0  2 lat1 NE lat2 keyword_set endpoints      endif     marge   marge 0  0  2 margebar 3  0 1 keyword_set nocolorbar    ENDELSE     portrair ou landscape     IF NOT keyword_set noerase  THEN BEGIN      CASE 1 OF       n_elements portrait  NE 0:key_portrait   portrait       n_elements landscape  NE 0:key_portrait   1 landscape       ELSE:     ENDCASE   ENDIF      Quel type de rapport d aspect  sera ecrase si YXASPECT existe      case typedessin of      plt :yaspect   1 lat2 lat1 lon2 lon1       pltt :yaspect   1       pltz :yaspect    5     ELSE:yaspect   1    endcase     2  calcul de  p position   cf calibre pro        IF NOT keyword_set small  then small    1  1  1      if keyword_set map  then rempli   1     calibre  yaspect  marge  margebar  small  posfenetre  posbar  REMPLI   rempli  _extra   ex      p position   posfenetre     3  ouverture de la fenetre graphique ou du postscript     case 1 of   cas du premier dessin sur un postcript     keyword_set post  AND  d name ne  PS :openps  _extra   ex   cas du premier dessin sur un ecran     keyword_set post  EQ 0 AND keyword_set noerase  EQ 0         AND  d name ne  PS  AND  d name ne  Z :BEGIN       if not keyword_set window  then window   0   pour l utilisation de  ps   oups et de  vzoom       if lmgr demo  EQ 0 then BEGIN   on est en mode demo          if  journal NE 0 then journal   on ferme le journal s il est ouvert         homedir   isadirectory io   homedir  title    Bad definition of homedir          def_myuniquetmpdir         journal  myuniquetmpdir idlsave pro    on en ouvre un nouveau         help   recall_commands  output   listecommande   on recupere la derniere commande         listecommande   strmid strcompress listecommande 1  2          journal  listecommande   on l ecrit dans le journal       ENDIF       windsize   givewindowsize        window  window  xsize   windsize 0  ysize   windsize 1   retain   2  _extra   ex   qd on utilise des couleurs codees sur 24 bit  je n arrive pas a stipuler la couleur du   fond d une fenetre a l aide de  p background  je suis oblige de faire cette bidouille             if  d n_colors gt 256 then begin               device  decomposed 1                p background ffffff x               plot 0 0   nodata  xstyle   4  ystyle   4               device  decomposed 0            endif     END     ELSE:   endcase     if n_elements lct  NE 0 then lct  lct  _extra   ex      return end");
+a[266] = new Array("./ToBeReviewed/PLOTS/DIVERS/projsegment.html", "projsegment.pro", "", "        NAME: projsegment     PURPOSE: projecte lineairement un segment un vecteur dont les bornes   sont  a b  sur un vecteur dont les bornes sont  c d      CATEGORY: caculs a 2 francs     CALLING SEQUENCE: res projsegment vecteur  bornes       INPUTS: vecteur: un vecteur dont le premier element doit etre le   plus petit element et le dernier doit etre le plus grand            bornes: les nouvelles bornes du vecteur      KEYWORD PARAMETERS:              MP: activer ce motcle pour que la fonction retourne un           vecteur de 2 elements qui sont les coefficient m et p de la           projection lineaire y mx p utilisee pour passer du segment            a b  au segment  c d      OUTPUTS:un vecteurs dont les nouvelles bornes sont specifiees par   bornes     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:          IDL  a indgen 9       IDL  print  a             0       1       2       3       4       5       6       7       8     IDL  print  projsegment a 0 80              0      10      20      30      40      50      60      70      80     IDL  print  projsegment a 0 80               0      10      20      30      40      50      60      70      80     IDL  print  projsegment a 80 0               80      70      60      50      40      30      20      10      0     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          24 6 1999       FUNCTION projsegment  vecteur  bornes  MP   mp       compile_opt idl2  strictarrsubs      a1   float vecteur 0     b1   float vecteur n_elements vecteur 1     a2   float bornes 0     b2  float  bornes 1     if a1 EQ b1 then return   1    m    b2 a2 b1 a1     p   a2 m a1      if keyword_set mp  then return   m  p  ELSE return  m vecteur p   end");
+a[267] = new Array("./ToBeReviewed/PLOTS/DIVERS/restoreatt.html", "restoreatt.pro", "", "          NAME:restoreatt     PURPOSE:permet de reattribuer les variables globales associees a un   champ qd on donne une stucture cree par ex par saveatt pro      CATEGORY:allegement d ecriture     CALLING SEQUENCE:restoreatt  structure     INPUTS:une structure comme celle que lit litchamp            cf  IDL  xhelp litchamp      COMMON BLOCKS:  common pro     SIDE EFFECTS: change la valeur des variables globales attributs   d un champ: vargrid  varname  varunit  vardate  varexp   valmask    et time     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          15 6 1999         PRO restoreatt  struct     compile_opt idl2  strictarrsubs    common      nomelements   tag_names struct     for i   0  n_tags struct 1 do begin       case strlowcase strmid nomelements i  0  1  of           g :vargrid   strupcase struct i            n :varname   struct i            u :varunit   struct i            e :varexp   struct i            m :valmask   struct i            d :BEGIN              if size struct i type  EQ 7 THEN BEGIN                 vardate   struct i              ENDIF ELSE BEGIN                vardate     time series                 time   struct i              ENDELSE          end          ELSE:BEGIN              ras   report Le nom  nomelements i  ne correspont a aucun element reconnu de la structure   C cf  IDL  xhelp   litchamp           end       endcase    endfor      return end");
+a[268] = new Array("./ToBeReviewed/PLOTS/DIVERS/rotation.html", "rotation.pro", "", "    NAME:               ROTATION      PURPOSE:         Rotate two vectors by a specified amount          CALLING SEQUENCE:         ROTATION X Y DEG NX NY         INPUTS:               X Y   :orignal data point pairs                   DEG   :degrees to rotate          OUTPUTS:         Nx  Ny   rotated point pairs          MODIFICATION HISTORY:         Jeff Bennett  U of Colorado    PRO ROTATION X Y DEG NX NY     compile_opt idl2  strictarrsubs   ang deg dtor   convert to polar coordinates for rotation r   sqrt x x   y y  theta   r 0   get angle in for loop so that zero radii will be left as zero angle for i   0 n_elements r 1 do   if r i  ne 0 then theta i    atan y i x i    range from  pi to  pi    add rotation angle theta   theta   ang    convert back to rectangular coordinates  now rotated nx   r   cos theta  ny   r   sin theta    return end");
+a[269] = new Array("./ToBeReviewed/PLOTS/DIVERS/saveatt.html", "saveatt.pro", "", "          NAME:saveatt     PURPOSE:permet de mettre dans une structure les attributs qui peuvent   etre associes a une variable      CATEGORY:allegement d ecriture     CALLING SEQUENCE:res saveatt      OUTPUTS:      une stucture de la forme:            n:varname g:vargrid d:vardate e:varexp u:varunit m:valmask l:niveau      COMMON BLOCKS:  common pro     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          15 6 1999         FUNCTION saveatt     compile_opt idl2  strictarrsubs    common    return   n:varname g:vargrid d:vardate e:varexp u:varunit m:valmask  end");
+a[270] = new Array("./ToBeReviewed/PLOTS/DIVERS/terminedessin.html", "terminedessin.pro", "", "          NAME:terminedessin     PURPOSE:termnine le dessin si besion est qd c est un postcsript      CATEGORY:mise en forme et allegement de l ecrityre de plt  pltz et pltt     CALLING SEQUENCE:terminedessin     INPUTS:     KEYWORD PARAMETERS:POST et SMALL cf l aide de plt     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          3 6 1999         PRO terminedessin  POST   post  SMALL   small  _extra   ex       compile_opt idl2  strictarrsubs    cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      if keyword_set post  then BEGIN       if keyword_set small  then         if total small  NE            page_margins 2 page_margins 0 total page_size              page_margins 1 page_margins 3  then return       closeps       printps    endif    return end");
+a[271] = new Array("./ToBeReviewed/PLOTS/LABEL/label.html", "label.pro", "", "          NAME:label     PURPOSE:permet de choisir le stype de label que l on veut utiliser   lors d un contour     CATEGORY:graphique     CALLING SEQUENCE:pro label cas min max ncontour level_z2d     INPUTS:  cas numero du type de label que l on veut tracer  min et max   valeures min et max entre lesquelles on veut faire   des contours     KEYWORD PARAMETERS:    INTERVALLE: valeur d un intervalle entre deux isolignes  par defaut   est calcule pour tracer 20 isolighnes  Dans tous les cas ce not cle   doit etre retourne pour pouvoir avoir une belle legende  Si les   niveaux ne comportent pas d intevalle regulier  le mettre a  1    NLEVEL: nombre de contours a dessiner  par defaut  20  actif si   LABEL 0 ou nest pas specifie      OUTPUTS:  ncontour nombre de contour a tracer  level_z2d vecteur contenant les valeurs des contours que l on trace         colnumb: un vecteur contenant le numero des couleurs qui serviront a                 remplir entre les contours      COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   7 5 98         pro label  cas  min  max  ncontour  level_z2d  colnumb  NLEVEL   nlevel              INTERVALLE intervalle  STRICTFILL   strictfill     compile_opt idl2  strictarrsubs    common    if  d name EQ  PS  OR  d name EQ  Z  then BEGIN       old_dname    d name       thisOS    VERSION OS_FAMILY       thisOS   STRMID thisOS  0  3        thisOS   STRUPCASE thisOS        CASE thisOS of           MAC : SET_PLOT  thisOS           WIN : SET_PLOT  thisOS          ELSE: SET_PLOT   X        ENDCASE        p BACKGROUND d n_colors 1   ncontour          level_z2d    min    max min findgen Ncontour Ncontour           colnumb      ncoul findgen Ncontour Ncontour ncoul 2 ncontour           intervalle   level_z2d 1 level_z2d 0        end       1: begin  un certain nombre de label en partant du min jusqu au plus pres de max avec   un pas fixe par intervalle          ncontour    fix max min intervalle           ncontour   1   ncontour          level_z2d   min   intervalle findgen Ncontour            colnumb     ncoul findgen Ncontour Ncontour ncoul 2 ncontour           max level_z2d Ncontour 1 intervalle       end   label pour faire les memes sss que dessier        2: begin          lct  63  file    palette tbl           level_z2d     20  25  30  31  32  33  33 5  34 25 findgen 16           ncontour 23          colnumb      findgen 23 1          masx   37 75          intervalle    1          return       end       3: begin   lecture intervalles   palette dans fichier GMT           label_gmt  min  max  intervalle  ncoul  ncontour  level_z2d  colnumb        end       else: begin          ras   report Le numero de label demande n existe pas        end    ENDCASE    if keyword_set strictfill  then begin       ncontour   ncontour 1       level_z2d    level_z2d  max        colnumb    colnumb  ncoul 1     endif    return end");
+a[272] = new Array("./ToBeReviewed/PLOTS/LABEL/label_date.html", "label_date.pro", "", "   Id: label_date pro 97 2006 06 09 15:18:59Z pinsard       Copyright  c  1993 1998  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited       NAME:  LABEL_DATE     PURPOSE:  This function labels axes with dates and times      CATEGORY:  Plotting      CALLING SEQUENCE:  To set up:  dummy   LABEL_DATE DATE_FORMAT string   To use:  PLOT  x  y  XTICKFORMAT LABEL_DATE      INPUTS:  No explicit user defined inputs  When called from the plotting  routines  the input parameters are  Axis  Index  Value      KEYWORD PARAMETERS:  DATE_FORMAT: a format string which may contain the following:          M for month  3 character abbr           N for month  2 digit abbr           D for day of month           Y for 4 digit year           Z for last two digits of year        For time:          H for Hours  2 digits           I for mInutes  2 digits           S for Seconds  2 digits            is         Other characters are passed directly thru        For example   M  D   Y  prints DEC 11  1993          M  2Y  yields DEC 93          D M  yields 11 DEC          D N Y  yields 11 12 1993          M C Y  yields DEC on the top line  1993 on         the bottom  C is the new line graphic command     MONTHS:      The names of the months  a twelve element string array        If omitted  use Jan  Feb    Dec     OFFSET:      An optional starting offset of the plot   Unfortunately  single precision floating point is not accurate  enough to properly represent Julian times   This offset  which  may be double precision  contains an offset that is added to  all x values  before conversion to Julian date and time     OUTPUTS:  The date string to be plotted      COMMON BLOCKS:  LABEL_DATE_COM      RESTRICTIONS:  Only one date axis may be simultaneously active      PROCEDURE:  Straightforward            For an alternative way to label a plot axis with dates  refer to         the C  format code accepted within format strings  applicable via         the  XYZ TICKFORMAT keywords   This new format code was          introduced in IDL 5 2      EXAMPLE:  For example  to plot from Jan 1  1993  to July 12  1994:    Start_date   julday 1  1  1993     End_date   julday 7  12  1994     Dummy   LABEL_DATE DATE_FORMAT N D    Simple mm dd    x   findgen end_date 1   start_date    start_date  Time axis    PLOT  x  sqrt x  XTICKFORMAT    LABEL_DATE  XSTYLE 1     Plot with X axis style set to exact      Example with times:  For example  to plot from 3PM  Jan 1  1993  to 5AM  Jan 3   1993:  Start_date   Julday 1 1 1993     Also starting offset  Start_time    3 12 24           Starting_time less offset  End_time    Julday 1 3 1993    Start_date    5 24   Ending          date time   offset  note that the order of operations is                   important to avoid loss of precision   Dummy   LABEL_DATE DATE_FORMAT D  M C H: I     offset Start_date         MMM NN  HH:MM format  x   findgen 20     End_time   Start_time    19   start_time  Time axis  PLOT  x  sqrt x  XTICKFORMAT    LABEL_DATE  XSTYLE 1     MODIFICATION HISTORY:  DMS  RSI April  1993 Written   DMS  RSI March  1997 Added Time format     FUNCTION LABEL_DATE  axis  index  x  DATE_FORMAT   format  MONTHS   months                  OFFSET  offs  _EXTRA   ex     compile_opt idl2  strictarrsubs   COMMON label_date_com  fmt  month_chr  offset  if keyword_set format  then begin  Save format string      if n_elements offs  ne 0 then offset   double offs  else offset   0 0d0     if keyword_set months  then month_chr   months       else month_chr    Jan Feb Mar   Apr   May   Jun   Jul                           Aug   Sep   Oct   Nov   Dec      fmt   format     return  0 endif  if n_elements month_chr  ne 12 or n_elements fmt  le 0     or n_elements offset  eq 0 then     message  Not initialized   x1   x   offset caldat  long x1  month  day  year  _EXTRA   ex Get the calendar date from julian frac   x1   long x1              time of day  from 0 to 1   n   strlen fmt  out      for i 0  n 1 do begin            Each format character      c   strmid fmt  i  1         The character      if c eq   then begin         i   i   1         c   strmid fmt  i  1     The function         case c of format character               M  : out   out   month_chr month 1               N  : out   out   string format i2 2  month               D  : out   out   string format i2 2  day               Y  : out   out   string format i4  year               Z  : out   out   string format i2 2  year  mod 100               H  : out   out   string format i2 2  floor 24 frac               I  : out   out   string format i2 2  floor 1440   frac mod 60               S  : out   out   string format i2 2  86400L   frac mod 60                : out   out                 else : message   Illegal character in date format string:  fmt         endcase     endif else out   out   c endfor return  out end");
+a[273] = new Array("./ToBeReviewed/PLOTS/LABEL/label_gmt.html", "label_gmt.pro", "", "    Apply GMT palette into IDL color intervals system   PRO label_gmt  min  max  intervalle  ncoul  ncontour  level_z2d  coul     compile_opt idl2  strictarrsubs    common  com_eg     IF pal_type NE  2dom  THEN BEGIN      color defined in lec_pal_gmt pro        ncontour   ncont_gmt       level_z2d   levels_gmt       coul   coul_gmt       max   max_gmt       intervalle     1     ENDIF ELSE BEGIN           grey_shade palette  case 1 in label        IF finite min  EQ 0 THEN read    Grey shade needs a min max :  min  max       ncontour    fix max min intervalle        level_z2d   min   intervalle findgen Ncontour         max level_z2d Ncontour 1 intervalle        print        Number of contour intervals  plotting min   max   ncontour  min  max       print               color index        IF idx_pal EQ 0 THEN BEGIN              build palette          red   lonarr 99           red    255          red 50:98    long 100 float grey_shade 100 255            IF field origin EQ  diff  THEN BEGIN                      difference plot : lighter below first negative interval             red 51:98    long 100 float grey_shade_2 100 255              red 1:48    long 100 float grey_shade 100 255              red 50    255           ENDIF              first color black            last   white          red    0  red           red 99    255            gray scale          green   red          blue   red           tvlct  red  green  blue        ENDIF           mid_index   max where level_z2d LE fldatt mid        coul   findgen Ncontour 49 mid_index  2     ENDELSE    END ");
+a[274] = new Array("./ToBeReviewed/PLOTS/LABEL/lataxe.html", "lataxe.pro", "", "          NAME:LATAXE     PURPOSE:fonction appelee par  XYZ TICKFORMAT  cf l help pour voir           comment l utiliser  pour labeller les axes en latitude      CATEGORY:graphe     CALLING SEQUENCE: XYZ TICKFORMAT lataxe      INPUTS:fournis  et imposes  automatiquement par IDL: axis  index  value:  Axis is the axis number: 0 for X axis  1 for Y axis  2 for Z axis   Index is the tick mark index which starts at 0   Value is the default tick mark value  a floating point number    KEYWORD PARAMETERS:     OUTPUTS:un string  utilise automatiquement pour labeller     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                                                    14 10 1999 format des labels         FUNCTION lataxe  axis  index  value     on ramenne value ds le segment  0 180      compile_opt idl2  strictarrsubs      lat value mod 360    if lat lt 0 then lat lat 360    if lat gt 180 then lat lat 180   format des labels:    case 1 of       lat EQ round lat :fmt    i4        10 lat EQ round 10 lat :fmt    f6 1        ELSE:fmt    f7 2     endcase   on ecrit le label    if lat le 90 and lat ne 0 then nom string lat      format fmt N     if lat gt 90              then nom string 180 lat  format fmt S     if lat eq  0              then nom string lat      format fmt       return  nom end ");
+a[275] = new Array("./ToBeReviewed/PLOTS/LABEL/lonaxe.html", "lonaxe.pro", "", "          NAME:LONAXE     PURPOSE:fonction appelee par  XYZ TICKFORMAT  cf l help pour voir           comment l utiliser  pour labeller les axes en longitude      CATEGORY:graphe     CALLING SEQUENCE: XYZ TICKFORMAT lonaxe      INPUTS:fournis  et imposes  automatiquement par IDL: axis  index  value:  Axis is the axis number: 0 for X axis  1 for Y axis  2 for Z axis   Index is the tick mark index which starts at 0   Value is the default tick mark value  a floating point number    KEYWORD PARAMETERS:     OUTPUTS:un string  utilise automatiquement pour labeller     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                                                    14 10 1999 format des labels         FUNCTION lonaxe  axis  index  value     on ramenne value ds le segment  0 360      compile_opt idl2  strictarrsubs      lon value mod 360    if lon lt 0 then lon lon 360   format des labels:    case 1 of       lon EQ round lon :fmt    i4        10 lon EQ round 10 lon :fmt    f6 1        ELSE:fmt    f7 2     endcase   on ecrit le label    if lon lt 180 then nom string lon      format fmt E     if lon gt 180 then nom string 360 lon  format fmt W     if lon eq 180 then nom string lon      format fmt       return  nom end ");
+a[276] = new Array("./ToBeReviewed/PLOTS/VECTEUR/ajoutvect.html", "ajoutvect.pro", "", "          NAME:ajoutvect     PURPOSE:surimprimme des vecteur sur un champ tarce par plt     CATEGORY:grafique     CALLING SEQUENCE:ajoutvect vecteur      INPUTS:  vecteur: une structure a 2 elements contenant les 2 matrices U  et V des valeurs de la composante zonale et meridienne du  champ de vecteurs a tracer          par ex:         vecteur matriceu:lec unsurface matricev:lec vnsurface          rq:le nom des elements de vecteur n a aucune importance          vecteur u:lec unsurface v:lec vnsurface  convient aussi     KEYWORD PARAMETERS:    UNVECTSUR:un scalaire n on un tableau a 2 elements  n1 n2            dans le premier cas  on tracera un vecteur sur n suivant les           x et les y            dans le second cas on tracera un vecteur sur n1 suivant x           et un vecteur sur n2 suivant y         Rq  pour tracer tous les vecteurs suivant y et 1 sur 2 suivant         x mettre unvectsur 2 1     VECTMIN norme minimun des vecteurs a tracer     VECTMAX norme minimun des vecteurs a tracer      OUTPUTS:     COMMON BLOCKS:  common pro      SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   10 3 1999                         11 6 1999 compatibilite avec NAN et la lecture                         des structures          pro ajoutvect vecteur  vectlegende  UNVECTSUR unvectsur VECTMIN vectmin  VECTMAX vectmax  _EXTRA   ex     compile_opt idl2  strictarrsubs    common    tempsun   systime 1            pour key_performance        u   litchamp vecteur 0     u   checkfield u   plt  TYPE    xy   NOQUESTION     v   litchamp vecteur 1     v   checkfield v   plt  TYPE    xy   NOQUESTION        on recupere les eventuelles info sur les champs      grilleu   litchamp vecteur 0   grid     if grilleu EQ   then grilleu    U     grillev   litchamp vecteur 1   grid     if grillev EQ   then grillev    V      IF grilleu EQ  V  AND grillev EQ  U  THEN inverse   1    IF grilleu EQ grillev THEN interpolle    0 ELSE interpolle   1    if keyword_set inverse  then begin       rien   u       u   v       v   rien    endif     on trouve les points que u et v ont en communs      if interpolle then begin       indicexu    lindgen jpi firstxu:firstxu nxu 1        indicexv    lindgen jpi firstxv:firstxv nxv 1        indicex   inter indicexu  indicexv        indiceyu    lindgen jpj firstyu:firstyu nyu 1        indiceyv    lindgen jpj firstyv:firstyv nyv 1        indicey   inter indiceyu  indiceyv        nx   n_elements indicex         ny   n_elements indicey        indice2d   lindgen jpi  jpj        indice2d   indice2d indicex 0 :indicex 0 nx 1 indicey 0 :indicey 0 ny 1      extraction de u et v sur le domaine qui convient         case 1 of           size u 0  NE 2 OR  size v 0  NE 2: return           size u 1  EQ nxu AND  size u 2  EQ nyu AND              size v 1  EQ nxv AND  size v 2  EQ nyv:BEGIN              if nxu NE nx then                if indicex 0  EQ firstxu then u   u 0:nx 1    ELSE u   u 1: nx                 IF nxv NE nx THEN                if indicex 0  EQ firstxv then v   v 0:nx 1    ELSE v   v 1: nx                IF nyu NE ny THEN                if indicey 0  EQ firstyu then u   u  0:ny 1  ELSE u   u  1: ny               IF nyv NE ny THEN                if indicey 0  EQ firstyv then v   v  0:ny 1  ELSE v   v  1: ny           END           size u 1  EQ jpi AND  size u 2  EQ jpj AND              size v 1  EQ jpi AND  size v 2  EQ jpj:BEGIN              u   u indice2d              v   v indice2d           END          ELSE:BEGIN              ras   report problemes d adequation entre la taille du domaine et la taille des matrices necessaires a tracer des vecteurs              return          end       endcase     on reform u et v pour s assurer qu aucune dimension n a ete ecrasee         if ny EQ 1 then begin          u   reform u  nx  ny           v   reform v  nx  ny        endif     construction de u et v aux pts T         a u 0        u u shift u 1 0 2        if NOT keyword_set key_periodic  OR nx NE jpi then u 0 a       a v 0        v v shift v 0 1 2        if NOT keyword_set key_periodic  OR nx NE jpi then v 0 a     attribution du mask et des tableau de longitude et latitude   on recupere la grille complette pour etablir un grand mask etendu ds les 4   directions pour couvrir les points pour lesquels un pt terre a ete pris en   compte  faire un petit dessin          vargrid T        msku    umask indice2d jpi jpj firstzt        mskv    vmask indice2d jpi jpj firstzt        glam   glamt indice2d        gphi   gphit indice2d        if ny EQ 1 then begin          msku   reform msku  nx  ny           mskv   reform mskv  nx  ny             glam   reform glam  nx  ny             gphi   reform gphi  nx  ny        endif     on masque u et v le long des cotes  la on l on ne peut pas calculer   la moyenne      extention du mask       u   u msku shift msku 1 0        v   v mskv shift mskv 0 1     ENDIF ELSE BEGIN        u   u tmask firstxt:lastxt firstyt:lastyt firstzt        v   v tmask firstxt:lastxt firstyt:lastyt firstzt        indice2d   lindgen jpi  jpj        indice2d   indice2d firstxt:lastxt  firstyt:lastyt        nx   nxt       ny   nyt    endelse    tabnorme sqrt u 2 v 2     nan   where finite u   nan  EQ 1     if nan 0  NE  1 then u nan    1e5    nan   where finite v   nan  EQ 1     if nan 0  NE  1 then v nan    1e5    if keyword_set vectmin  then BEGIN        toosmall where tabnorme lt vectmin        if toosmall 0  NE  1 then begin          u toosmall    1e5          v toosmall    1e5       ENDIF    endif    if keyword_set vectmax  then BEGIN       toobig where tabnorme gt vectmax        if toobig 0  NE  1 then begin          u toobig    1e5          v toobig    1e5       ENDIF    ENDIF     remise d une grande valeur sur tous les points pour lesquelles on ne   put faire le calcul      if interpolle then t2   msku shift msku 1 0 mskv shift mskv 0 1       ELSE t2   tmask firstxt:lastxt firstyt:lastyt firstzt     if NOT keyword_set key_periodic  OR nx NE jpi then t2 0   0     t2 0 0     terre where t2 eq 0     if terre 0  ne  1 then begin       u terre 1e5       v terre 1e5    ENDIF     tracer qu un vecteur sur      if keyword_set unvectsur  then BEGIN     indx est un vecteur contenant les numero des colonnes a selectionner    indy est un vecteur contenant les numero des lignes a selectionner        if n_elements unvectsur  EQ 1 then begin          indx   where lindgen nx  MOD unvectsur 0  eq 0           indy   where lindgen ny  MOD unvectsur 0  eq 0        ENDIF ELSE BEGIN           indx   where lindgen nx  MOD unvectsur 0  eq 0           indy   where lindgen ny  MOD unvectsur 1  eq 0        ENDELSE   a partir de indx et indy on va construire un tableau d indices 2d   qui donnera les indices des points intersections des colonnes   specifiee par indx        indicereduit   indx replicate 1 n_elements indy nx replicate 1 n_elements indx indy   on reduit les tableaux qui vont etre passes a vecteur        u   u indicereduit        v   v indicereduit        tabnorme   tabnorme indicereduit       endif           if keyword_set inverse  then begin       rien   u       u   v       v   rien    endif     trace des vecteurs      vecteur  u  v  tabnorme  indice2d  indicereduit  missing 1e5  _extra   ex     on complete la legende      if terre 0  ne  1 then mini   min tabnorme where t2 eq 1  max   maxi   nan       ELSE mini   min tabnorme  max   maxi   nan         if litchamp vecteur 0   u  NE   then       vectlegende    minmax: mini  maxi  unite:litchamp vecteur 0   u       ELSE vectlegende    minmax: mini  maxi  unite:varunit    sortie:    if keyword_set key_performance  NE 0 THEN print   temps ajoutvect  systime 1 tempsun     return end  ");
+a[277] = new Array("./ToBeReviewed/PLOTS/VECTEUR/vecteur.html", "vecteur.pro", "", "          NAME:vecteur     PURPOSE: trace des vecteurs  meme situees sur une grille tordue  sur   n importe quelle projection  de telle sorte que tous les vecteurs   aient une norme comparable sur le dessin  en clair  un vecteur qui   doit faire 1cm le fait quelque soit la projection et sa position sur   la sphere       CATEGORY:trace de vecteur     CALLING SEQUENCE:vecteur  composanteu  composantev  normevecteur  indice2d  reduitindice2d      INPUTS: COMPOSANTEU et COMPOSANTEV: ce sont les composantes des   vecteurs a tracer  Ces tableaux 2d ont la meme dimension que   reduitindice2d  cf apres          INDICE2D: indice permettant de passer d un tableau jpi jpj au         zoom surlequel on fait le dessin          REDUITINDICE2D: indice permettant de passer d un tableau         definit par indice2d au tableau pourlequel on a reelement des         vecteurs a tracer  en clair: c est par ex qd on ne trace par exemple         que un vecteur sur 2      KEYWORD PARAMETERS:          CMREF: la longeur en cm sur le papier que diot faire la fleche        de norme normeref  par defaut ajuste au dessin et compris entre         5 et 1 5 cm          MISSING: la valeur d une missing value  ne pas utilisder ce        mot cle  fixe a 1e5 par ajoutvect pro                NORMEREF: la norme de la fleche de reference  par defaut on        essaie de faire qqch qui colle pas trop mal           VECTCOLOR: la couleur de la fleche  Par defaut noir  couleur 0           VECTTHICK  l epaissuer de la fleche  par defaut 1           VECTREFPOS: vecteur de 2 elements specifiant la position en        coordonnees DATA du debut du vecteur de reference  Par defaut        en bas a droite du dessin           VECTREFFORMAT: format a utiliser pour specifier la norme du        vecteur de reference            NOVECTREF: pour supprimer l affichage du vecteur de reference      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:    Creation : 13 02 98 G  Roullet  grlod lodyc jussieu fr     Modification : 14 01 99 realise la transformation    spheriquecartesien G  Roullet                   12 03 99 verification de la routine G  Roullet    8 11 1999:    G  Roullet et Sebastien Masson  smasson lodyc jussieu fr     adaptation pour les zoom  reverification traitement separe de la    direction et de la norme des vecteurs  mots cles NORMEREF et CMREF           FUNCTION cv_cm2normal  angle     donne la longeur en coordonnes normales d un trait ortiente de   angle par rapport a l axe des x et qui doit faire 1 cm sur le   dessin    angle peut etre un tableau        compile_opt idl2  strictarrsubs    common   quelle est la longeur en coordonnees normales d un trait qui fera 1   cm sur le parier et qui est parallele a x    mipgsz   min page_size  max   mapgsz     sizexfeuille   mipgsz key_portrait mapgsz 1 key_portrait     sizeyfeuille   mapgsz key_portrait mipgsz 1 key_portrait     cm_en_normal   1 sizexfeuille      si le rapport d aspect de la fenetre n est pas egale a 1  la    longeur en coordonees normalise d un trait de 1cm varie suivant    l angle polaire de ce trait       aspect   sizexfeuille sizeyfeuille    cm_en_normal   cm_en_normal sqrt  1  aspect 2 1 sin angle 2        return  cm_en_normal END   PRO normalise  u  v  w     normalise le vecteur       compile_opt idl2  strictarrsubs      IF n_elements w  NE 0 THEN BEGIN        norme   sqrt u 2 v 2 w 2        ind   where norme NE 0        u ind    u ind norme ind        v ind    v ind norme ind        w ind    w ind norme ind     ENDIF ELSE BEGIN       norme   sqrt u 2 v 2        ind   where norme NE 0        u ind    u ind norme ind        v ind    v ind norme ind     ENDELSE  END PRO vecteur  composanteu  composantev  normevecteur  indice2d  reduitindice2d                  CMREF   cmref  MISSING   missing  NORMEREF   normeref                  VECTCOLOR   vectcolor  VECTTHICK   vectthick  VECTREFPOS   vectrefpos                  VECTREFFORMAT   vectrefformat  NOVECTREF   novectref  _extra   extra     compile_opt idl2  strictarrsubs    common    tempsun   systime 1            pour key_performance        taille   size composanteu     nx   taille 1     ny   taille 2     if n_elements reduitindice2d  EQ 0 then reduitindice2d   lindgen nx  ny     zu   composanteu    zv   composantev    norme   normevecteur    taille   size indice2d     nxgd   taille 1     nygd   taille 2       msk   replicate 1  nx  ny     if keyword_set missing  then terre   where abs zu  GE missing 10  ELSE terre    1    if terre 0  NE  1  then BEGIN        msk terre    0       zu terre    0       zv terre    0       norme terre    0    ENDIF     Etape 1:      etant donne la direction et le sens que le vecteur a sur la   sphere  il faut se debrouiller pour determiner cette direction et le   sens qu aura le vecteur sur l ecran ou la feuille une fois qu il   aura ete projete      En theorie: sur la sphere  un vecteur en un point donne a pour   direction la tangente au cercle qui passe par le centre de la terre   et par le vecteur  Donc trouver la direction une fois la projection   faite ds le plan 2d  c est trouver la tangente a la courbe   representant la projection du cercle sur le plan 2d au point   representant la projection du point de depart de la shere sur le   plan 2d      En pratique on ne connait pas la definition de la courbe que donne   la projection d un cercle alors trouver sa tangente en un point      Ce que l on fait:   Ds un repere cartesien 3d           a  on trouve les coordonnees du point T  debut de la fleche          situe sur la shere          b  pour chaque point T on determine les directions locales         definies par la grille en ce point et auxquelles se rapportent         les coordonnes  u v  du vecteur  Ces directions locales sont         definies par les gradiants des glam et gphi  Une fois ces         directions obtenues  on les considere comme orthogonales et en         les normant on construit un repere orthonormal  nu nv  auquel se         rapporte les coordonnes  u v  du vecteur  Ds le repere         cartesien 3d de depart  le vecteur est definit par:         V u nu v nv  ou V  nu et nv sont des vecteurs 3d et u et v des         scalaires          c  pour approximer la tangente au cercle par la corde definie         par le debut et la fin de la fleche  on va normaliser V puis         le diviser par 100          d  ceci nous permet de determiner les coordonnees ds le repere         cartesien 3d des extremites de la corde  on les passe en         coordonnes sphereriques de facon a recuperer les positions en         latitude longitude de ces points sur la sphere          e  on passe les coordonnees de ces points en coordonnees         normalise puis en corrdonnes polaire de facon a trouver         l angle et la direction qu ils determinent sur le dessin        etape 1  a        coordonnes du point T  debut de la fleche  en coordonnes sheriques    glam   glamt indice2d reduitindice2d     gphi   gphit indice2d reduitindice2d      coordonnes du point T  debut de la fleche  dans le repere cartesien   on utilise comme shere  une shere de rayon 1       radius   replicate 1 nx ny     coord_sphe   transpose   glam   gphi   radius       r   cv_coord from_sphere coord_sphe to_rect degrees       x0   reform r 0    nx  ny     y0   reform r 1    nx  ny     z0   reform r 2    nx  ny      etape 1  b      Construction du vecteur nu  resp  nv  vecteur norme porte par   l axe des points u i j  et u i 1 j   resp v i j  et v i j 1    qui definissent pour chaque point sur la shere les directions locales   associee a u et v  ces vecteurs definissent un repere orthonorme   local     ces vecteurs sont construits dans un repere cartesien  cv_coord    on a choisit un rayon de la terre unite  unit      definition de nu    radius   replicate 1 nxgd nygd     IF finite glamu 0 gphiu 0  NE 0 THEN        coord_sphe   transpose   glamu indice2d   gphiu indice2d   radius         ELSE coord_sphe   transpose   glamf indice2d   gphit indice2d   radius       r   cv_coord from_sphere coord_sphe to_rect degrees    coordonnes de points de la grille u en cartesien    ux   reform r 0    nxgd  nygd     uy   reform r 1    nxgd  nygd     uz   reform r 2    nxgd  nygd    calcul de nu     nux   ux shift ux  1  0     nuy   uy shift uy  1  0     nuz   uz shift uz  1  0    conditions aux limites    if NOT keyword_set key_periodic  OR nxgd NE jpi then begin       nux 0      nux 1          nuy 0      nuy 1          nuz 0      nuz 1       ENDIF   reduction de la grille    nux   nux reduitindice2d     nuy   nuy reduitindice2d     nuz   nuz reduitindice2d    definition de nv    IF finite glamv 0 gphiv 0  NE 0 THEN      coord_sphe   transpose   glamv indice2d   gphiv indice2d   radius         ELSE coord_sphe   transpose   glamt indice2d   gphif indice2d   radius                       r   cv_coord from_sphere coord_sphe to_rect degrees    coordonnes de points de la grille v en cartesien    vx   reform r 0    nxgd  nygd     vy   reform r 1    nxgd  nygd     vz   reform r 2    nxgd  nygd    calcul de nv     nvx   vx shift vx  0  1     nvy   vy shift vy  0  1     nvz   vz shift vz  0  1    conditions aux limites    nvx  0    nvx  1     nvy  0    nvy  1     nvz  0    nvz  1    reduction de la grille    nvx   nvx reduitindice2d     nvy   nvy reduitindice2d     nvz   nvz reduitindice2d      normalisation      normalise  nux  nuy  nuz    normalise  nvx  nvy  nvz     etape 1  c      coordonnes du vecteur V ds le repere cartesion      direcx   zu nux   zv nvx    direcy   zu nuy   zv nvy    direcz   zu nuz   zv nvz   normalisation du vecteur v    normalise  direcx  direcy  direcz   on divise par 100     direcx   direcx 100     direcy   direcy 100     direcz   direcz 100      etape 1  d    coordonnees de la pointe de la fleche dans le repere cartesien     x1   x0   direcx    y1   y0   direcy    z1   z0   direcz    coordonnees de la pointe en spherique     coord_rect   transpose   x1   y1   z1       r   cv_coord from_rect coord_rect to_sphere degrees     glam1   reform r 0    nx  ny     gphi1   reform r 1    nx  ny       modif des glam tout se passe bien au niveau de la ligne de   changement de date attention  il ne faut pas couper les fleches   qui sortent de la fenetre    test: si il sort du cadre mais qu avec un   360 il y rentre on le   modifie       ind   where glam1 LT  x range 0  AND glam1 360  LE  x range 1     if ind 0  NE  1 then glam1 ind    glam1 ind 360     ind   where glam1 GT  x range 1  AND glam1 360  GE  x range 0     if ind 0  NE  1 then glam1 ind    glam1 ind 360      ind   where glam LT  x range 0  AND glam 360  LE  x range 1     if ind 0  NE  1 then glam ind    glam ind 360     ind   where glam  GT  x range 1  AND glam 360  GE  x range 0     if ind 0  NE  1 then glam ind    glam ind 360        etape 1  e       r   convert_coord glam gphi data to_normal      x0   r 0                      coordonnes normales du debut de la fleche    y0   r 1                              r   convert_coord glam1 gphi1 data to_normal      x1   r 0                      coordonnes normales de la fin de la fleche  avant scaling     y1   r 1                           tests pour eviter que des fleches soient dessineees hors du domaine      out   where x0 LT  p position 0  OR x0 GT  p position 2                    OR y0 LT  p position 1  OR y0 GT  p position 3     if out 0  NE  1 THEN x0 out     values f_nan     suivant les projections  il peu y a voir des points a nan qd on   passe en coordonnes normales  on supprime ces points       nan   finite x0 y0 x1 y1     number   where nan EQ 1     x0   x0 number    x1   x1 number     y0   y0 number    y1   y1 number     msk   msk number     norme   norme number      on definit le vecteur direction dans le repere normalise      dirx   x1 x0    diry   y1 y0     on passe en polaire pour recuperer l angle qui etait le but de   toute la partie 1        dirpol   cv_coord from_rect   transpose   dirx   diry     to_polar     dirpol   msk dirpol 0        2eme etape      maintenant on s occupe de la norme      Mise a l echelle automatique      if NOT keyword_set cmref  then BEGIN        mipgsz   min page_size  max   mapgsz        sizexfeuille   mipgsz key_portrait mapgsz 1 key_portrait        sizexfeuille   10 sizexfeuille       cmref   5   floor sizexfeuille 10    15       cmref   cmref 10     ENDIF    if NOT keyword_set normeref  then BEGIN       value   max norme        puissance10   10 floor alog10 value        normeref   puissance10 floor value puissance10     endif    cm   1 normeref cmref     on modifie le tableau norme de facon a ce que un element qui a la   valeur cm soit represente par un trait de longueur 1cm sur le   papier    norme contient la norme des vecteur que l on veut dessiner      norme   1 1 cm norme cv_cm2normal dirpol        3eme etape    maintenant qu on a l angle et la norme  et bien on recupere les   coordonnes en rectangulaire et on dessine les fleches       r   cv_coord from_polar   transpose   dirpol   norme     to_rect     composantex   r 0       composantey   r 1         x1   x0 composantex    y1   y0 composantey     c est parti pour le trace        if NOT KEYWORD_SET vectcolor  then vectcolor   0     points   where msk EQ 1     IF points 0  NE  1 THEN arrow  x0 points  y0 points  x1 points  y1 points   norm         hsize    2  COLOR   vectcolor  THICK   vectthick      Dessine une fleche en bas a droite de la figure en guise de legende      if NOT keyword_set novectref  then BEGIN       dx   cmref cv_cm2normal 0    longuer du vecteur de reference en coordonnes normalisees        if keyword_set vectrefformat  then          normelegende   strtrim string normeref  format   vectrefformat  1            ELSE normelegende   strtrim normeref  1            if keyword_set vectrefpos  then begin          r   convert_coord vectrefpos data   to_normal           x0   r 0           y0   r 1        ENDIF ELSE BEGIN          x0    x window 1 dx          r   convert_coord d x_ch_size   d y_ch_size   device   to_normal           dy   3 r 1 p charsize          y0    y window 0 dy       ENDELSE        arrow  x0  y0  x0 dx  y0   norm  hsize    2  color   0       xyouts  x0  y0  normelegende   norm  align   1  charsize    p charsize  color   0     endif         if keyword_set key_performance  NE 0 THEN print   temps vecteur  systime 1 tempsun         return END     ");
+a[278] = new Array("./ToBeReviewed/PLOTS/VECTEUR/velovect.html", "velovect.pro", "", "   Id: velovect pro 97 2006 06 09 15:18:59Z pinsard       Copyright  c  1983 1998  Research Systems  Inc   All rights reserved   Unauthorized reproduction prohibited          NAME:  VELOVECT     PURPOSE:  Produce a two dimensional velocity field plot     A directed arrow is drawn at each point showing the direction and   magnitude of the field                     CATEGORY:  Plotting  two dimensional      CALLING SEQUENCE:  VELOVECT  U  V   X  Y      INPUTS:  U: The X component of the two dimensional field     U must be a two dimensional array     V: The Y component of the two dimensional field   Y must have  the same dimensions as X   The vector at point  i j  has a   magnitude of:    U i j 2   V i j 2 0 5    and a direction of:    ATAN2 V i j U i j      OPTIONAL INPUT PARAMETERS:    X: Optional abcissae values   X must be a vector with a length   equal to the first dimension of U and V     Y: Optional ordinate values   Y must be a vector with a length  equal to the first dimension of U and V      KEYWORD INPUT PARAMETERS:  COLOR: The color index used for the plot     DOTS: Set this keyword to 1 to place a dot at each missing point    Set this keyword to 0 or omit it to draw nothing for missing  points   Has effect only if MISSING is specified     LENGTH: Length factor   The default of 1 0 makes the longest  U V   vector the length of a cell            MISSING: Missing data value   Vectors with a LENGTH greater  than MISSING are ignored            OVERPLOT: Set this keyword to make VELOVECT  overplot   That is  the                 current graphics screen is not erased  no axes are drawn  and                 the previously established scaling remains in effect       Note:   All other keywords are passed directly to the PLOT procedure  and may be used to set option such as TITLE  POSITION    NOERASE  etc    OUTPUTS:  None      COMMON BLOCKS:  None      SIDE EFFECTS:  Plotting on the selected device is performed   System  variables concerning plotting are changed      RESTRICTIONS:  None      PROCEDURE:  Straightforward   Unrecognized keywords are passed to the PLOT  procedure        MODIFICATION HISTORY:  DMS  RSI  Oct  1983   For Sun  DMS  RSI  April  1989   Added TITLE  Oct  1990   Added POSITION  NOERASE  COLOR  Feb 91  RES   August  1993   Vince Patrick  Adv  Visualization Lab  U  of Maryland   fixed errors in math   August  1993  DMS  Added _EXTRA keyword inheritance   January  1994  KDB  Fixed integer math which produced 0 and caused              divide by zero errors   December  1994  MWR  Added _EXTRA inheritance for PLOTS and OPLOT   June  1995  MWR  Removed _EXTRA inheritance for PLOTS and changed   OPLOT to PLOTS          September  1996  GGS  Changed denominator of x_step and y_step vars           February  1998  DLD   Add support for CLIP and NO_CLIP keywords          June  1998  DLD   Add support for OVERPLOT keyword      PRO VELOVECT U V X Y  Missing   Missing  Length   length  Dots   dots             Color color  CLIP clip  NOCLIP noclip  OVERPLOT overplot  _EXTRA extra     compile_opt idl2  strictarrsubs           on_error 2                       Return to caller if an error occurs         s   size u          t   size v          if s 0  ne 2 then begin  baduv:   message   U and V parameters must be 2D and same size                  endif         if total abs s 0:2 t 0:2  ne 0 then goto baduv           if n_params 0  lt 3 then x   findgen s 1  else                   if n_elements x  ne s 1  then begin badxy:                  message   X and Y arrays have incorrect size                          endif         if n_params 1  lt 4 then y   findgen s 2  else                   if n_elements y  ne s 2  then goto badxy           if n_elements missing  le 0 then missing   1 0e30         if n_elements length  le 0 then length   1 0          mag   sqrt u 2 v 2               magnitude                   Subscripts of good elements         nbad   0                          of missing points         if n_elements missing  gt 0 then begin                 good   where mag lt missing                   if keyword_set dots  then bad   where mag ge missing  nbad          endif else begin                 good   lindgen n_elements mag          endelse          ugood   u good          vgood   v good          x0   min x                       get scaling         x1   max x          y0   min y          y1   max y   x_step x1 x0 s 1 1 0      Convert to float  Integer math  y_step y1 y0 s 2 1 0      could result in divide by 0   maxmag max max abs ugood x_step max abs vgood y_step   sina   length    ugood maxmag   cosa   length    vgood maxmag            if n_elements title  le 0 then title                plot to get axes            if n_elements color  eq 0 then color    p color         if n_elements noclip  eq 0 then noclip   1         x_b0 x0 x_step  x_b1 x1 x_step  y_b0 y0 y_step  y_b1 y1 y_step         if  not keyword_set overplot  then begin           if n_elements position  eq 0 then begin             plot x_b0 x_b1 y_b1 y_b0 nodata xst yst                  color color  _EXTRA   extra           endif else begin             plot x_b0 x_b1 y_b1 y_b0 nodata xst yst                  color color  _EXTRA   extra           endelse         endif         if n_elements clip  eq 0 then               clip    x crange 0 y crange 0 x crange 1 y crange 1            r    3                           len of arrow head         angle   22 5    dtor             Angle of arrowhead         st   r   sin angle               sin 22 5 degs   length of head         ct   r   cos angle            for i 0 n_elements good 1 do begin      Each point                 x0   x good i  mod s 1          get coords of start   end                 dx   sina i                  x1   x0   dx                 y0   y good i    s 1                  dy   cosa i                  y1   y0   dy  xd x_step  yd y_step                 plots x0 x1 x1 ct dx xd st dy yd xd     x1 x1 ct dx xd st dy yd xd                           y0 y1 y1 ct dy yd st dx xd yd     y1 y1 ct dy yd st dx xd yd                          color color clip clip noclip noclip  _EXTRA   extra                 endfor         if nbad gt 0 then                Dots for missing                  PLOTS  x bad mod s 1  y bad   s 1  psym 3  color color                           clip clip noclip noclip  _EXTRA   extra end");
+a[279] = new Array("./ToBeReviewed/PLOTS/axe.html", "axe.pro", "", "          NAME:axe     PURPOSE:gerre les axes pour les differents dessins crees par plt    pltz et pltt     CATEGORY:environnement graphique     CALLING SEQUENCE:axe coupe tempsmin tempsmax      INPUTS:          coupe: un string qui designe le type de coupe auquel doit de          raporter les axes que l on cree  par ex:  xy xt             tempsmin et tempsmax: ds le cas ou l on fait une coupe          contenant la dimension temps  il faut specifier le debut et          la fin de l axe des temps en jours julien      KEYWORD PARAMETERS:  SIN active qd on trace en sinus de la latitude            SEPDATE: string separant les differents constituants de la          date  Par defaut c est un retour a la ligne qd on fait un           yt   zt  ou  t  dans les autres cas c est un blanc              DIGITSYEAR 2 to use  Z format  2 digits  to code years          instead of  Y format  See help of label_date for more          informations on  Z and  Y      OUTPUTS:les variables globales d environnement graphique:  x  et  y      COMMON BLOCKS:  common pro     SIDE EFFECTS:modifie  x  et  y      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          11 12 98                         Eric Guilyardi types x y z   amelioration de                         l axe temporel         PRO axe  coupe tempsmin tempsmax  REVERSE_X   reverse_x  REVERSE_Y   reverse_y  SIN   sin  SEPDATE   sepdate  DIGITSYEAR   digitsyear  _EXTRA   ex     compile_opt idl2  strictarrsubs    common    tempsun   systime 1            pour key_performance     gestion des ticks de l axe des temps ds le ces ou tempsmin et   tempsmax sont definits      divday   0    if n_params  EQ 3 then BEGIN         if keyword_set sepdate  then sep   sepdate ELSE          if coupe EQ  yt  OR coupe EQ  zt  OR coupe EQ  t  then sep    C  ELSE sep               caldat tempsmin  mmin  dmin  ymin  hmin  mnmin  smin  _EXTRA   ex       caldat tempsmax  mmax  dmax  ymax  hmax  mnmax  smax  _EXTRA   ex   format used for the year  2 or 4 5 digits        IF NOT keyword_set digitsyear  THEN digitsyear   4       IF digitsyear EQ 2 THEN fmtyr    Z  ELSE fmtyr    Y          if ymax EQ ymin then BEGIN          if mmin ne mmax then BEGIN   meme annee mais plusieurs mois             nticks   mmax mmin 1             ticknom   lonarr nticks              for m   0 nticks 1 do ticknom m    julday m mmin  1  ymin  _EXTRA   ex              tminor   6             datfmt    M sep fmtyr   on verifie que les labels rentrent bien entre tempsmin et tempsmax              ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax AND ticknom NE  1              nticks   n_elements ticknom    cas particulier ou l on est a cheval sur 2 mois             if nticks LE 1 then begin                nticks    dmax jourdsmois mmin  ymin 0 dmin 1 2                ticknom   lonarr nticks                 for d   0 nticks 1 do ticknom d    julday mmin  d 2 dmin  ymin  _EXTRA   ex                 ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax                                          AND ticknom NE  1                 nticks   n_elements ticknom                 tminor   2                datfmt    D sep M              endif          ENDIF ELSE BEGIN    meme annee et meme mois             IF dmax dmin 1 GT 4 THEN BEGIN   more than 4 days                nticks   dmax dmin 1                ticknom   lonarr nticks                 for d   0 nticks 1 do ticknom d    julday mmin  d dmin  ymin  _EXTRA   ex                 ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax                                          AND ticknom NE  1                 nticks   n_elements ticknom                 tminor   2                datfmt    D sep M              ENDIF ELSE BEGIN      less than 4 days : divday ticks per day                divday   4                nticks    dmax dmin divday   1                ticknom   fltarr nticks                 for d   0 nticks 1 do                   ticknom d    julday mmin  d divday dmin  ymin  _EXTRA   ex                     d MOD divday float divday                 tminor   2                datfmt    H:00              ENDELSE           ENDELSE        ENDIF ELSE BEGIN    plusieurs annees          CASE 1 OF          ymax ymin 1 LE 10: BEGIN   freq   1    tminor   12   datfmt    M sep fmtyr   end          ymax ymin 1 LE 20: BEGIN   freq   2    tminor   6   datfmt    M sep fmtyr   end          ymax ymin 1 LE 50: BEGIN   freq   5    tminor   5   datfmt    M sep fmtyr   end          ymax ymin 1 LE 100: BEGIN   freq   10    tminor   10   datfmt   fmtyr   end          ymax ymin 1 LE 1000: BEGIN   freq   50    tminor   5   datfmt   fmtyr   end          ELSE : BEGIN   freq   100    tminor   50   datfmt    Y    end          ENDCASE           nticks   floor ymax ymin freq 1          IF floor ymin freq  NE  ymin freq THEN             yminf    floor ymin freq 1 freq ELSE              yminf    floor ymin freq freq          ticknom   lonarr nticks           for y   0  nticks 1 do ticknom y    julday 1  1  yminf y freq  _EXTRA   ex    on verifie que les labels rentrent bien entre tempsmin et tempsmax           ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax AND ticknom NE  1           nticks   n_elements ticknom    cas particulier ou l on est a cheval sur 2 annees          if nticks LE 1 then begin             nticks    mmax 12 mmin 1             ticknom   lonarr nticks              for m   0 nticks 1 do ticknom m    julday m mmin  1  ymin  _EXTRA   ex              ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax AND ticknom NE  1              nticks   n_elements ticknom              tminor   6             datfmt    M sep fmtyr   cas particulier ou l on est a cheval sur 2 mois             if nticks LE 1 then begin                nticks    dmax jourdsmois mmin  ymin 0 dmin 1 2                ticknom   lonarr nticks                 for d   0 nticks 1 do ticknom d    julday mmin  d 2 dmin  ymin  _EXTRA   ex                 ticknom   ticknom where ticknom GE tempsmin AND ticknom LE tempsmax                                          AND ticknom NE  1                 nticks   n_elements ticknom                 tminor   2                datfmt    D sep M              endif          endif       ENDELSE        toto   label_date 0  0  0  DATE_FORMAT   datfmt  _EXTRA   ex        if chkstru ex   DATE_FORMAT  then ex DATE_FORMAT        ENDIF      definition des parametres des axes au cas par cas      case coupe of        xy :BEGIN           if keyword_set reverse_x  then  x range lon2 lon1  ELSE  x range lon1 lon2           if keyword_set reverse_y  then  y range lat2 lat1  ELSE  y range lat1 lat2           IF key_onearth THEN  x tickformat lonaxe           IF key_onearth THEN  y tickformat lataxe        END        yz :BEGIN           if keyword_set reverse_x  then  x range lat2 lat1  ELSE  x range lat1 lat2           if keyword_set reverse_y  then  y range 0   1  ELSE  y range    1  0           if keyword_set sin  then BEGIN   nombre de ticks par defaut             plot   0   0   noerase   nodata  xtick_get   xaxe   on augmente ce nombre pour qu il soit autour de 10              ticks   n_elements xaxe 1             ticks   ticks 1  2  4  8              ticks   ticks sort abs ticks 10 0    on recupere l axex pour ce nouveau nombre de ticks             plot   0   0 xticks   ticks   noerase   nodata  xtick_get   xaxe              x ticks   ticks              x tickv   sin pi 180 xaxe              tickname   strarr ticks 1              for i   0 ticks do tickname i    lataxe 0  0  xaxe i               x tickname   tickname              x range   sin pi 180 x range           endif       end        xz :BEGIN           if keyword_set reverse_x  then  x range lon2 lon1  ELSE  x range lon1 lon2           if keyword_set reverse_y  then  y range 0   1  ELSE  y range    1  0        end        xt  : begin          if keyword_set reverse_x  then  x range    lon2 lon1  ELSE  x range lon1 lon2           if keyword_set reverse_y  then  y range tempsmax  tempsmin tempsmin            ELSE  y range tempsmin tempsmax tempsmin          IF key_onearth THEN  x tickformat lonaxe             result   LABEL_DATE DATE_FORMAT    M sep fmtyr              y tickformat LABEL_DATE            y tickname   LABEL_DATE 1  0 ticknom _EXTRA   ex             y ticklen 1            y gridstyle 2           y ticks nticks 1           y tickv ticknom tempsmin           y minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        yt  : begin          if keyword_set reverse_x  then  x range    tempsmax tempsmin tempsmin            ELSE  x range tempsmin tempsmax tempsmin          if keyword_set reverse_y  then  y range lat2  lat1  ELSE  y range lat1 lat2           IF key_onearth THEN  y tickformat lataxe            x tickname   LABEL_DATE 0  0 ticknom _EXTRA   ex             x ticklen 1            x gridstyle 2           x ticks nticks 1           x tickv ticknom tempsmin           x minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        zt  : begin          if keyword_set reverse_x  then  x range    tempsmax tempsmin tempsmin            ELSE  x range tempsmin tempsmax tempsmin          if vargrid EQ  W  then gdep gdepw 0:nzw 1  ELSE gdep gdept 0:nzt 1             x tickname   LABEL_DATE 0  0 ticknom _EXTRA   ex             x ticklen 1            x gridstyle 2           x ticks nticks 1           x tickv ticknom tempsmin           x minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        t  : BEGIN          if keyword_set reverse_x  then  x range    tempsmax tempsmin tempsmin            ELSE  x range tempsmin tempsmax tempsmin           x tickname   LABEL_DATE 0  0 ticknom _EXTRA   ex             x ticklen 1            x gridstyle 2           x ticks nticks 1           x tickv ticknom tempsmin           x minor tminor          IF divday GT 0 THEN  y title    Time from  strtrim dmin 1                 def_month 1m  strtrim mmin  1   strtrim ymin 1        end        x  : begin           x range lon1 lon2           IF key_onearth THEN  x tickformat lonaxe        END        y  : begin          if keyword_set sin  then BEGIN   nombre de ticks par defaut             plot   0   0   nodata   noerase  xstyle   5  ystyle   5  xtick_get   xaxe   on augmente ce nombre pour qu il soit autour de 10              ticks   n_elements xaxe 1             ticks   ticks 1  2  4  8              ticks   ticks sort abs ticks 10 0    on recupere l axex pour ce nouveau nombre de ticks             plot   0   0 xticks   ticks nodata noerase xstyle 5 ystyle 5 xtick_get xaxe              x ticks   ticks              x tickv   sin pi 180 xaxe              tickname   strarr ticks 1              for i   0 ticks do tickname i    lataxe 0  0  xaxe i               x tickname   tickname              x range   sin pi 180 x range           ENDIF ELSE  x range lat1 lat2           IF key_onearth THEN  x tickformat lataxe        END        z  : begin            if vargrid EQ  W  then gdep gdepw 0:nzw 1  ELSE gdep gdept 0:nzt 1              if keyword_set reverse_y  then  y range gdep 0  gdep n_elements gdep 1               ELSE  y range gdep n_elements gdep 1  gdep 0        END     endcase    if keyword_set key_performance  THEN print   temps axe  systime 1 tempsun     return end");
+a[280] = new Array("./ToBeReviewed/PLOTS/legende.html", "legende.pro", "", "          NAME:legende pro     PURPOSE:fournit les legendes     CATEGORY:graph annexe     CALLING SEQUENCE:legende  mi ma coupe title subtitle xtitle ytitle     INPUTS:mi et ma: le max et le min du dessin  cf plt pro et pltz pro    coupe caractere de 2 lettres donnant le type de coupe  par ex: xz      KEYWORD PARAMETERS:    TITRE: chaine de caracteres qui doit etre le titre du dessin  Par   defaut le titre est le nom vairmer du champ           ENDPOINTS:utilise qd on fait des coupes veticales en diagonale     OUTPUTS:le titre  sous titre titre de x et titre de y     COMMON BLOCKS:  common pro     SIDE EFFECTS: l utilisation de la variable globale langage permet   de changer de langue ou de facon de legender facilement  On peut   facilement personnaliser la chose en rajoutant un cas au case sur la   valeur de langage      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   14 8 98                         Eric Guilyardi  ericg lodyc jussieu fr  GB version  11 6 99         pro legende mi ma coupe CONTOUR   contour ENDPOINTS   endpoints  DIREC   direc                 VECTLEGENDE   vectlegende                 INTERVALLE   intervalle  TYPE_YZ   type_yz  VARNAME2   varname2                 NPTS   npts  _EXTRA   ex     compile_opt idl2  strictarrsubs    common    tempsun   systime 1            pour key_performance      grille   1   1   1  gdep  nx  ny  nz     English legends      fmt_mm    f12 2     fmt_bt    f7 1     colorf        contourf    Contour plot     vecteurf    Vector norm       expf        datef            fieldf            depthf            endpointsf    Diag  Section     zonalf        IF key_onearth THEN latintf    latitudes in   ELSE latintf    j index in      timintf    time in      onf            depthf2    Depth  m     Meridf    Zonal Mean       IF key_onearth THEN lonintf    longitudes in   ELSE lonintf    i in      hovxt    XT plot        diaghovxt    Diag  XT plot        depintf    depths in      timef    Time     hovyt    YT plot        diaghovyt    Diag  YT plot        hovzt    ZT plot        hovt        IF key_onearth THEN lontitle    Longitude  ELSE lontitle    i index     IF key_onearth THEN lattitle    Latitude  ELSE lattitle    j index         vertz   depthf2    legniv     m     IF keyword_set TYPE_YZ  THEN BEGIN      IF type_yz EQ  hPa  THEN vertz    hPa        IF type_yz EQ  hPa  THEN legniv     hPa      ENDIF      Start legende       definition et complement eventuelle de  p subtitle      if n_elements varunit  ne 0 then unite varunit  else unite      p subtitle colorf unite : Min   strtrim string format fmt_mm mi  2        Max   strtrim string format fmt_mm ma  2     if keyword_set intervalle  then BEGIN       if intervalle NE  1 then           p subtitle p subtitle  Int   strtrim string format fmt_mm intervalle  2     endif    if size contour   type  EQ 8 then BEGIN   c est une structure       unite contour 1         p subtitle p subtitle C  contourf unite           : Min   strtrim string format fmt_mm contour 0 0  2           Max   strtrim string format fmt_mm contour 0 1  2        if contour inter NE  1  then           p subtitle p subtitle  Int   strtrim string format fmt_mm contour inter  2     ENDIF    if size vectlegende   type  EQ 8  then begin       unite vectlegende 1         p subtitle p subtitle C  vecteurf unite           : Min   strtrim string format fmt_mm vectlegende 0 0  2           Max   strtrim string format fmt_mm vectlegende 0 1  2     endif     mise en forme des dimensions du sous domaine      la1 strtrim string format fmt_bt  lat1  2     la2 strtrim string format fmt_bt  lat2  2     lo1 strtrim string format fmt_bt  lon1  2     lo2 strtrim string format fmt_bt  lon2  2     pr1 strtrim string format fmt_bt  vert1  2     pr2 strtrim string format fmt_bt  vert2  2      gestion de la date      if n_elements vardate  EQ 0 then vardate        if NOT keyword_set direc  then direc        if strpos direc   t  NE  1 then begin       svardate   strtrim vairdate time 0  1     strtrim vairdate time jpt 1  1     ENDIF ELSE svardate   vardate     case sur le cas auquel s applique la legende      case coupe of        xy :begin                   if strupcase vargrid  EQ  W  then firstz   firstzw           ELSE firstz   firstzt         if strpos direc   z  EQ  1 AND firstz NE 0  then BEGIN           prof   strtrim round gdep 0  1             p title   expf varexp datef svardate fieldf varname depthf prof legniv         ENDIF ELSE  p title   expf varexp datef svardate fieldf varname          x title   lontitle          y title   lattitle       end         xz :begin          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim ny  1           IF long n  LE 3 THEN zonalf    Section              if keyword_set endpoints  AND lat1 NE lat2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE              p title   zonalf varexp datef svardate fieldf varname           x title   lontitle          if keyword_set endpoints  AND lat1 EQ lat2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lataxe 0  0  lat1  1  ELSE  x title    x title  at j index  strtrim lat1  1           ENDIF           y title   depthf2       end         yz :begin          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx  1           IF long n  LE 3 THEN meridf              if keyword_set endpoints  AND lon1 NE lon2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE              p title   meridf varexp datef svardate fieldf varname           y title   vertz           x title   lattitle          if keyword_set endpoints  AND lon1 EQ lon2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lonaxe 0  0  lon1  1  ELSE  x title    x title  at i index  strtrim lon1  1           ENDIF       end         xt :begin           IF keyword_set npts  THEN n   strtrim npts  1           if keyword_set endpoints  AND lat1 NE lat2 then              p title   diaghovxt varexp fieldf varname ELSE             p title        hovxt varexp fieldf varname          IF  time size time 0 1    time 0  GE 10 THEN  y title   timef           x title   lontitle          if keyword_set endpoints  AND lat1 EQ lat2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lataxe 0  0  lat1  1  ELSE  x title    x title  at j index  strtrim lat1  1           ENDIF       end         yt :begin           IF keyword_set npts  THEN n   strtrim npts  1            if keyword_set endpoints  AND lon1 NE lon2 then              p title   diaghovyt varexp fieldf varname ELSE             p title        hovyt varexp fieldf varname          IF  time size time 0 1    time 0  GE 10 THEN  x title   timef           y title   lattitle          if keyword_set endpoints  AND lon1 EQ lon2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lonaxe 0  0  lon1  1  ELSE  x title    x title  at i index  strtrim lon1  1           ENDIF       end         zt :begin           IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx ny  1            p title   hovzt varexp fieldf varname           y title   depthf2          IF  time size time 0 1    time 0  GE 10 THEN  x title   timef       end        t :begin           IF keyword_set npts  THEN n   strtrim npts  1  ELSE BEGIN               if keyword_set integration3d  then n strtrim nx ny nz  1  ELSE n strtrim nx ny  1            ENDELSE            p title   hovt varexp fieldf varname           y title   varname          IF  time size time 0 1    time 0  GE 10 THEN  x title   timef       end        x :begin                       IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim ny nz  1           if keyword_set endpoints  AND lat1 NE lat2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE             p title               varexp datef svardate fieldf varname           x title   lontitle          if keyword_set endpoints  AND lat1 EQ lat2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lataxe 0  0  lat1  1  ELSE  x title    x title  at j index  strtrim lat1  1           ENDIF           y title   varname       end        y :begin                       IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx nz  1           if keyword_set endpoints  AND lon1 NE lon2 then              p title   endpointsf varexp datef svardate fieldf varname ELSE             p title               varexp datef svardate fieldf varname           x title   lattitle          if keyword_set endpoints  AND lon1 EQ lon2 then BEGIN             IF key_onearth THEN  x title    x title  at  strtrim lonaxe 0  0  lon1  1  ELSE  x title    x title  at i index  strtrim lon1  1           ENDIF           y title   varname       end        z :begin          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx ny  1            p title   varexp datef svardate fieldf varname           y title   depthf2           x title   varname       end        yfx : BEGIN          IF keyword_set npts  THEN n   strtrim npts  1  ELSE n strtrim nx ny nz  1            p title   varexp datef svardate varunit           x title   varname2           y title   varname       END        else:    ENDCASE    if keyword_set direc  then BEGIN       if strpos direc   x  NE  1 then           p subtitle   lonintf lo1   lo2 onf strtrim nx  1  points    C   p subtitle       if strpos direc   y  NE  1 then BEGIN          if strpos p subtitle    EQ  1 then              p subtitle   latintf la1   la2 onf strtrim ny  1  points    C p subtitle            ELSE  p subtitle   latintf la1   la2 onf strtrim ny  1  points    p subtitle       ENDIF       if strpos direc   z  NE  1 AND  nz NE 1 OR coupe NE  xy  then BEGIN           if strpos p subtitle    EQ  1 then              p subtitle   depintf pr1   pr2 onf strtrim nz  1  points    C p subtitle            ELSE  p subtitle   depintf pr1   pr2 onf strtrim nz  1  points    p subtitle       ENDIF    ENDIF    if keyword_set endpoints  AND coupe NE  yt  AND lat1 NE lat2 then  p title    p title C C         if keyword_set key_performance  THEN print   temps legende  systime 1 tempsun     return end");
+a[281] = new Array("./ToBeReviewed/PLOTS/plotsym.html", "plotsym.pro", "", "    NAME:    plotsym   PURPOSE:    function to make plotting symbols much easier    Usage:     plot x y psym plotsym circle scale 2 fill      CATEGORY:     Graphics      Keywords:    circle    circle symbol    triangle   triangle symbol    diamond   diamond symbold    box   box symbol    line   line symbol    scale   scales the symbol    angle   angle the symbol should be rotated    _extra   extra keywords for usersym   These are thick  color and fill     Written by:   Ronn Kling   Ronn Kling Consulting   7038 Westmoreland Dr    Warrenton  VA 20187   klingrl juno com   copyright 1999  all rights reserved    function plotsym  circle circle  triangle triangle  diamond diamond                      angle angle  box box  line line  scale scale                      _extra extra     compile_opt idl2  strictarrsubs   if not keyword_set scale  then scale 1 0 if not keyword_set angle  then angle 0 0  if keyword_set circle  then begin   theta   findgen 30 29 360  endif else if keyword_set triangle  then begin   theta    30 90 210   30  endif else if keyword_set diamond  then begin   theta    0 90 180 270 0  endif else if keyword_set box  then begin   theta    315 45 135 225 315  endif else if keyword_set line  then begin   theta    180 0  endif  theta   theta   angle x   cos theta    dtor    scale y   sin theta    dtor    scale  usersym  x y  _extra extra return 8 end");
+a[282] = new Array("./ToBeReviewed/PLOTS/reinitplt.html", "reinitplt.pro", "", "          NAME: REINITPLT     PURPOSE: This procedure will reinitialise all or a selection   ofthe system plot variables     CATEGORY: Plot Utility     CALLING SEQUENCE: clearplt all clear the  p   x   y   z   clearplt x z clear the  x and  z variables   clearplt x only clear the  x variable  clearplt x invert clear all except the  x      INPUTS:   KEYWORDS:  x y z p  clear the appropriate variable  all  clear all  this is equivalent to  x y z p  invert  invert the logic  Clear all unselected variables     Therefore  clearplt all invert  does nothing      OUTPUTS: none     COMMON BLOCKS:  common pro   SIDE EFFECTS:  The sytem plot variables are changed      MODIFICATION HISTORY:  Written by: Trevor Harris  Physics Dept  University of Adelaide   July  1990            Sebastien Masson 7 5 98           pro reinitplt  all all x x y y z z p p  invert invert       compile_opt idl2  strictarrsubs    clearx   0  cleary   0  clearz   0  clearp   0  if  keyword_set x  then clearx   1  if  keyword_set y  then cleary   1  if  keyword_set z  then clearz   1  if  keyword_set p  then clearp   1  if  keyword_set all                or  not keyword_set x  and not keyword_set y  and                   not keyword_set z  and not keyword_set p  then begin      clearx   1  cleary   1  clearz   1  clearp   1  endif   if  keyword_set invert  then begin  clearx   not clearx  cleary   not cleary  clearz   not clearz  clearp   not clearp  endif   if  clearx  then begin                  x charsize 0                  x GRIDSTYLE 0                  X MARGIN 10 3             X MINOR 0                  X OMARGIN 0 0                   x region 0           X RANGE 0                  x STYLE 5                   x tick 1                  x TICKFORMAT                   x TICKLEN 0                  x tickname                   x ticks 0                  X TICKV 0 X TICKV 1   x title                   x TYPE 0  endif  if  cleary  then begin                  y charsize 0                  y GRIDSTYLE 0                  Y MARGIN 10 3             Y MINOR 0                  Y OMARGIN 0 0                   y region 0           Y RANGE 0                  y STYLE 5                   y tick 1                  y TICKFORMAT                   y TICKLEN 0                  y tickname                   y ticks 0                  Y TICKV 0 Y TICKV 1   y title                   y TYPE 0  endif  if  clearz  then begin                  z charsize 0                  z GRIDSTYLE 0                  Z MARGIN 10 3             Z MINOR 0                  Z OMARGIN 0 0                   z region 0           Z RANGE 0                  z STYLE 1                   z tick 1                  z TICKFORMAT                   z TICKLEN 0                  z tickname                   z ticks 0                  Z TICKV 0 Z TICKV 1   z title                   z TYPE 0  endif  if  clearp  then begin  p BACKGROUND d n_colors 1    255  p CHARSIZE 1   p CHARTHICK 0   p LINESTYLE 0   p MULTI replicate 0 5   p NOERASE 0   p POSITION 0   p region 0                   p title   p subtitle   p ticklen 0 02                  p thick 0 1                  p color 0  endif  return  end      ");
+a[283] = new Array("./ToBeReviewed/PLOTS/style.html", "style.pro", "", "          NAME:style     PURPOSE:choisit la facon de tracer les isolignes     CATEGORY:graphique     CALLING SEQUENCE:style labstyle level_z2d linestyle thick     INPUTS:labstyle: nombre auquel se refaire le styel de trace choisit   level_z2d:vecteur contenant les valeures des isolignes a tracer     KEYWORD PARAMETERS:     OUTPUTS:  linestyle:vecteur utilise pour definir le style des  isocontours         rq: pour memoire:  Index Linestyle   0 Solid   1 Dotted   2 Dashed   3 Dash Dot   4 Dash Dot Dot Dot   5 Long Dashes   thick:vecteur definissant l epaisseur de l isoligne      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr            pro style labstyle level_z2d linestyle thick     compile_opt idl2  strictarrsubs      case labstyle of       0: begin  serie: deux lignes continues fines  une ligne continue grasse          thick 1 1 2           linestyle 0           return       end       1: begin  serie: avant le mileu des levels: tiret fin  apres trait continu fin    si le mileu est dessine il est en trait continu gras          impair n_elements level_z2d 2 fix n_elements level_z2d 2           a replicate 0 fix n_elements level_z2d 2           b replicate 1 fix n_elements level_z2d 2           c replicate 2 fix n_elements level_z2d 2                    if impair then begin             thick b 2 b              linestyle c 0 a           endif else begin             thick 0              linestyle c a           endelse          return       end       2: begin  serie: avant le seuil  definit en repondant a une question : tiret fin    apres trait continu fin  si le seuil est dessine il est en trait continu gras          seuil xquestion Quelle est la limite tirets trait continu   0           seuil   float seuil           rien where level_z2d lt seuil n           a replicate 0 n_elements level_z2d n           c replicate 2 n                    if seuil eq level_z2d n  then begin             thick replicate 1 n 2 replicate 1 n_elements level_z2d 1 n              linestyle c a           endif else begin             thick 0              linestyle c a           endelse          return       end       3: begin          n   n_elements level_z2d           seuil   level_z2d 1 n 2            thick   intarr n           thick indgen n 4 4    1          thick indgen n 4 4 1    1          thick indgen n 4 4 2    2          thick indgen n 4 4 3    1           linestyle   intarr n           linestyle indgen n 4 4    3          linestyle indgen n 4 4 1    0          linestyle indgen n 4 4 2    0          linestyle indgen n 4 4 3    0           labels   intarr n           labels indgen n 2 2    1          labels n 2    0           return       end       4: begin   trait continu gras pour 0          seuil   1 e 6          thick replicate 5   n_elements level_z2d           linestyle 0           rien where abs level_z2d max abs level_z2d  LT seuil           if rien 0  NE  1 then thick rien 0    3       end       else: begin          ras   report Le numero de labstyle demande n existe pas           stop       end    endcase    return end");
+a[284] = new Array("./ToBeReviewed/PLOTS/symbols.html", "symbols.pro", "", "    NAME:             SYMBOLS              PURPOSE:             Create custom plotting symbols              CALLING SEQUENCE:       SYMBOLS SYMBOL_NUMBER SCALE         INPUTS:   SYMBOL_NUMBER:                     1   open circle                  2   filled circle                  3   arrow pointing right                  4   arrow pointing left                  5   arrow pointing up                  6   arrow pointing down                  7   arrow pointing up and left  45 degrees    8   arrow pointing down and left   9   arrow pointing down and right    10   arrow pointing up and right    11 through 18 are bold versions of 3 through 10   19   horizontal line   20   box   21   diamond   22   triangle   30   filled box   31   filled diamond   32   filled triangle      SCALE   size of symbols       KEYWORD PARAMETERS:     COLOR   color of symbols     SIDE EFFECTS:                The desired symbol is stored in the user buffer and       will be plotted if  P PSYM   8      MODIFICATION HISTORY:     Jeff Bennett  U of Colorado  198    pro symbols nsym scale color col     compile_opt idl2  strictarrsubs   on_error 2 fill   0 case 1 of       nsym le 2 :   begin                          circles                        for large scales increase number of points for res                        if scale ge 4 then a   findgen 25  else                         a   findgen 13                        a   a    3 14159   6         0   12 or 24  pi 6                       xarr   cos a                        yarr   sin a                        if nsym eq 2 then fill   1                     end       nsym ge 3 nsym le 18 :   begin            arrow heads                       xarr   fltarr 5                        yarr   xarr                       xarr 1    10                        xarr 2    6                        yarr 2    2                         nsyms greater than 10 should be filled arrows                       if nsym gt 10 then begin                          xarr 3    6                            xarr 4    10                           yarr 3     2                           fill   1                       endif else begin                          xarr 3    10                           xarr 4    6                           yarr 4     2                        endelse                       case 1 of                           nsym eq 3 : dummy   0b                           nsym eq 4 : xarr    1 xarr                           nsym eq 11 nsym eq 12 : begin                             xarr   extrac xarr 0 11                              yarr   extrac yarr 0 11                              yarr 6    0 5                             xarr 7    6                             yarr 7    0 5                             xarr 8    6                             yarr 8     0 5                             yarr 9     0 5                             if nsym eq 12 then begin                                rotation xarr yarr 180 nx ny                                xarr   nx                                yarr   ny                             endif                                                      end                           nsym eq 5 nsym eq 13 : begin                             temp   xarr                             xarr   yarr                             yarr   temp                                                      end                           nsym eq 6 nsym eq 14 : begin                             temp    1 xarr                             xarr   yarr                             yarr   temp                                                      end                           nsym ge 7 nsym le 10                                nsym ge 15 nsym le 18 : begin                             case 1 of                                   nsym eq 7 nsym eq 15 : deg   45                                   nsym eq 8 nsym eq 16 : deg   135                                   nsym eq 9 nsym eq 17 : deg   225                                   nsym eq 10 nsym eq 18 : deg   315                             endcase                             rotation xarr yarr deg nx ny                             xarr   nx                             yarr   ny                                                   end    end nsym ge 7                       endcase                                    end     nsym between 3 and 18       nsym eq 20 nsym eq 21 nsym eq 30 nsym eq 31 :  begin                       xarr   fltarr 5    3                       yarr   xarr                       xarr 1     3                        xarr 2     3                        yarr 2     3                        yarr 3     3                        if  nsym eq 21 nsym eq 31  then begin                          rotation xarr yarr 45 nx ny                          nx   0 70   nx      shrink the x direction                          xarr   nx                          yarr   ny                       endif                       if nsym ge 30 then fill   1                                    end     nsym 20 21 30 31       nsym eq 22 nsym eq 32 :  begin   side length 6  0 at centroid                       yarr   fltarr 4    6 4                        xarr   fltarr 4    6 2                        xarr 1    6 2                        xarr 2    0                        yarr 2    6 sqrt 3 2    6 4                        if nsym eq 32 then fill   1                                     end      else:                          begin                       xarr   fltarr 2    1                       yarr   xarr   0                        xarr 1     1                                      end endcase   xarr   xarr   scale yarr   yarr   scale    set symbol buffer if keyword_set col  then usersym xarr yarr fill fill color col else     usersym xarr yarr fill fill   return end");
+a[285] = new Array("./ToBeReviewed/POSTSCRIPT/calibre.html", "calibre.pro", "", "          NAME: calibre     PURPOSE:a partir d un rapport d aspect et des valeurs  en ligne de   characteres  des differentes marges  calcul posfenetre et posbar qui   servent a placer le dessin et la barre de couleur grace a    p position sur une feuille ou   sur une sortie ecran dont la fenetre a les memes proportions     CATEGORY: positionnement du graphe     CALLING SEQUENCE:       calibre  rapportyx marge margebar  smalldraw posfenetre  posbar      INPUTS:  rapportyx: rapport d echelle entre la longueur de l axe des  y et celle des x  par ex pour une carte xy          rapportyx lat2 lat1 lon2 lon1     marge: vecteur de 4 elements contenant la taille des marges a gauche    a droite  en bas et en haut devant entourer le graphe  tout est   mesure en lignes de characteres    margebar: vecteur de 4 elements contenant la taille des marges a gauche    a droite  en bas et  ATTENTION  le dernier element est cette fois ci   la position de coin en haut a droite  devant entourer la barre de   couleur  tout est mesure en lignes de characteres           smalldraw: 2 possiblites               un vecteur de 4 elements donnant  en portrait ou   en landscape  la position de cadre ds lequel doit rentrer le   dessin  cette position est donne par les coordonnes des 2 coins du   cadre: en bas a gauche et en haut a droite  elle s exprime tjs    pour un postscript ou une sortie ecran  en cm  l origine etant le   coin en bas a gauche                un vecteur de 3 elements donnant le nombre de colonnes a   faire de le dessin  le nombre de lignes et enfin le numero de la   case que doit occuper le dessin  cf matlab  par ex pour faire 6   dessin en 2 colonnes et 3 lignes et occuper la 4 eme case  small 2 3 4      KEYWORD PARAMETERS:    REMPLI:oblige le dessin a occuper l espace maximum definit   par smalldraw sans resperter le rapport y sur x     YXASPECT: force le rapport y sur x a prendre la valeur   rapportyx yxaspect  ce mot cle est utile ds deux cas:      1  yxaspect 1 : oblige rapportyx a etre bien respecte sinon           calibre se reserve le droit de changer un peu celui ci dans           le cas ou le rapport d aspect de small dessin est trop           different de celui de smalldraw      2  yxaspect n : multiplie par n le rapport d aspect donne par           defaut par ex ds plt  rapportyx est calcule pour que le           repere soit orthonorme  pour avoir un repere ou l axe des y           est 2 fois plus dilate que celui des y YXASPECT 2           PORTRAIT et LANDSCAPE: mots cles plus utilises mais tjs fonctionnels     OUTPUTS:         posfenetre: un vecteur de 4 elements contenant la position de         cadre contenant les legendes   le graphe en coordonnes         normalises  Rq: pour positionner le dessin il faut apres         l appelle de calibre faire  p position posfenetre           posbar: cf posfentre mais pour la barre de couleur  meme         remarque pour positionner la barre de couleur   p position posbar     COMMON BLOCKS:  common pro      SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr   11 12 98         pro calibre  rapportyx  marge  margebar  smalldraw  posfenetre  posbar                  REMPLI   rempli  YXASPECT   yxaspect  PORTRAIT   portrait                  LANDSCAPE   lanscape  _extra   ex       compile_opt idl2  strictarrsubs    cm_4ps   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF        tempsun   systime 1            pour key_performance      if keyword_set portrait  then key_portrait 1    if keyword_set landscape  then key_portrait 0    if keyword_set yxaspect  then begin       rapportyx rapportyx yxaspect        test2 0    endif else begin       yxaspect 1        test2 1     ENDELSE        mipgsz   min page_size  max   mapgsz      choix de Landscape ou Portrait      if n_elements key_portrait  eq 0  then begin       if rapportyx ge 1 then key_portrait 1       if rapportyx lt 1 then key_portrait 0    endif     si smalldraw est compte comme ds matlab      if n_elements smalldraw  EQ 3  then begin       if n_elements page_margins  EQ 0 then page_margins    1  1  1  1        smalldraw   long smalldraw        nbrecol   smalldraw 0        nbrelig   smalldraw 1        numero   smalldraw 2 1       numlig   numero nbrecol       numcol   numero numlig nbrecol       bas   mipgsz key_portrait mapgsz 1 key_portrait         cote   mapgsz key_portrait mipgsz 1 key_portrait         poscol   page_margins 0 findgen nbrecol 1 1 bas page_margins 0 page_margins 1 nbrecol        poslig   cote page_margins 3 findgen nbrelig 1 1 cote page_margins 2 page_margins 3 nbrelig        smalldraw    poscol numcol  poslig numlig 1  poscol numcol 1  poslig numlig     endif     determination de la taille des characteres  p charsize       nombre_de_mots_ds_titre   60      p charsize 1 smalldraw 2 smalldraw 0 d x_px_cm          nombre_de_mots_ds_titre   d y_ch_size     if  p charsize gt 1 then  p charsize 1     transfert de marge en cm      cm 1 d x_px_cm    marge 1  marge    d y_ch_size    p charsize   cm    margebar 1  margebar    d y_ch_size    p charsize   cm     definition de la portion de feuille ou on dessine      if key_portrait eq 0 then begin       big smalldraw 2 smalldraw 0        small smalldraw 3 smalldraw 1     endif else begin       small smalldraw 2 smalldraw 0        big smalldraw 3 smalldraw 1     endelse    if key_portrait eq 0 then       rapportmax 1 small marge 3 marge 1 big marge 2 marge 0       else rapportmax 1 small marge 2 marge 0 big marge 3 marge 1      si yxaspect n est pas specifie on modifie la valeur de rapportyx pour que   ca colle un peu plus aux proportions de la feuille      if rapportyx le rapportmax then begin       if test2 then begin          rap 1 rapportmax rapportyx          if rap ge 5  and rap lt 6  then rapportyx rapportyx 1 5          if rap ge 6  and rap lt 7  then rapportyx rapportyx 2           if rap ge 7  and rap lt 8  then rapportyx rapportyx 2 5          if rap ge 8  then rapportyx rapportyx 3        endif    endif else begin       if test2 then begin          rap 1 rapportmax rapportyx          if rap lt 1 5  and rap ge 1 6  then rapportyx rapportyx 1 5          if rap lt 1 6  and rap ge 1 7  then rapportyx rapportyx 2           if rap lt 1 7  and rap ge 1 8  then rapportyx rapportyx 2 5          if rap lt 1 8  then rapportyx rapportyx 3        endif    endelse     dans le cas ou on fait un Landscape:      if key_portrait eq 0 then begin              if keyword_set rempli  then begin          xs big          ys small       endif else begin          if rapportyx le rapportmax then begin             xs big             ys 1 big marge 0 marge 1 rapportyx marge 2 marge 3              if ys gt small then begin                xs 1 small marge 2 marge 3 rapportyx marge 0 marge 1                 ys small             endif          endif else begin             xs 1 small marge 2 marge 3 rapportyx marge 0 marge 1              ys small             if xs gt big then begin                xs big                ys 1 big marge 0 marge 1 rapportyx marge 2 marge 3              endif          endelse       endelse       xoff 1 small ys 2 smalldraw 1        yoff 1 big xs 2 xs mapgsz smalldraw 2        a 1 mapgsz yoff mapgsz       b 1 xoff mipgsz       c a 1 xs mapgsz       d b 1 ys mipgsz    endif       dans le cas ou on fait un portrait:      else begin              if keyword_set rempli  then begin          xs small          ys big       endif else begin          if rapportyx le rapportmax then begin             xs small             ys 1 small marge 0 marge 1 rapportyx marge 2 marge 3              if ys gt big then begin                xs 1 big marge 2 marge 3 rapportyx marge 0 marge 1                 ys big             endif          endif else begin             xs 1 big marge 2 marge 3 rapportyx marge 0 marge 1              ys big             if xs gt small then begin                xs small                ys 1 small marge 0 marge 1 rapportyx marge 2 marge 3              endif          endelse       endelse       xoff 1 small xs 2 smalldraw 0        yoff 1 big ys 2 smalldraw 1        a 1 xoff mipgsz       b 1 yoff mapgsz       c a 1 xs mipgsz       d b 1 ys mapgsz       xset   xoff       yset   yoff    endelse      bas mapgsz 1 key_portrait mipgsz key_portrait    cote mipgsz 1 key_portrait mapgsz key_portrait    posfenetre a b c d  marge 0 bas  marge 2 cote                              marge 1 bas marge 3 cote      posbar a b c d  margebar 0 bas  margebar 2 cote                          margebar 1 bas ys margebar 3 cote        if keyword_set key_performance  THEN print   temps calibre  systime 1 tempsun     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold   ENDIF        return end");
+a[286] = new Array("./ToBeReviewed/POSTSCRIPT/chcolps.html", "chcolps.pro", "", "PRO format_colortable_hexa  table     compile_opt idl2  strictarrsubs        tvlct  r  g  b   get      z   strarr 256      y   strarr 256      for k 0 255 do z k 00 strtrim string r k  format    Z 2      for k 0 255 do y k y k strmid z k strlen z k 2 2       for k 0 255 do z k 00 strtrim string g k  format    Z 2      for k 0 255 do y k y k strmid z k strlen z k 2 2       for k 0 255 do z k 00 strtrim string b k  format    Z 2      for k 0 255 do y k y k strmid z k strlen z k 2 2           table    strlowcase y   END   PRO build_table  tableout     Fabrique le bloc de colortable       compile_opt idl2  strictarrsubs        format_colortable_hexa  table       tableout   strarr 25       tableout 0     COLORTAB  def       END    PRO chcolps  n1  n2  file  PALIT1   palit1  PALIT2   palit2     Modifie les couleurs d un fichier postscript     Creation : G  Roullet 1999       recupere les palettes       compile_opt idl2  strictarrsubs       lct  n1     IF keyword_set palit1  THEN palit  palit1     tvlct  red  green  blue   get      lct  n2     IF keyword_set palit2  THEN palit  palit2     tvlct  red1  green1  blue1   get           filein   file     fileout   file new           openr  numin  filein   get_lun     openw  numout  fileout   get_lun     ligne         nl   0     colortab   0     Scan le fichier       WHILE NOT eof numin  DO BEGIN            readf  numin  ligne  format    A            nl   nl 1     Replace setrgbcolor statements             pos   strpos ligne   setrgbcolor            IF pos NE  1 THEN BEGIN                  r   round float strmid ligne  pos 18  6 255                  g   round float strmid ligne  pos 12  6 255                  b   round float strmid ligne  pos 6  6 255                            ind   where r EQ red AND g EQ green AND b EQ blue                  ind   ind 0                  IF ind 0  NE  1 THEN BEGIN                        r1   red1 ind 255                        g1   green1 ind 255                        b1   blue1 ind 255                        color   string r1  g1  b1  format    3 F5 3 : X                        strput  ligne  color  pos 18                 ENDIF ELSE BEGIN                        print   erreur ligne :  nl                       dist   abs r red abs g green abs b blue                        ind    where dist EQ min dist 0                        ind   ind 0                         print   je trouve              long r  g  b                         print   je remplace par    red ind  green ind  blue ind                        r1   red1 ind 255                        g1   green1 ind 255                        b1   blue1 ind 255                        color   string r1  g1  b1  format    3 F5 3 : X                        strput  ligne  color  pos 18                 ENDELSE            ENDIF                 Replace COLORTAB             pos   strpos ligne   COLORTAB            IF pos NE  1 THEN BEGIN                  build_table  table                 n   0                 colortab   1           ENDIF             IF colortab THEN BEGIN                 ligne   table n                  n   n 1                 IF n EQ 24 THEN colortab   0           ENDIF      Ecrit le fichier de sorti             printf  numout  ligne  format    A      ENDWHILE      close  numin     close  numout     free_lun  numin     free_lun  numout      spawn   gs  fileout  END  ");
+a[287] = new Array("./ToBeReviewed/POSTSCRIPT/ps.html", "ps.pro", "", "");
+a[288] = new Array("./ToBeReviewed/STATISTICS/a_correlate2d.html", "a_correlate2d.pro", "", "    NAME:         A_CORRELATE2d     PURPOSE:           This function computes the autocorrelation Px K L  or         autocovariance Rx K L  of a sample population X nx ny  as a         function of the lag  K L      CATEGORY:         Statistics      CALLING SEQUENCE:         Result   a_correlate2d X  Lag      INPUTS:         X:    an 2 dimension Array  nx ny          LAG:    2 element vector  in the intervals  nx 2   nx 2 ny 2   ny 2                of type integer that specifies the absolute distance s  between                indexed elements of X      KEYWORD PARAMETERS:         COVARIANCE:    If set to a non zero value  the sample autocovariance                        is computed            DOUBLE:        If set to a non zero value  computations are done in                        double precision arithmetic      EXAMPLE:     PROCEDURE:                                nx k 1  ny l 1                             sigma   sigma   X i j Xmean X i k j l Ymean                              i 0     j 0     correlation X k l                                     nx 1   ny 1                                                     sigma  sigma   X i j Xmean 2                                     i 0    j 0                                                      nx k 1  ny l 1                             sigma   sigma   X i j Xmean Y i k j l Ymean                              i 0     j 0     covariance X k l                                               nx ny       Where Xmean is the mens of the sample population     x x 0 0 x 1 0 x nx 1 ny 1        REFERENCE:     MODIFICATION HISTORY:         28 2 2000 Sebastien Masson  smasson lodyc jussieu fr          Based on the A_CORRELATE procedure of IDL    FUNCTION Auto_Cov2d  X  Lag  Double   Double  zero2nan   zero2nan     compile_opt idl2  strictarrsubs      XDim   SIZE X   dimensions     nx   XDim 0     ny   XDim 1   Sample autocovariance function    Xmean   TOTAL X  Double   Double     1 nx ny       res   TOTAL   X 0:nx 1 lag 0  0:ny 1 lag 1    Xmean                       X lag 0 :nx 1  lag 1 :ny 1    Xmean                      Double   Double      if keyword_set zero2nan  AND res EQ 0 then res    values f_nan    RETURN  res  END  FUNCTION A_Correlate2d  X  Lag  Covariance   Covariance  Double   Double     compile_opt idl2  strictarrsubs     Compute the sample autocorrelation or autocovariance of  Xt  Xt l   as a function of the lag  l      ON_ERROR  2     XDim   SIZE X   dimensions     XNDim   SIZE X   n_dimensions     nx   XDim 0     ny   XDim 1     if XNDim NE 2 then       MESSAGE   X array must contain 2 dimensions   Check length     if nx lt 2 then       MESSAGE   first dimension of X array must contain 2 or more elements     if ny lt 2 then       MESSAGE   second dimension of X array must contain 2 or more elements     if n_elements Lag  NE 2 THEN       MESSAGE   Lag array must contain 2 elements       If the DOUBLE keyword is not set then the internal precision and  result are identical to the type of input     if N_ELEMENTS Double  eq 0 then       Double    SIZE X   type  eq 5      if KEYWORD_SET Covariance  eq 0 then begin  Compute Autocorrelation        Auto   Auto_Cov2d X  ABS Lag  Double   Double                Auto_Cov2d X   0L  0L  Double   Double   zero2nan     endif else begin              Compute Autocovariance        Auto   Auto_Cov2d X  ABS Lag  Double   Double    n_elements X      endelse     if Double eq 0 then RETURN  FLOAT Auto  else       RETURN  Auto  END");
+a[289] = new Array("./ToBeReviewed/STATISTICS/a_timecorrelate.html", "a_timecorrelate.pro", "", "    NAME:         A_TIMECORRELATE     PURPOSE:         Same function as A_CORRELATE but accept array  until 4         dimension  for input and do the autocorrelation or the         autocovariance along the time dimension which must be the last         one of the input array            This function computes the autocorrelation Px L  or autocovariance         Rx L  of a sample population X as a function of the lag  L      CATEGORY:         Statistics      CALLING SEQUENCE:         Result   a_timecorrelate X  Lag      INPUTS:         X:    an Array which last dimension is the time dimension os         size n          LAG:    A scalar or n element vector  in the interval  n 2   n 2                of type integer that specifies the absolute distance s  between                indexed elements of X      KEYWORD PARAMETERS:         COVARIANCE:    If set to a non zero value  the sample autocovariance                        is computed            DOUBLE:        If set to a non zero value  computations are done in                        double precision arithmetic      EXAMPLE         Define an n element sample population            x    3 73  3 67  3 77  3 83  4 67  5 87  6 70  6 97  6 40  5 57            Compute the autocorrelation of X for LAG    3  0  1  3  4  8           lag    3  0  1  3  4  8            result   a_correlate x  lag            The result should be:            0 0146185  1 00000  0 810879  0 0146185   0 325279   0 151684      PROCEDURE:                               n L 1                            sigma   X k Xmean X k L Xmean                             k 0     correlation X L                               n 1                                                sigma   X k Xmean 2                              k 0                                                   n L 1                           sigma   X k Xmean X k L Xmean                            k 0     covariance X L                                        n       Where Xmean is the Time mean of the sample population     x x t 0 x t 1 x t n 1        REFERENCE:         INTRODUCTION TO STATISTICAL TIME SERIES         Wayne A  Fuller         ISBN 0 471 28715 6     MODIFICATION HISTORY:         24 2 2000 Sebastien Masson  smasson lodyc jussieu fr          Based on the A_CORRELATE procedure of IDL    FUNCTION TimeAuto_Cov  X  M  nT  Double   Double  zero2nan   zero2nan  Sample autocovariance function     compile_opt idl2  strictarrsubs      TimeDim   size X   n_dimensions     Xmean   TOTAL X  TimeDim  Double   Double    nT    if double then one   1 0d ELSE one   1 0    Xmean   Xmean replicate one  nT   M         case TimeDim of       1:res   TOTAL X 0:nT   M   1L    Xmean     X M:nT   1L    Xmean                        TimeDim  Double   Double        2:res   TOTAL X  0:nT   M   1L    Xmean                           X  M:nT   1L    Xmean                          TimeDim  Double   Double        3:res   TOTAL X    0:nT   M   1L    Xmean                           X    M:nT   1L    Xmean                          TimeDim  Double   Double        4:res   TOTAL X      0:nT   M   1L    Xmean                           X      M:nT   1L    Xmean                          TimeDim  Double   Double     ENDCASE    if keyword_set zero2nan  then begin       zero   where res EQ 0        if zero 0  NE  1 then res zero     values f_nan    endif    RETURN  res  END  FUNCTION A_TimeCorrelate  X  Lag  COVARIANCE   Covariance  DOUBLE   Double     compile_opt idl2  strictarrsubs     Compute the sample autocorrelation or autocovariance of  Xt  Xt l   as a function of the lag  l      ON_ERROR  2     XDim   SIZE X   dimensions     XNDim   SIZE X   n_dimensions     nT   XDim XNDim 1                                   Check length     if nT lt 2 then       MESSAGE   Time axis of X array must contain 2 or more elements       If the DOUBLE keyword is not set then the internal precision and  result are identical to the type of input     if N_ELEMENTS Double  eq 0 then       Double    SIZE X   type  eq 5          if n_elements lag  EQ 0 then lag   0    nLag   N_ELEMENTS Lag      if nLag eq 1 then Lag    Lag   Create a 1 element vector      case XNDim of       1:if Double eq 0 then Auto   FLTARR nLag  else Auto   DBLARR nLag        2:if Double eq 0 then Auto   FLTARR XDim 0  nLag  else Auto   DBLARR XDim 0  nLag        3:if Double eq 0 then Auto   FLTARR XDim 0  XDim 1  nLag          else Auto   DBLARR XDim 0  XDim 1  nLag        4:if Double eq 0 then Auto   FLTARR XDim 0  XDim 1  XDim 2  nLag          else Auto   DBLARR XDim 0  XDim 1  XDim 2  nLag     endcase     if KEYWORD_SET Covariance  eq 0 then begin  Compute Autocorrelation        for k   0  nLag 1 do          case XNDim of          1:Auto k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan           2:Auto  k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan           3:Auto    k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan           4:Auto      k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double                TimeAuto_Cov X  0L  nT  Double   Double   zero2nan        endcase    endif else begin              Compute Autocovariance        for k   0  nLag 1 do           case XNDim of          1:Auto k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT          2:Auto  k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT          3:Auto    k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT          4:Auto      k    TimeAuto_Cov X  ABS Lag k  nT  Double   Double    nT       endcase    endelse     if Double eq 0 then RETURN  FLOAT Auto  else       RETURN  Auto  END");
+a[290] = new Array("./ToBeReviewed/STATISTICS/c_timecorrelate.html", "c_timecorrelate.pro", "", "    NAME:         C_TIMECORRELATE     PURPOSE:         This function computes the  time cross correlation  Pxy L  or         the  time cross covariance  between 2 arrays  this is some         kind of c_correlate but for multidimenstionals arrays  as a         function of the lag  L      CATEGORY:         Statistics      CALLING SEQUENCE:         Result   c_timecorrelate X  Y  Lag      INPUTS:         X:   an Array which last dimension is the time dimension of         size n  float or double            Y:    an Array which last dimension is the time dimension of         size n  float or double          LAG:    A scalar or n element vector  in the interval  n 2   n 2                of type integer that specifies the absolute distance s  between               indexed elements of X      KEYWORD PARAMETERS:         COVARIANCE:    If set to a non zero value  the sample cross                         covariance is computed            DOUBLE:        If set to a non zero value  computations are done in                        double precision arithmetic      EXAMPLE         Define two n element sample populations            x    3 73  3 67  3 77  3 83  4 67  5 87  6 70  6 97  6 40  5 57            y    2 31  2 76  3 02  3 13  3 72  3 88  3 97  4 39  4 34  3 95            Compute the cross correlation of X and Y for LAG    5  0  1  5  6  7           lag    5  0  1  5  6  7            result   c_timecorrelate x  y  lag            The result should be:            0 428246  0 914755  0 674547   0 405140   0 403100   0 339685      PROCEDURE:         FOR L 0                                   n L 1                                 sigma   X k Xmean Y k L Ymean                                  k 0     correlation X Y L                                 n 1                     n 1                        sqrt   sigma   X k Xmean 2 sigma   Y k Ymean 2                                 k 0                     k 0                                      n L 1                                 sigma   X k Xmean Y k L Ymean                                  k 0     covariance X Y L                                               n       FOR L 0                                    n L 1                                 sigma   X k L Xmean Y k Ymean                                  k 0     correlation X Y L                                 n 1                     n 1                        sqrt   sigma   X k Xmean 2 sigma   Y k Ymean 2                                 k 0                     k 0                                      n L 1                                 sigma   X k L Xmean Y k Ymean                                  k 0     covariance X Y L                                               n       Where Xmean and Ymean are the time means of the sample populations     x x t 0 x t 1 x t n 1  and y y t 0 y t 1 y t n 1      respectively          REFERENCE:         INTRODUCTION TO STATISTICAL TIME SERIES         Wayne A  Fuller         ISBN 0 471 28715 6     MODIFICATION HISTORY:           01 03 2000 Sebastien Masson  smasson lodyc jussieu fr          Based on the C_CORRELATE procedure of IDL           August 2003 Sebastien Masson          update according to the update made in C_CORRELATE by         W  Biagiotti and available in IDL 5 5    FUNCTION TimeCross_Cov  Xd  Yd  M  nT  Ndim  Double   Double  ZERO2NAN   zero2nan    Sample cross covariance function     compile_opt hidden      case Ndim OF       1:res   TOTAL Xd 0:nT   M   1L    Yd M:nT   1L                          Double   Double        2:res   TOTAL Xd  0:nT   M   1L    Yd  M:nT   1L                          Ndim  Double   Double        3:res   TOTAL Xd    0:nT   M   1L    Yd    M:nT   1L                          Ndim  Double   Double        4:res   TOTAL Xd      0:nT   M   1L    Yd      M:nT   1L                          Ndim  Double   Double     ENDCASE    if keyword_set zero2nan  then begin       zero   where res EQ 0        if zero 0  NE  1 then res zero     values f_nan    ENDIF      RETURN  res  END  FUNCTION C_Timecorrelate  X  Y  Lag  Covariance   Covariance  Double   Double   Compute the sample cross correlation or cross covariance of   Xt  Xt l  and  Yt  Yt l  as a function of the lag  l      ON_ERROR  2     xsize   SIZE X     ysize   SIZE Y     nt   float xsize xsize 0     NDim   xsize 0      if total xsize 0:xsize 0  NE ysize 0:ysize 0  NE 0 then       MESSAGE   X and Y arrays must have the same size and the same dimensions    Check length     if nt lt 2 then       MESSAGE   Time dimension of X and Y arrays must contain 2 or more elements       If the DOUBLE keyword is not set then the internal precision and  result are identical to the type of input     if N_ELEMENTS Double  eq 0 then       Double    Xsize Xsize 0 1  eq 5 or ysize ysize 0 1  eq 5      if n_elements lag  EQ 0 then lag   0    nLag   N_ELEMENTS Lag    Deviations    if double then one   1 0d ELSE one   1 0    Ndim   size X   n_dimensions     Xd   TOTAL X  Ndim  Double   Double    nT    Xd   X   Xd replicate one   nT     Yd   TOTAL Y  Ndim  Double   Double    nT    Yd   Y   Yd replicate one   nT      if nLag eq 1 then Lag    Lag   Create a 1 element vector      case NDim of       1:if Double eq 0 then  Cross   FLTARR nLag  else  Cross   DBLARR nLag        2:if Double eq 0 then  Cross   FLTARR Xsize 1  nLag  else  Cross   DBLARR Xsize 1  nLag        3:if Double eq 0 then  Cross   FLTARR Xsize 1  Xsize 2  nLag          else  Cross   DBLARR Xsize 1  Xsize 2  nLag        4:if Double eq 0 then  Cross   FLTARR Xsize 1  Xsize 2  Xsize 3  nLag          else  Cross   DBLARR Xsize 1  Xsize 2  Xsize 3  nLag     endcase     if KEYWORD_SET Covariance  eq 0 then begin  Compute Cross  Crossation        for k   0  nLag 1 do begin          if Lag k  ge 0 then BEGIN              case NDim of                1: Cross k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                 2: Cross  k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                 3: Cross    k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                 4: Cross      k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double                endcase          ENDIF else BEGIN              case NDim of                1: Cross k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double                 2: Cross  k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double                 3: Cross    k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double                 4: Cross      k    TimeCross_Cov Yd  Xd  ABS Lag k  nT  Ndim  Double   Double               endcase          ENDELSE         ENDFOR        div   sqrt TimeCross_Cov Xd  Xd  0L  nT  Ndim  Double   Double   zero2nan                        TimeCross_Cov Yd  Yd  0L  nT  Ndim  Double   Double   zero2nan         Cross   temporary Cross temporary div replicate one  nLag     endif else begin              Compute Cross Covariance        for k   0  nLag 1 do begin          if Lag k  ge 0 then BEGIN             case NDim of                1: Cross k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT                2: Cross  k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT                3: Cross    k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT                4: Cross      k    TimeCross_Cov Xd  Yd  Lag k  nT  Ndim  Double   Double    nT             ENDCASE          ENDIF else BEGIN              case NDim of                1: Cross k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT                2: Cross  k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT                3: Cross    k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT                4: Cross      k    TimeCross_Cov yd  xd  ABS Lag k  nT  Ndim  Double   Double    nT             ENDCASE          ENDELSE        endfor    endelse     if Double eq 0 then RETURN  FLOAT Cross  else RETURN   Cross  END   ");
+a[291] = new Array("./ToBeReviewed/STRING/chkeywd.html", "chkeywd.pro", "", "          NAME: chkeywd  change keyword      PURPOSE: ds un string qui contient une commande a executer avec   EXECUTE par ex  On change la valeur d un des mot cle    Plus generalement  ds un string  on cherche la chaine de   chacarteres:   keywdname    et on change la valeur de       CATEGORY: pour bidouiller des commandes passees par execute     CALLING SEQUENCE: stringout chkeywd stringin  keywdname  keywdvalue       INPUTS:        stringin: un string        keywdname: un string designant le nom du mot clef a chercher         keywdvalue: nouvelle valeur du mot clef a considerer ds stringin     KEYWORD PARAMETERS:        pour chercher le mot cle  on cherche le premier signe   qui        suit la position de keywdname  on substitue        pardefaut tout le bout de string qui suit jusqu a la prochaine        virgule  avec les mots cles SEPARATOR et AFTER on peut modifier        cette decoupe du string:        SEPARATOR donne un chatactere avant  ou apres si AFTER est        active  lequel il faut chercher la virgule qui delimite le mot        cle ds le string  cf  les exemples     OUTPUTS:stringout stringin modifie si keywdname a ete trouve ds   stringin     COMMON BLOCKS:common pro     SIDE EFFECTS:          Si keywdvalue est un tableau  il sera convertit en vecteur      RESTRICTIONS:       attention cette fonction comporte des boucles  des if et des cases     ds tous les sens  Elle ne doit donc pas etre utilisee avec des     mots clefs de grosse taille  avec bcp d elements et avec des     elements etant de gros tableaux      le mot clef en entree ne doit pas contenir de Complex floating  de     structure  de Double precision complex  de Pointer  de Object     reference  de Unsigned Integer  de Unsigned Longword Integer  de     64 bit Integer  de Unsigned 64 bit Integer      EXAMPLE:       IDL  b ok 111  year 1997 1998 1999  age_capitaine 35      IDL  print  b     ok 111  year 1997 1998 1999  age_capitaine 35     IDL  print  chkeywd b ok c est bon      ok c est bon  year 1997 1998 1999  age_capitaine 35     IDL  print  chkeywd b YEAR indgen 5 sep      ok 111  year 0 1 2 3 4  age_capitaine 35     IDL  print  chkeywd b YEAR indgen 5 sep after      ok 111  year 0 1 2 3 4  age_capitaine 35     IDL  b ok 111   year   age_capitaine      IDL  print  chkeywd b year c est bon      ok 111  year c est bon   age_capitaine     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         18 10 1999                        24 11 1999: adaptation pour les mots cles                        commencant par           FUNCTION chkeywd  stringin  keywdname  keywdvalue  SEPARATOR   separator  AFTER   after     compile_opt idl2  strictarrsubs       stringout   stringin    poskeywd   strpos strlowcase stringout  strlowcase keywdname     if poskeywd EQ  1 then return  stringout    while poskeywd NE  1 do BEGIN   changer un mot cle qui commence par  toto       if strmid stringout poskeywd 1 1  EQ   then BEGIN          ajoute   keywdname tostr keywdvalue           stringout   strmid stringout  0  poskeywd 1 ajoute strmid stringout poskeywd strlen keywdname             poskeywd   poskeywd strlen ajoute           poskeywd   strpos stringout  keywdname  poskeywd        ENDIF ELSE BEGIN    changer un mot cle qui commence par toto           posegal   strpos stringout    poskeywd           if posegal EQ  1 then return  stringout           if NOT keyword_set separator  then separator              posvirgule   strpos stringout  separator  posegal 1           if keyword_set after  then posvirgule   strpos stringout    posvirgule 1             ELSE posvirgule   rstrpos stringout    posvirgule 1           if posvirgule EQ  1 then posvirgule   strlen stringout             stringout   strmid stringout  0  posegal 1 tostr keywdvalue strmid stringout  posvirgule             poskeywd   strpos stringout  keywdname  posvirgule 1        ENDELSE     endwhile     return   stringout end");
+a[292] = new Array("./ToBeReviewed/STRING/delchr.html", "delchr.pro", "", "      NAME:         DELCHR   PURPOSE:         Delete all occurrences of a character from a text string    CATEGORY:   CALLING SEQUENCE:         new   delchr old  char    INPUTS:         old   original text string      in         char   character to delete      in   KEYWORD PARAMETERS:   OUTPUTS:         new   resulting string          out   COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner   5 Jul  1988          Johns Hopkins Applied Physics Lab          RES 11 Sep  1989   converted to SUN          R  Sterner  27 Jan  1993   dropped reference to array      Copyright  C  1988  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         FUNCTION DELCHR  OLD  C  help hlp    if  n_params 0  lt 2  or keyword_set hlp  then begin    print  Delete all occurrences of a character from a text string     print  new   delchr old  char     print    old   original text string      in     print    char   character to delete      in     print    new   resulting string          out     return   1  endif    B   BYTE OLD      convert string to a byte array   CB   BYTE C      convert char to byte   w   where b ne cb 0   if w 0  eq  1 then return        Nothing left   return  string b w      Return new string   END");
+a[293] = new Array("./ToBeReviewed/STRING/getfile.html", "getfile.pro", "", "      NAME:         GETFILE   PURPOSE:         Read a text file into a string array    CATEGORY:   CALLING SEQUENCE:         s   getfile f    INPUTS:         f   text file name       in   KEYWORD PARAMETERS:         Keywords:           ERROR err  error flag: 0 ok  1 file not opened              2 no lines in file             QUIET means give no error message               FIND search te file in the all  path directories  use           find pro      OUTPUTS:         s   string array         out   COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner  20 Mar  1990           S  Masson  smasson lodyc jussieu fr  4 Feb 2002         search te file in the all  path directories  use find pro          when using  find keyword  Use spawn   cat  for unix os      Copyright  C  1990  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         function getfile  filein  error err  help hlp  quiet quiet  find   find                        if  n_params 0  lt 1  or keyword_set hlp  then begin               print  Read a text file into a string array                print  s   getfile f                print    f   text file name       in                print    s   string array         out                print  Keywords:                print    ERROR err  error flag: 0 ok  1 file not opened                print      2 no lines in file                print     QUIET means give no error message                return   1            endif              if keyword_set find  then begin               file   find filein                file   file 0                if file EQ  NOT FOUND  then begin                  print    Error in getfile: File  filein  not fouond                   return   1               endif            ENDIF ELSE file   filein            if  version os_family EQ  unix  then begin               spawn   cat  file   res               if res 0  NE   then return  res ELSE return               endif               get_lun  lun            on_ioerror  err            openr  lun  file                        s                  t                            while not eof lun  do begin               readf  lun  t               s    s t             endwhile                        close  lun            free_lun  lun            if n_elements s  eq 1 then begin               if not keyword_set quiet  then print  No lines in file                err   2               return 1            endif                        err   0            return  s 1:                         err: if  err eq  168 then begin               if not keyword_set quiet  then print  Non standard text file format                free_lun  lun               return  s 1:             endif            if not keyword_set quiet  then print                Error in getfile: File  file  not opened             free_lun  lun            err   1            return   1                     end");
+a[294] = new Array("./ToBeReviewed/STRING/getwrd.html", "getwrd.pro", "", "      NAME:         GETWRD   PURPOSE:         Return the n th word from a text string    CATEGORY:   CALLING SEQUENCE:         wrd   getwrd txt  n   m    INPUTS:         txt   text string to extract from          in         n   word number to get  first   0   def   in         m   optional last word number to get       in   KEYWORD PARAMETERS:         Keywords:           LOCATION   l   Return word n string location            DELIMITER   d  Set word delimiter  def   space   tab             LAST means n is offset from last word   So n 0 gives             last word  n 1 gives next to last                If n 2 and m 0 then last 3 words are returned             NOTRIM suppresses whitespace trimming on ends            NWORDS n   Returns number of words in string    OUTPUTS:         wrd   returned word or words               out   COMMON BLOCKS:         getwrd_com   NOTES:         Note: If a NULL string is given  txt  then the last string               given is used   This saves finding the words again                If m   n wrd will be a string of words from word n to               word m   If no m is given wrd will be a single word                n n wrd will be a string of words from word n to     print       word m   If no m is given wrd will be a single word     print       n 0  Smaller of in and im    im   im   0   to zero     if  in gt lst  and  im gt lst  then return    Out of range     in   in   lst  Larger of in and im    im   im   lst   to be last     ll   loc in  Nth word start     return  strtrim strmid txtstr0 ll loc im loc in len im  2    endif    N   ABS NTH  Allow nth 0   IF N GT NWDS 1 THEN RETURN  out of range  null   ll   loc n  N th word position   IF NTH LT 0 THEN GOTO  NEG  Handle nth 0   IF MTH GT NWDS 1 THEN MTH   NWDS 1  Words to end     if keyword_set notrim  then begin    RETURN  STRMID TXTSTR0 ll LOC MTH LOC NTH LEN MTH   endif else begin    RETURN  strtrim STRMID TXTSTR0 ll LOC MTH LOC NTH LEN MTH  2    endelse   NEG: if keyword_set notrim  then begin    RETURN  STRMID TXTSTR0 ll 9999   endif else begin    RETURN  strtrim STRMID TXTSTR0 ll 9999  2   endelse    END");
+a[295] = new Array("./ToBeReviewed/STRING/isnumber.html", "isnumber.pro", "", "      NAME:         ISNUMBER   PURPOSE:         Determine if a text string is a valid number    CATEGORY:   CALLING SEQUENCE:         i   isnumber txt   x    INPUTS:         txt   text string to test                       in   KEYWORD PARAMETERS:   OUTPUTS:         x   optionaly returned numeric value if valid   out         i   test flag:                                  out             0: not a number              1: txt is a long integer              2: txt is a float               1: first word of txt is a long integer               2: first word of txt is a float    COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner   15 Oct  1986          Johns Hopkins Applied Physics Lab          R  Sterner  12 Mar  1990   upgraded   Richard Garrett  14 June  1992   fixed bug in returned float value      Copyright  C  1986  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         FUNCTION ISNUMBER  TXT0  X  help hlp           if  n_params 0  lt 1  or keyword_set hlp  then begin    print  Determine if a text string is a valid number     print  i   isnumber txt   x     print    txt   text string to test                       in     print    x   optionaly returned numeric value if valid   out     print    i   test flag:                                  out     print        0: not a number     print        1: txt is a long integer     print        2: txt is a float     print         1: first word of txt is a long integer     print         2: first word of txt is a float     return   1  endif    TXT   STRTRIM TXT0 2  trim blanks   X   0  define X     IF TXT EQ   THEN RETURN  0  null string not a number     SN   1  IF NWRDS TXT  GT 1 THEN BEGIN  get first word if more than one     SN    1    TXT   GETWRD TXT 0   ENDIF      f_flag   0  Floating flag   b   byte txt   w   where b eq 43  cnt   if cnt gt 1 then return  0  t   delchr txt   w   where b eq 45  cnt   if cnt gt 1 then return  0  t   delchr t   w   where b eq 46  cnt     if cnt gt 1 then return  0  May only be 1   if cnt eq 1 then f_flag   1  If one then floating   t   delchr t   w   where b eq 101  cnt   e   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t e   w   where b eq 69  cnt   E   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t E   w   where b eq 100  cnt   d   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t d   w   where b eq 68  cnt   D   if cnt gt 1 then return  0  if cnt eq 1 then f_flag   1  t   delchr t D   if total b eq 101 b eq 69 b eq 100 b eq 68  gt 1 then return 0  b   byte t   if total b ge 65  and  b le 122  ne 0 then return  0    c   strmid t 0 1   if  c lt  0  or  c gt  9  then return  0    First char not a digit     x   txt   0 0       Convert to a float   if f_flag eq 1 then return  2 sn       Was floating   if x eq long x  then begin    x   long x     return  sn  endif else begin    return  2 sn  endelse    END");
+a[296] = new Array("./ToBeReviewed/STRING/lenstr.html", "lenstr.pro", "", "    ROUTINE:         lenstr   USEAGE:          result lenstr str      input:    str             a single string or string array       output:    result          length of the string s  in normalized units                    the number of elements of RESULT matches the number of                     elements of STRING       procedure:                    This function returns the physical length of the                    string on the output device  not the number of                    characters   This is done by first switching to  X                     and writing the string s  with XYOUTS in graphics                    mode 5  which disables display to the screen but                    does not interfere with operation of XYOUTS   The                    WIDTH keyword parameter of XYOUTS is used to                    retrieve the physical length of the string s       author:  Paul Ricchiazzi                            7apr93             Institute for Computational Earth System Science             University of California  Santa Barbara    function lenstr str     compile_opt idl2  strictarrsubs      dsave d name     thisOS    VERSION OS_FAMILY    thisOS   STRMID thisOS  0  3     thisOS   STRUPCASE thisOS     CASE thisOS of        MAC : SET_PLOT  thisOS        WIN : SET_PLOT  thisOS       ELSE: SET_PLOT   X     ENDCASE     p BACKGROUND d n_colors 1    255     p color 0    if  d n_colors gt 256 then  p background ffffff x     device get_graphics oldg set_graphics 5    if keyword_set charsize  eq 0 then charsize 1    nn n_elements str      case nn of        0:w 0        1:xyouts 0 0 device str width w        else:begin          w fltarr nn           for i 0 nn 1 do begin             xyouts 0 0 device str i width ww             w i ww          endfor       end    endcase     fac1 float d x_ch_size d x_vsize   ratio of char width to device1 width     device set_graphics oldg    set_plot dsave    IF dsave EQ  X  OR dsave EQ  MAC  OR dsave EQ  WIN  then BEGIN        p BACKGROUND d n_colors 1    255        p color 0       if  d n_colors gt 256 then  p background ffffff x    ENDIF     fac2 float d x_ch_size d x_vsize   ratio of char width to device2 width     return w fac2 fac1             string width adjusted for device width end ");
+a[297] = new Array("./ToBeReviewed/STRING/nwrds.html", "nwrds.pro", "", "      NAME:         NWRDS   PURPOSE:         Return the number of words in the given text string    CATEGORY:   CALLING SEQUENCE:         n   nwrds txt    INPUTS:         txt   text string to examine              in   KEYWORD PARAMETERS:         Keywords:           DELIMITER   d   Set delimiter character  def   space    OUTPUTS:         n   number of words found                 out   COMMON BLOCKS:   NOTES:         Notes: See also getwrd    MODIFICATION HISTORY:         R  Sterner   7 Feb  1985          Johns Hopkins University Applied Physics Laboratory          RES 4 Sep  1989   converted to SUN      Copyright  C  1985  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt           function nwrds txtstr  help hlp  delimiter delim    if  n_params 0  lt 1  or keyword_set hlp  then begin    print  Return the number of words in the given text string     print  n   nwrds txt     print    txt   text string to examine              in     print    n   number of words found                 out     print  Keywords:     print    DELIMITER   d   Set delimiter character  def   space     print  Notes: See also getwrd     return   1  endif    if strlen txtstr  eq 0 then return 0  A null string has 0 words   ddel       Default word delimiter is a space   if n_elements delim  ne 0 then ddel   delim   Use given word delimiter   tst    byte ddel 0  Delimiter as a byte value          tb   byte txtstr                                String to bytes          if ddel eq     then begin                       Check for tabs            w   where tb eq 9B  cnt                       Yes            if cnt gt 0 then tb w    32B                  Convert any to space          endif  x   tb ne tst  Locate words   x    0 x 0  Pad ends with delimiters     y    x shift x 1  eq 1  Look for word beginnings     n   fix total y  Count word beginnings     return  n    end");
+a[298] = new Array("./ToBeReviewed/STRING/putfile.html", "putfile.pro", "", "      NAME:         PUTFILE   PURPOSE:         Write a text file from a string array    CATEGORY:   CALLING SEQUENCE:         putfile  f  s   INPUTS:         f   text file name       in         s   string array         in   KEYWORD PARAMETERS:         Keywords:           ERROR err  error flag: 0 ok  1 invalid string array    OUTPUTS:   COMMON BLOCKS:   NOTES:   MODIFICATION HISTORY:         R  Sterner  20 Mar  1990         R  Sterner   4 Nov  1992   allowed scalar strings      Copyright  C  1990  Johns Hopkins University Applied Physics Laboratory   This software may be used  copied  or redistributed as long as it is not   sold and this copyright notice is reproduced on each copy made   This   routine is provided as is without any express or implied warranties   whatsoever   Other limitations apply as described in the file disclaimer txt         pro putfile  file  s  error err  help hlp    if  n_params 0  lt 1  or keyword_set hlp  then begin    print  Write a text file from a string array     print  putfile  f  s     print    f   text file name       in     print    s   string array         in     print  Keywords:     print    ERROR err  error flag: 0 ok  1 invalid string array     return  endif           if lmgr demo  then begin            print   you are in Demo mode  It is impossible to write a file             return         endif     if size s   type  ne 7 then begin    print  Error in putfile: argument must be a string array     err   1    return  endif    get_lun  lun  openw  lun  file    for i   0  n_elements s 1 do begin    t   s i     if t eq   then t          printf  lun  t  endfor    close  lun  free_lun  lun  err   0  return    end");
+a[299] = new Array("./ToBeReviewed/STRING/str_size.html", "str_size.pro", "", "   Id: str_size pro 18 2006 05 02 09:32:05Z pinsard       NAME:    STR_SIZE     PURPOSE:      The purpose of this function is to return the proper    character size to make a specified string a specifed    width in a window  The width is specified in normalized    coordinates  The function is extremely useful for sizing    strings and labels in resizeable graphics windows      CATEGORY:      Graphics Programs  Widgets      CALLING SEQUENCE:      thisCharSize   STR_SIZE thisSting  targetWidth      INPUTS:      thisString:  This is the string that you want to make a specifed       target size or width      OPTIONAL INPUTS:      targetWidth:  This is the target width of the string in normalized       coordinates in the current graphics window  The character       size of the string  returned as thisCharSize  will be       calculated to get the string width as close as possible to       the target width  The default is 0 25      KEYWORD PARAMETERS:      INITSIZE:  This is the initial size of the string  Default is 1 0       STEP:   This is the amount the string size will change in each step       of the interative process of calculating the string size        The default value is 0 05      OUTPUTS:      thisCharSize:  This is the size the specified string should be set       to if you want to produce output of the specified target       width  The value is in standard character size units where       1 0 is the standard character size      EXAMPLE:      To make the string  Happy Holidays  take up 30  of the width of    the current graphics window  type this:                   XYOUTS  0 5  0 5  ALIGN 0 5   Happy Holidays             CHARSIZE STR_SIZE Happy Holidays  0 3      MODIFICATION HISTORY:      Written by: David Fanning  17 DEC 96     Added a scaling factor to take into account the aspect ratio       of the window in determing the character size  28 Oct 97  DWF    FUNCTION STR_SIZE  string  targetWidth  INITSIZE initsize  STEP step     compile_opt idl2  strictarrsubs    ON_ERROR  1       Check positional parameters   np   N_PARAMS  CASE np OF    0: MESSAGE   One string parameter is required     1: targetWidth   0 25    ELSE: ENDCASE       Check keywords  Assign default values   IF N_ELEMENTS step  EQ 0 THEN step   0 05 IF N_ELEMENTS initsize  EQ 0 THEN initsize   1 0       Calculate a trial width   size   initsize XYOUTS  0 5  0 5  ALIGN 0 5  string  WIDTH thisWidth          CHARSIZE size   NORMAL       Size is perfect   IF thisWidth EQ targetWidth THEN RETURN  size   Float D Y_Size D X_Size       Initial size is too big   IF thisWidth GT targetWidth THEN BEGIN    REPEAT BEGIN      XYOUTS  0 5  0 5  ALIGN 0 5  string  WIDTH thisWidth            CHARSIZE size   NORMAL       size   size   step    ENDREP UNTIL thisWidth LE targetWidth    RETURN  size   Float D Y_Size D X_Size ENDIF       Initial size is too small   IF thisWidth LT targetWidth THEN BEGIN    REPEAT BEGIN      XYOUTS  0 5  0 5  ALIGN 0 5  string  WIDTH thisWidth            CHARSIZE size   NORMAL       size   size   step    ENDREP UNTIL thisWidth GT targetWidth    size   size   step   Need a value slightly smaller than target     RETURN  size   Float D Y_Size D X_Size ENDIF  END");
+a[300] = new Array("./ToBeReviewed/STRING/strcnt.html", "strcnt.pro", "", "      NAME:         STRCNT   PURPOSE:         Count number of occurrences of a substring in a string    CATEGORY:         text strings   CALLING SEQUENCE:         num   strcnt strn  substring   pos    INPUTS:         string      The string in which to count occurences      in         substring   The substring to count occurrences of        in         pos         the position at which to begin the search     in                       If not supplied  start at beginning of                      string    KEYWORD PARAMETERS:          HELP       Print useful message and return    OUTPUTS:         num         Number of occurances of substring in string  out   COMMON BLOCKS:   SIDE EFFECTS:   NOTES:         Overlapping occurances are not counted separately   For         example  counting occurances of  bb  in  blah bbb  returns one         occurance     EXAMPLE:   MODIFICATION HISTORY:          Id: strcnt pro 18 2006 05 02 09:32:05Z pinsard            Log: strcnt pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added fast processing using BYTE arrays if we are counting occurences of         a single character   Added error handling            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION strcnt  strn  substrn  startpos                     HELP Help     compile_opt idl2  strictarrsubs      Return to caller if error      On_error  2    Help user  if needed      IF  n_params  LT 2  OR keyword_set Help  THEN BEGIN         offset                 print  offset Count number of occurrences of a substring in a string          print  offset num   strcnt strn  substring   pos          print  offset Inputs:          print offset offset string      The string in which to count occurences      in          print offset offset substring   The substring to count occurrences of        in          print offset offset pos         the position at which to begin the search     in          print offset offset              If not supplied  start at beginning of          print offset offset              string          print  offset Keywords:          print offset offset HELP       Print useful message and return          print  offset Outputs:          print offset offset num         Number of occurances of substring in string  out          return   1     ENDIF       IF n_params  EQ 2 THEN startpos   0     return if we weren t really given a substring to search for          IF strlen substrn  EQ 0 THEN BEGIN          print   Error: Can t count occurances of null string          return   1     ENDIF          or if we were told to start at the end of the string      tmpstrn   strmid strn  startpos  strlen strn      IF strlen tmpstrn  EQ 0 THEN return  0    If looking for occurences of single character  process using BYTE   array      IF strlen substrn  EQ 1 THEN BEGIN         tmpstrn   byte TmpStrn          count   n_elements where TmpStrn EQ  byte substrn 0       ENDIF ELSE BEGIN          count   0L         pos   rstrpos tmpstrn  substrn          WHILE pos GE 0 DO BEGIN             count   count   1             pos   rstrpos tmpstrn  substrn  pos          ENDWHILE     ENDELSE       return  count END         ");
+a[301] = new Array("./ToBeReviewed/STRING/string2struct.html", "string2struct.pro", "", "    This is a really  really cool way to turn keywords into   a structure    function too_cool _extra extra     compile_opt idl2  strictarrsubs   return extra end      NAME:         stringToStructure     PURPOSE:         Takes an input string set up as keywords and returns an anonymous structure                  This is particularly useful for taking keywords entered by a user in a text                 field and passing then to other routines      CATEGORY:         Utility     CALLING SEQUENCE:         extra stringToStructure xrange 0 10 linestyle 2          plot findgen 100 _extra extra     INPUTS:         String set up as keywords  Keywords require a little special treatment  Such as         plot findgen 100 _extra stringToStructure title testing      KEYWORD PARAMETERS:           None     OUTPUTS:         This function returns the string as an anonymous structure  If an         error was found then this function returns a structure with a null field      COMMON BLOCKS:         None      EXAMPLE:         The code below creates a widget that uses this routine          pro tPlot event         widget_control event top get_uvalue field         widget_control field get_value strVal         extra   stringToStructure strVal          plot findgen 100 _extra extra         wshow         return         end           pro testWid          enter any keyword to plot and see how it works         base   widget_base col          field   cw_field base title test value ax 0 string          void   widget_button base value plot event_pro tPlot          widget_control base realize set_uvalue field         xmanager testWid base no_block         return         end     MODIFICATION HISTORY:         Written by:         RLK  Ronn Kling Consulting          ronn rlkling com         www rlkling com                 May  1999    function string2struct strVal     compile_opt idl2  strictarrsubs   r   execute extra   too_cool    strVal 0     if r   0 then user did not enter keywords correctly so  return a structure with a null field  if r eq 0 then begin   print Error in input string    return null:0  endif return extra end ");
+a[302] = new Array("./ToBeReviewed/STRING/strkeywd.html", "strkeywd.pro", "", "          NAME: strkeywd  string keywords      PURPOSE: traduit une sturcture en un string pouvant etre utilise   pour specifier des keywords ds l appelle d une fonction qd on   utilise execute  cf l exemple      CATEGORY: pour passer des mots cles avec execute       CALLING SEQUENCE:res strkeywd struct       INPUTS:struct: une structure     KEYWORD PARAMETERS:     OUTPUTS:un string compose de la facon suivante:           pour chaque element de la structure  on ecrit une partie du           string sous la forme:             nom_de_l element contennu de l element      COMMON BLOCKS:     SIDE EFFECTS:       Si un element de la structure contient un tableau  il sera     convertit en vecteur      RESTRICTIONS:       attention cette fonction comporte des boucles  des if et des cases     ds tous les sens  Elle ne doit donc pas etre utilisee avec des     structure de grosse taille  avec bcp d elements et avec des     elements etant de gros tableaux      la structure en entree ne doit pas contenir de Complex floating  de     structure  de Double precision complex  de Pointer  de Object     reference  de Unsigned Integer  de Unsigned Longword Integer  de     64 bit Integer  de Unsigned 64 bit Integer          EXAMPLE:     on cree une structure         IDL  b get_extra ok 111  year 1997 1998 1999  age_capitaine 35          IDL  help  b struct           Structure   3 tags  length 10  refs 1:            AGE_CAPITAINE   INT             35            OK              INT            111            YEAR            INT       Array 3    on met cette structure sous forme de string         IDL  a strkeywd b          IDL  print  a         AGE_CAPITAINE 35  OK 111  YEAR 1997 1998 1999    maintenant on peut utiliser le string a pour passer des mots cles ds   une fonction a l aide de execute          IDL  test execute c get_extra a          IDL  help  c struct           Structure   3 tags  length 10  refs 1:            AGE_CAPITAINE   INT             35            OK              INT            111            YEAR            INT       Array 3      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         11 10 1999         FUNCTION strkeywd  struct     compile_opt idl2  strictarrsubs      if size struct   type  NE 8 then return        tname   tag_names struct     if n_elements tname  EQ 0 then return         on s occupe du premier element      res   strlowcase tname 0 tostr struct 0     if n_elements tname  EQ 1 then return   res     on s occupe des autres elements      for n   1 n_elements tname 1 do res   res   strlowcase tname n tostr struct n       return   res end");
+a[303] = new Array("./ToBeReviewed/STRING/strrepl.html", "strrepl.pro", "", "   Id: strrepl pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRREPL  function      PURPOSE:          replace one  or more  character s string s  in a string     CATEGORY:          string routines     CALLING SEQUENCE:          Result   STRREPL str  index  rchar      INPUTS:          STR   the string to be changed            INDEX   position of the character s  to be replaced or a          string to be changed in STR             RCHAR   replacement character string     KEYWORD PARAMETERS: none       OUTPUTS:          another string     SUBROUTINES:     REQUIREMENTS:     NOTES:          Known shortcoming: if index is an array  it must contain all          valid elements  only the first entry is checked      EXAMPLE:            Convert one letter into upper case            abc    abcdefghijklmnopqrstuvwxyz           print strrepl abc strpos abc m M               prints  abcdefghijklMnopqrstuvwxyz                 Use with strwhere function          a    abcabcabc           print strrepl a strwhere a a               prints   bc bc bc bc bc            IDL  print  strrepl a bc eeee          a eeee a eeee a eeee          IDL  print  strrepl a b 0000          a0000ca0000ca0000         IDL  print  strrepl a toto 0000          abcabcabc     MODIFICATION HISTORY:          mgs  02 Jun 1998: VERSION 1 00          sebastien Masson  smlod ipsl jussieu fr        Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine strrepl      function strrepl str agument1 rchar     compile_opt idl2  strictarrsubs          if  n_elements str  eq 0  then return                                        convert strign and replace character to byte    BStr   byte str     new   byte rchar     if size agument1   type  EQ 7 then begin       old   byte agument1        index   strpos str  agument1        pos   index       while strpos str  agument1  pos 1  NE  1 do BEGIN          pos   strpos str  agument1  pos 1           index    index  pos        ENDWHILE   make sure index is in range       if  index 0  lt 0 OR index 0  ge n_elements BStr  THEN return Str    ENDIF ELSE BEGIN       index   agument1       if  index 0  lt 0 OR index 0  ge n_elements BStr  then return Str       old   BStr index 0     ENDELSE                                   replace indexed characters in string    nelenew   n_elements new     neleold   n_elements old     nindex   n_elements index     if nelenew neleold NE 1 then begin       if index 0  EQ 0 then          BStr    NEW   BStr index 0 neleold: n_elements BStr 1    ELSE          BStr    BStr 0:index 0 1  NEW   BStr index 0 neleold: n_elements BStr 1          if nindex EQ 1 then return string BStr        if nindex GT 2 then          for i   1  nindex 2 do          BStr    BStr 0:index i i nelenew neleold 1  NEW                    BStr index i i nelenew neleold neleold: n_elements BStr 1          BStr    BStr 0:index n_elements index 1 nindex 1 nelenew neleold 1  NEW      ENDIF ELSE BStr index    NEW                                   return result as string    return string BStr      end");
+a[304] = new Array("./ToBeReviewed/STRING/strright.html", "strright.pro", "", "   Id: strright pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRRIGHT     PURPOSE:          return right subportion from a string     CATEGORY:          string handling      CALLING SEQUENCE:          res   STRRIGHT string  nlast      INPUTS:          STRING   the string to be searched            NLAST   the number of characters to be returned  Default             is 1  If NLAST is ge strlen STRING  the complete string             is returned      KEYWORD PARAMETERS:     OUTPUTS:          The portion of NLAST characters of STRING counted from the back      SUBROUTINES:     REQUIREMENTS:     NOTES:     EXAMPLE:          if  strright path  ne   then path   path         MODIFICATION HISTORY:          mgs  19 Nov 1997: VERSION 1 00       Copyright  C  1997  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine strright      function strright s lastn     compile_opt idl2  strictarrsubs         on_error 2     return to caller       if  n_elements s  le 0  then return 1L       l   strlen s        if  n_elements lastn  le 0  then lastn   1     if lastn gt l then lastn   l       result   strmid s l lastn l        return result end");
+a[305] = new Array("./ToBeReviewed/STRING/strsci.html", "strsci.pro", "", "   Id: strsci pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRSCI  function      PURPOSE:                                                           Given a number  returns a string of that          B          number in scientific notation format   e g  A x 10        CATEGORY:          String Utilities     CALLING SEQUENCE:          Result   STRSCI  DATA  keywords        INPUTS:          DATA        A floating point or integer number to be                       converted into a power of 10      KEYWORD PARAMETERS:          FORMAT      The format specification used in the string                       conversion for the mantissa  i e  the                        A  of  A x 10 B   Default is  f12 2                POT_ONLY   Will return only the  power of 10  part of the                       string  i e  the  10 B   Default is to return                       the entire string  e g   A x 10 B                MANTISSA_ONLY   return only mantissa of the string             SHORT   return 10 0 as  1  and 10 1 as  10              TRIM   don t insert blanks  i e  return Ax10 B      OUTPUTS:          None     SUBROUTINES:          None     REQUIREMENTS:          None     NOTES:          This function does not  evaluate  the format statement thoroughly          which can result in somewhat quirky strings  Example:          print strsci 9 999  results in  10 0x10 0 instead of  1 0x10 1             Need a better symbol than the  x  for the multiplier      EXAMPLE:          Result   STRSCI  2000000  format i1             print  result                                                                                6                prints 2 x 10 u6 n  which gets plotted as 2 x 10                     Result   STRSCI   0 0001            print  result                                                                       4                prints  1 00 x 10 u 4 n  which gets plotted as 1 00 x 10            Result   STRSCI  0d0  format f13 8             print  result                           prints  0 00000000        MODIFICATION HISTORY:          bmy  28 May 1998: VERSION 1 00            B               now returns string of the form A x 10          mgs  29 May 1998:               bug fix: now allows negative numbers               keyword MANTISSA_ONLY added               default format changed to f12 2          bmy  02 Jun 1998:               renamed to STRSCI  STRing SCIentific notation           mgs  03 Jun 1998:               added TRIM keyword          mgs  22 Sep 1998:               added SHORT keyword               modified handling of TRIM keyword          mgs  24 Sep 1998:               bug fix with SHORT flag          bmy   mgs  02 Jun 1999:               now can handle DATA 0 0 correctly               updated comments          mgs  03 Jun 1999:                can now also handle values lt 1                 and doesn t choke on arrays       Copyright  C  1998  1999 Bob Yantosca and Martin Schultz     Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to bmy io harvard edu   or mgs io harvard edu with subject  IDL routine strsci      function StrSci  Data  Format Format  POT_Only POT_Only                 MANTISSA_ONLY MANTISSA_ONLY SHORT SHORT TRIM TRIM     compile_opt idl2  strictarrsubs              Error checking   Keyword settings          on_error  2     if   n_elements  Data   eq 0   then begin       return       endif     if   not Keyword_Set  Format     then Format      f12 2      POT_Only        keyword_set  POT_Only           MANTISSA_Only   keyword_set  MANTISSA_Only      Short           Keyword_Set  Short              Trim            Keyword_Set  Trim                NDat   n_elements Data     Result   strarr NDat      for i 0 NDat 1 do begin                 If ABS  DATA     0 then we can proceed to take the common log          For DATA   0  place a   sign in front of the number               if   Abs  Data i    ne 0 0   then begin                take the common log and store in LOG10DATA          Log10Data   ALog10  Abs  Data i                       Boolean flag if data   0          sign     Data i  lt 0 0                   Compute the characteristic  int part             Add the 1d 6 to prevent roundoff errors          Characteristic   Fix  Log10Data   1 0d 6            if  Log10Data lt 0  then               Characteristic   Characteristic   1                 Compute the Mantissa  frac part  and take its antilog           Mantissa   Log10Data   Characteristic           Mantissa   10 0 Mantissa           print data i log10data mantissa characteristic format 3f24 14 i8                 String for the coefficient part              The coefficient is just antilog of the Mantissa            Add the minus sign if DATA   0 0          A   StrTrim  String  Mantissa  Format Format   2            if   Sign   then A       A                String for the power of 10 part          B    10 u    strtrim  string  Characteristic   2      n           if   Short   then begin             if   Characteristic eq 0   then B    1              if   Characteristic eq 1   then B    10           endif                composite string          Result i    A     x     B          if   Short AND B eq  1  then Result i    A                         If DATA   0  then we cannot take the common log  so return         zeroes for the result strings   Use the FORMAT string                endif else begin          A        String  0d0  Format Format            B        A          Result i    A           endelse                     Return result to calling program  depending on keyword settings          Eliminate blanks if TRIM keyword is set               if   POT_Only   then            Result i    B       if   MANTISSA_Only   then            Result i    A       if   Trim   then            Result i    StrCompress  Result i   Remove_All            endfor     if  n_elements Result  eq 1  then         Result   Result 0       return  Result  end");
+a[306] = new Array("./ToBeReviewed/STRING/strtok.html", "strtok.pro", "", "      NAME:         STRTOK   PURPOSE:         Retrieve portion of string up to token    CATEGORY:         text strings   CALLING SEQUENCE:         new   strtok  old  token     INPUTS:         old     String to be split   Contains text after    in  out                  token on output          token   Token to use in splitting old               in   KEYWORD PARAMETERS:          TRIM   set to remove leading blanks from old                   before returning           HELP   print useful message and exit    OUTPUTS:         new     portion of string up to token               out         old     portion of old after token                  out  in   COMMON BLOCKS:   SIDE EFFECTS:         Input parameter old is modified    NOTES:         Token may be one or more characters          If token is not found  returns old and sets old to     EXAMPLE:         If old is  foo44 bar  then strtok  old   44    would return          foo  and upon return  old will be left with   bar   If  TRIM         were set  old would be  bar  on return            If old xyz  then new strtok old a  would return with         new xyz  and old    THANKS:         To D  Linder who wrote GETTOK  part of the goddard library          upon which this is based    MODIFICATION HISTORY:          Id: strtok pro 18 2006 05 02 09:32:05Z pinsard            Log: strtok pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Added built in help            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details    FUNCTION Strtok  string  token                     TRIM trim  HELP Help     compile_opt idl2  strictarrsubs      Back to the caller if error occurs      On_error  2      IF  n_params  NE 2  OR keyword_set Help  THEN BEGIN          offset                 print  offset Retrieve portion of string up to token          print  offset new   strtok  old  token           print  offset Inputs:          print  offset offset old     String to be split   Contains text after    in  out          print  offset offset          token on output          print  offset offset token   Token to use in splitting old               in          print  offset Keywords:          print  offset offset TRIM   set to remove leading blanks from old           print  offset offset          before returning          print  offset offset HELP   print useful message and exit          print  offset Outputs:          print  offset offset new     portion of string up to token               out          print  offset offset old     portion of old after token                  out  in          print  offset Side effects:          print  offset offset Input parameter old is modified          print  offset Notes:          print  offset offset Token may be one or more characters          print  offset offset If token is not found  returns old and sets old to           print  offset Examples:          print  offset offset If old is  foo44 bar  then strtok  old   44    would return          print  offset offset    foo  and upon return  old will be left with   bar   If  TRIM          print  offset offset   were set  old would be  bar  on return            print  offset offset If old xyz  then new strtok old a  would return with          print  offset offset   new xyz  and old          return   1     ENDIF       pos   strpos string  token       IF  pos GE 0  THEN BEGIN         front   strmid string  0  pos           string   strmid string  pos   strlen token  strlen string          IF keyword_set trim  THEN string   strtrim string  1          return  front     ENDIF          front   string     string         return  front      END ");
+a[307] = new Array("./ToBeReviewed/STRING/strtrans.html", "strtrans.pro", "", "      NAME:         STRTRANS   PURPOSE:         Translate all occurences of one substring to another    CATEGORY:         text strings   CALLING SEQUENCE:         new   strtrans oldstr from to ned    INPUTS:         oldstr   string on which to operate               in                   May be an array          from     substrings to be translated  May be      in                   an array          to       what strings in from should be           in                   translated to  May be an array    KEYWORD PARAMETERS:          HELP    Set this to print useful message and                    exit    OUTPUTS:         new      Translated string  Array if oldstr is    out                             an array          ned      number of substitutions performed in     out                   oldstr   Array if oldstr is an array    COMMON BLOCKS:   SIDE EFFECTS:   NOTES:           Any of old  from  and to can be arrays              from and to must have the same number of elements    EXAMPLE:         inp Many bad chars in_here          from _          to                    out   strtrans inp from to ned          Will produce out Many bad chars in here  and set ned to 4    MODIFICATION HISTORY:          Id: strtrans pro 18 2006 05 02 09:32:05Z pinsard            Log: strtrans pro v           Revision 1 3  1996 06 14 20:00:27  mcraig         Updated Copyright info            Revision 1 2  1996 05 09 00:22:17  mcraig         Sped up significantly by using str_sep to handle the translation   No longer         relies on routines fromother user libraries            Revision 1 1  1996 01 31 18:47:37  mcraig         Initial revision     RELEASE:          Name: Rel_1_2       COPYRIGHT:    Copyright  C  1996 The Regents of the University of California  All    Rights Reserved   Written by Matthew W  Craig     See the file COPYRIGHT for restrictions on distrubting this code     This code comes with absolutely NO warranty  see DISCLAIMER for details      FUNCTION strtrans  InputString  from  to  ned                        HELP Help     compile_opt idl2  strictarrsubs      Bomb out to caller if error      On_error  2    Offer help if we don t have at least InputString  from  and to  or   if the user asks for it      IF  n_params  LT 3  OR keyword_set help  THEN BEGIN         offset                 print  offset Translate all occurences of one substring to another          print  offset new   strtrans oldstr from to ned          print  offset Inputs:          print  offset offset oldstr   string on which to operate               in          print  offset offset           May be an array          print  offset offset from     substrings to be translated  May be      in          print  offset offset           an array          print  offset offset to       what strings in from should be           in          print  offset offset           translated to  May be an array          print  offset Outputs:          print  offset offset new      Translated string  Array if oldstr is    out          print  offset offset           an array          print  offset offset ned      number of substitutions performed in     out          print  offset offset           oldstr   Array if oldstr is an array          print  offset Notes:          print  offset offset  Any of old  from  and to can be arrays             print  offset offset  from and to must have the same number of elements          return   1     ENDIF           strn   InputString     Check that From To have same number of elements   RETURN if they don t      NFrom   n_elements from      NTo   n_elements to      IF  NFrom EQ 0  OR  NTo EQ 0  THEN return  strn     IF NFrom NE NTo THEN BEGIN         print Error: Number of elements in from to unequal          return 1     ENDIF     Make sure there are no null strings in From   RETURN if there are         FromLen   strlen From      IF  total FromLen EQ 0  GT 0  THEN BEGIN         print   Error: elements of From must have nonzero length          return   1     ENDIF       NStrings   n_elements strn      ned   lonarr NStrings      tmpned   0L    Say strn a b c  from  and to   Then the approach here is to   first split strn at all occurances of   then recombine the pieces   with   inserted instead   Do this for all elements of strn  and   all elements of from      FOR i   0L  NStrings 1 DO BEGIN         ned i    0L         FOR j 0L  NFrom 1 DO BEGIN             SepStr   str_sep strn i  from j              NSubs   n_elements SepStr    1             strn i    SepStr 0              FOR k 1L  NSubs DO strn i    strn i    To j    SepStr k              ned i     ned i    NSubs         ENDFOR      ENDFOR      return  strn END ");
+a[308] = new Array("./ToBeReviewed/STRING/strwhere.html", "strwhere.pro", "", "   Id: strwhere pro 18 2006 05 02 09:32:05Z pinsard         NAME:          STRWHERE   function      PURPOSE:          return position  array  for occurence of a character in          a string     CATEGORY:          string tools     CALLING SEQUENCE:          pos   STRWHERE str  schar  Count        INPUTS:          STR   the string            SCHAR   the character to look for     KEYWORD PARAMETERS:          none      OUTPUTS:          COUNT    optional  The number of matches that were found             The function returns an index array similar to the           result of the where function     SUBROUTINES:     REQUIREMENTS:     NOTES:     EXAMPLE:          ind   strwhere abcabcabc a               returns   0  3  6       MODIFICATION HISTORY:          mgs  02 Jun 1998: VERSION 1 00          bmy  30 Jun 1998:   now returns COUNT  the number                               of matches that are found  this is                              analogous to the WHERE command        Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine strwhere      function strwhere str schar Count     compile_opt idl2  strictarrsubs          if  n_elements str  eq 0  then return 1        convert to byte    BStr   byte Str     BSC     byte schar 0         Search for matches    Ind   where  Bstr eq BSC  Count         bmy   return where BStr eq BSC     return  Ind  end    ");
+a[309] = new Array("./ToBeReviewed/STRING/tostr.html", "tostr.pro", "", "          NAME: tostr  to string      PURPOSE: convertit un input en un string      CATEGORY:      CALLING SEQUENCE: res tostr input       INPUTS: input ne peut pas contenir ou etre de type:       Complex floating  structure  Double precision complex  Pointer  Object     reference  Unsigned Integer  Unsigned Longword Integer  64 bit     Integer  Unsigned 64 bit Integer      KEYWORD PARAMETERS: none     OUTPUTS: un string     COMMON BLOCKS:     SIDE EFFECTS:       Si un element de input contient un tableau  il sera     convertit en vecteur      RESTRICTIONS:       attention cette fonction comporte des boucles  des if et des cases     ds tous les sens  Elle ne doit donc pas etre utilisee avec des     inputs de grosse taille  avec bcp d elements et avec des     elements etant de gros tableaux    EXAMPLE:      IDL  help  tostr 1 tostr a tostr indgen 4 tostr a jkfjo           STRING       1           STRING       a           STRING       0 1 2 3           STRING       a jkfjo       IDL  print  tostr c est bon c est bon        c est bon c est bon      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         18 10 1999         FUNCTION tostr  input     compile_opt idl2  strictarrsubs       case 1 of       size input   type  LE 5:BEGIN           if size input   type  EQ 1 then input   long input           if n_elements input  EQ 1 then res   strtrim input  1             ELSE BEGIN              res    strtrim input 0  1              for i   1   n_elements input 1 do res   res strtrim input i  1              res   res           ENDELSE        END       size input   type  eq 7:BEGIN           if n_elements input  EQ 1 then BEGIN             sinput   strrepl input                  res    sinput           ENDIF ELSE BEGIN              res    strrepl input 0                  for i   1   n_elements input 1 do res   res strrepl input i                  res   res           ENDELSE        END       ELSE:BEGIN           ras   report la fonction tostr ne marche pas pour input qui est de type  size input   tname           res           END    ENDCASE     return  res end");
+a[310] = new Array("./ToBeReviewed/STRUCTURE/chkstru.html", "chkstru.pro", "", "   Id: chkstru pro 27 2006 05 02 13:10:05Z pinsard         NAME:          CHKSTRU   function      PURPOSE:          check validity of a structure and test if necessary          fields are contained     CATEGORY:          tools     CALLING SEQUENCE:          res CHKSTRU STRUCTURE FIELDS  VERBOSE       INPUTS:          STRUCTURE   the structure to be tested  If STRUCTURE is               not of type structure  the function will return 0            FIELDS   a string or string array with field names to                be contained in STRUCTURE  CHKSTRU returns 1  true                only if all field names are contained in STRUCTURE                The entries of FIELDS may be upper or lowercase      KEYWORD PARAMETERS:          INDEX   a named variable that will contain the indices of               the required field names in the structure  They can then               be assessed through structure index i    Index will               contain  1 for all fields entries that are not in the               structure              VERBOSE   set this keyword to return an error message                in case of an error              EXTRACT   set this keyword to extract a fields from the          structure    1 is return is fields or structure  are          incorrect      OUTPUTS:          CHKSTRU returns 1 if successful  otherwise 0      SUBROUTINES:     REQUIREMENTS:     NOTES:     EXAMPLE:          test     a:1  b:2  c:3            required    a c           if CHKSTRU test required  then print found a and c           IDL  print  CHKSTRU test b              1          IDL  print  CHKSTRU test b extract                  2     MODIFICATION HISTORY:          mgs  02 Mar 1998: VERSION 1 00          mgs  07 Apr 1998:   second parameter  FIELDS  now optional          12 Jan 2001: EXTRACT keyword by S  Masson  smasson lodyc jussieu fr         Copyright  C  1998  Martin Schultz  Harvard University   This software is provided as is without any warranty   whatsoever  It may be freely used  copied or distributed   for non commercial purposes  This copyright notice must be   kept with any copy of this software  If this software shall   be used commercially or sold as part of a larger package    please contact the author to arrange payment    Bugs and comments should be directed to mgs io harvard edu   with subject  IDL routine chkstru      function chkstru structure fields index index verbose verbose  extract   extract     compile_opt idl2  strictarrsubs             default index      index    1          first check number of parameters  must be at least 1       if  n_params  lt 1  then begin          if keyword_set verbose  then                ras   report CHKSTRU:   invalid number of parameters              if keyword_set extract  THEN return 1 ELSE return 0           endif            check if the user really passed a structure        s   size structure       if  s 1 s 0  ne 8  then begin          if keyword_set verbose  then                ras   report CHKSTRU:   No structure passed              if keyword_set extract  THEN return 1 ELSE return 0       endif          only one parameter: then we are finished      if  n_params  eq 1  then return 1            see if required field names are contained in the structure        and return indices of these fields        names   tag_names structure       index   intarr n_elements fields    1     default index to  not found        for i 0 n_elements fields 1 do begin          ind   where names eq strupcase fields i           if  ind 0  lt 0  then begin              if keyword_set verbose  then                   ras   report CHKSTRU:   Cannot find field  fields i               endif else index i    ind 0       endfor            check minimum value of index field:  1 indicates error      if keyword_set extract  then BEGIN         if index 0  NE  1 THEN return  structure index 0  ELSE return   1      ENDIF ELSE return min index  ge 0    end  ");
+a[311] = new Array("./ToBeReviewed/STRUCTURE/extractstru.html", "extractstru.pro", "", "          NAME:extractstru     PURPOSE:extrait des elements d une structure pour constituer une           nouvelle structure     CATEGORY: dibouille sur les structures     CALLING SEQUENCE: res   extractstru stru  liste       INPUTS:        stru: une structure        liste: un vecteur de string comportant les noms des elements de      stru a virer  par DEFAUT  ou a garder  si GARDE est active      KEYWORD PARAMETERS:         GARDE: specifie que la liste donnee concerne les elements de      stru a garder         VIRE: specifie que la liste donnee concerne les elements de      stru a virer  Ce mot cle est active par defaut     OUTPUTS:une stucture ou  1 en cas de pb     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS: none        liste peut contenir des noms d elements qui ne sont pas ds stru       le programme se debrouille avec     EXAMPLE:        IDL  extra get_extra ok  year 1999  age_capitaine 35        IDL  help  extra struct        Structure   3 tags  length 6  refs 1:         AGE_CAPITAINE   INT             35         OK              INT              1         YEAR            INT           1999      IDL  help  extractstru extra ok hhuihi YEAR stru        Structure   1 tags  length 2  refs 1:         AGE_CAPITAINE   INT             35      IDL  help  extractstru extra ok hhuihi YEAR garde stru        Structure   2 tags  length 4  refs 1:         OK              INT              1         YEAR            INT           1999     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         8 10 1999         FUNCTION extractstru  stru  liste  GARDE   garde  VIRE   vire     compile_opt idl2  strictarrsubs      if size stru   type  NE 8 then return    1    if size liste   type  NE 7 then return    1   cheking for garde and vire keywords    garde   keyword_set garde 1 keyword_set vire     vire   keyword_set vire 1 keyword_set garde   keyword_set vire  EQ garde       tname   tag_names stru     index   make_selection tname  strupcase liste   only_valid   quiet       if garde then BEGIN   on garde que la liste       if index 0  EQ  1 then return    1       if n_elements index  EQ n_elements tname  then return  stru       res   create_struct tname index 0  stru index 0        if n_elements index  GT 1 then for i   1  n_elements index 1 do               res   create_struct res  tname index i  stru index i     ENDIF ELSE BEGIN   on vire la liste       if n_elements index  EQ n_elements tname  then return    1       if index 0  EQ  1 then return  stru   on prend le complementaire de index pour obtenir les indices que   l on garde       index   different indgen n_elements tname  index        res   create_struct tname index 0  stru index 0        if n_elements index  GT 1 then for i   1  n_elements index 1 do               res   create_struct res  tname index i  stru index i     ENDELSE      return  res end");
+a[312] = new Array("./ToBeReviewed/STRUCTURE/mixstru.html", "mixstru.pro", "", "          NAME: mixstru     PURPOSE: concatene 2 structures ensemble  La difference avec   CREATE_STRUCT etant que si les 2 stuctures ont les memes noms   d elements alors mixstru ne plante pas mais choisit pour valeur de   l element commun celle specifiee par la premiere structure      CATEGORY: structure     CALLING SEQUENCE: rs mixstru stru1 stru2       INPUTS: stru1 et stu2 sont 2 structures qui peuvent avoir des   elements portant le meme nom mais avec une valeur differente      KEYWORD PARAMETERS: none     OUTPUTS: une stucture     COMMON BLOCKS:     SIDE EFFECTS: si stru1 ou stru2 ne sont pas des structures mixstru   renvoie  1     RESTRICTIONS:     EXAMPLE:              IDL  a get_extra toto ok 123        IDL  b get_extra ok 111  year 1999  age_capitaine 35        IDL  help  a b struct         Structure   2 tags  length 4  refs 1:          OK              INT            123          TOTO            INT              1         Structure   3 tags  length 6  refs 1:          AGE_CAPITAINE   INT             35          OK              INT            111          YEAR            INT           1999       IDL  help  mixstru a b struct         Structure   4 tags  length 8  refs 1:          AGE_CAPITAINE   INT             35          YEAR            INT           1999          OK              INT            123          TOTO            INT              1       IDL  help  mixstru b a struct         Structure   4 tags  length 8  refs 1:          TOTO            INT              1          AGE_CAPITAINE   INT             35          OK              INT            111          YEAR            INT           1999     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         7 10 1999         FUNCTION mixstru  stru1  stru2     compile_opt idl2  strictarrsubs    cm_general     IF size stru1   type  EQ 0 AND size stru2   type  EQ 8 THEN return  stru2    IF size stru2   type  EQ 0 AND size stru1   type  EQ 8 THEN return  stru1    if size stru1   type  NE 8 then return    1    if size stru2   type  NE 8 then return    1    tname   tag_names stru2         str        FOR i   0  n_tags stru2 1 DO str   str   tname i    stru2    strtrim i  2          res   createfunc get_extra str _extra   stru1                    kwdlist    stru1   stru1  stru2   stru2                    stru1   stru1  stru2   stru2                   filename   myuniquetmpdir  for_createfunc pro      return  res  end");
+a[313] = new Array("./ToBeReviewed/STRUCTURE/struct2string.html", "struct2string.pro", "", "          NAME:struct2string     PURPOSE:convert a structure to an  executable string      CATEGORY:bidouille     CALLING SEQUENCE:sting struct2string struct       INPUTS:struct: a structure     KEYWORD PARAMETERS:          MAX_STRUCT_LENGTH : the maximum length of the structure        permetted to convert the structure to string  Default is        10000l            DIRECT2STRING: to get a string instead an  executable string            CUT_IN_STRING: try it     OUTPUTS:     SIDE EFFECTS:use tostr pro  cf this function header      RESTRICTIONS:use tostr pro  cf this function header      EXAMPLE:          IDL  print  struct2string d         create_struct NAME X X_SIZE 891 Y_SIZE 630 X_VSIZE          891 Y_VSIZE 630 X_CH_SIZE 6 Y_CH_SIZE 10 X_PX_CM          40 0000 Y_PX_CM 40 0000 N_COLORS 16777216 TABLE_SIZE           256 FILL_DIST 1 WINDOW 32 UNIT 0 FLAGS 328124 ORIGIN          0 0 ZOOM 1 1      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         2000 07 03         FUNCTION struct2string  struct  CUT_IN_STRING   cut_in_string  MAX_STRUCT_LENGTH   max_struct_length  DIRECT2STRING   direct2string      compile_opt idl2  strictarrsubs      if size struct   type  NE 8 then return        if NOT keyword_set max_struct_length  then max_struct_length   10000l    if n_tags struct   length  GT max_struct_length then begin       rien   report The structure is too big to be converted to string   C See the MAX_STRUCT_LENGTH keyword        return       endif    names   tag_names struct     case 1 of       keyword_set direct2string :BEGIN          res   names 0 tostr struct 0           if n_tags struct  GT 1 then begin             FOR i   1  n_tags struct 1 do begin                res   res   names i tostr struct i              endfor          endif                 END       keyword_set CUT_IN_STRING :BEGIN          res    create_struct names 0 tostr struct 0           if n_tags struct  GT 1 then begin             FOR i   1  n_tags struct 1 do begin                res    res   create_struct res names i tostr struct i              endfor          endif       END       ELSE:BEGIN          res    create_struct names 0 tostr struct 0           if n_tags struct  GT 1 then begin             FOR i   1  n_tags struct 1 do begin                res   res names i tostr struct i              endfor          endif          res   res        END    endcase    return  res end");
+a[314] = new Array("./ToBeReviewed/STRUCTURE/where_tag.html", "where_tag.pro", "", "    NAME:         WHERE_TAG   PURPOSE:         Like WHERE but works on structure tag names   EXPLANATION:         Obtain subscripts of elements in structure array for which         a particular Tag has values in a range or matching specified values          Like the WHERE function but for use with structures   CATEGORY:                         Structures   CALLING SEQUENCE:          w   where_tag  struct    Nfound   TAG_NAME  TAG_NUMBER     RANGE                                    VALUES   RANGE   ISELECT    NOPRINT       INPUTS:         Struct   structure array to search      INPUT KEYWORDS:         User  must  specify  1  TAG_NAME or TAG_NUMBER to search  and  2                  the VALUES or RANGE to search on           TAG_NAME   Scalar string specifying Tag Name         TAG_NUMBER   otherwise give the Tag Number          RANGE    min max  range to search for in Struct          VALUES   one or array of numbers to match for in Struct          ISELECT  specifies indices to select only part of structure array                   use it to recycle subscripts from previous searches           NOPRINT   suppress informational messages about nothing found      OUTPUTS:         Nfound     of occurences found      RESULT:         Function returns subscripts  indices  to desired elements      EXAMPLES:         Suppose STR is a structure with tags CAT_NO:indgen 10  and                  NAME:strarr 10    Find the indices where STR CAT_NO is                 between 3 and 5            IDL  print  WHERE_TAG  str  TAG_NAME    CAT_NO  VALUE    3 4 5      or         IDL  print  WHERE_TAG  str  TAG_NUM   0  RANGE    3 5       PROCEDURE:         Get tag number and apply the WHERE function appropriately      MODIFICATION HISTORY:         written 1990 Frank Varosi STX   NASA GSFC         Stop printing  Tag  not found  with  NOPRINT  CD Pike 8 Jun 93   function where_Tag  Struct  Nfound      TAG_NAME Tag_Name                                                 TAG_NUMBER Tag_Num                                                ISELECT ipart  NOPRINT noprint                                            RANGE range  VALUES values  First check required parameters      compile_opt idl2  strictarrsubs            Ntag   N_tags  Struct            if  Ntag LE 1  then begin                 message expecting a Structure Array  try again CONTIN                 return 1             endif          if  N_elements  Tag_Num   NE 1  AND               N_elements  Tag_Name   NE 1  then begin                 message specify TAG_NAME  or TAG_NUMBER  to search CONTIN                 return 1             endif          Tags   Tag_names  Struct            if N_elements  Tag_Name   EQ 1 then begin                 Tag_Name   strupcase  Tag_Name                   Tag_Num   where  Tags EQ Tag_Name                   Tag_Num   Tag_Num 0                  if  Tag_Num LT 0  then begin                  if NOT keyword_set  noprint   then                           message Tag  not found CONTIN                         return 2                     endif            endif          if  Tag_Num LT 0  OR  Tag_Num GE Ntag  then begin                 message Tag      strtrim Tag_Num 2      exceeds Max Tag                                strtrim Ntag 1 2      in structure CONTIN                 return 1             endif          if N_elements  ipart   GT 0 then begin           check if any searching                                                           on a subset of input                  w   where  ipart GE 0  nf                   if  nf LE 0  then return 1                  if  nf LT N_elements  ipart   then ipart   ipart w             endif   Now find out where for RANGE :          if N_elements  range   EQ 2 then begin                  if N_elements  ipart   GT 0 then begin                       w   where   Struct ipart Tag_Num  GE range 0  AND                                    Struct ipart Tag_Num  LE range 1  Nfound                         if  Nfound GT 0  then windex   ipart w  else windex   w                   endif                     else  windex   where   Struct Tag_Num  GE range 0  AND                                            Struct Tag_Num  LE range 1  Nfound                    if  Nfound LE 0  AND  NOT keyword_set  noprint     then begin                         strnums   strtrim  range  2                           string   strnums 0        strnums 1                          message  NO values of  found in the Range     string    CONTIN                    endif  where Values:           endif else if N_elements  values   GE 1 then begin                  Nval   N_elements  values                   vals    values                  Nfound   0                  if N_elements  ipart   GT 0 then begin                      for v 0 Nval 1 do begin                         w   where  Struct ipart Tag_Num  EQ vals v  Nf                           if  Nf GT 0  then begin                                 if  Nfound GT 0  then ww    ww w  else ww   w                            endif                         Nfound   Nfound   Nf                       endfor                      if  Nfound GT 0  then windex   ipart ww sort  ww                                          else windex   w                   endif else begin                      for v 0 Nval 1 do begin                         w   where  Struct Tag_Num  EQ vals v  Nf                           if  Nf GT 0  then begin                                 if  Nfound GT 0  then ww    ww w  else ww   w                            endif                         Nfound   Nfound   Nf                       endfor                      if  Nfound GT 0  then windex   ww sort  ww                                          else windex   w                    endelse                  if  Nfound LE 0  AND  NOT keyword_set  noprint     then begin                         strnums   strtrim  vals  2                           string   strnums 0                          for i 1 Nval 1 do string   string       strnums i                          message  NO values of  found Equaling     string    CONTIN                    endif             endif else begin                  message must specify a RANGE   or VALUES s CONTIN                 windex 1              endelse  return  windex end");
+a[315] = new Array("./ToBeReviewed/TRIANGULATION/ciseauxtri.html", "ciseauxtri.pro", "", "          NAME:     PURPOSE:vire les tableaux qui ne doivent pas etre dessines grace a 2   tests:       1  les coins du tableau doivent etre ds la fenetre       2  les clongeurs des cotes des triangfles exprimes en       coordonnees normalisesne doivent pas depasser une certaine       longueur seuil       CATEGORY:     CALLING SEQUENCE:     INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:  common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          20 2 99         FUNCTION ciseauxtri  triang  glam  gphi  TOUT   tout  _EXTRA   ex       compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     IF NOT keyword_set key_periodic  AND NOT keyword_set key_irregular        AND NOT  map projection LE 7 AND  map projection NE 0        AND NOT  map projection EQ 14 OR  map projection EQ 15                OR  map projection EQ 18  THEN return  triang      tempsun   systime 1            pour key_performance      taille   size glam     nx   taille 1     ny   taille 2      tempdeux   systime 1           pour key_performance  2    z   convert_coord glam gphi data to_normal      x   z 0       y   z 1       tempvar   SIZE TEMPORARY z    delete z    IF testvar var   key_performance  EQ 2 THEN       print   temps ciseauxtri: convert_coord data to_normal  systime 1 tempdeux     attention  suivant la projection certains points x ou y peuvent   devenir NaN  cf  points deriere la terre ds une projection   orthographique  il faut dans ce cas enlever tous les triangles qui   contiennent un de ces points      if  map projection LE 7 AND  map projection NE 0        OR  map projection EQ 14 OR  map projection EQ 15 OR  map projection EQ 18 then begin       tempdeux   systime 1        pour key_performance  2         test    x y triang        test   finite temporary test   nan        test   total temporary test  1        ind   where temporary test  EQ 0          if ind 0  NE  1 then triang   triang  temporary ind  ELSE return    1       trichanged   1b       IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: recherche points a NAN  systime 1 tempdeux    endif      seuil   5  indxtriang2       indxtriang   indxmin    nx 1 indxmin EQ 0 AND indxmax EQ  nx 1        ENDIF ELSE indxtriang   indxmin        listrect   nx indytriang indxtriang       IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: liste des rectangles  systime 1 tempdeux     maintenant qu on a cette liste on va s assuter que l on a pas de   triangles qui n ont qu on sommet en commun          test   bytarr nx  ny        test listrect    1       dejavire   1b test         tempdeux   systime 1        pour key_performance  2       vire1   0       vire2   0       while  vire1 0  NE  1 OR vire2 0  NE  1  ne 0 do begin          vire1   where   test shift test   1   1                              1 shift test  0   1 1 shift test   1  0  EQ 1           if vire1 0  NE  1 THEN test vire1    0   on vire le rectangle           vire2   where   1 test 1 shift test   1   1                              shift test  0   1 shift test   1  0  EQ 1    on vire le rectangle du dessus  meme indice x mais egale a 1           if vire2 0  NE  1 THEN test vire2 nx    0        ENDWHILE  stop       test   test temporary dejavire          avirer   where temporary test  EQ 0        IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: determinationdes rectangles a virer  systime 1 tempdeux         if avirer 0  NE  1 then begin       tempdeux   systime 1        pour key_performance  2       indnx   n_elements listrect        indny   n_elements avirer        ind   listrect replicate 1l  indny         ind   ind EQ replicate 1  indnx avirer        if indny GT 1 then ind   total ind  2        ind   where ind EQ 0        if ind 0  NE  1 then triang   triang  ind  ELSE return    1       endif       IF testvar var   key_performance  EQ 2 THEN          print   temps ciseauxtri: derniere retouche de la triangulation  systime 1 tempdeux    endif            if keyword_set key_performance  THEN print   temps ciseauxtri  systime 1 tempsun       return   triang end");
+a[316] = new Array("./ToBeReviewed/TRIANGULATION/completecointerre.html", "completecointerre.pro", "", "          NAME: COMPLETECOINTERRE     PURPOSE: pour colorier proprement les continents   c est une longue   histoire      CATEGORY: pour plt     CALLING SEQUENCE: completecointerre      INPUTS: non     KEYWORD PARAMETERS:  _EXTRA             CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white     OUTPUTS: non     COMMON BLOCKS: common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         01 10 1999         PRO draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex     compile_opt idl2  strictarrsubs    cm_4mesh   the triangle must not be out of the domain   IF min lons  max   maxlon  GE lon1 AND maxlon LE lon2       AND min lats  max   maxlat  GE lat1 AND maxlat LE lat2 then BEGIN   the triangle must not be too big      z   convert_coord lons  lats   data   to_normal       alldist    z 0  2 z 0  0 2    z 1  2 z 1  0 2                     z 0  0 z 0  1 2    z 1  0 z 1  1 2                     z 0  1 z 0  2 2    z 1  1 z 1  2 2      IF max alldist  LT seuil 2 THEN polyfill  lons  lats           color   cont_color  _extra   ex     return   ENDIF  end     PRO completecointerre  COINMONTE   coinmonte  COINDESCEND   coindescend                            CONT_COLOR   cont_color  INDICEZOOM   indicezoom                            _extra   ex     compile_opt idl2  strictarrsubs    common       if NOT keyword_set coinmonte  then return     if NOT keyword_set coindescend  then return     if NOT keyword_set indicezoom  then return   tempsun   systime 1             pour key_performance     definitions des vecteurs coinmont et coindesc     if keyword_set coinmonte  then coinmont   coinmonte     ELSE coinmont   twin_corners_up   if keyword_set coindescend  then coindesc   coindescend     ELSE coindesc   twin_corners_dn   IF NOT keyword_set cont_color  THEN cont_color    d n_colors 1     255     definition descoordonnees des points numerotes 1 2 3 4 5 6 cf  les   schemas en dessous      tempdeux   systime 1            pour key_performance  2   if coinmont 0  NE  1 OR coindesc 0  NE  1 then BEGIN     if keyword_set indicezoom  then BEGIN   if we use key_stide  the t  u  v and f points are no more related to   the same cell because glamf and gphif has be recomputed to be in the   middle of two t points       IF total key_stride  EQ 3 AND finite glamv 0 gphiv 0  NE 0 THEN BEGIN         long1   glamv indicezoom    lati1   gphiv indicezoom        ENDIF ELSE BEGIN          long1   glamt indicezoom    lati1   gphif indicezoom        ENDELSE       IF total key_stride  EQ 3 AND finite glamu 0 gphiu 0  NE 0 THEN BEGIN         long2   glamu indicezoom    lati2   gphiu indicezoom        ENDIF ELSE BEGIN         long2   glamf indicezoom    lati2   gphit indicezoom        ENDELSE       long3   glamf indicezoom    lati3   gphif indicezoom      ENDIF ELSE BEGIN        IF total key_stride  EQ 3 AND finite glamv 0 gphiv 0  NE 0 THEN BEGIN         long1   glamv   lati1   gphiv       ENDIF ELSE BEGIN          long1   glamt   lati1   gphif       ENDELSE       IF total key_stride  EQ 3 AND finite glamu 0 gphiu 0  NE 0 THEN BEGIN         long2   glamu   lati2   gphiu       ENDIF ELSE BEGIN          long2   glamf   lati2   gphit       ENDELSE       long3   glamf   lati3   gphif     ENDELSE        nx    size long1   dimensions 0      ny    size long1   dimensions 1      seuil   5    min nx  ny 2      seuil   min p position 2 p position 0 seuil                       p position 3 p position 1 seuil      ENDIF     IF testvar var   key_performance  EQ 2 THEN       print   temps completecointerre: positions des points  systime 1 tempdeux       cas coin terre en montee:        2 points terre en diagonale montante avec 2 points mer sur        la diagonale descendante                          4           t i nx 1    u i nx        t i nx 1 0                                                                         1         3                  5         v i f i v i 1                                                                                 t i 0       2 u i           t i 1 1       if coinmont 0  NE  1 then BEGIN     tempdeux   systime 1          pour key_performance  2     for id   0  n_elements coinmont 1 do BEGIN       i   coinmont id        ii   i MOD nx       ij   i nx   bottom triangle       lons    long1 i  long2 i  long3 i        lats    lati1 i  lati2 i  lati3 i        draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex   upper triangle       IF ii NE nx 1 AND ij NE ny 1 THEN BEGIN         lons    long3 i  long1 i 1  long2 i nx          lats    lati3 i  lati1 i 1  lati2 i nx          draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex       ENDIF      ENDFOR      IF testvar var   key_performance  EQ 2 THEN         print   temps completecointerre: trace de cointerremonte  systime 1 tempdeux   ENDIF     cas coin terre en descendante :        2 points terre en diagonale descendante avec 2 points mer sur        la diagonale montante                         4       t i nx 1    u i nx        t i nx 1 0                                                                                      3                  5         v i f i v i 1            1                                                                                                  t i 0      2 u i           t i 1 1     if coindesc 0  NE  1 then begin     tempdeux   systime 1          pour key_performance  2     for id   0  n_elements coindesc 1 do BEGIN       i   coindesc id        ii   i MOD nx       ij   i nx       IF ii NE nx 1 AND ij NE ny 1 THEN BEGIN   left triangle         lons    long1 i  long3 i  long2 i nx          lats    lati1 i  lati3 i  lati2 i nx          draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex   right triangle         lons    long3 i  long2 i  long1 i 1          lats    lati3 i  lati2 i  lati1 i 1          draw_corner_triangle  lons  lats  seuil  CONT_COLOR   cont_color  _extra   ex       ENDIF     ENDFOR     IF testvar var   key_performance  EQ 2 THEN         print   temps completecointerre: trace de cointerredescend  systime 1 tempdeux   ENDIF      IF keyword_set key_performance  THEN print   temps completecointerre  systime 1 tempsun      return end");
+a[317] = new Array("./ToBeReviewed/TRIANGULATION/definetri.html", "definetri.pro", "", "    NAME:definetri     PURPOSE:Define a triangulation array like TRIANGULATE             But in a VERY SIMPLE CASE:   the points are regulary gridded on nx ny array    Find a Delaunay triangulation for this set of points is easy:   Points define  nx 1 ny 1  rectangles which we can cut in 2   triangles  cf  figure above            ny 1                                                                                                                                            ny 2                                                                                                                                                    1                                                                                                                                         0                         0   1   2        nx 3  nx 2 nx 1      You have 2 ways to cut a rectangle:        1  the upward diagonal       2  the downward diagonal                                                                                                                                                                                                                             CATEGORY: to understand how TRIANGULATE and TRIANGULATION work      CALLING SEQUENCE:triangles definetri nx  ny  downward       INPUTS: nx and ny are the array dimensions      OPTIONAL INPUTS:            downward: When downward is undefine all rectangles are cut          in using the upward diagonal  Downward is a vector which          contains the rectangles numbers which are cut in using the          downward diagonal           The rectangle number is define by the index  in a nx ny          vector  of the lower left corner of the rectangle      KEYWORD PARAMETERS:     OUTPUTS:          triangles is a 2d array and is dimensions are 3 and          2 nx 1 ny 1           triangles is define like in the TRIANGULATE procedure                OPTIONAL OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     PROCEDURE:     EXAMPLE:     triangles definetri 3 3 1 3    triangles will be a this kind of triangulation:                                                                                                                                                                      MODIFICATION HISTORY: sebastien Masson  smlod ipsl jussieu fr                          4 3 1999     FUNCTION definetri  nx  ny  downward     compile_opt idl2  strictarrsubs      nx   long nx     ny   long ny     if n_elements downward  NE 0 THEN BEGIN        if n_elements downward  GT  nx 1 ny 1  then begin          print   downward a trop d elements par rapport a nx et ny           return    1       endif       downward   long downward     ENDIF   we define triangles     triangles   lonarr 3  2 nx 1 ny 1      we cut the rectangles with the upward diagonal      if n_elements downward  NE  nx 1 ny 1  then BEGIN   there is some rectangle to cut    we define upward: upward is a vector which contains the rectangles   numbers which are cut in using the upward diagonal    The rectangle number is define by the index  in a nx ny vector  of   the lower left corner of the rectangle        upward   bytarr nx  ny 1       upward  ny 1    0       upward nx 1      0       if n_elements downward  NE 0 then upward downward    0       upward   where upward EQ 1        n1   n_elements upward       4 corners indexes of a rectangle number i are           i nx  i nx 1                                                                                                                                                                                   i   i 1         trinumber   2 upward upward nx    we define the right triangles       triangles 0  trinumber    upward       triangles 1  trinumber    upward 1       triangles 2  trinumber    upward 1 nx   we define the left triangles       triangles 0  trinumber 1    upward 1 nx       triangles 1  trinumber 1    upward nx       triangles 2  trinumber 1    upward    ENDIF ELSE n1   0     we cut the rectangles with the downward diagonal      if n_elements downward  NE 0 then BEGIN       n2   n_elements downward         trinumber   2 downward downward nx    we define the right triangles       triangles 0  trinumber    downward 1       triangles 1  trinumber    downward nx 1       triangles 2  trinumber    downward nx   we define the left triangles       triangles 0  trinumber 1    downward nx       triangles 1  trinumber 1    downward       triangles 2  trinumber 1    downward 1    endif     return  triangles end");
+a[318] = new Array("./ToBeReviewed/TRIANGULATION/definetri_e.html", "definetri_e.pro", "", "function numtri  index  nx  ny     compile_opt idl2  strictarrsubs       y index nx    x index y nx    numtri    y NE 0 nx 1 2 y 1 1     2 y EQ  ny 1  OR y EQ  ny 1 x     return  numtri end       NAME:definetri     PURPOSE:Define a triangulation array like TRIANGULATE but for a   E grid type     CATEGORY: make contours with E grid type     CALLING SEQUENCE:triangles definetri nx  ny  vertical       INPUTS: nx and ny are the array dimensions      OPTIONAL INPUTS:            vertical: When vertical is undefine all rectangles are cut          in using the horizontal diagonal  Vertical is a vector which          contains the rectangles numbers which are cut in using the          vertical diagonal           The rectangle number is define by the index  in a nx ny          vector  of the lower left corner of the rectangle      KEYWORD PARAMETERS:     OUTPUTS:          triangles is a 2d array and is dimensions are 3 and          2 nx 1 ny 1           triangles is define like in the TRIANGULATE procedure                OPTIONAL OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     PROCEDURE:     EXAMPLE:       MODIFICATION HISTORY: sebastien Masson  smlod ipsl jussieu fr                          June 2001     FUNCTION definetri_e  nx  ny  singular  SHIFTED   shifted     compile_opt idl2  strictarrsubs      nx   long nx     ny   long ny     triangles   lonarr 3  2 nx 1 ny 1      build the base triangulation with the diamond cut in two triangles   by the vertical diagonal     first line    index   lindgen nx 1     trinumber   index    triangles 0  trinumber    index    triangles 1  trinumber    index 1    triangles 2  trinumber    index nx 1 shifted    last line    index    ny 1 nx lindgen nx 1     trinumber   numtri index  nx  ny     triangles 0  trinumber    index    triangles 1  trinumber    index nx index nx 1 shifted  MOD 2     triangles 2  trinumber    index 1   other lines    if ny GT 2 then begin       index   lindgen nx  ny        index   index 0:nx 2  1:ny 2        index   index        oddeven    index nx 1 shifted  MOD 2       trinumber   numtri index  nx  ny        triangles 0  trinumber    index       triangles 1  trinumber    index nx oddeven       triangles 2  trinumber    index nx oddeven       triangles 0  trinumber 1    index nx oddeven       triangles 1  trinumber 1    index nx oddeven       triangles 2  trinumber 1    index 1    endif     cut the diamond specified by singular in two triangles   by the horizontal diagonal      IF keyword_set singular  then BEGIN       yindex   singular nx       otherline   where yindex NE 0 AND yindex NE  ny 1        if otherline 0  NE  1 then begin          index   singular otherline           oddeven    index nx 1 shifted  MOD 2          trinumber   numtri index  nx  ny           triangles 0  trinumber    index          triangles 1  trinumber    index nx oddeven          triangles 2  trinumber    index 1          triangles 0  trinumber 1    index          triangles 1  trinumber 1    index 1          triangles 2  trinumber 1    index nx oddeven       endif     endif    return  triangles end ");
+a[319] = new Array("./ToBeReviewed/TRIANGULATION/dessinetri.html", "dessinetri.pro", "", "          NAME:dessinetri     PURPOSE:dessine la triangulation     CATEGORY:pour comprendre comment ca marche     CALLING SEQUENCE:dessinetri   tri  x  y       INPUTS:optionnels          par defaut on choisit la triangulation qui est utilise pour          les plots et on la trace aux points definites par vargrid            sinon il faut fournir les tableaux           tri definissant la triangulation  fournis par triangule pro          ou triangulate            x et y qui sont les positions de points a laquelle se raporte          la triangulation  cf  les tableau x et y fournis ds          triangulate      KEYWORD PARAMETERS:             All plots or polyfill keywords             WAIT x  to call wait x second between each triangle draw              ONEBYONE: to draw the triangles one by one             FILL: to fill the triangles  using polyfill  instead of plotting them            CHANGECOLOR n  to change the color of each traingle  n colors          will be used and repeted if necessary        OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO dessinetri  tri  x  y  WAIT   wait  ONEBYONE   onebyone  FILL   fill  CHANGECOLOR   changecolor  _extra   ex     compile_opt idl2  strictarrsubs    common    tempsun   systime 1            pour key_performance    a        if n_params  EQ 3 then BEGIN      CASE size x   n_dimensions size y   n_dimensions  OF        2:BEGIN          nx   n_elements x            ny   n_elements y            glam   x replicate 1  ny           gphi   replicate 1  nx y        END         4:BEGIN          glam   x          gphi   y        END        ELSE:BEGIN          dummy   report x and y inputs of dessinetri must have the same number of dimensions  1 or 2           return        END      ENDCASE    ENDIF ELSE BEGIN        grille mask glam gphi  tri   tri       undefine  mask       tri   ciseauxtri tri  glam  gphi     ENDELSE       IF keyword_set changecolor  THEN BEGIN       oldname    d name       if  d name EQ  PS  OR  d name EQ  Z  then BEGIN           thisos   strupcase strmid version os_family  0  3           CASE thisOS of              MAC : set_plot  thisOS              WIN : set_plot  thisOS             ELSE: set_plot   X           ENDCASE          ncolors d n_colors 1    255          set_plot  oldname        ENDIF ELSE ncolors d n_colors 1    255        color   1 indgen changecolor ncolors changecolor 1       ENDIF ELSE color   0      color   color replicate 1  n_elements tri 3 n_elements color 1        tempdeux   systime 1            pour key_performance  2    for i   0L  n_elements tri 3 1 do begin       t    tri  i  tri 0  i        IF keyword_set fill  THEN           polyfill  glam t  gphi t  color   color i  _extra   ex         ELSE plots  glam t  gphi t  color   color i  _extra   ex       IF keyword_set wait  THEN wait  wait       IF keyword_set onebyone  THEN read  a  prompt    press a key     ENDFOR    IF testvar var   key_performance  EQ 2 THEN       print   temps dessinetri: trace des triangles  systime 1 tempdeux      if keyword_set key_performance  THEN print   temps dessinetri  systime 1 tempsun      return end");
+a[320] = new Array("./ToBeReviewed/TRIANGULATION/drawcoast_c.html", "drawcoast_c.pro", "", "PRO drawcoast_c  mask  xf  yf  nx  ny  COAST_COLOR   coast_color  COAST_THICK   coast_thick  YSEUIL   yseuil  XSEUIL   xseuil  _extra   ex       compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      tempsun   systime 1            pour key_performance       on trace les segments verticaux:      if NOT keyword_set yseuil  then yseuil   5     min nx  ny 2     distanceseuil    p position 3 p position 1 yseuil   liste: liste des points i pourlesquels on va tracer un segment entre   le point i j 1 et i j    tempdeux   systime 1           pour key_performance  2    liste   where mask shift mask   1  0  EQ 1                    AND  xf shift xf  0  1 2 yf shift yf  0  1 2  LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN   on recupere lx et ly qui sont les indices ds un tableau 2d des   points donnes par liste       ly   liste nx   lx   temporary liste nx ly       indice   where ly NE 0      on ne prend pas les points concernant       if indice 0  NE  1 then begin   la premiere ligne car ds ce cas le pt j 1 n est pas definit          lx   lx indice    ly   ly temporary indice    boucle sur les points concernes et trace du segment   rq: on utilise plost au lieu de plot car plots est bcp plus rapide           IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: determiner liste des points concernes par un trait vertical  systime 1 tempdeux          tempdeux   systime 1     pour key_performance  2          for pt   0L  n_elements lx 1 do BEGIN              i   lx pt    j   ly pt              plots   xf i  j 1  xf i  j   yf i  j 1  yf i  j                    color   coast_color  thick   coast_thick   normal  _extra   ex          endfor          IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: trace des traits verticaux  systime 1 tempdeux       endif    ENDIF     pour le trace des segments horizontaux  c est la meme chose sauf   qu il faut faire attention si on est periodique:      si on est periodique on duplique la premiere colonne et on la met a   la fin   ceci est fait non pas pour le shift qui est par defaut   periodique mais pour le plots     tempdeux   systime 1           pour key_performance  2    if keyword_set key_periodic  AND nx EQ jpi then begin       mask    mask  mask 0          xf    xf  xf 0          yf    yf  yf 0          nx   nx 1    ENDIF    if NOT keyword_set xseuil  then xseuil   5     min nx  ny 2     distanceseuil    p position 2 p position 0 xseuil    liste   where mask shift mask  0   1  EQ 1                    AND  xf shift xf  1  0 2 yf shift yf  1  0 2  LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN       ly   liste nx   lx   temporary liste nx ly       indice   where ly NE ny 1 AND lx NE 0        if indice 0  NE  1 then begin   on ne prend pas les points de la    premiere colonne et de la derniere ligne  car on l a rajoute artificiellement           lx   lx indice    ly   ly temporary indice           IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: determiner liste des points concernes par un trait horizontal  systime 1 tempdeux          tempdeux   systime 1     pour key_performance  2          for pt   0L  n_elements lx 1 do BEGIN              i   lx pt    j   ly pt              plots   xf i 1  j  xf i  j   yf i 1  j  yf i  j                    color   coast_color  thick   coast_thick   normal  _extra   ex          endfor          IF testvar var   key_performance  EQ 2 THEN             print   temps tracecote: trace des traits horizontaux  systime 1 tempdeux       endif    endif      if keyword_set key_performance  THEN print   temps drawcoast_c  systime 1 tempsun    return end");
+a[321] = new Array("./ToBeReviewed/TRIANGULATION/drawcoast_e.html", "drawcoast_e.pro", "", "PRO drawcoast_e  mask  xf  yf  nx  ny  COAST_COLOR   coast_color  COAST_THICK   coast_thick  YSEUIL   yseuil  XSEUIL   xseuil  onemore   onemore  _extra   ex       compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF      tempsun   systime 1            pour key_performance      if keyword_set key_periodic  AND nx EQ jpi then begin       mask    mask  mask 0          xf    xf  xf 0          yf    yf  yf 0          nx   nx 1    ENDIF     we plot the borders of the diamond in this sense :        if NOT keyword_set onemore  then onemore   0    if NOT keyword_set xseuil  then xseuil   5     min nx  ny 2     distanceseuil    p position 2 p position 0 xseuil   liste: liste des points i pourlesquels on va tracer un segment     index   lindgen nx  ny     index   index 0:nx 2  1:ny 1     indexbis   index nx index nx onemore  MOD 2     liste   where mask index 1 mask indexbis  EQ 1                    AND  xf index xf indexbis 2 yf index yf indexbis 2 LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN       index   index liste        indexbis   indexbis liste        for pt   0  n_elements index 1 do begin          plots   xf index pt  xf indexbis pt   yf index pt  yf indexbis pt                 color   coast_color  thick   coast_thick   normal  _extra   ex       endfor    ENDIF     we plot the borders of the diamond in this sense :        if NOT keyword_set xseuil  then xseuil   5     min nx  ny 2     distanceseuil    p position 2 p position 0 xseuil   liste: liste des points i pourlesquels on va tracer un segment     index   lindgen nx  ny 1     index   index 0:nx 2       indexbis   index nx index nx onemore  MOD 2     liste   where mask index 1 mask indexbis  EQ 1                    AND  xf index xf indexbis 2 yf index yf indexbis 2 LE distanceseuil 2     IF liste 0  NE  1 THEN BEGIN       index   index liste        indexbis   indexbis liste        for pt   0  n_elements index 1 do begin          plots   xf index pt  xf indexbis pt   yf index pt  yf indexbis pt                 color   coast_color  thick   coast_thick   normal  _extra   ex       endfor    ENDIF       if keyword_set key_performance  THEN print   temps drawcoast_e  systime 1 tempsun    return end");
+a[322] = new Array("./ToBeReviewed/TRIANGULATION/drawsectionbottom.html", "drawsectionbottom.pro", "", "          NAME:drawsectionbottom     PURPOSE:fill and draw the bottom continents for a real section      CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: the thickness of the coastline                        defaut value is 1            CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:simple way to fill continents for a section  using the   fact that continents are wider at the bottom than at the top       EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         June 14  2002         PRO drawsectionbottom  maskin  xxaxisin  depthsin                            COAST_COLOR   coast_color  COAST_THICK   coast_thick                            CONT_COLOR   cont_color  CONT_NOFILL   cont_nofill                            OVERPLOT   overplot  _extra   ex       compile_opt idl2  strictarrsubs    cm_general   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF      if keyword_set overplot  then return     mask is from bottom to top     boundaries conditions:   nx    size maskin 1    nz    size maskin 2 1     IF size xxaxisin   n_dimensions  EQ 1 THEN       xxaxisin   temporary xxaxisin replicate 1  nz    IF size depthsin   n_dimensions  EQ 1 THEN       depthsin   replicate 1  nx temporary depthsin    for the mask : we add ocean at the top then it is always possible to   find one ocean point on each water column    mask    maskin   replicate 1  nx    for x axis we also add one level    xxaxis    xxaxisin   xxaxisin  0    x axis must cover nx 1 points because we will draw the edge of the   mask    if it was mot possible in decoupeterre pro to extend the xxaxis we   do it now by hand   xxaxis   xxaxisin  0     if  size xxaxis 1  EQ nx then begin   if n_elements xxaxis  EQ nx then begin     deltax   abs x range 1 x range 0 10      xxaxis    xxaxis 0 deltax  xxaxis        x0   xxaxis 0 deltax      xxaxis    replicate x0  1  nz  xxaxis     ENDIF   for the depth    usepartial   total depthsin  2    usepartial   total usepartial NE usepartial 0  GE 1   depths   depthsin 0:nx 1    we add one level according to the ocean level we had to the mask     deltaz   abs y range 1 y range 0 10    zmax   max depthsin deltaz     depths    depths   replicate zmax  nx 1    depths    depths   replicate zmax  nx    if min depths  gt  1 then we must add one line at the bottom  this   appens when the bottom limit is defined between T k  and W k    points    IF min depthsin  GT  1 OR max total mask  2  EQ nz THEN BEGIN     zmin   min y range deltaz     depths    replicate zmin  nx   depths      mask    replicate 0  nx   mask      nz   nz 1   ENDIF       xleft   xxaxis 0:nx 1    xright   xxaxis 1:nx    looking for the position of the bottom of the ocean    pos   nz 1 total mask  2    depths   depths lindgen nx nx pos      xx   transpose xleft   xright    xx    x range 0    xx   zz    max y range      xx   float xx    zz   float zz      filling of the continents   IF NOT keyword_set cont_color  THEN cont_color    d n_colors   1    255     if NOT keyword_set cont_nofill  then         polyfill   min xx   max   maxx  xx  maxx                       min zz   max   mazz  zz  mazz                      color   cont_color    if NOT keyword_set cont_nofill  then        polyfill   min xx  max   maxx  xx  maxx                      y range 0  zz   y range 0  color   cont_color     drawing of the coast  bottom  line    we could have plot directly xx and yy but if countout ne 0  doing   this will draw an non existing bottom line along  y range values   which is not so good    we thus do this ugly for if loops to make sure that we don t draw   these lines but we keep all vertical lines     IF countout NE 0 THEN BEGIN      FOR i   0  countout  1 DO BEGIN        CASE 1 OF          out i  EQ 0:BEGIN    if we start with a out point            xxx    values f_nan            zzz    values f_nan                     END           i EQ 0:BEGIN    i eq 0 but out i  ne 0            xxx    xx 0:out i   values f_nan             zzz    zz 0:out i   values f_nan           END          ELSE:BEGIN   two consecutive out values at the same depth: we just keep    values f_nan values until the next change of depth            IF  out i 1  EQ out i 1  AND  zz out i 1  EQ zz out i  THEN BEGIN               xxx    xxx   values f_nan               zzz    zzz   values f_nan                          ENDIF ELSE BEGIN    we keep everything inbetween the out values  including themselves   for the vertical lines  but we had  values f_nan to remove the horizontal lines              xxx    xxx  xx out i 1 :out i   values f_nan               zzz    zzz  zz out i 1 :out i   values f_nan                          ENDELSE          END        ENDCASE        IF i EQ countout 1 AND out i  NE n_elements xx 1 THEN BEGIN          xxx    xxx  xx out i :           zzz    zzz  zz out i :                      ENDIF      ENDFOR      plots  xxx  zzz  color   coast_color  thick   coast_thick  _extra   ex    ENDIF ELSE plots  xx  zz  color   coast_color  thick   coast_thick  _extra   ex     return end ");
+a[323] = new Array("./ToBeReviewed/TRIANGULATION/fillcornermask.html", "fillcornermask.pro", "", "          NAME: FILLCORNERMASK     PURPOSE: pour colorier proprement les continents   c est une longue   histoire      CATEGORY: pour plt     CALLING SEQUENCE: completecointerre      INPUTS: non     KEYWORD PARAMETERS:  _EXTRA             CONT_COLOR: the color of the continent  defaut value is           d n_colors   1   white     OUTPUTS: non     COMMON BLOCKS: common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         8 8 2002         PRO fillcornermask  xin  yin  COINMONTE   coinmonte  COINDESCEND   coindescend                                     CONT_COLOR   cont_color  INDICEZOOM   indicezoom                         _extra   ex     compile_opt idl2  strictarrsubs    common     if NOT keyword_set coinmonte  AND NOT keyword_set coindescend  then return     tempsun   systime 1             pour key_performance     IF NOT keyword_set cont_color  THEN cont_color    d n_colors 1     255         definition descoordonnees des points numerotes 1 2 3 4 5 6 cf  les   schemas en dessous        x1   reform xin    y1   reform yin    IF  size x1 0  EQ 2 THEN x1   x1   0    IF  size y1 0  EQ 2 THEN y1   y1  0      x2    5 x1 shift x1   1    y2    5 y1 shift y1   1    nx   n_elements x1    ny   n_elements y1           cas coin terre en montee:        2 points terre en diagonale montante avec 2 points mer sur        la diagonale descendante                          3           t i nx 1    u i nx        t i nx 1 0                                                                            1                            4         v i f i v i 1                                                                                 t i 0       2 u i           t i 1 1       if keyword_set coinmonte  then BEGIN     if coinmonte 0  NE  1 then BEGIN       iup   coinmonte MOD nx       jup   coinmonte nx       for id   0  n_elements coinmonte 1 do BEGIN         i   iup id          j   jup id          IF i NE nx 1 AND j NE ny 1 THEN BEGIN           polyfill   x1 i  x2 i  x2 i  x1 i 1  x1 i                   y2 j  y1 j  y1 j 1  y2 j  y2 j                  color   cont_color  _extra   ex         ENDIF       endfor     endif   endif     cas coin terre en descendante :        2 points terre en diagonale descendante avec 2 points mer sur        la diagonale montante                         4       t i nx 1    u i nx        t i nx 1 0                                                                                      3                  5         v i f i v i 1            1                                                                                               t i 0      2 u i           t i 1 1     if keyword_set coindescend  then BEGIN     if coindescend 0  NE  1 then begin       idw   coindescend MOD nx       jdw   coindescend nx       for id   0  n_elements coindescend 1 do BEGIN         i   idw id          j   jdw id          IF i NE nx 1 AND j NE ny 1 THEN BEGIN           polyfill   x1 i  x2 i  x2 i  x1 i 1  x1 i                   y2 j  y1 j 1  y1 j  y2 j  y2 j                  color   cont_color  _extra   ex         ENDIF       endfor     endif   endif      IF keyword_set key_performance  THEN print   temps fillcornermask  systime 1 tempsun      return end");
+a[324] = new Array("./ToBeReviewed/TRIANGULATION/section.html", "section.pro", "", "          NAME:     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO section  field  res  glamaxe  gphiaxe  ENDPOINTS   endpoints                  BOXZOOM   boxzoom  TYPE   type  WDEPTH   wdepth                  DIREC   direc  SHOWBUILD   showbuild  ONLYBOX   onlybox                  _extra   ex       include common     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF         definition de boxzoom en fonction de endpoints   puis redefinition du domaine   boxzoom2d    min endpoints 0  endpoints 2  max   ma02  ma02                    min endpoints 1  endpoints 3  max   ma13  ma13      minprof   0    profdefault   200    if n_elements type  EQ 0 then type    nothing    Case N_Elements Boxzoom  OF     0:localbox    boxzoom2d  minprof  profdefault      1:localbox    boxzoom2d  minprof  boxzoom 0      2:localbox    boxzoom2d  boxzoom 0      4:if strpos type   z  NE  1 THEN         localbox    boxzoom2d  minprof  profdefault  ELSE localbox   boxzoom2d     5:localbox    boxzoom2d  minprof  boxzoom 4      6:localbox    boxzoom2d  boxzoom 4:5      Else:BEGIN       print  report Bad definition of the box        stop     END   ENDCASE   nelbox   n_elements localbox      if keyword_set wdepth  then grillechoice    vargrid   W      ELSE grillechoice   vargrid   domdef  localbox  GRIDTYPE   grillechoice   findalways  _extra   ex   grille   1   1   1   1  nx  ny   if less than 10 points where found  we apply domdef over the whole domain      problem  why 10 points as a test value    how can we find a good test value    IF nx   ny LE 10 THEN domdef  GRIDTYPE   grillechoice  _extra   ex   on redefinit lon1    au cas ou findalways ait ete utilise ds domdef   lon1   min endpoints 0  endpoints 2  max   lon2    lat1   min endpoints 1  endpoints 3  max   lat2    we extend the box along the z axis   i that way the plot will be drawn   until its bottom part    if strpos type   z  NE  1 THEN BEGIN  on garde les yranges  axe z  avant de changer la boxzoom       y range    localbox nelbox 1  localbox nelbox 2       if vargrid EQ  W  OR keyword_set wdepth  then BEGIN       firstzw   0    firstzw 1        lastzw    lastzw 1    firstzt 1        lastzt    lastzt 1    firstx   1    lastx    lastx   1    firsty   1    lasty    lasty   1     jpj  1       domdef  firstx  lastx  firsty  lasty  firstz  lastz                index  gridtype   vargrid    IF keyword_set onlybox  THEN return     grille  mask  glam  gphi  gdep  nx  ny  nz               firstx  firsty  firstz  lastx  lasty  lastz      on definit la triangulation qui va nous permetre de determiner la   section  on la recalcule car elle doit etre definie sur la terre   aussi bien que sur la mer  suivant le sens de la section  plutot   longitude ou plutot latitude  on definit la facon de trianguler   if strpos type   x  NE  1 then BEGIN      downward    lindgen nx  ny 0:nx 2  0:ny 2      tri   definetri nx  ny   downward     ENDIF ELSE tri   definetri nx  ny    If we have an irregular grid that is periodic  then it is possible that   some of the triangle have a very large size  neighborg points on the   sphere but far away when doing the projection  and should not be   taken into account     IF keyword_set key_irregular  AND keyword_set key_periodic  THEN BEGIN     glamtri   glam tri      glamtri   abs glamtri   shift glamtri  1  0      good   temporary glamtri  LT  10 max glam nx      good   where total temporary good  1  EQ 3      tri    temporary tri  temporary good    ENDIF     equation de la droite suivant laquelle on fait la section     abc   linearequation endpoints 0:1  endpoints 2:3    glamtri   glam tri    gphitri   gphi tri    quels sont les points de la triangulation qui sont au dessus et au   dessous de la droite     if abc 1  NE 0 THEN       test   temporary gphitri  GE  abc 0 abc 1 temporary glamtri abc 2 abc 1      ELSE test   temporary glamtri  GE  abc 1 abc 0 temporary gphitri abc 2 abc 0     zero123   total test  1    to keep: triangles de la triangulation qui sont a cheval sur la droite    tokeep1   where zero123 EQ 1    tokeep2   where temporary zero123  EQ 2    tokeep    tokeep1  tokeep2     test   test  tokeep    tri   tri  tokeep    quel est le sommet du triangle qui est seul d un cote de la droite    single1   where test  0:n_elements tokeep1 1  EQ 1    single1   single1 single1 3 3   single2   where test  n_elements tokeep1 :n_elements tokeep 1  EQ 0    single2   single2 single2 3 3    undefine  tokeep   undefine  tokeep1   undefine  tokeep2   undefine  test    single    temporary single1  temporary single2    points1 le point du triangles qui est seul d un cote de la droite    point2 l autre point du triangle de l autre cote de la droite   point1    single  single    point2    single EQ 0  1    single LE 1     undefine   single    ntri    size tri 2    index    lindgen ntri  lindgen ntri     points1   tri point1  index    points2   tri point2  temporary index    points : complexe contenant les couples de points de part et   d autre de la droite  Ils faut supprimer les doublons    points   dcomplex points1  points2    points   points uniq points  sort points    symetrique   dcomplex imaginary points  double points    points   points where points shift temporary symetrique  1  NE 0    points1 les coordnnees du point du triangles qui est seul d un cote de la droite    point2 les coordnnees de l autre point du triangle de l autre cote de la droite   points1   complex glam    double points  gphi    double points    points2   complex glam imaginary points  gphi imaginary points    droites les equations des droites dont on cherche l intersection   avec la section    droites   linearequation points1  points2    inter   lineintersection droites  abc replicate 1  n_elements points1         les ccordonnes geographiques des points que l on cherche sur la section    glamaxe   float inter    gphiaxe   imaginary inter    on les range ds l ordre croissant entre les bornes de la section   if strpos type   x  NE  1 then BEGIN      sort   sort glamaxe      glamaxe   glamaxe sort      inbox   where glamaxe GE lon1 AND glamaxe LE lon2      glamaxe   glamaxe inbox      sort   sort inbox      gphiaxe   gphiaxe sort    ENDIF ELSE BEGIN     sort   sort gphiaxe      gphiaxe   gphiaxe sort      inbox   where gphiaxe GE lat1 AND gphiaxe LE lat2      gphiaxe   gphiaxe inbox      sort   sort inbox      glamaxe   glamaxe sort    ENDELSE   points   points sort    points1   points1 sort    points2   points2 sort    inter   inter sort    poids   abs points2 inter abs points2 points1       array   litchamp field    array   fitintobox array    if array 0  EQ  1 THEN BEGIN     res    1     return   ENDIF   if n_elements valmask  EQ 0 THEN valmask   1e20   taille   size array    if jpt GT 1 AND taille 0  GE 3 AND strpos type   t  EQ  1 then BEGIN     direc    t      array   grossemoyenne array   t      taille   size array      jpt   1   ENDIF   case 1 of    xy       taille 0  EQ 2:BEGIN       value1   array double points        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       value2   array imaginary points        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       res   poids value1 1 poids value2     END    xyz       taille 0  EQ 3 AND jpt EQ 1:BEGIN       npoints   n_elements points         index   double points replicate 1  nz replicate nx ny  npoints lindgen nz        value1   array index        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       index   imaginary points replicate 1  nz replicate nx ny  npoints lindgen nz        value2   array index        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       poids   poids replicate 1  nz        res   poids value1 1 poids value2   moyenne suivant z         if strpos type   z  EQ  1 then begin         nan   where finite res  EQ 0          if vargrid EQ  W  then e3   e3w firstzw:lastzw  ELSE e3   e3t firstzt:lastzt          weight   replicate 1  npoints e3         if nan 0  NE  1 then weight nan     values f_nan         totalweight   total weight  2   nan          zero   where totalweight EQ 0          if zero 0  NE  1 then totalweight zero     values f_nan         res   total res weight  2   nan totalweight         direc    z string byte testvar var   toto        endif     END    xyt       taille 0  EQ 3 AND jpt NE 1:BEGIN       npoints   n_elements points         index   double points replicate 1  jpt replicate nx ny  npoints lindgen jpt        value1   array index        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       index   imaginary points replicate 1  jpt replicate nx ny  npoints lindgen jpt        value2   array index        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       poids   poids replicate 1  jpt        res   poids value1 1 poids value2     END    xyzt       taille 0  EQ 4:BEGIN       npoints   n_elements points         index   double points replicate 1  nz jpt replicate nx ny  npoints lindgen nz jpt        index   reform index  npoints  nz  jpt   over        value1   array index        terre   where value1 GT valmask 10        if terre 0  NE  1 then value1 terre     values f_nan       index   imaginary points replicate 1  nz jpt replicate nx ny  npoints lindgen nz jpt        index   reform index  npoints  nz  jpt   over        value2   array index        terre   where value2 GT valmask 10        if terre 0  NE  1 then value2 terre     values f_nan       poids   poids replicate 1  nz jpt        poids   reform poids  npoints  nz  jpt   over        res   poids value1 1 poids value2   moyenne suivant z         if strpos type   z  EQ  1 then begin         nan   where finite res  EQ 0          if vargrid EQ  W  then e3   e3w firstzw:lastzw  ELSE e3   e3t firstzt:lastzt          weight   replicate 1  npoints e3         weight   weight replicate 1  jpt          weight   reform weight  npoints  nz  jpt   over          if nan 0  NE  1 then weight nan     values f_nan         totalweight   total weight  2   nan          zero   where totalweight EQ 0          if zero 0  NE  1 then totalweight zero     values f_nan         res   total res weight  2   nan totalweight         direc    z string byte testvar var   toto        endif     END   endcase      terre   where finite res  EQ 0    if terre 0  NE  1 then res terre    valmask    if n_elements showbuild  then BEGIN      winsave    window     psave    p     xsave    x     ysave    y     plt  findgen nx  ny   nodata   nofill   rempli  title     subtitle                  coast_thick   2  window   showbuild      p title          p subtitle          plots   endpoints 0  endpoints 2   endpoints 1  endpoints 3  color   50     plots   endpoints 0  endpoints 2   endpoints 1  endpoints 3  color   50  psym   2  thick   2      FOR i   0  n_elements points1 1 DO         plots   float points1 i  float points2 i                    imaginary points1 i  imaginary points2 i  color   150      plots  float points1  imaginary points1  color   150  psym   1     plots  float points2  imaginary points2  color   150  psym   1     plots  float inter  imaginary inter  color   250  psym   1       bug      IF terre 0  NE  1 THEN plots  float terre inter  imaginary terre inter  color   0  psym   1              dummy            read  dummy   prompt    press return to continue      IF  d name EQ  PS  THEN erase ELSE wset  winsave      p   psave      x   xsave      y   ysave   ENDIF     restoreboxparam   boxparam4section dat       return end");
+a[325] = new Array("./ToBeReviewed/TRIANGULATION/tracecote.html", "tracecote.pro", "", "          NAME:tracecote     PURPOSE: dessine les cotes ds plt     CATEGORY: pour faire un joli dessin     CALLING SEQUENCE:tracecote mask      INPUTS:mask le tableau mask sur la zone consideree pour le dessin     KEYWORD PARAMETERS:             COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: l epaisseur du trait pour tracer les          continents  par defaut c est 1              SURFACE_COASTLINE: to draw the furface coast line instead of          the coast line at level firstz tw  Usefull only for deep          plots             XSEUIL: pour eliminer les segments de cote qui sont trop          grand  qui relient des points qui peuvent etre tres proches          sur la sphere mais tres eloignes sur le dessin  on supprime          tous les egments dot la taille depasse:                taille de la fenetre suivant X  xseuil           Par defaut xseuil est egale a 5  masi peut etre trop grand si          on fait un fort zoom ou trout petit pour certaines          projections  le specifier alors a l aide de ce mot cle             YSEUIL: cf  xseuil     OUTPUTS: rien     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         30 9 1999         PRO tracecote  SURFACE_COASTLINE   surface_coastline  _EXTRA   ex     include commons     compile_opt idl2  strictarrsubs    cm_4data  cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      tempsun   systime 1            pour key_performance    if n_elements key_gridtype  EQ 0 then key_gridtype    c      on agrandi un peu le cadre definit par les premier  dernier  de   facon a bien recuperer les bords de cote qui sont en bordure du   domaine a tracer         tempdeux   systime 1           pour key_performance  2    firstx   0    min firstxt  firstxf 1     lastx    max lastxt  lastxf 1    min firstyt  firstyf 1     lasty    max lastyt  lastyf 1     jpj 1     nx   lastx firstx 1    ny   lasty firsty 1   quel niveau vertical choisir      IF keyword_set surface_coastline  THEN firstz   0 ELSE        IF strupcase vargrid  eq  W  THEN firstz   firstzw ELSE firstz   firstzt   attribution du masque et des coordonnes delimitant les limites de la   terre  coordonnees f     mask   tmask firstx:lastx  firsty:lasty  firstz     xf   glamf firstx:lastx  firsty:lasty     yf   gphif firstx:lastx  firsty:lasty       IF testvar var   key_performance  EQ 2 THEN       print   temps tracecote: determiner mask xf yf  systime 1 tempdeux      if key_gridtype EQ  e  then onemore   xf 0  0  gT xf 0  1    on passe en coordonnee normaliser pour pouvoir s affranchir du type   de projection choisie et du suport surlequel on fait le dessin    ecran ou postscript     z   convert_coord xf yf data to_normal      xf   reform z 0    nx  ny     yf   reform z 1    nx  ny     tempvar   SIZE TEMPORARY z      attention  suivant la projection certains points x ou y peuvent   devenir NaN  cf  points deriere la terre ds une projection   orthographique      on met les points a eliminer a une tres gande valeur comme ca il ne   passerons pas le test avec distanceseuil  cf  plus bas       if  map projection LE 7 AND  map projection NE 0        OR  map projection EQ 14 OR  map projection EQ 15 OR  map projection EQ 18 then begin       ind   where finite xf yf  EQ 0        IF ind 0  NE  1 THEN BEGIN           xf ind    1e5          yf ind    1e5       ENDIF    ENDIF    ind   where xf LT  p position 0  OR xf GT  p position 2     IF ind 0  NE  1 THEN xf ind    1e5    ind   where yf LT  p position 1  OR yf GT  p position 3     IF ind 0  NE  1 THEN yf ind    1e5    tempvar   SIZE TEMPORARY ind    on efface ind      if n_elements key_gridtype  EQ 0 then key_gridtype    c     case key_gridtype of        c :drawcoast_c  mask  xf  yf  nx  ny  _extra   ex        e :drawcoast_e  mask  xf  yf  nx  ny  onemore   onemore  _extra   ex    endcase    if keyword_set key_performance  THEN print   temps tracecote  systime 1 tempsun    return end");
+a[326] = new Array("./ToBeReviewed/TRIANGULATION/tracemask.html", "tracemask.pro", "", "          NAME:tracemask     PURPOSE:dessiner des contour d un mask     CATEGORY:plus simple que tracecote  car ne s occuppe pas du type de   projection et de la periodicite de la grille     CALLING SEQUENCE: tracemask  maskentree  xentree  yentree      INPUTS:maskentree  xentree  yentree tableaux 2d specifiant le mask   et ses coordonees en longitude te latitude      KEYWORD PARAMETERS:            COAST_COLOR: the color of the coastline                        defaut value is 0   black            COAST_THICK: l epaisseur du trait pour tracer les          continents  par defaut c est 1      OUTPUTS: none     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO tracemask  maskentree  xin  yin  COAST_COLOR   coast_color  COAST_THICK   coast_thick  OVERPLOT   overplot  _extra   ex       compile_opt idl2  strictarrsubs      if keyword_set overplot  then return    cm_general   IF NOT keyword_set key_forgetold  THEN BEGIN  updatekwd   ENDIF       tempsun   systime 1            pour key_performance   on s afranchit des problemes de bord:    tempdeux   systime 1           pour key_performance  2    tailleentree   size maskentree     nx   tailleentree 1 1    ny   tailleentree 2 1   we check the input axis   IF n_elements xin  EQ 0 THEN xentree   findgen nx 1  ELSE xentree   xin   IF  size xentree 0  EQ 1 THEN xentree   xentree replicate 1 ny 1    IF n_elements yin  EQ 0 THEN yentree   findgen ny 1  ELSE yentree   yin   IF  size yentree 0  EQ 1 THEN yentree   replicate 1 nx 1 yentree   on agrandi le mask de une colonne a gauche et de une colonne en bas    mask   intarr tailleentree 1 1  tailleentree 2 1     mask 1:tailleentree 1  1:tailleentree 2    maskentree   les 2 premieres colonnes sont identiques    mask 0  1:tailleentree 2    maskentree 0      les 2 premieres lignes sont identiques    mask 1:tailleentree 1  0    maskentree  0    on calcul la position suivant x des points qui seviront a tracer le   masque  ils sont situes entre chaque points du masque  sauf pour la   derniere colonne que l on ne peut pas calculer et que l on met   donc a max x range     xrange    x range sort x range    si reverse_x est utilise     xentree    5 xentree shift xentree   1  0     IF not keyword_set overplot  THEN xentree nx 2      xrange 1       ELSE xentree nx 2      xentree nx 3      on seuil    xentree   xrange 0    xentree  yentree   yrange 1     yf   fltarr nx  ny     yf 1:nx 1  1:ny 1    yentree    yf 0  1:ny 1    yentree 0       IF not keyword_set overplot  THEN BEGIN        if yinverse then yf  0    yrange 1  ELSE yf  0    yrange 0     ENDIF ELSE yentree  0    yentree  1       IF testvar var   key_performance  EQ 2 THEN       print   temps tracemask: determination du mask et des ses coordonnes  systime 1 tempdeux     on trace les segments verticaux:      tempdeux   systime 1           pour key_performance  2    liste   where mask shift mask   1  0  EQ 1     IF liste 0  NE  1 THEN BEGIN   on recupere lx et ly qui sont les indices ds un tableau 2d des   points donnes par liste       ly   liste nx   lx   temporary liste nx ly       indice   where ly NE 0      on ne prend pas les points concernant    la premiere ligne car ds ce cas le pt j 1 n est pas definit       if indice 0  NE  1 then begin          lx   lx indice    ly   ly temporary indice           IF testvar var   key_performance  EQ 2 THEN             print   temps tracemask: liste traits verticaux  systime 1 tempdeux          tempdeux   systime 1     pour key_performance  2   boucle sur les points concernes et trace du segment   rq: on utilise plots au lieu de plot car plots est bcp plus rapide           for pt   0L  n_elements lx 1 do BEGIN              i   lx pt    j   ly pt              plots   xf i  j 1  xf i  j   yf i  j 1  yf i  j                    color   coast_color  thick   coast_thick  _extra   ex             if pt LT 5 then begin             endif          endfor          IF testvar var   key_performance  EQ 2 THEN             print   temps tracemask: trace traits verticaux  systime 1 tempdeux       endif    ENDIF     on trace les segments horizontaux:      tempdeux   systime 1           pour key_performance  2    liste   where mask shift mask  0   1  EQ 1     IF liste 0  NE  1 THEN BEGIN       ly   liste nx   lx   temporary liste nx ly       indice   where lx NE 0      on ne prend pas les points de la  premiere colonne       if indice 0  EQ  1 then return       lx   lx indice    ly   ly temporary indice        IF testvar var   key_performance  EQ 2 THEN          print   temps tracemask: liste traits horizontaux  systime 1 tempdeux       tempdeux   systime 1        pour key_performance  2       for pt   0L  n_elements lx 1 do BEGIN           i   lx pt    j   ly pt           plots   xf i 1  j  xf i  j   yf i 1  j  yf i  j                 color   coast_color  thick   coast_thick  _extra   ex       endfor       IF testvar var   key_performance  EQ 2 THEN          print   temps tracemask: trace traits horizontaux  systime 1 tempdeux    endif        if keyword_set key_performance  THEN print   temps tracemask  systime 1 tempsun         return end     ");
+a[327] = new Array("./ToBeReviewed/TRIANGULATION/triangule.html", "triangule.pro", "", "FUNCTION triangule  maskentree  BASIC   basic  COINMONTE   coinmonte  COINDESCEND   coindescend  _extra   ex     compile_opt idl2  strictarrsubs    common     IF jpi EQ 1 OR jpj EQ 1 THEN return   1     IF arg_present coinmonte  THEN coinmonte   1   IF arg_present coindescend  THEN coindescend   1      if keyword_set basic  then        return  triangule_c maskentree   BASIC  COINMONTE   coinmonte                              COINDESCEND   coindescend  _extra   ex       if n_elements key_gridtype  EQ 0 then key_gridtype    c     if n_elements maskentree  EQ 0 then maskentree   tmask    0     case key_gridtype of        e :res   triangule_e maskentree  _extra   ex         c :res   triangule_c maskentree  COINMONTE   coinmonte  COINDESCEND   coindescend  _extra   ex     endcase    return  res end");
+a[328] = new Array("./ToBeReviewed/TRIANGULATION/triangule_c.html", "triangule_c.pro", "", "          NAME:triangule_c     PURPOSE:construit le tableau de triangulation      L idee est de   construire une liste de triangles qui relient les points entre   eux  Ceci est fait automatiquement avec la fonction TRIANGULATE     ICI:   on tient compte du fait que les points sont disposes sur une grille    reguliere ou pas  mais pas destructuree  cad que les points sont   ecrits suivant une matrice rectangulaire  Un moyen tres simple de   faire des triangles entre tous les points est alors:         pour chaque point  i j  de la matrice  sauf ceux de la derniere       ligne et de la derniere colonne  on on appelle le rectangle        i j  le rectangle forme par les 4 points  i j   i 1 j         i j 1   i 1 j 1  Pour tracer tous les triangles  il suffit de       tracer les 2 triangles contenus ds les rectangles  i j      au passage on remarque que chaque rectangle  i j  possede 2 diagonales  si   si faites un dessin c est vrai  il y a donc 2 choix possibles pour   chaque rectangles qd on veut le couper en 2 triangles       C est grace a ce choix que l on va pouvoir tracer les cotes avec   des angles droits  A chaque angle de cote remarquable par   l existance d un unique point terre ou d un unique point mer sur   les 4 cotes d un rectangle  i j  il faut couper le rectangle   suivant la diagonale qui qui passe par le point singulier       CATEGORY:pour faire de beaux graphiques masques     CALLING SEQUENCE:res triangule mask      INPUTS:optionnel:mask c est le tableau 2d qui sevira a masquer le   champ que l on tracera apres avec CONTOUR     TRIANGULATION triangule mask    si cet argument n est pas specifie  la function utilise tmask      KEYWORD PARAMETERS:            BASIC: specifie que le masque est sur une grille basice          utiliser pour la triangulation ds les coupes verticales et         des hovmoellers             KEEP_CONT: to keep the triangulation even on the continents           COINMONTE tableau  pour obtenir le tableau de  coins de terre         montant  a traiter avec completecointerre pro ds la variable         tableau plutot que de la faire passer par la variable globale         twin_corners_up            COINDESCEND tableau cf COINMONTE     OUTPUTS:         res: tableau 2d  3 nbre de triangles       chaque ligne de res represente les indices des points      constituants les sommets d un triangle       cf  comment on trace les triangles ds dessinetri pro     COMMON BLOCKS:  common pro different pro definetri pro     SIDE EFFECTS:     RESTRICTIONS:les donnees dont un veut ensuite faire le contour   doivent etre disposees dans une matrice  Par contre dans la matrice    la disposition des points peut ne pas etre irreguliere  Si les   donnees sont disposees completement de facon irreguliere  utiliser   TRIANGULE      EXAMPLE:     MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          26 4 1999         FUNCTION triangule_c  maskentree  COINMONTE   coinmonte  COINDESCEND   coindescend  BASIC   basic  KEEP_CONT   keep_cont     compile_opt idl2  strictarrsubs      tempsun   systime 1            pour key_performance    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     le masque est donne ou il faut prendre tmask         msk   maskentree    taille   size msk     nx   taille 1     ny   taille 2       IF n_elements keep_cont  EQ 0 THEN keep_cont   1 key_irregular      if keyword_set key_periodic nx EQ jpi        AND NOT keyword_set basic  then BEGIN        msk    msk  msk 0          nx   nx 1    ENDIF     on va trouver la liste des rectangles  i j   reperes par leur coin   en bas a gauche  qu il faut couper suivant une diagonale descendante   on appellera cette liste : pts_downward       pts_downward   0    on construit le test qui permet de trouver un tel triangle:             shift msk   0   1 shift msk   1   1                                                                                                                                                                                                            msk shift msk   1   0       sum1   msk shift msk   1  0 shift msk   1   1   pts qui entourrent le pt en haut a gauche    sum2   msk shift msk  0   1 shift msk   1   1   pts qui entourrent le pt en bas a droite      tempdeux   systime 1           pour key_performance  2   pt terre en haut a gauche entoure de pts mer    liste   where   4 sum1 1 shift msk  0   1  EQ 1      if liste 0  NE  1 THEN pts_downward    pts_downward liste     pt mer en haut a gauche entoure de pts terre    liste   where   1 sum1 shift msk  0   1  EQ 1     if liste 0  NE  1 THEN pts_downward    pts_downward liste     pt terre en bas a droite entoure de pts mer    liste   where   4 sum2 1 shift msk   1   0  EQ 1     if liste 0  NE  1 THEN pts_downward    pts_downward liste     pt mer en bas a droite entoure de pts terre    liste   where   1 sum2 shift msk   1   0  EQ 1     if liste 0  NE  1 THEN pts_downward    pts_downward liste      undefine  liste      IF testvar var   key_performance  EQ 2 THEN       print   temps triangule: trouver pts_downward  systime 1 tempdeux      if  NOT keyword_set basic  OR keyword_set coinmonte  OR keyword_set coindescend  then begin       tempdeux   systime 1        pour key_performance  2  2 points terre en diagonale montante avec 2 points mer sur la diagonale descendante       coinmont   where   1 msk 1 shift msk   1   1                             shift msk  0   1 shift msk   1   0  EQ 1          if coinmont 0  NE  1 THEN pts_downward    pts_downward  coinmont          IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: trouver coinmont  systime 1 tempdeux       tempdeux   systime 1        pour key_performance  2    2 points terre en diagonale descendante avec 2 points mer sur la diagonale montante       coindesc   where   1 shift msk   0   1 1 shift msk   1  0                              msk shift msk   1   1  EQ 1            IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: trouver coindesc  systime 1 tempdeux       ENDIF      if n_elements pts_downward  EQ 1 then BEGIN        tempdeux   systime 1        pour key_performance  2         triang   definetri nx  ny          IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: definetri  systime 1 tempdeux       coinmont    1       coindesc    1    ENDIF ELSE BEGIN        tempdeux   systime 1        pour key_performance  2       pts_downward   pts_downward 1:n_elements pts_downward 1        pts_downward   pts_downward uniq pts_downward  sort pts_downward    aucun rectangle ne peut avoir comme coin en bas a gauche un element   de la derniere colonne ou de la derniere ligne    il faut donc enlever ces points si ils ont ete selectionnes dans   pts_downward        derniere_colonne    lindgen ny 1 nx 1        derniere_ligne   lindgen nx ny 1 nx        pts_downward  different pts_downward derniere_colonne         pts_downward  different pts_downward derniere_ligne         if  NOT keyword_set basic  OR keyword_set coinmonte  OR keyword_set coindescend  then begin          if coinmont 0  NE  1 then begin             coinmont  different coinmont derniere_colonne               coinmont  different coinmont derniere_ligne            endif          if coindesc 0  NE  1 then begin             coindesc  different coindesc derniere_colonne               coindesc  different coindesc derniere_ligne            endif       ENDIF ELSE BEGIN           coinmont    1          coindesc    1       ENDELSE        IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: menage ds pts_downward coinmont et coindesc  systime 1 tempdeux         tempdeux   systime 1        pour key_performance  2       if  pts_downward 0  EQ  1 then triang   definetri nx  ny          ELSE triang   definetri nx  ny  pts_downward        IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: definetri  systime 1 tempdeux    ENDELSE      on vire les triangles qui ne contiennent que des points terre        tres bonne idee qui ne marche pas encore a 200  avec IDL 5 2    ca devrait aller mieux dans les prochaines versions d IDL       if  NOT keyword_set basic  AND  NOT keyword_set keep_cont  then begin       tempdeux   systime 1        pour key_performance  2   on enleve les rectangles qui sont entierement dans la terre       recdsterre   where 1 msk 1 shift msk   1  0 1 shift msk  0   1 1 shift msk   1   1  EQ 1        IF testvar var   key_performance  EQ 2 THEN          print   temps triangule: tous les recdsterre  systime 1 tempdeux    en attendant une version qui marche parfaitement  on est contraint   de faire un nouveau tri:   il ne faut pas enlever les rectangles qui n ont qu un sommet en   commun    t1   systime 1        indice   intarr nx  ny        trimask   intarr nx  ny        trimask 0:nx 2  0:ny 2    1       IF recdsterre 0  NE  1 then BEGIN           tempdeux   systime 1     pour key_performance  2          indice recdsterre    1        if NOT keyword_set basic  then begin          vire1   0          vire2   0          while  vire1 0  NE  1 OR vire2 0  NE  1  ne 0 do begin   vire sont les rectangles qu il faut retirer de recsterre  en fait   qu il faut garder bien qu ils soient entirement dans la terre                vire1   where   indice shift indice   1   1                                 1 shift indice  0   1 1 shift indice   1  0 trimask  EQ 1              if vire1 0  NE  1 THEN BEGIN                 indice vire1    0                 indice vire1 nx 1    0             endif                          vire2   where   1 indice 1 shift indice   1   1                                 shift indice  0   1 shift indice   1  0 trimask  EQ 1              if vire2 0  NE  1 THEN BEGIN                 indice vire2 1    0                 indice vire2 nx    0             endif          endwhile          IF testvar var   key_performance  EQ 2 THEN             print   temps triangule: trier les recdsterre  systime 1 tempdeux        endif          indice  ny 1    1      la deriere colonne te la derniere ligne          indice nx 1      1      ne peuvent definir de rectangle             tempdeux   systime 1     pour key_performance  2          recgarde   where indice EQ 0    on recupere les numeros des triangles que l  on va garder          trigarde   2 recgarde recgarde nx           trigarde   transpose temporary trigarde           trigarde    trigarde  trigarde 1              triang   triang  temporary trigarde           IF testvar var   key_performance  EQ 2 THEN             print   temps triangule: virer les triangle de la liste  systime 1 tempdeux       endif    endif   print   temps tri triangles  systime 1 t1      quand key_periodic eq 1  triang est une liste d indice d un   tableau qui a une colonne de trop    il faut ramener ca a la matrice initiale en mettant les indivces de   la derniere colonne egaux a ceux de la derniere colonne       tempdeux   systime 1           pour key_performance  2    if keyword_set key_periodic nx 1 EQ jpi        AND NOT keyword_set basic  then BEGIN        indicey   triang nx       indicex   triang indicey nx       nx   nx 1       liste   where indicex EQ nx        if liste 0  NE  1 then indicex liste    0       triang   indicex nx indicey       nx   nx 1       if coinmont 0  NE  1 then begin          indicey   coinmont nx          indicex   coinmont indicey nx          nx   nx 1          liste   where indicex EQ nx           if liste 0  NE  1 THEN indicex liste    0          coinmont   indicex nx indicey          nx   nx 1       endif       if coindesc 0  NE  1 then begin          indicey   coindesc nx          indicex   coindesc indicey nx          nx   nx 1          liste   where indicex EQ nx           if liste 0  NE  1 THEN indicex liste    0          coindesc   indicex nx indicey          nx   nx 1       endif    endif    IF testvar var   key_performance  EQ 2 THEN       print   temps triangule: finitions  systime 1 tempdeux       if keyword_set coinmonte  THEN coinmonte   coinmont ELSE twin_corners_up   coinmont    if keyword_set coindescend  THEN coindescend   coindesc ELSE twin_corners_dn   coindesc     IF NOT keyword_set key_forgetold  THEN BEGIN     updateold  ENDIF      IF keyword_set key_performance  THEN print   temps triangule  systime 1 tempsun      return  triang  END ");
+a[329] = new Array("./ToBeReviewed/TRIANGULATION/triangule_e.html", "triangule_e.pro", "", "          NAME:triangule_e     PURPOSE:buid the triangulation for a E grid type     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         june 2001         FUNCTION triangule_e  maskentree  COINMONTE   coinmonte  COINDESCEND   coindescend                       SHIFTED   shifted  BASIC   basic       compile_opt idl2  strictarrsubs    cm_4mesh   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF      tempsun   systime 1            pour key_performance     le masque est donne ou il faut prendre tmask         msk   maskentree    sizem   size msk     nx   sizem 1     ny   sizem 2       if keyword_set key_periodic nx EQ jpi        AND NOT keyword_set basic  then BEGIN        msk    msk  msk 0          nx   nx 1    ENDIF     we will find the diamond that must be cut in two triangle using the   horizontal diagonal       index   lindgen nx  ny     index   index 0:nx 2  1:ny 2     if n_elements shifted  EQ 0 then shifted   1    oddeven    index nx 1 shifted  MOD 2    msk1   msk index     msk2   msk index 1     sum   msk index nx oddeven msk index nx oddeven     sum1   msk2 sum    sum2   msk1 sum     horizontal      singularpoint   where msk1 EQ 0 AND sum1 EQ 3  OR  msk1 EQ 1 AND sum1 EQ 0                             OR  msk2 EQ 0 AND sum2 EQ 3  OR  msk2 EQ 1 AND sum2 EQ 0                             OR  sum EQ 0 AND  msk1 msk2  EQ 2       if singularpoint 0  NE  1 then begin       horizontal   index singularpoint        triang   definetri_e nx  ny  horizontal  SHIFTED   shifted     ENDIF ELSE triang   definetri_e nx  ny  SHIFTED   shifted       coinmont   index where sum EQ 2 AND  msk1 msk2  EQ 0       coindesc   index where sum EQ 0 AND  msk1 msk2  EQ 2      we keep only the triangles which are outside the land   but for some reasons we will in fact delete the land diamond        allrecinland   where sum1 msk1 EQ 0       indexallinland   index allrecinland       otherrec    lindgen nx  ny 0:nx 2  1:ny 2       otherrec   different otherrec  indexallinland           index   lindgen nx  ny       index   index 0:nx 3  2:ny 3       out   inter index  indexallinland       IF out 0  NE  1 THEN begin         out   inter out 1  indexallinland          IF out 0  NE  1 THEN begin            out   out 1            oddeven    out nx 1 shifted  MOD 2            out   inter out nx oddeven  otherrec             IF out 0  NE  1 THEN begin               out   inter out 2 nx  otherrec                IF out 0  NE  1 THEN begin                  out   out nx out nx shifted  MOD 2                endif            endif         endif      ENDIF      help   out          index   lindgen nx  ny       index   index 0:nx 3  2:ny 3       out   inter index  otherrec       IF out 0  NE  1 THEN begin         out   inter out 1  otherrec          IF out 0  NE  1 THEN begin            out   out 1            oddeven    out nx 1 shifted  MOD 2            out   inter out nx oddeven  indexallinland             IF out 0  NE  1 THEN begin               out   inter out 2 nx  indexallinland                IF out 0  NE  1 THEN begin                  out   out nx out nx shifted  MOD 2                endif            endif         endif      endif      help   out          IF out 0  EQ  1 THEN out   different indexallinland  out  ELSE out   indexallinland      triout   numtri out  nx  ny       triout    triout  triout 1       goodtri   lindgen 2 nx 1 ny 1       goodtri   different goodtri  triout       triang   triang  temporary goodtri           quand key_periodic eq 1  triang est une liste d indice d un   tableau qui a une colonne de trop    il faut ramener ca a la matrice initiale en mettant les indivces de   la derniere colonne egaux a ceux de la derniere colonne       tempdeux   systime 1           pour key_performance  2    if keyword_set key_periodic nx 1 EQ jpi        AND NOT keyword_set basic  then BEGIN        indicey   triang nx       indicex   triang indicey nx       nx   nx 1       liste   where indicex EQ nx        if liste 0  NE  1 then indicex liste    0       triang   indicex nx indicey       nx   nx 1         if coinmont 0  NE  1 then begin            indicey   coinmont nx            indicex   coinmont indicey nx            nx   nx 1            liste   where indicex EQ nx             if liste 0  NE  1 THEN indicex liste    0            coinmont   indicex nx indicey            nx   nx 1         endif         if coindesc 0  NE  1 then begin            indicey   coindesc nx            indicex   coindesc indicey nx            nx   nx 1            liste   where indicex EQ nx             if liste 0  NE  1 THEN indicex liste    0            coindesc   indicex nx indicey            nx   nx 1         endif    endif    IF testvar var   key_performance  EQ 2 THEN       print   temps triangule: finitions  systime 1 tempdeux         if arg_present coinmonte  THEN coinmonte   coinmont ELSE twin_corners_up   coinmont      if arg_present coindescend  THEN coindescend   coindesc ELSE twin_corners_dn   coindesc       IF NOT keyword_set key_forgetold  THEN BEGIN       updateold     ENDIF        IF keyword_set key_performance  THEN print   temps triangule  systime 1 tempsun      return  triang  END ");
+a[330] = new Array("./ToBeReviewed/UTILITAIRE/fitintobox.html", "fitintobox.pro", "", "          NAME:fitintobox     PURPOSE: check that the input array has size and dimensions   compatible with the domain that was defined with the previous call   of domdef      CATEGORY: domain compatibility     CALLING SEQUENCE:        res   fitintobox field  nx  ny  nz  firstx  firsty  firstz                                              lastx   lasty   lastz       INPUTS:       field: an array or a structure that can be read by the function       litchamp pro          nx  ny  nz  firstx  firsty  firstz   lastx   lasty   lastz:       optional parameters  If not given they will be define with a       call to the procedure grille pro          KEYWORD PARAMETERS: none     OUTPUTS: an array with dimensions matching the domain            or  1 if there is an error      COMMON BLOCKS: cm_4mesh and cm_4cal     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:       IDL  help  fitintobox findgen jpi jpj          FLOAT       Array 41  3      IDL  help  fitintobox findgen jpi jpj 78      Error:      the array dimensions  180 148 78  are incompatible     with the the domain dimensions       jpi nx  jpj ny  jpk nz  jpt     180 41  148 3  31 31  1          INT                1     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                        10 juin 2000    June 2005: S  Masson rewrite all          FUNCTION err_mess  sz  jpi  nx  jpj  ny  jpk  nz  jpt     compile_opt idl2  strictarrsubs     IF n_elements sz EQ 1  THEN       RETURN  report Error:                          the vector size     tostr sz      is incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple    RETURN  report Error:                          the array dimensions     tostr sz      are incompatible                         with the the domain dimensions                          jpi nx  jpj ny  jpk nz  jpt                            strtrim jpi  1        strtrim nx  1                              strtrim jpj  1        strtrim ny  1                              strtrim jpk  1        strtrim nz  1                              strtrim jpt  1       simple  END   FUNCTION fitintobox  field  nx  ny  nz  firstx  firsty                          firstz  lastx  lasty  lastz  WDEPTH   wdepth     include commons     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4cal   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew   ENDIF     arr   litchamp field    IF n_params  EQ 1 THEN grille   1   1   1   1  nx  ny  nz         firstx  firsty  firstz  lastx  lasty  lastz  WDEPTH   wdepth       case according the number of dimensions of the array       sz   size arr    case sz 0  of       0:BEGIN                       scalar         return  report Error: scalar value       strtrim arr  1   simple      END       1:BEGIN                       1D arrays         CASE 1 OF   x arrays         sz 1  EQ jpi                                                   :arr    temporary arr firstx:lastx                                          sz 1  EQ  nx                                                   :                                                         y arrays         sz 1  EQ jpj                                                   :arr    temporary arr               firsty:lasty                            sz 1  EQ  ny                                                   :                                                         z arrays         sz 1  EQ jpk                                                   :arr    temporary arr                             firstz:lastz              sz 1  EQ  nz                                                   :                                                         t arrays         sz 1  EQ jpt                                                   :         ELSE:return  err_mess sz 1  jpi  nx  jpj  ny  jpk  nz  jpt         ENDCASE     END       2:BEGIN                       2D arrays         CASE 1 OF   xy arrays         sz 1  EQ jpi AND sz 2  EQ jpj                                  :arr    temporary arr firstx:lastx  firsty:lasty                            sz 1  EQ jpi AND sz 2  EQ  ny                                  :arr    temporary arr firstx:lastx                                         sz 1  EQ  nx AND sz 2  EQ jpj                                  :arr    temporary arr              firsty:lasty                           sz 1  EQ  nx AND sz 2  EQ  ny                                  :arr    temporary arr                                               x y z arrays         sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ jpk                 :arr    temporary arr firstx:lastx  firstz:lastz              sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ  nz                 :arr    temporary arr firstx:lastx                           sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ jpk                 :arr    temporary arr              firstz:lastz             sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ  nz                 :    x yz arrays         nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ jpk                 :arr    temporary arr               firsty:lasty  firstz:lastz              nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ  nz                 :arr    temporary arr               firsty:lasty                           nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ jpk                 :arr    temporary arr                            firstz:lastz             nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ  nz                 :   xt arrays         sz 1  EQ jpi                                   AND sz 2  EQ jpt:arr    temporary arr firstx:lastx                                         sz 1  EQ  nx                                   AND sz 2  EQ jpt:   yt arrays                          sz 1  EQ jpj                  AND sz 2  EQ jpt:arr    temporary arr               firsty:lasty                                           sz 1  EQ  ny                  AND sz 2  EQ jpt:   zt arrays                                           sz 1  EQ jpk AND sz 2  EQ jpt:arr    temporary arr                             firstz:lastz                                               sz 1  EQ  nz AND sz 2  EQ jpt:         ELSE:return  err_mess sz 1:2  jpi  nx  jpj  ny  jpk  nz  jpt        ENDCASE     END       3:BEGIN                       3D arrays         CASE 1 OF   xyz arrays         sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ jpk                 :arr    temporary arr firstx:lastx  firsty:lasty  firstz:lastz              sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ jpk                 :arr    temporary arr firstx:lastx               firstz:lastz             sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ jpk                 :arr    temporary arr              firsty:lasty  firstz:lastz             sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ jpk                 :arr    temporary arr                           firstz:lastz             sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ  nz                 :arr    temporary arr firstx:lastx  firsty:lasty                            sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ  nz                 :arr    temporary arr firstx:lastx                                        sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ  nz                 :arr    temporary arr              firsty:lasty                           sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ  nz                 :   xyt arrays         sz 1  EQ jpi AND sz 2  EQ jpj                  AND sz 3  EQ jpt:arr    temporary arr firstx:lastx  firsty:lasty                           sz 1  EQ jpi AND sz 2  EQ  ny                  AND sz 3  EQ jpt:arr    temporary arr firstx:lastx                                       sz 1  EQ  nx AND sz 2  EQ jpj                  AND sz 3  EQ jpt:arr    temporary arr              firsty:lasty                          sz 1  EQ  nx AND sz 2  EQ  ny                  AND sz 3  EQ jpt:    x yzt arrays         nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr               firsty:lasty  firstz:lastz             nx EQ 1      AND sz 1  EQ jpj AND sz 2  EQ  nz AND sz 3  EQ jpt:arr    temporary arr               firsty:lasty                         nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr                            firstz:lastz            nx EQ 1      AND sz 1  EQ  ny AND sz 2  EQ  nz AND sz 3  EQ jpt:   x y zt arrays         sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr firstx:lastx                firstz:lastz             sz 1  EQ jpi AND ny EQ 1      AND sz 2  EQ  nz AND sz 3  EQ jpt:arr    temporary arr firstx:lastx                                       sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ jpk AND sz 3  EQ jpt:arr    temporary arr                            firstz:lastz            sz 1  EQ  nx AND ny EQ 1      AND sz 2  EQ  nz AND sz 3  EQ jpt:         ELSE:return  err_mess sz 1:3  jpi  nx  jpj  ny  jpk  nz  jpt        ENDCASE     END       4:BEGIN                       4D arrays         CASE 1 OF   xyzt arrays         sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr firstx:lastx  firsty:lasty  firstz:lastz             sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr firstx:lastx               firstz:lastz            sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr              firsty:lasty  firstz:lastz            sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ jpk AND sz 4  EQ jpt:arr    temporary arr                           firstz:lastz            sz 1  EQ jpi AND sz 2  EQ jpj AND sz 3  EQ  nz AND sz 4  EQ jpt:arr    temporary arr firstx:lastx  firsty:lasty                          sz 1  EQ jpi AND sz 2  EQ  ny AND sz 3  EQ  nz AND sz 4  EQ jpt:arr    temporary arr firstx:lastx                                      sz 1  EQ  nx AND sz 2  EQ jpj AND sz 3  EQ  nz AND sz 4  EQ jpt:arr    temporary arr              firsty:lasty                         sz 1  EQ  nx AND sz 2  EQ  ny AND sz 3  EQ  nz AND sz 4  EQ jpt:         ELSE:return  err_mess sz 1:4  jpi  nx  jpj  ny  jpk  nz  jpt        ENDCASE     END     ELSE:return  report Error: fitintobox is managing arrays with a maximum of 4 dimensions   simple    ENDCASE    return  arr end");
+a[331] = new Array("./ToBeReviewed/UTILITAIRE/get_extra.html", "get_extra.pro", "", "  elle fait quoi      elle permet :      soit de creer une variable extra contenant les mots clefs que tu   desires      soit de completer une variable extra avec des mots clefs que tu   rajoutes     imagine :    tu es dans une routine et tu veux passer un mot clef en extra car la   routine que tu appelles ne le connait pas mais la routine suivante oui    tu fais     extra get_extra ok  year 1999  age_capitaine 35      et tu obtiens la bonne variable extra  fait un help extra struc     ou alors  tu completes un extra existant :    extra get_extra _extra extra  name Guillaume     FUNCTION get_extra  _extra   extra     compile_opt idl2  strictarrsubs       return  extra END ");
+a[332] = new Array("./ToBeReviewed/UTILITAIRE/linearequation.html", "linearequation.pro", "", "          NAME: linearequation     PURPOSE:calcule une equation de droite du type ax by c 0 a partir   des coordonnees de 2 points  Rq: on peut avoir un tableau de couple   de points      CATEGORY:petit truc qui peut etre utile  sans boucles  ca va de soit      CALLING SEQUENCE:abc linearequation point1  point2       INPUTS: point1 et point2 dont deux point de s  la droite s  dont on   veut calculer l es  equations s    deux possibilites sont possibles:        1  point est un complexe ou un tableau de complexes  ou chaque        element du complexe est les coordonnees du point        2  points est un tableau de reels de dimensions 2         nbre_de_droite  ou pour chaque ligne du tableau on a les        coordonnees du point      KEYWORD PARAMETERS:     OUTPUTS:abc c est un tableau de dimensions 3  nbre_de_droite  ou   pour chaque ligne du tableau on obtient les 3 parametres a  b  c de   l equation de la droite ax by c 0     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:      IDL  abc linearequation complex 1 2 3 4       IDL  print  abc 0 1 abc 1 2 abc 2             0 00000     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                          10 juin 2000         FUNCTION linearequation  point1  point2     compile_opt idl2  strictarrsubs       if size point1   type  EQ 6 OR size point1   type  EQ 9 then begin       x1   float point1        y1   imaginary point1     ENDIF ELSE BEGIN       x1   float reform point1 0          y1   float reform point1 1       ENDELSE     if size point2   type  EQ 6 OR size point2   type  EQ 9 then begin       x2   float point2        y2   imaginary point2     ENDIF ELSE BEGIN       x2   float reform point2 0          y2   float reform point2 1       ENDELSE     vertical   where x1 EQ x2     novertical   where x1 NE x2     abc   fltarr 3  n_elements x1       IF novertical 0  NE  1 then BEGIN   y mx p       nele   n_elements novertical         m    y2 novertical y1 novertical x2 novertical x1 novertical        p    x2 novertical y1 novertical y2 novertical x1 novertical x2 novertical x1 novertical        abc  novertical     reform m  1  nele  replicate 1  1  nele  reform p  1  nele     ENDIF    IF vertical 0  NE  1 then BEGIN   x ny p       nele   n_elements vertical         n    x2 vertical x1 vertical y2 vertical y1 vertical        p    y2 vertical x1 vertical x2 vertical y1 vertical y2 vertical y1 vertical        abc  vertical     replicate 1  1  nele  reform n  1  nele  reform p  1  nele     ENDIF     return  abc end");
+a[333] = new Array("./ToBeReviewed/UTILITAIRE/lineintersection.html", "lineintersection.pro", "", "          NAME: lineintersection     PURPOSE: Calcule les coordonnees de l intersection de 2 droites ou   d une serie de 2 droites     CATEGORY:petit truc qui peut etre utile  sans boucles  ca va de soit      CALLING SEQUENCE: point lineintersection abc1  abc2       INPUTS: abc est un tableau de dimensions 3    nbre_de_couple_de_droites  dont chaque ligne contient les 3   parametres a  b  c de l equation de droite du type ax by c 0     KEYWORD PARAMETERS:          FLOAT: pour retourner l output sous forme de tableau de         reel plutot que de vecteur decomplexes  par defaut      OUTPUTS:2 possibilites:        1  par defaut: c est une vecteur de complexe dont chaque        element est les coordonnees du point d intersection d un        couple de droites         2  si  FLOAT est active  c est un tableau de reels de        dimensiones 2  nbre_de_couple_de_droites dont chaque        ligne est les coordonnees du point d intersection d un        couple de droites     COMMON BLOCKS:     SIDE EFFECTS:si les deux droites dont paralleles  on retourne les   coordonnes  values f_nan values f_nan      RESTRICTIONS:attention a la precision de la machine qui fait que   les coordonnees calcules de verifient peut etre pas exactement les   equations du couple de droites      EXAMPLE:       IDL  abc1 linearequation complex 1 2 3 4        IDL  abc2 linearequation complex 1 2 8 15        IDL  print  lineintersection abc1  abc2               1 00000       2 00000        IDL  print  lineintersection abc1  abc2 float              1 00000      2 00000     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         10 juin 2000         FUNCTION lineintersection  abc1  abc2  FLOAT   float       compile_opt idl2  strictarrsubs      a1   float reform abc1 0       b1   float reform abc1 1       c1   float reform abc1 2       a2   float reform abc2 0       b2   float reform abc2 1       c2   float reform abc2 2         determinant   a1 b2 a2 b1    nan   where determinant EQ 0     if nan 0  NE  1 THEN determinant    values f_nan      x    b1 c2 c1 b2 determinant    y    c1 a2 a1 c2 determinant      if keyword_set float  then begin       npts   n_elements x         res    reform x  1  npts   over  reform y  1  npts   over     ENDIF ELSE res   complex x  y     return  res end");
+a[334] = new Array("./ToBeReviewed/UTILITAIRE/oups.html", "oups.pro", "", "");
+a[335] = new Array("./ToBeReviewed/UTILITAIRE/pwd.html", "pwd.pro", "", "          NAME:pwd     PURPOSE:print the current directory     CATEGORY:like unix function     CALLING SEQUENCE:pwd      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            PRO pwd     compile_opt idl2  strictarrsubs      cd  current   pwd    print  pwd    return end");
+a[336] = new Array("./ToBeReviewed/UTILITAIRE/report.html", "report.pro", "", "          NAME:report     PURPOSE: comme dialog_message pro si il y a deja des widgets actives   ou comme message pro si il n y a pas de widgets actives  pour poser   des question dont la reponse n est pas oui non utiliser xquestion     CATEGORY:     CALLING SEQUENCE:res   report text       INPUTS: text: un string on un vecteur de string  Si le string ne   comporte qu un element  on cherche les eventuels characteres de   retour a la ligne:  C  If text is set to an array of strings  each   array element is displayed as a separate line of text      KEYWORD PARAMETERS:            SIMPLE: activate to print only the message without the name               and the line of the routine  defined by calling routine_name      ceux dialog_message pro et message pro avec en     PARENT qui fait la meme chose que DIALOG_PARENT de dialog_message pro     OUTPUTS:  1 si le mot cle QUESTION n est pas activer            si le mot cle est active la fonction retourne 1 pour yes et            0 pour no      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:      si aucun widget n est active:         IDL  help  report toto tata           MAIN : toto tata           INT                1       IDL  help  report ca marche  question        ca marche   y n  default answer is y            BYTE           1       IDL  help  report question1:  C ca marche  question        question1:       ca marche   y n  default answer is y            BYTE           1     si des widgets sont deja actives  c est la meme chose mais avec des   widgets      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         21 10 1999         FUNCTION report  text  DEFAULT_NO   default_no  PARENT   parent  QUESTION   question  SIMPLE   simple  _extra   ex     compile_opt idl2  strictarrsubs      res    1                         on separe le texte en differentes lignes  separees par  C  si ce   n est pas deja fait     if n_elements text  EQ 1 then text   str_sep text   C   trim    il y a des widgets actifs  c est facile on appelle dialog_massage    if  widget_info managed 0  NE 0 then BEGIN       res   dialog_message text  dialog_parent   parent  QUESTION   question                                title   routine_name 1  DEFAULT_NO   default_no  _extra   ex        if keyword_set question  THEN res   res EQ  Yes  ELSE res    1    ENDIF ELSE BEGIN   aucun widget n est actif   on pose une question         if keyword_set question  then BEGIN   quelle est la reponse par defaut            if keyword_set default_no  then answer    n  ELSE answer    y           default_answer   answer          if n_elements text  GT 1 THEN             for i   0  n_elements text 2 do print text i            read  text n_elements text 1  y n  default answer is  default_answer    answer          answer   strlowcase answer      si la reponse ne convient pas          while answer NE   and answer NE  y  and answer NE  n  do begin             read  text n_elements text 1  y n  default answer is  default_answer    answer             answer   strlowcase answer           ENDWHILE                   on ajuste res en fonction de la reponse          case answer of              :res   default_answer EQ  y               y :res   1              n :res   0          endcase       endif ELSE BEGIN   si on ne pose pas de question on fait juste un print         IF keyword_set simple  THEN prefix     ELSE prefix      routine_name 1 :            if n_elements text  GT 1 THEN             for i   0  n_elements text 2 do print  prefix text i            print  prefix text n_elements text 1        ENDELSE    ENDELSE     return   res end");
+a[337] = new Array("./ToBeReviewed/UTILITAIRE/routine_name.html", "routine_name.pro", "", "          NAME:routine_name remonte     PURPOSE:retourne le nom de la routine  procedure ou function  ds   lequel on se trouve     CATEGORY:utilitaire     CALLING SEQUENCE:res routine_name remonte       INPUTS: remonte: un entier qui donne de combien de niveau on doit   remonter ds l empillement des routines ewt sous routines pour   retrouver le nom de la routine cherchee     KEYWORD PARAMETERS:     OUTPUTS:un string donnant soit le nom de la routine en entier  avec   le path  soit  MAIN      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     cette fonction utilise le mot cle OUTPUT ds help pro et il est     specifie ds l aide en ligne que la syntaxe du retour de ce mot cle     peut changer suivant la version du code  Cette version marche avec     IDL 5 2     EXAMPLE:      IDL  print  routine_name      usr1 com smasson IDL_RD UTILITAIRE report pro    IDL  print  routine_name 1      usr1 com smasson IDL_RD PLOTS DIVERS determineminmax pro    IDL  print  routine_name 2      usr1 com smasson IDL_RD PLOTS DESSINE plt pro    IDL  print  routine_name 3      MAIN     IDL  print  routine_name 4      MAIN      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         21 10 1999         FUNCTION routine_name   remonte       compile_opt idl2  strictarrsubs     help    traceback  output   name   name   strtrim name  1        on enleve les blancs en debut de ligne   on va mettre les elements du vecteur bout a bout pour former un   unique sring   allnames       for i   0  n_elements name 1 do allnames   allnames name i      name   str_sep allnames      on le redecoupe    name   strtrim name  2        on eleve les blancs devant et derriere   name   strcompress name         on compresse les blancs   on ne retient pas les 2 premiers elements qui sont 1  un vide et la   ligne concernant routine_name    name   name 2: n_elements name 1    on choisit la ligne qui nous concerne   if NOT keyword_set remonte  then remonte   0   if remonte GE n_elements name  then return    MAIN    name   name remonte    if strpos name   MAIN  NE  1 then return    MAIN    name   str_sep name        if n_elements name  LT 3  then name   name 0  ELSE name    L name 1   name 2      return  name end");
+a[338] = new Array("./ToBeReviewed/UTILITAIRE/test.html", "test.pro", "", "pro test ok ok     compile_opt idl2  strictarrsubs   if keyword_set ok  then print OK  else print   No  return end");
+a[339] = new Array("./ToBeReviewed/UTILITAIRE/testvar.html", "testvar.pro", "", "          NAME:testvar     PURPOSE:une sorte de keyword_set mais qd la valeur existe renvoie   celle ci     CATEGORY:comme keyword_set     CALLING SEQUENCE:res testvar var variable       INPUTS:rien     KEYWORD PARAMETERS:var : n importe quoi     OUTPUTS:0 si la variable n existe pas      COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:        IDL  print  testvar var toto              0      IDL  print  testvar var toto       toto     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         14 12 1999         FUNCTION testvar  var   var     compile_opt idl2  strictarrsubs      if keyword_set var  then return  var ELSE return   0 end");
+a[340] = new Array("./ToBeReviewed/UTILITAIRE/text_box.html", "text_box.pro", "", "    Name        : text_box     Purpose     : Writes a text message within a box in a graphics window      Description:  This procedure writes a short text message within a box shaped                 area in a graphics window   The message may be split at word                 boundaries into several lines  and the character size and                 orientation may be adjusted for the text to fit within the box      Useage:       text_box text pos pos color color                       justify justify vert_space vert_space     Inputs         TEXT          ASCII text string containing the message      keywords    pos          4 element vector specifying the box position and size                 pos 0 pos 1  specify the lower left corner coordinate                 pos 2 pos 3  specify the upper right corner coordinate                 data window normalized coordinates are use       fg_color    color of box and legend titles  default 0        bg_color    background color  Setting BG_COLOR erases the area                  covered by the text box  filling it with color BG_COLOR                  prior to writing the text   If both BG_COLOR and  p color                 are zero then the background color is reset to 255 to                 gaurantee a readability                      right        if set  right justify text    center       if set  center the text      vert_space   vertical spacing of lines in units of character height                   default   1 5         author:  Paul Ricchiazzi                            7Jul93             Institute for Computational Earth System Science             University of California  Santa Barbara   PRO text_box text pos pos fg_color fg_color bg_color bg_color                 center center right right box box vert_space vert_space  _EXTRA   ex       compile_opt idl2  strictarrsubs           ON_ERROR  2      Check the number of parameters    justify 1 if keyword_set right  ne 0 then justify 1 if keyword_set center  ne 0 then justify 0 if keyword_set vert_space  eq 0 then vert_space  1 5 IF n_elements text  eq 0 then message   must specify text  nnx x window d x_vsize nny y window d y_vsize nnx 0  1 d x_vsize nny 0  1 d y_vsize   if n_elements pos  eq 0 then begin    box_cursor xx1 yy1 nx ny   xx2 xx1 nx   yy2 yy1 ny   pos xx1 nnx 0 nnx 1 nnx 0 yy1 nny 0 nny 1 nny 0          xx2 nnx 0 nnx 1 nnx 0 yy2 nny 0 nny 1 nny 0    posstring string form a 4 f5 2 a              pos pos 0 pos 1 pos 2 pos 3    print strcompress posstring remove_all       endif else begin      xx1   nnx 0 pos 0 nnx 1 nnx 0    xx2   nnx 0 pos 2 nnx 1 nnx 0    yy1   nny 0 pos 1 nny 1 nnx 0    yy2   nny 0 pos 3 nny 1 nnx 0   endelse      calculate the height and width of the box in characters      width     xx2   xx1     d x_ch_size   height    yy2   yy1     d y_ch_size      decompose the message into words      words   str_sep text      print f 20a words   nwords n_elements words    wordlen lenstr words d x_vsize   blanklen lenstr   d x_vsize   maxcharsize xx2 xx1 4 blanklen max wordlen    charsize 1     lpnt intarr nwords    nomore 0   ntries 0   repeat begin     ntries ntries 1     if ntries gt 20 then message Can not fit message into box      ychsiz vert_space d y_ch_size charsize     wlen wordlen charsize     blen blanklen charsize     n_lines fix yy2 yy1 ychsiz 1     sum 0     ilines 0     print f 8a8 charsz i ilines n_lines lpnt wlen sum xwdth      for i 0 nwords 1 do begin       sum sum wlen i blen       if sum 3 blen gt xx2 xx1 then begin         ilines ilines 1         sum wlen i blen       endif       lpnt i ilines                       print f f8 2 4i8 3f8 2 charsize i ilines n_lines lpnt i                    wlen i blen sum 3 blen xx2 xx1     endfor             case 1 of       ilines 1 lt n_lines: if charsize 1 1 gt maxcharsize then             vert_space yy2 yy1 n_lines 1 d y_ch_size charsize              else charsize charsize 1 1       ilines 1 eq n_lines: nomore 1       ilines 1 gt n_lines: charsize charsize 9     endcase endrep until nomore   lines strarr n_lines  maxlen 0  for i 0 n_lines 1 do begin   ii where lpnt eq i nc    maxlen total wlen ii nc blen maxlen   lines i string f 200a words ii      print i words ii    print i lines i  endfor      align 5 1 justify       case justify of      1:xx   xx1 5 xx2 xx1 maxlen       0:xx   0 5 xx1   xx2       1:xx   xx2 5 xx2 xx1 maxlen    endcase    dy d y_ch_size charsize vert_space   yy yy2 0 5 dy    xbox xx1 xx2 xx2 xx1 xx1    ybox yy1 yy1 yy2 yy2 yy1    if n_elements bg_color  ne 0 then begin     if  p color eq 0 and bg_color eq 0 then bgc 255 else bgc bg_color     polyfill xbox ybox color bgc device   endif    if n_elements fg_color  eq 0 then color   0 else color fg_color    for i_line   0 n_lines 1 do begin     yy   yy dy     print xx yy lines i_line charsize     xyouts  xx  yy  lines i_line   device  charsize charsize          alignment align  color color  font 1  _extra   ex   endfor   if keyword_set box  then plots xbox ybox color color device   return end ");
+a[341] = new Array("./ToBeReviewed/UTILITAIRE/undefine.html", "undefine.pro", "", "          NAME: undefine     PURPOSE: effacer une variable             meme chose que delvar mais utiulisable ds un programme et             utilisable que pour une variable a la fois     CATEGORY:      CALLING SEQUENCE: UNDEFINE  varname        INPUTS: varname: la variable a detruire     EXAMPLE:        IDL  a 1      IDL  undefine a        Compiled module: UNDEFINE       IDL  help  a      A               UNDEFINED        MODIFICATION HISTORY: trouve sur la page web de D Fanning    http: www dfanning com :  QUESTION: How do I make an IDL variable have a type  undefined    ANSWER: At the main IDL level you can use the IDL procedure DELVAR to  delete an IDL variable and make it undefined  Inside of procedures  and functions  I use this little program named UNDEFINE that I got  from Andrew Cool at the DSTO High Frequency Radar Division in  Adelaide  Australia               PRO UNDEFINE  varname       compile_opt idl2  strictarrsubs      tempvar   SIZE TEMPORARY varname     END ");
+a[342] = new Array("./ToBeReviewed/UTILITAIRE/vzoom.html", "vzoom.pro", "", "");
+a[343] = new Array("./ToBeReviewed/UTILITAIRE/xfile.html", "xfile.pro", "", "          NAME: xfile     PURPOSE: affiche ds un widget un fichier ASCII             c est la meme chose que xdisplaydife mais ici on l utilise pour            visualiser le contenu d une procedure ou d une fonction            meme si elle n est pas ds le repertoire courant  grace a  path      CATEGORY: help     CALLING SEQUENCE: xfile nom_fichier      INPUTS:          nom_fichier:le nom d une procedure ou d une fonction a          visualiser avec ou sans le  pro a la fin     KEYWORD PARAMETERS:ceux de xdisplayfile     EXAMPLE:xfile plt      MODIFICATION HISTORY: Sebastien Masson  smasson lodyc jussieu fr                          7 1 99                         6 7 1999: compatibilite mac et windows         PRO xfile  filename  _extra   ex     compile_opt idl2  strictarrsubs   pfile   strlowcase filename      il faut trouver le nom complet       if strpos pfile pro  lt 0 then pfile pfile pro      thisOS   strupcase strmid version os_family  0  3     CASE thisOS of        MAC :BEGIN   sep    :    pathsep       end        WIN :BEGIN   sep       pathsep       end       ELSE: BEGIN   sep       pathsep    :    end    ENDCASE    cd  current   current    if strpos pfile sep  lt 0 then BEGIN       if rstrpos current sep  NE strlen current 1 then current   current sep       multipath   str_sep path pathsep        if rstrpos multipath 0 sep  NE strlen multipath 0 1 then multipath   multipath  sep       pfile    current  multipath  pfile    ENDIF    i   0    repeat begin       res   findfile pfile i         i   i 1    endrep until res 0  NE   OR i EQ n_elements pfile      if res 0  NE    then BEGIN   on ouvre le fichier ds un widget    xdisplayfile  pfile i 1  _extra   ex    ENDIF ELSE ras   report le fichier demande n existe pas         return end");
+a[344] = new Array("./ToBeReviewed/UTILITAIRE/xhelp.html", "xhelp.pro", "", "    NAME:   xhelp     PURPOSE:  Display an IDL procedure header using widgets and the widget manager      CATEGORY:  Widgets      CALLING SEQUENCE:  xhelp  Filename _extra ex     INPUTS:       Filename: A scalar string that contains the filename of the file  to display   If FILENAME does not include a complete path                 specification  xhelp will search for the file in                 the current working directory and then each of the                 directories listed in  PATH environment variable   The                  pro  file suffix will be appended if it is not supplied      KEYWORD PARAMETERS:         Ceux de xdisplayfile     OUTPUTS:  No explicit outputs   A file viewing widget is created      SIDE EFFECTS:  Triggers the XMANAGER if it is not already in use      RESTRICTIONS:  None      PROCEDURE:  Open a file and create a widget to display its contents      MODIFICATION HISTORY:  Written By Steve Richards  December 1990  Graceful error recovery  DMS  Feb  1992          Modified to extract  pro documentation headers  PJR ESRG mar94      author:  Paul Ricchiazzi                            jun93             Institute for Computational Earth System Science             University of California  Santa Barbara      7 1 99 : legeres mofification par Sebastien Masson : utilisation de    xdisplayfile  de findfile et de _extra     6 7 1999: compatibilite mac et windows   PRO xhelp  filename  _extra ex     compile_opt idl2  strictarrsubs      filename est bien un string     cquoidonc   size filename   type     if cquoidonc NE 7 then begin       ras   report Input parameter must be a string and not a  size filename   tname        return    endif   il faut trouver le nom complet     pfile FILENAME    if strpos pfile pro  lt 0 then pfile pfile pro      thisOS   strupcase strmid version os_family  0  3     CASE thisOS of        MAC :BEGIN   sep    :    pathsep       end        WIN :BEGIN   sep       pathsep       end       ELSE: BEGIN   sep       pathsep    :    end    ENDCASE    cd  current   current    if strpos pfile sep  lt 0 then BEGIN       if rstrpos current sep  NE strlen current 1 then current   current sep       multipath   str_sep path pathsep        if rstrpos multipath 0 sep  NE strlen multipath 0 1 then multipath   multipath  sep       pfile    current  multipath  pfile    ENDIF   on test tous les noms possibles pour trouver ou est le fichier    nfile n_elements pfile     n   0    repeat begin       res   findfile pfile n         n   n 1    endrep until res 0  NE   OR n EQ n_elements pfile      if res 0  NE   then BEGIN       openr  unit pfile n 1   get_lun   ouverture du fichier   on selectionne le morceaux en tete            a   strarr 1000            Maximum   of lines       xsize 0       i   0       c           readon 0       while not eof unit  do begin          readf unit c          if strpos c  eq 0 then readon 0          if readon then begin             dum where byte c  eq 9b ntab    count tab characters             xsize xsize    strlen c 8 ntab              a i    strmid c 1 200              i   i   1          endif          if strpos c  eq 0 then readon 1       endwhile       if i EQ 0 then            ras   report le programme a etait mal ecrit  il n y a pas d en tete  utiliser xfile pro  ELSE BEGIN           a   a 0:i 1    on ecrit le contenu de a ds un widget          xdisplayfile toto text   a title pfile n 1  _extra   ex       ENDELSE        FREE_LUN  unit          free the file unit     ENDIF ELSE ras   report le fichier demande n existe pas      return end ");
+a[345] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildcmd.html", "buildcmd.pro", "", "          NAME:buildcmd     PURPOSE:cette fonction reourne un string qui contient la commande de   lecture et les parametres du trace      CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            FUNCTION buildcmd  base  BOXZOOM   boxzoom  FORCETYPE   forcetype       we get back the ids of the widget parts       compile_opt idl2  strictarrsubs     txtcmdid   widget_info base  find_by_uname    txtcmd    domainid   widget_info base  find_by_uname    domain    actionid   widget_info base  find_by_uname    action      optionid   widget_info base  find_by_uname    option      widget_control  base  get_uvalue   top_uvalue   smallin   extractatt top_uvalue   smallin    numdessinin   smallin 2 1   smallout   extractatt top_uvalue   smallout    numdessinout   smallout 2 1     options   extractatt top_uvalue   options       optionsflag   extractatt top_uvalue   optionsflag    portrait    strtrim optionsflag where options EQ  Portrait Landscape  0  1 0        on determine quelle procedure on va etre appele pour faire le dessin   et le type     IF keyword_set forcetype  THEN type   forcetype     ELSE type   widget_info actionid   combobox_gettext    case type of      plt :procedure    plt       pltz :procedure    pltz       pltz diag up :procedure    pltz       pltz diag dn :procedure    pltz       pltt :procedure    pltt       pltt diag up :procedure    pltt       pltt diag dn :procedure    pltt       xy :procedure    plt       xz :procedure    pltz       yz :procedure    pltz       xt :procedure    pltt       yt :procedure    pltt       zt :procedure    pltt       x :procedure    plt1d       y :procedure    plt1d       z :procedure    plt1d       t :procedure    pltt    endcase      recherche des options     options   extractatt top_uvalue   options       optionsflag   extractatt top_uvalue   optionsflag    flags   optionsflag  numdessinin    xindex    flags where options EQ  Longitude   x index 0    yindex    flags where options EQ  Latitude   y index 0    drawvecteur    flags where options EQ  Vecteur 0 procedure eq  plt    drawover    flags where options EQ  Overlay 0      alreadyread   extractatt top_uvalue   alreadyread    alreadyvector   extractatt top_uvalue   alreadyvector    alreadyover   extractatt top_uvalue   alreadyoer    que devons nous lire     case 1 of     alreadyover NE  1:BEGIN       toread   alreadyover 1       readswitch    over      END     alreadyvector NE  1 AND alreadyvector NE  pi:BEGIN       toread   alreadyvector 1       readswitch    vector      END     alreadyread NE  1 AND alreadyread NE  pi AND alreadyread NE 2 pi:BEGIN       toread   alreadyread 1       readswitch    classic      END     else:BEGIN       case 1 of         alreadyvector eq  pi:BEGIN           toread   alreadyover 1           readswitch    over          END         alreadyread EQ  pi:BEGIN           toread   alreadyvector 1           readswitch    vector          END         alreadyread EQ 2 pi:BEGIN           toread   alreadyover 1           readswitch    over          END         ELSE:BEGIN           toread   alreadyread 1           readswitch    classic          END       endcase     END   ENDCASE     widget_control  txtcmdid  get_value   widcmd   widcmd    strtrim widcmd  2    IF widcmd 0  EQ   THEN widcmd    zzz       cutcmd  widcmd 0  toread  numberofread  prefix  nameexp  ending     readcmd   buildreadcmd base   nameexp  procedure  type                              BOXZOOM   boxzoom  complete   readswitch EQ  classic  AND alreadyread EQ  1    we look for the line containing funclec_name   currentfile   extractatt top_uvalue   currentfile    readparameters    extractatt top_uvalue   readparameters currentfile    i   0   while strpos readcmd i  readparameters funclec_name     EQ  1 do i   i 1              case readswitch of      classic :BEGIN       if alreadyread 1 EQ 0 then BEGIN   we start the reading command         readcmd     beginning of reading the field to draw  readcmd          readcmd i 1     field       prefix   readcmd i 1        ENDIF ELSE BEGIN   we complet the reading command         oldrdcmd   extractatt top_uvalue   currentreadcmd          nl   n_elements oldrdcmd           oldrdcmd nl 1    oldrdcmd nl 1                readcmd i    prefix   readcmd i          readcmd    temporary oldrdcmd  temporary readcmd        ENDELSE   exit if we have to read other fields        if alreadyread 1 NE numberofread 1 THEN BEGIN           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd          top_uvalue 1  findline top_uvalue   alreadyread    alreadyread 1          top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field number  strtrim alreadyread 3  1          return           ENDIF   we finalize the reading command       IF ending NE   THEN BEGIN          nl   n_elements readcmd           readcmd nl 1    readcmd nl 1                readcmd    temporary readcmd  ending        ENDIF       readcmd    temporary readcmd                        field   create_struct arr:temporary field  grid:vargrid  unit:varunit  experiment:varexp  name:varname                         end of reading the field to draw      we get back _EXTRA:       extra   extractatt top_uvalue   extra        if xindex NE 0 then extra   create_struct extra   xindex  xindex        if yindex NE 0 then extra   create_struct extra   yindex  yindex        exextra   cw_specifie_get_value base        extra    mixstru exextra  extra        sextra   struct2string extra        readcmd    temporary readcmd   extra    sextra           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd       case 1 of         drawvecteur:BEGIN   we have to read the vectors            top_uvalue 1  findline top_uvalue   alreadyread     pi            top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the zonal component of vector            return             END         drawover:BEGIN   we have to read the field to overlay             top_uvalue 1  findline top_uvalue   alreadyread    2 pi            top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field to overlay            return             END   finished  we draw the plot          ELSE: top_uvalue 1  findline top_uvalue   alreadyread     1       endcase     END      vector :BEGIN   for the vectors  there is 2 components  we read u when alreadyvector   is a interger and v when alreadyvector is a interger 0 5       if floor alreadyvector 1 EQ 0 then begin         if floor alreadyvector  EQ alreadyvector then begin           readcmd     beginning of reading the zonal component of vector  readcmd            readcmd i 1     fieldu       prefix   readcmd i 1          ENDIF ELSE BEGIN           readcmd     beginning of reading the meridional component of vector  readcmd            readcmd i 1     fieldv       prefix   readcmd i 1          ENDELSE         readcmd    extractatt top_uvalue   currentreadcmd  temporary readcmd        ENDIF ELSE BEGIN         oldrdcmd   extractatt top_uvalue   currentreadcmd          nl   n_elements oldrdcmd           oldrdcmd nl 1    oldrdcmd nl 1                readcmd i    prefix   readcmd i          readcmd    temporary oldrdcmd  temporary readcmd        ENDELSE         case alreadyvector 1 of         numberofread 1:BEGIN   we finalize the reading command           IF ending NE   THEN BEGIN              nl   n_elements readcmd               readcmd nl 1    readcmd nl 1                    readcmd    temporary readcmd  ending            ENDIF           readcmd    temporary readcmd                            fieldu   create_struct arr:temporary fieldu  grid:vargrid  unit:varunit  experiment:varexp  name:varname                             end of reading the zonal component of vector               top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd   we finished zonal component reading    we know switch to meridional component             top_uvalue 1  findline top_uvalue   alreadyvector     5            top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the meridional component of vector            return             END         numberofread 0 5:BEGIN   we finalize the reading command           IF ending NE   THEN BEGIN              nl   n_elements readcmd               readcmd nl 1    readcmd nl 1                    readcmd    temporary readcmd  ending            ENDIF           readcmd    temporary readcmd                             fieldv   create_struct arr:temporary fieldv  grid:vargrid  unit:varunit  experiment:varexp  name:varname                             end of reading the meridional component of vector      we finished meridional component reading      we get back _EXTRA of the vector and we complet extra already build           extra   extractatt top_uvalue   extra            exextra   cw_specifie_get_value base            extra    mixstru exextra  extra            sextra   struct2string extra            readcmd    readcmd   vectorextra    sextra   extra mixstru extra vectorextra               top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd             if drawover then BEGIN   shall we do an overlay               top_uvalue 1  findline top_uvalue   alreadyvector     pi              top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field to overlay              return               ENDIF ELSE BEGIN   it is done know               top_uvalue 1  findline top_uvalue   alreadyread     1              top_uvalue 1  findline top_uvalue   alreadyvector     1           ENDELSE         END         ELSE:BEGIN   we still need to read some vector components             top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd            top_uvalue 1  findline top_uvalue   alreadyvector    alreadyvector 1           if floor alreadyvector  EQ alreadyvector then text     zonal               ELSE text     meridional              top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the  strtrim floor alreadyread 3  1 text component of vector            return             END       endcase     END      over :BEGIN       if alreadyover 1 EQ 0 then begin   we start the reading          readcmd     beginning of reading the field to overdraw  readcmd          readcmd i 1     fieldover     prefix  readcmd i 1          readcmd    extractatt top_uvalue   currentreadcmd  temporary readcmd        ENDIF ELSE BEGIN         oldrdcmd   extractatt top_uvalue   currentreadcmd          nl   n_elements oldrdcmd           oldrdcmd nl 1    oldrdcmd nl 1                readcmd i    prefix   readcmd i          readcmd    temporary oldrdcmd  temporary readcmd        ENDELSE         if alreadyover 1 NE numberofread 1 THEN BEGIN    we still need to read some files           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd          top_uvalue 1  findline top_uvalue   alreadyover    alreadyover 1          top_uvalue 1  findline top_uvalue   noticebase    xnotice Select the field number  strtrim alreadyover 3  1  to overlay          return           ENDIF   we finalize the reading command       IF ending NE   THEN BEGIN          nl   n_elements readcmd           readcmd nl 1    readcmd nl 1                readcmd    temporary readcmd  ending        ENDIF   on finalise la commande de lecture       readcmd    readcmd                       fieldover   create_struct arr:temporary fieldover  grid:vargrid  unit:varunit  experiment:varexp  name:varname                         end of reading the field to overdraw      we get back _EXTRA of over and we complet extra already build       extra   extractatt top_uvalue   extra        exextra   cw_specifie_get_value base        extra    mixstru exextra  extra        sextra   struct2string extra        readcmd    readcmd   overextra    sextra   extra mixstru extra overextra           top_uvalue 1  findline top_uvalue   currentreadcmd    readcmd   we reinitialize        top_uvalue 1  findline top_uvalue   alreadyread     1        top_uvalue 1  findline top_uvalue   alreadyvector     1        top_uvalue 1  findline top_uvalue   alreadyover     1     END   endcase                   determination du nom de la boxzoom      if NOT keyword_set boxzoom  then widget_control  domainid  get_value   boxzoom   ecriture de celle ci sous forme d un string   box    strtrim boxzoom 0  1    for i   1   n_elements boxzoom 1     3 2 strpos type   z  EQ  1  do       box   box   strtrim boxzoom i  1    pour les  plots en z  box doit avoir par defaut 0 profmax   if strpos type   z  NE  1 then BEGIN   si   de 1 niveau est selectionne:     widget_control  widget_info base  find_by_uname    dthlv1  get_value   niv1     niv1   niv1 combobox_index     widget_control  widget_info base  find_by_uname    dthlv2  get_value   niv2     niv2   niv2 combobox_index     if niv1 NE niv2 then begin       box   box strtrim boxzoom 4  1 strtrim boxzoom 5  1      ENDIF ELSE BEGIN       if chkstru exextra   profmax  then  pmax   exextra profmax         ELSE pmax   200       box   box 0 strtrim pmax  1      ENDELSE   endif   box   box    IF strpos type    diag up  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 2  1                            strtrim boxzoom 1  1          strtrim boxzoom 3  1        ENDIF   IF strpos type    diag dn  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 3  1                            strtrim boxzoom 1  1          strtrim boxzoom 2  1        ENDIF     on determine typein       IF strpos type    diag   NE  1 THEN typein    strmid type  0  4        ELSE typein    type        determination de small     ssmall   tostr smallout      on va definir le string qui contiendra la commande a executer par widgetdessine pro     Cmd    readCmd  procedure    field                       boxzoom    box   findalways  typein typein  small ssmall      IF drawvecteur then Cmd    Cmd         vecteur    u: fieldu v: fieldv      IF drawover then Cmd    Cmd         contour   fieldover     IF n_elements sendpoints  NE 0 then Cmd    Cmd         endpoints       sendpoints         Cmd    Cmd         _extra  mixstru ex  extra  portrait       portrait     NOERASE noerase        print         for i   0  n_elements Cmd 1 do print  Cmd i       print        on complete et ou actualise la structure top_uvalue       top_uvalue 1  findline top_uvalue   nameprocedures numdessinout    procedure    top_uvalue 1  findline top_uvalue   types numdessinout    type    top_uvalue 1  findline top_uvalue   domaines  numdessinout    boxzoom    top_uvalue 1  findline top_uvalue   txtcmd numdessinout    widcmd    top_uvalue 1  findline top_uvalue   optionsflag  numdessinout    flags    top_uvalue 1  findline top_uvalue   exextra numdessinout    extra     return  Cmd end  ");
+a[346] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd.html", "buildreadcmd.pro", "", "          NAME:buildreadcmd     PURPOSE:     CATEGORY:     CALLING SEQUENCE:      INPUTS:     KEYWORD PARAMETERS:     OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr            FUNCTION buildreadcmd  base  snameexp  procedure  type  BOXZOOM   boxzoom                            COMPLETE   complete  NAMEFIELD   namefield       compile_opt idl2  strictarrsubs    cm_4cal   for key_caltype     get back widgets IDs     vlstid   widget_info base  find_by_uname    varlist    date1id   widget_info base  find_by_uname    calendar1    date2id   widget_info base  find_by_uname    calendar2    domainid   widget_info base  find_by_uname    domain      optionid   widget_info base  find_by_uname    option      widget_control  base  get_uvalue   top_uvalue   numdessinin    extractatt top_uvalue   smallin 2 1   numdessinout    extractatt top_uvalue   smallout 2 1     name of the file     currentfile   extractatt top_uvalue   currentfile    filelist   extractatt top_uvalue   filelist    filename   filelist currentfile    sfilename    filename      name of the variable     if keyword_set namefield  then namevar   namefield     ELSE namevar   widget_info vlstid   combobox_gettext    snamevar    namevar      get the options     options   extractatt top_uvalue   options       flags   extractatt top_uvalue   optionsflag    flags   flags  numdessinin    xindex    flags where options EQ  Longitude   x index 0    yindex    flags where options EQ  Latitude   y index 0      extra   extractatt top_uvalue   extra    if xindex NE 0 then extra   create_struct extra   xindex  xindex    if yindex NE 0 then extra   create_struct extra   yindex  yindex    exextra   cw_specifie_get_value base    exextra   extractstru exextra   min   max   inter   lct    if size exextra   type  EQ 8 then extra   mixstru exextra  extra    sextra   struct2string extra      find date1 and date2     key_caltype    extractatt top_uvalue   fileparameters currentfile caltype   widget_control  date1id  get_value   date1   widget_control  date2id  get_value   date2    if procedure EQ  pltt  AND date1 EQ date2 then BEGIN   we redefine the dates to the begining and end of the calendar     calendar    extractatt top_uvalue   fileparameters currentfile time_counter     date1   jul2date calendar 0      date2   jul2date calendar n_elements calendar 1      widget_control  date1id  set_value   date1     widget_control  date2id  set_value   date2   endif     fakecal    extractatt top_uvalue   fileparameters currentfile fakecal   IF keyword_set fakecal  THEN BEGIN     date1   date2jul date1    fakecal     date2   date2jul date2    fakecal   ENDIF   sdate1   strtrim date1  1    sdate2   strtrim date2  1      find boxzoom     if NOT keyword_set boxzoom  then widget_control  domainid  get_value   boxzoom   put boxzoom into a string   box    strtrim boxzoom 0  1    for i   1   n_elements boxzoom 1     3 2 strpos type   z  EQ  1  do        box   box   strtrim boxzoom i  1    if strpos type   z  NE  1 then BEGIN        common       min   min gdept  gdepw  max   max        box   box strtrim floor min  1 strtrim ceil max  1      endif   box   box    IF strpos type    diag up  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 2  1                            strtrim boxzoom 1  1          strtrim boxzoom 3  1        ENDIF   IF strpos type    diag dn  NE  1 THEN BEGIN     sendpoints       strtrim boxzoom 0  1          strtrim boxzoom 3  1                            strtrim boxzoom 1  1          strtrim boxzoom 2  1        ENDIF     find funclec_name  readparameters  meshparameters     readparameters    extractatt top_uvalue   readparameters currentfile    funclec_name   readparameters funclec_name   if keyword_set complete  then begin     sreadparameters   struct2string readparameters      meshparameters    extractatt top_uvalue   meshparameters currentfile      smeshparameters   struct2string meshparameters          on va definir le string qui contiendra la commande a executer pour   la lecture       Cmd     Definition of extra structure:   extra    sextra                  Definition of readparameters structure:   readparameters    sreadparameters                  Do we change of reading :   dummy   changeread readparameters                   Definition of meshparameters structure:   meshparameters    smeshparameters                  Do we change the grid :   dummy   changegrid meshparameters                   Read the data                  if n_elements date1in  ne 0 then date1   date1in else date1       sdate1                 if n_elements date2in  ne 0 then date2   date2in else date2       sdate2                funclec_name snamevar  date1  date2   snameexp                  timestep    strtrim keyword_set fakecal  1  parent    strtrim base  2                   boxzoom    box   findalways                         filename    sfilename        if n_elements sendpoints  NE 0 then          Cmd    Cmd         endpoints       sendpoints     type       type            Cmd    Cmd         _extra   mixstru ex  extra   nostruct       top_uvalue 1  findline top_uvalue   varinfo  numdessinout     filename  namevar       top_uvalue 1  findline top_uvalue   dates  numdessinout     date1  date2    ENDIF ELSE BEGIN     Cmd    funclec_name snamevar  date1  date2   snameexp                parent    strtrim base  1  boxzoom    box                          filename    sfilename        if n_elements sendpoints  NE 0 then          Cmd    Cmd         endpoints       sendpoints     type       type            Cmd    Cmd         _extra   mixstru ex  extra   nostruct    ENDELSE      print   ::::::::::::::::::::::       for i   0  n_elements Cmd 1 do print  Cmd i       print   ::::::::::::::::::::::         return  cmd end");
+a[347] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefield.html", "changefield.pro", "", "PRO changefield  base  newfieldname  BOXZOOM   boxzoom       compile_opt idl2  strictarrsubs     widget_control  base  get_uvalue   top_uvalue     Change exextra :   exextra   definedefaultextra newfieldname    specifieid   widget_info base  find_by_uname    specifie    widget_control  specifieid  set_value   exextra   Change the variable   Do we need to change the vertical axis   according to the tye of points  T or W    dthlv1id   widget_info base  find_by_uname    dthlv1    widget_control  dthlv1id  get_uvalue   dthlv1_uval   oldzgridt   dthlv1_uval grid_t   get the type of point   currentfile   extractatt top_uvalue   currentfile    listgrid    extractatt top_uvalue   fileparameters currentfile listgrid   listvar    extractatt top_uvalue   fileparameters currentfile listvar     for i   0   n_elements listvar 1 do print   listvar i    listgrid i    indexvar   where listvar EQ newfieldname    indexvar   0   indexvar 0    zgridt   strupcase listgrid indexvar  NE  W    if we change the type of point   if zgridt NE oldzgridt then BEGIN   update dthlv1_uval grid_t     dthlv1_uval grid_t   zgridt     widget_control  dthlv1id  set_uvalue   dthlv1_uval   update cw_domain     if NOT keyword_set boxzoom  THEN          widget_control  widget_info base  find_by_uname    domain  get_value   boxzoom     widget_control  widget_info base  find_by_uname    domain  set_value   boxzoom   endif     return end");
+a[348] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefile.html", "changefile.pro", "", "PRO changefile  base  newfilename  BOXZOOM   boxzoom  DATE1   date1  DATE2   date2  FIELDNAME   fieldname       compile_opt idl2  strictarrsubs     widget_control  base   hourglass   widget_control  base  get_uvalue   top_uvalue   filelist   extractatt top_uvalue   filelist    IF size newfilename   type  EQ 7 THEN newfile    where filelist EQ newfilename 0      ELSE newfile   newfilename      it is already the index of the new file   if newfile EQ  1 then begin     nothing   report invalid filename      return   endif   oldfile   extractatt top_uvalue   currentfile    oldfilename   filelist oldfile     did we really change the file    if oldfile EQ newfile AND NOT  keyword_set BOXZOOM  OR keyword_set DATE1  OR keyword_set DATE2  OR keyword_set FIELDNAME  then return      widget_control  base  update   0       we update currentfile element of the top_uvalue      top_uvalue 1  findline top_uvalue   currentfile    newfile     Calendar     oldcalendar    extractatt top_uvalue   fileparameters oldfile time_counter   newcalendar    extractatt top_uvalue   fileparameters newfile time_counter   Did we change the calendar    if array_equal oldcalendar  newcalendar  NE 1 then begin  cm_4cal    for key_caltype     key_caltype    extractatt top_uvalue   fileparameters newfile caltype   fake or real calendar      fakecal    extractatt top_uvalue   fileparameters newfile fakecal   Which dates were selected          date1id   widget_info base  find_by_uname    calendar1      if NOT keyword_set date1  then widget_control  date1id  get_value   date1     jdate1   date2jul date1      if  where newcalendar EQ jdate1 0  EQ  1 then jdate1   newcalendar 0      date2id   widget_info base  find_by_uname    calendar2      if NOT keyword_set date2  then widget_control  date2id  get_value   date2     jdate2   date2jul date2      if  where newcalendar EQ jdate2 0  EQ  1 then jdate2   date1     if jdate2 LT jdate1 THEN jdate2   jdate1     widget_control  date1id   destroy     widget_control  date2id   destroy     basecal   widget_info base  find_by_uname    basecal      rien   cw_calendar basecal  newcalendar  jdate1  uname    calendar1                             FAKECAL   fakecal  uvalue    name: calendar1   frame      rien   cw_calendar basecal  newcalendar  jdate2  uname    calendar2                             FAKECAL   fakecal  uvalue    name: calendar2   frame    ENDIF ELSE BEGIN      if keyword_set date1  then begin       date1id   widget_info base  find_by_uname    calendar1        widget_control  date1id  set_value   date1     endif     if keyword_set date2  then begin       date2id   widget_info base  find_by_uname    calendar2        widget_control  date2id  set_value   date2     endif   ENDELSE     Grid parameters and domain     newgrid    extractatt top_uvalue   meshparameters newfile    change   changegrid newgrid    if change OR keyword_set boxzoom  then BEGIN     if NOT keyword_set boxzoom  then boxzoom    1     domainid   widget_info base  find_by_uname    domain      widget_control  domainid  set_value   boxzoom   endif     file name     IF oldfile NE newfile THEN BEGIN      flstid   widget_info base  find_by_uname    filelist      widget_control  flstid  set_combobox_select    newfile   ENDIF      Variables name     vlstid   widget_info base  find_by_uname    varlist    oldfieldname   widget_info vlstid   combobox_gettext    did we really change the liste of variables    oldlistvar    extractatt top_uvalue   fileparameters oldfile listvar   newlistvar    extractatt top_uvalue   fileparameters newfile listvar   if array_equal oldlistvar  newlistvar  NE 1 THEN        widget_control  vlstid  set_value   newlistvar   set the liste of variables to the new variable name   if keyword_set fieldname  then newfieldname   fieldname ELSE newfieldname   oldfieldname   indexvar   where newlistvar EQ newfieldname    indexvar   0   indexvar 0    widget_control  vlstid  set_combobox_select   indexvar   newfieldname   newlistvar indexvar    did we change the name of the variable    if newfieldname NE oldfieldname then BEGIN     changefield  base  newfieldname  BOXZOOM   boxzoom   ENDIF       widget_control  base  update   1     return end");
+a[349] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/createhistory.html", "createhistory.pro", "", "PRO createhistory  base  small       we save globalcommand in globaloldcommand     compile_opt idl2  strictarrsubs      widget_control base  get_uvalue   top_uvalue    globalcommand   extractatt top_uvalue   globalcommand      top_uvalue 1  findline top_uvalue   globaloldcommand    globalcommand   portrait or landscape      options   extractatt top_uvalue   options        optionsflag   extractatt top_uvalue   optionsflag     portrait    optionsflag where options EQ  Portrait Landscape  0 0    composition du text contennu ds history pro    texte    common                                       if keyword_set postscript  then begin                        noerase   1                       openps  infowidget   infowidget  portrait       strtrim portrait  2                   endif                                        beginning of 1                                      end of 1     if small 0 small 1  GT 1 then begin       for draw   1  small 0 small 1 1  do begin          texte    texte                         beginning of  strtrim draw 1  2                         noerase 1                          end of  strtrim draw 1  2        endfor    ENDIF    texte    texte                  if keyword_set postscript  then begin                       closeps  infowidget   infowidget                       printps                   endif    the new globalcommand     top_uvalue 1  findline top_uvalue   globalcommand    texte      for i   0  n_elements texte 1 do print  texte i       return end");
+a[350] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/cutcmd.html", "cutcmd.pro", "", "PRO cutcmd  widcmd  toread  numberofread  prefix  nameexp  ending       compile_opt idl2  strictarrsubs     dummy   where byte widcmd  EQ  byte 0  nbdblquote     CASE 1 OF     nbdblquote MOD 2: stop   odd numbers are impossibles      nbdblquote GT 0:     nbdblquote EQ 0:BEGIN   widcmd is an expression of type:   numb1 a   numb2 b     numb   we will change into the form   numb1 a    numb2 b      numb   in order to suits the new method of cutcmd       widcmd   strtrim widcmd  2    we force to start with a   or         case 1 of         strpos widcmd    EQ 0:         strpos widcmd    EQ 0:         ELSE:widcmd       widcmd       ENDCASE       separator   strsplit widcmd     extract   regex        other   strsplit widcmd     extract        IF n_elements separator  NE n_elements other  THEN stop       widcmd           FOR i   0  n_elements other 1 DO BEGIN          IF isnumber other i  LT 1 THEN other i        other i              widcmd   widcmd   separator i    other i        ENDFOR        print  widcmd     END    ENDCASE    cutted   strsplit widcmd     extract    IF strpos widcmd    EQ 0 THEN start   0 ELSE start   1   nameexp   cutted start: :2    numberofread   n_elements nameexp     IF toread GE numberofread then begin     dummy   report toread cannot be larger than numberofread      stop   ENDIF   other   cutted 1 start: :2    make sure that we have a prefix for each nameexp   IF start EQ 0 THEN other     other      nameexp   nameexp toread    prefix   other toread    IF n_elements other  EQ numberofread   1 THEN ending   other numberofread  ELSE ending        help  prefix  nameexp  ending     return end");
+a[351] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/definedefaultextra.html", "definedefaultextra.pro", "", "FUNCTION definedefaultextra  nomvariable     compile_opt idl2  strictarrsubs      case strlowcase nomvariable  of          sn :BEGIN            return  get_extra min   31  max   37  inter    2  lct   33 nocontout          END          tn :BEGIN            return  get_extra min   20  max   31  inter    5  lct   39          END          un :BEGIN            return  get_extra min    1  max   1  inter    1  lct   64          END          vn :BEGIN            return  get_extra min    1  max   1  inter    1  lct   64          END       ELSE:    ENDCASE     return  get_extra min     max     inter     lct   39  end");
+a[352] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/doubleclickaction.html", "doubleclickaction.pro", "", "PRO doubleclickaction  event       compile_opt idl2  strictarrsubs      widget_control  event id   get_uvalue   uval    widget_control  event top  get_uvalue   top_uvalue   on active la bonne fenetre     widget_control  event id  get_value   win    wset  win   quel est le dessin selectionne     smallin   extractatt top_uvalue   smallin     smallout   extractatt top_uvalue   smallout     x    convert_coord uval x 0 uval y 0   device   to_normal 0     y    convert_coord uval x 0 uval y 0   device   to_normal 1     numcolonne   n_elements where findgen smallin 0 smallin 0  lt x 1    numligne   n_elements where findgen smallin 1 smallin 1  lt 1 y 1    numdessin   numcolonne numligne smallin 0 1   choix du type d action    case uval press of       1:BEGIN           if top_uvalue smallin 2  NE numdessin then begin          tracecadre  smallin   erase          if total smallin EQ smallout  EQ 3 then             tracecadre  smallout   out          smallin    smallin 0:1  numdessin            top_uvalue 1  findline top_uvalue   smallin    smallin          tracecadre  smallin           p    extractatt top_uvalue   penvs numdessin 1            x    extractatt top_uvalue   xenvs numdessin 1            y    extractatt top_uvalue   yenvs numdessin 1          END       2:BEGIN            if top_uvalue smallout 2  NE numdessin then begin          tracecadre  smallout   erase          if total smallin EQ smallout  EQ 3 then             tracecadre  smallin          smallout    smallin 0:1  numdessin            top_uvalue 1  findline top_uvalue   smallout    smallout          tracecadre  smallout   out           endif       END       4:BEGIN          tracecadre   smallin 0:1  numdessin   fill          inserthistory  event top      beginning of  strtrim numdessin  2                  end of  strtrim numdessin  2    remise a 0 des attributs de la uvalue concernant ce dessin:           numdessin   numdessin 1           top_uvalue 1  findline top_uvalue   varinfo  numdessin                  top_uvalue 1  findline top_uvalue   dates  numdessin     0l  0l            top_uvalue 1  findline top_uvalue   nameprocedures numdessin                top_uvalue 1  findline top_uvalue   types numdessin                top_uvalue 1  findline top_uvalue   domaines  numdessin    fltarr 6            top_uvalue 1  findline top_uvalue   txtcmd numdessin                if numdessin EQ smallin 2  then             tracecadre  smallin          if numdessin EQ smallout 2  then             tracecadre  smallout   out        END        ELSE:    endcase    updatewidget  event top      return end");
+a[353] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/extractatt.html", "extractatt.pro", "", "FUNCTION extractatt  top_uvalue  name     compile_opt idl2  strictarrsubs      taille   size top_uvalue     j    1    repeat BEGIN       j   j 1       if j EQ  size top_uvalue 2  then return   1    endrep until  top_uvalue 0  j  EQ name    return   top_uvalue 1  j  end");
+a[354] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/findline.html", "findline.pro", "", "FUNCTION findline  top_uvalue  name     compile_opt idl2  strictarrsubs      taille   size top_uvalue     j    1    repeat BEGIN       j   j 1       if j EQ  size top_uvalue 2  then return   1    endrep until  top_uvalue 0  j  EQ name    return  j end");
+a[355] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/identifyclick.html", "identifyclick.pro", "", "FUNCTION identifyclick  event     compile_opt idl2  strictarrsubs      widget_control  event id  get_uvalue uval   no_copy    thisEvent   TAG_NAMES event   Structure     if thisEvent EQ  WIDGET_TIMER  then press   0 ELSE press   event press      d 0 1  t 1 0 d 2 0        long click            d 1 0 t 2 0   click normal                          d 2 1 d 3 0 t 0 0  double click                                              t 3 0 d 0 0  double click    type    inutile     case 1 OF   d 0 0 1er remonte       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 0 AND press EQ 0:   d 0 1 1er appuie de la serie       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 0 AND press ge 1:BEGIN          uval x    event x  0           uval y    event y  0           uval press   press          uval click   1          widget_control  event id  timer    3       END   d 1 0 1er remonte       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 1 AND press EQ 0:uval click   2   d 2 0 fin long click       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 2 AND press EQ 0:BEGIN          type    long           uval x    uval x 0 event x    uval x   uval x sort uval x           uval y    uval y 0 event y    uval y   uval y sort uval y           uval click   0          uval press   event release       END   d 2 1       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 2 AND press ge 1:BEGIN          type    double           uval press   press          uval click   3       END   d 3 0 remonte et fin de double click       thisEvent EQ  WIDGET_DRAW  AND uval click EQ 3 AND press EQ 0:uval click   0   t 0 0 fin de double click       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 0 AND press EQ 0:   t 1 0 long click       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 1 AND press EQ 0:uval click   2   t 2 0 click normal       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 2 AND press EQ 0:BEGIN           type    single           press   uval press          uval click   0       END   t 3 0 fin de double click       thisEvent EQ  WIDGET_TIMER  AND uval click EQ 3 AND press EQ 0:uval click   0   cas normalement impossible:       ELSE:BEGIN          print  thisEvent  uval click  press          print   Probleme  cas normalement impossible        END    endcase     widget_control  event id  set_uvalue uval   no_copy    return   type:type  end");
+a[356] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory.html", "inserthistory.pro", "", "PRO inserthistory   base  text  line1  line2       compile_opt idl2  strictarrsubs      widget_control base  get_uvalue   top_uvalue    globalcommand   extractatt top_uvalue   globalcommand      top_uvalue 1  findline top_uvalue   globaloldcommand    globalcommand     for i   0  n_elements globalcommand 1 do print  globalcommand i    we insert text between line1 and line2     index1   where globalcommand EQ line1    index1   index1 0 1     if index1  EQ  1 then begin        rien   report line1  n est pas trouve ds globalcommand         return     endif     index2   where globalcommand EQ line2    index2   index2 0      if index2  EQ  1 then begin        rien   report line2  n est pas trouve ds globalcommand         return     ENDIF   the new text:     globalcommand    globalcommand 0:index1  text  globalcommand index2:n_elements globalcommand 1    the new globalcommand      top_uvalue 1  findline top_uvalue   globalcommand    globalcommand       return end");
+a[357] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/letsdraw.html", "letsdraw.pro", "", "          NAME:widgetdessine     PURPOSE: c est la procedure qui lance le dessin  Si on ne le lui   donne pas de commande  elle appelle construitcommande pour savoir   quoi tracer      CATEGORY:     CALLING SEQUENCE:widgetdessine  base      INPUTS:base: l id du widget ou appliquer le dessin     KEYWORD PARAMETERS:         COMMANDE: un string du style: read_data sst      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO letsdraw  base  COMMANDE   commande  _extra   ex     compile_opt idl2  strictarrsubs    common   on recupere la uvalue de base   widget_control base  get_uvalue   top_uvalue   print      help   top_uvalue   struct   help   top_uvalue exextra   struct    if NOT keyword_set commande  then       commande   buildcmd base  _extra ex     if commande 0  EQ   then return   on recupere la uvalue de base    widget_control  base   hourglass    widget_control base  get_uvalue   top_uvalue   print      help   top_uvalue   struct   print       help   top_uvalue exextra   struct    help   top_uvalue extra   struct   print      print  commande   help mixstru top_uvalue exextra top_uvalue extra   struct       on recuperel id de la fenetre graphique associee au widget d id base    graphid   extractatt top_uvalue   graphid     widget_control  graphid  get_value   win   on la selectionne  c est a elle que sera passe toutes les commandes   concernant une fenetre     wset  win     erase  255                         on netoie la fenetre   on s assure que si on travaille avec un ecran codant les couleurs   sur 24 bits la couleur de fond specifiee p background est bien   appliquee      if  d n_colors gt 256 then begin         device  decomposed 1          p background ffffff x         plot 0 0          device  decomposed 0      ENDIF      smallout   long extractatt top_uvalue   smallout     numdessinout   smallout 2 1      tracecadre  smallout   fill        options   extractatt top_uvalue   options        optionsflag   extractatt top_uvalue   optionsflag     portrait    strtrim optionsflag where options EQ  Portrait Landscape  0  1 0           createpro   common                      noerase   1                      key_portrait     portrait                    Commande          filename    myuniquetmpdir    xxx_oneplot pro       inserthistory  base  Commande  beginning of  strtrim smallout 2  1            end of  strtrim smallout 2  1        top_uvalue 1  findline top_uvalue   penvs numdessinout     p     top_uvalue 1  findline top_uvalue   xenvs numdessinout     x     top_uvalue 1  findline top_uvalue   yenvs numdessinout     y     return end");
+a[358] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/loadgrid.html", "loadgrid.pro", "", "PRO loadgrid  meshfilein  _extra   ex          compile_opt idl2  strictarrsubs    cm_4mesh   ccmeshparameters filename   meshfilein   split the name according to   delimiter   meshfile   strsplit meshfilein     extract    meshfile   strtrim meshfile  2    try to find a  pro file with this name    filepro    find meshfile 0   firstfound   onlypro 0    if this is an idl batch file or a procedure     if filepro NE  NOT FOUND  THEN BEGIN     CASE protype filepro  OF   this is a procedure        proc :listing   file_basename filepro   pro    this is a function  this case is not coded         func :stop   this is an IDL batch file        batch :listing    file_basename filepro   pro      ENDCASE   ENDIF ELSE BEGIN     filenc    find meshfile 0   firstfound   onlync 0      if filenc EQ  NOT FOUND  THEN stop     listing    initncdf      filenc     ENDELSE   add the arguments and keywords if necessary   IF n_elements meshfile  GT 1 AND strmid listing  0  1  NE   THEN BEGIN      FOR i   1 filepro NE  NOT FOUND  n_elements meshfile 1 DO listing   listing         meshfile i    ENDIF    IF strmid listing  0  1  NE   THEN listing   listing     strcalling       meshfilein     _extra   ex     createpro  listing  filename   myuniquetmpdir  for_createpro pro  _extra   ex  return END ");
+a[359] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/longclickaction.html", "longclickaction.pro", "", "PRO longclickaction  event     compile_opt idl2  strictarrsubs     widget_control  event id  get_uvalue   uval   widget_control  event top  get_uvalue   top_uvalue   quel est le dessin selectionne    smallout   extractatt top_uvalue   smallout    smallin   extractatt top_uvalue   smallin    small   smallin   x    convert_coord uval x 0  uval y 0   device   to_normal 0    y    convert_coord uval x 0  uval y 0   device   to_normal 1    numcolonne   n_elements where findgen small 0 small 0  lt x 1   numligne   n_elements where findgen small 1 small 1  lt 1 y 1   numdessin   numcolonne numligne small 0    we put on numdessin as the leader plot   tracecadre  smallin   erase   if total smallin EQ smallout  EQ 3 then        tracecadre  smallout   out   smallin    smallin 0:1  numdessin 1     top_uvalue 1  findline top_uvalue   smallin    smallin   tracecadre  smallin    p    extractatt top_uvalue   penvs numdessin     x    extractatt top_uvalue   xenvs numdessin     y    extractatt top_uvalue   yenvs numdessin      Change the domain box:     coor    convert_coord uval x  uval y   device   to_data    x    coor 0  0  coor 0  1    y    coor 1  0  coor 1  1    domainid   widget_info event top  find_by_uname    domain    boxzoom    x  y    faut il passer la boxzoom en indexes     currentplot    extractatt top_uvalue   smallin 2 1   options   extractatt top_uvalue   options       flags   extractatt top_uvalue   optionsflag    flags   flags  currentplot    changex    flags where options EQ  Longitude   x index 0  EQ 1   changey    flags where options EQ  Latitude   y index 0  EQ 1   if changex OR changey then begin   on veut retrouver le type de grille qui est utilisee     currentfile   extractatt top_uvalue   currentfile      listgrid    extractatt top_uvalue   fileparameters currentfile listgrid     listvar    extractatt top_uvalue   fileparameters currentfile listvar     vlstid   widget_info event top  find_by_uname    varlist      namevar   widget_info vlstid   combobox_gettext      indexvar   where listvar EQ namevar      vargrid   strupcase listgrid indexvar      domdef  boxzoom  gridtype   vargrid     grille   1   1   1   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz     if changex then boxzoom 0:1     firstx  lastx      if changey then boxzoom 2:3     firsty  lasty    endif     widget_control  domainid  set_value   boxzoom       actionid   widget_info event top  find_by_uname    action    type   widget_info actionid   combobox_gettext    case uval press of     1:BEGIN       nodates    type EQ  xt  OR type EQ  yt  OR type EQ  zt  OR type EQ  t        updatewidget  event top   noboxzoom  nodates   nodates  notype   type NE  plt        letsdraw  event top     END     2:BEGIN        IF type EQ  plt  THEN BEGIN           top_uvalue 1  findline top_uvalue   types smallout 2 1     pltz          forcetype    pltz        ENDIF        updatewidget  event top   noboxzoom       letsdraw  event top     END     4:BEGIN       IF type EQ  plt  THEN BEGIN           top_uvalue 1  findline top_uvalue   types smallout 2 1     pltt          forcetype    pltt        ENDIF        updatewidget  event top   noboxzoom   nodates       letsdraw  event top  forcetype   forcetype     END   endcase     return end");
+a[360] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/read_vermair.html", "read_vermair.pro", "", "FUNCTION read_vermair  name  debut  fin  nomexp  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex     compile_opt idl2  strictarrsubs    common       if name EQ  un  then name    vozocrtx     if name EQ  vn  then name    vomecrty     if debut EQ fin then begin       res   lec name debut nomexp  BOXZOOM boxzoom  _EXTRA   ex     ENDIF ELSE res   lect name debut fin  nomexp  BOXZOOM boxzoom  _EXTRA   ex        return   tab:res  grille:vargrid  unite:  experience:varexp  nom:varname  end");
+a[361] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/scanfile.html", "scanfile.pro", "", "     liste des presupposes:         1  le fichier a lire est un fichier netcdf         2  le nom de ce fichier finit         par U nc  V nc  W nc  T nc ou F nc  la lettre avant le         nc designant la grille a laquelle se rapporte la champ          Si tel n est pas la cas  le fichier est attribue a la grille         T          3  ce fichier contient une dimension infinie qui doit etre         celle qui se rapporte au temps et au mois 2 autres dimensions         dont les noms sont  x lon xi_  et  y lat  ou          eta_  ou bien en majuscule          4  il doit exiter ds ce fichier une unique variable n ayant         qu une dimension et etant la dimension temporelle  cette         variable sera prise comme axe des temps  Rq: si plusieurs         variables verifient ces criteres on considere la premiere         variable         5  Cette variable axe des temps doit contenir l attribut          units qui doit etre ecrit suivant la syntaxe:                  seconds since 0001 01 01 00:00:00                    hours since 0001 01 01 00:00:00                    days since 1979 01 01 00:59:59                    months since 1979 01 01 00:59:59                    years since 1979 01 01 00:59:59       je crois que c est tout             GRID UTVWF  to specify the type of grid  Defaut is  1           based on the name of the file if the file ends by          GRID _ TUVFW NC  not case sensible  or  2  T if case  1           is not found      FUNCTION scanfile  namefile  GRID   GRID  _extra   ex     compile_opt idl2  strictarrsubs    common     res    1     filename     fullname   isafile filename   namefile  IODIRECTORY   iodir  _extra   ex      open file     cdfid   ncdf_open fullname      What contains the file      infile   ncdf_inquire cdfid       find vargrid     IF keyword_set grid  THEN vargrid   strupcase grid  ELSE BEGIN     vargrid    T                  default definition     IF finite glamu 0  EQ 1 THEN BEGIN       pattern    GRID   GRID_   GRID   UPID_   30ID_        gdtype    T   U   V   W   F        fnametest   strupcase fullname        FOR i   0  n_elements pattern 1 DO BEGIN         FOR j   0  n_elements gdtype 1 DO BEGIN           substr   pattern i gdtype j            pos   strpos fnametest  substr            IF pos NE  1 THEN                vargrid   strmid fnametest  pos strlen substr 1  1          ENDFOR       ENDFOR     ENDIF   ENDELSE     name of all dimensions     namedim   strarr infile ndims    for dimiq   0  infile ndims 1 do begin     ncdf_diminq  cdfid  dimiq  tmpname  value      namedim dimiq    strlowcase tmpname    ENDFOR   we are looking for a x dimension    dimidx   where namedim EQ  x  OR strmid namedim  0  3  EQ  lon  OR strmid namedim  0  3  EQ  xi_  OR namedim EQ  xt_i7_156    dimidx   dimidx 0    if dimidx EQ  1 then begin     print   one of the dimensions must have the name:  x  or  lon  or  xi_  or  xt_i7_156      stop   endif   we are looking for a y dimension    dimidy   where namedim EQ  y  OR strmid namedim  0  3  EQ  lat  OR strmid namedim  4  EQ  eta_  OR namedim EQ  yt_j6_75    dimidy   dimidy 0    if dimidy EQ  1 then begin     print   one of the dimensions must have the name:  y  or  lat  or  eta_  or  yt_j6_75      stop   endif     name of all variables     we keep only the variables containing at least x  y and time dimension  if existing    namevar   strarr infile nvars    for varid   0  infile nvars 1 do begin     invar   ncdf_varinq cdfid  varid    what contains the variable      if  where invar dim EQ dimidx 0  NE  1 AND           where invar dim EQ dimidy 0  NE  1 AND           where invar dim EQ infile recdim 0  NE  1 OR infile recdim EQ  1        THEN namevar varid    invar name    ENDFOR   namevar   namevar where namevar NE     listgrid   replicate vargrid  n_elements namevar      time axis     date0fk   date2jul 19000101    IF infile recdim EQ  1 THEN BEGIN      jpt   1     time   date0fk     fakecal   1   ENDIF ELSE BEGIN     ncdf_diminq  cdfid  infile recdim  timedimname  jpt   we look for the variable containing the time axis   we look for the first variable having for only dimension infile recdim     varid   0     repeat BEGIN       invar   ncdf_varinq cdfid  varid         varid   varid 1     endrep until n_elements invar dim  EQ 1 AND invar dim 0  EQ infile recdim     varid   varid 1       CASE 1 OF       varid EQ  1:BEGIN          dummy   report the file  fullname  has no time axis C we create a fake calendar           fakecal   1         time   date0fk   lindgen jpt        END       invar natts EQ 0:BEGIN          dummy   report the variable  invar name  has no attribut C we create a fake calendar           fakecal   1         time   date0fk   lindgen jpt        END       ELSE:BEGIN     we want to know which attributes are attached to the time variable            attnames   strarr invar natts          for attiq   0  invar natts 1 do attnames attiq    ncdf_attname cdfid  varid  attiq          if  where attnames EQ  units 0  EQ  1 then BEGIN           dummy   report Attribut  units  not found for the variable  varid name C we create a fake calendar             fakecal   1           time   date0fk   lindgen jpt          ENDIF ELSE BEGIN    on lit l axe des temps           ncdf_varget  cdfid  varid  time           time   double time            ncdf_attget  cdfid  varid   units  value   time_counter:units    seconds since 0001 01 01 00:00:00      time_counter:units    hours since 0001 01 01 00:00:00      time_counter:units    days since 1979 01 01 00:00:00      time_counter:units    months since 1979 01 01 00:00:00      time_counter:units    years since 1979 01 01 00:00:00              value   strtrim strcompress string value  2            mots   str_sep value                unite   mots 0            debut   str_sep mots 2        now we try to find the attribut called calendar    the the attribute  calendar  exists    If no  we suppose that the calendar is gregorian calendar             if  where attnames EQ  calendar 0  NE  1 then BEGIN             ncdf_attget  cdfid  varid   calendar  value             value   string value              CASE value OF                noleap :key_caltype    noleap                 360d :key_caltype    360d                 greg :IF n_elements key_caltype  EQ 0 THEN key_caltype    greg                ELSE:BEGIN              notused   report Unknown calendar:  value  we use greg calendar                   key_caltype    greg                END             ENDCASE           ENDIF ELSE BEGIN          notused   report Unknown calendar  we use  key_caltype  calendar               IF n_elements key_caltype  EQ 0 THEN key_caltype    greg            ENDELSE     ATTENTION il faut recuperer l attribut calendar et ajuster time en   consequense        on passe time en jour julien d idl              unite   strlowcase unite            IF strpos unite   s  strlen unite 1  NE  1 THEN unite   strmid unite  0  strlen unite 1            IF strpos unite   julian_  NE  1 THEN unite   strmid unite  7            case unite of              second :time   julday debut 1  debut 2  debut 0 time 86400 d              hour :time   julday debut 1  debut 2  debut 0 time 24 d              day :time   julday debut 1  debut 2  debut 0 time              month :BEGIN                if total fix time  NE time  NE 0 then     we switch to days with 30d m                  time   julday debut 1  debut 2  debut 0 round time 30                  ELSE for t   0  n_elements time 1 DO                    time t    julday debut 1 time t  debut 2  debut 0              END              year :BEGIN               if total fix time  NE time  NE 0 then     we switch to days with 365d y                  time   julday debut 1  debut 2  debut 0 round time 365                  ELSE for t   0  n_elements time 1 do                    time t    julday debut 1  debut 2  debut 0 time t              END           ENDCASE     high frequency calendar: more than one element per day           IF max histogram long time time 0  GT 1 THEN fakecal   1 ELSE fakecal   0           date0fk   date2jul 19000101            IF keyword_set fakecal  THEN time   date0fk lindgen jpt              ELSE time   long time            ENDELSE       END     ENDCASE   ENDELSE     ncdf_close  cdfid     return   filename:fullname  time_counter:time  listvar:namevar                listgrid:strupcase listgrid  caltype:key_caltype                fakecal:date0fk fakecal  end");
+a[362] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/selectfile.html", "selectfile.pro", "", "  PRO selectfile_event  event       compile_opt idl2  strictarrsubs    common     widget_control  event id  get_uvalue   eventuvalue   default definition of messenger when selectfile_event is called   directly without calling xmanager   widget_control  event handler  get_uvalue   messenger    messenger    1    IF chkstru eventuvalue   name  EQ 0 THEN return    case eventuvalue name of   cancel button      Global Cancel :BEGIN        widget_control  event handler  get_uvalue   messenger        messenger    1       widget_control  event handler   destroy     END   data file informations      datafilename :BEGIN       widget_control  event id  get_value   filename       filename   isafile filename   filename 0  iodir   iodir   onlync  title    data file name        if size filename   type  NE 7 then BEGIN          widget_control  event id  set_value             return       ENDIF       widget_control  event id  set_value   filename     END      browse datafilename :BEGIN       filename   isafile iodir   iodir   onlync  title    data file name        if size filename   type  NE 7 then return       widget_control  widget_info event handler  find_by_uname    datafilename                            set_value   filename     END   switch automatic by and mesh definition buttons      gridload :BEGIN       IF event select EQ 1 THEN BEGIN          widget_control  widget_info event handler  find_by_uname    argtxt  set_value             widget_control  widget_info event handler  find_by_uname    kwdtxt  set_value             widget_control  widget_info event handler  find_by_uname    kwd base  sensitive   1         CASE event value OF            via initnetcdf :BEGIN             widget_control  widget_info event handler  find_by_uname    meshload  set_value    initncdf  editable   0             widget_control  widget_info event handler  find_by_uname    arg base  sensitive   0             widget_control  widget_info event handler  find_by_uname    kwdlab  set_value    initncdf keywords:            END            via perso :BEGIN             widget_control  widget_info event handler  find_by_uname    meshload  set_value     editable   1             widget_control  widget_info event handler  find_by_uname    arg base  sensitive   1             widget_control  widget_info event handler  find_by_uname    kwdlab  set_value    keywords of IDL procedure:            END          ENDCASE       ENDIF      END   name of the procedure or batch file      meshload :BEGIN       widget_control  event id  get_value   filename       filename    find filename 0   onlypro   firstfound 0        if filename EQ  NOT FOUND  then begin         widget_control  event id  set_value             return       endif        CASE protype filename  OF   this is a procedure          proc :BEGIN            widget_control  widget_info event handler  find_by_uname    arg base  sensitive   1           widget_control  widget_info event handler  find_by_uname    kwd base  sensitive   1           widget_control  widget_info event handler  find_by_uname    kwdlab  set_value   file_basename filename   pro  keywords:          END   this is a function  this case is not accepted          func :BEGIN            widget_control  event id  set_value               return         END   this is an IDL batch file          batch :BEGIN            widget_control  widget_info event handler  find_by_uname    arg base  sensitive   0           widget_control  widget_info event handler  find_by_uname    kwd base  sensitive   0           widget_control  widget_info event handler  find_by_uname    kwdlab  set_value    no keywords:          END       ENDCASE       widget_control  widget_info event handler  find_by_uname    argtxt  set_value           widget_control  widget_info event handler  find_by_uname    kwdtxt  set_value           widget_control  event id  set_value   file_basename filename   pro      END      browse meshload :BEGIN       filename   isafile iodir   homedir   onlypro  title    to load the grid file        if size filename   type  NE 7 then return       meshload_id   widget_info event handler  find_by_uname    meshload        widget_control  meshload_id  set_value   filename       selectfile_event   ID:meshload_id  TOP:event top  HANDLER:event handler      END    Lets Go  button      Lets Go :BEGIN       widget_control  widget_info event handler  find_by_uname    datafilename                            get_value   datafilename       datafilename   datafilename 0        IF datafilename EQ   THEN return       datafilename   isafile filename   datafilename  iodir   iodir   onlync  title    data file name        if size datafilename   type  NE 7 then BEGIN          widget_control  widget_info event handler  find_by_uname    datafilename                              set_value             return       ENDIF        widget_control  widget_info event handler  find_by_uname    gridload                            get_value   gridload       widget_control  widget_info event handler  find_by_uname    argtxt                            get_value   argtxt       argtxt   strtrim argtxt 0  2        IF strpos argtxt    EQ 0 THEN argtxt   strmid argtxt  1        widget_control  widget_info event handler  find_by_uname    kwdtxt                            get_value   kwdtxt       kwdtxt   strtrim kwdtxt 0  2        IF strpos kwdtxt    EQ 0 THEN kwdtxt   strmid kwdtxt  1         CASE gridload 0  OF          via perso :BEGIN           meshload_id   widget_info event handler  find_by_uname    meshload            widget_control  meshload_id  get_value   meshload           meshload   meshload 0            IF meshload EQ   THEN return           meshload    find meshload 0   onlypro   firstfound 0            if meshload EQ  NOT FOUND  then begin             widget_control  meshload_id  set_value                 return           endif          END           via initnetcdf :meshload   datafilename       ENDCASE       IF strlen argtxt  NE 0 THEN meshload   meshload         argtxt       IF strlen kwdtxt  NE 0 THEN meshload   meshload         kwdtxt       widget_control  event handler  get_uvalue   messenger        messenger   create_struct datafilename  datafilename   meshload  meshload        widget_control  event handler   destroy     END    endcase   return end   FUNCTION selectfile  datafilename  idlfile  argspro  _extra   ex       compile_opt idl2  strictarrsubs    common         pour recuperer les reponses possees lors de l utilisation de ce   widget on cree un pointeur que l on place dans la uvalue  Comme ca   une fois que le widget est detruit dans la procedure  event pro    la variable surlaquelle pointait le pointeur  contenue ds la uvalue   du widget  n est pas detruite est on peut recuperer le resultat      messenger   ptr_new allocate_heap    base   widget_base column  title    selectfile   align_center  uvalue   messenger  _EXTRA   ex    cancel button   dummyid   widget_button base  value    Cancel  uvalue    name: Global Cancel    data file informations   basea   widget_base base   row   align_center    dummyid   widget_label basea  value    Data file name:     database   widget_text basea  value     uvalue    name: datafilename                              uname    datafilename  xsize   45   EDITABLE    dummyid   widget_button basea  value    Browse  uvalue    name: browse datafilename    switch automatic by and mesh definition buttons   baseb   widget_base base   row   align_center    gdldid   cw_bgroup baseb   automatic grid construction with initncdf pro                                     grid construction with other IDL batch or procedure                             exclusive  set_value   0  uvalue    name: gridload                            uname    gridload  button_uvalue    via initnetcdf   via perso    name of the procedure or batch file   basec   widget_base base   row   align_center  uname    pro base    dummyid   widget_label basec  value    IDL batch file of procedure    basemeshload   widget_text basec  value    initncdf  uvalue    name: meshload                              uname    meshload  xsize   45  editable   0    dummyid   widget_button basec  value    Browse  uvalue    name: browse meshload    arguments informations   based   widget_base base   row   align_center  uname    arg base  sensitive   0    dummyid   widget_label based  value    procedure arguments    agrbase   widget_text based  value     uvalue    name: argtxt                              uname    argtxt  xsize   45   EDITABLE    keyword informations   basee   widget_base base   row   align_center  uname    kwd base    dummyid   widget_label basee  uname    kwdlab  value         keywords of initncdf:    dummyid   widget_text basee  value                                 uvalue    name: kwdtxt  uname    kwdtxt  xsize   45   EDITABLE     Lets Go  button   basego   widget_button base  value    Lets Go  uvalue    name: Lets Go       IF n_elements datafilename  NE 0 THEN BEGIN      widget_control  database  set_value   datafilename     selectfile_event   ID:database  TOP:base  HANDLER:base    ENDIF    IF n_elements idlfile  NE 0 THEN BEGIN      widget_control  basemeshload  set_value   idlfile     selectfile_event   ID:basemeshload  TOP:base  HANDLER:base      widget_control  basemeshload  get_value   idlfile2     IF idlfile2 0  NE   THEN widget_control  gdldid  set_value   1   ENDIF    IF n_elements argspro  NE 0 THEN widget_control  argbase  set_value   argspro     IF n_elements datafilename  EQ 0 THEN BEGIN      widget_control  base   realize     xmanager   selectfile  base  event_handler    selectfile_event  no_block   0   ENDIF ELSE selectfile_event   ID:basego  TOP:base  HANDLER:base      get back the information from selectfile_event   res    messenger   ptr_free  messenger   if size res   type  NE 8 then return   1    loadgrid  res meshload  _extra   ex    ccreadparameters    funclec_name: read_ncdf                jpidta:jpidta  jpjdta:jpjdta  jpkdta:jpkdta               ixmindta:ixmindta  ixmaxdta:ixmaxdta               iymindta:iymindta  iymaxdta:iymaxdta               izmindta:izmindta  izmaxdta:izmaxdta     res3   scanfile res datafilename  iodir   iodir  _extra   ex    if size res3   type  NE 8 then return    1    return   fileparameters:res3  readparameters:ccreadparameters  meshparameters:ccmeshparameters   end");
+a[363] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/singleclickaction.html", "singleclickaction.pro", "", "PRO singleclickaction  event     compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data  return      widget_control  event id  get_uvalue   uval   widget_control  event top  get_uvalue   top_uvalue   actionid   widget_info event top  find_by_uname    action    type   widget_info actionid   combobox_gettext    IF type NE  plt  THEN return   on active la bonne fenetre    widget_control  event id  get_value   win   wset  win   choix du type d action   case uval press of     1:BEGIN       coor    convert_coord uval x 0  uval y 0   device   to_data        x   coor 0        y   coor 1        help   x   y       oldgrid   vargrid       CASE strupcase vargrid  OF          T :vargrid    F           W :vargrid    F           U :vargrid    V           V :vargrid    U           F :vargrid    T        ENDCASE       grille   1  glam  gphi   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz       vargrid   oldgrid   define the corner of the cells in the clockwise direction       IF keyword_set key_periodic  AND nx EQ jpi THEN BEGIN         x1   glam  0:ny 2          y1   gphi  0:ny 2          x2   glam  1:ny 1          y2   gphi  1:ny 1          x3   shift glam  1:ny 1   1  0          y3   shift gphi  1:ny 1   1  0          x4   shift glam  0:ny 2   1  0          y4   shift gphi  0:ny 2   1  0        ENDIF ELSE BEGIN         x1   glam 0:nx 2  0:ny 2          y1   gphi 0:nx 2  0:ny 2          x2   glam 0:nx 2  1:ny 1          y2   gphi 0:nx 2  1:ny 1          x3   glam 1:nx 1  1:ny 1          y3   gphi 1:nx 1  1:ny 1          x4   glam 1:nx 1  0:ny 2          y4   gphi 1:nx 1  0:ny 2        ENDELSE       glam    1                   free memory       gphi    1                   free memory     What is the longitude        WHILE x GT  x range 1  DO x   x 360       WHILE x LT  x range 0  DO x   x 360       IF x GT  x range 1  THEN RETURN       IF y GT  y range 1  THEN RETURN       IF y LT  y range 0  THEN RETURN         cell   inquad x  y  x1  y1  x2  y2  x3  y3  x4  y4                         onsphere   key_onearth            x1    1                   free memory         y1    1                   free memory         x2    1                   free memory         y2    1                   free memory         x3    1                   free memory         y3    1                   free memory         x4    1                   free memory         y4    1                   free memory              IF cell 0  EQ  1 OR n_elements cell  GT 1 THEN RETURN               yy   cell 0 nx 1 key_periodic nx EQ jpi        xx   cell 0  MOD  nx 1 key_periodic nx EQ jpi          CASE strupcase vargrid  OF          T :BEGIN           xx   xx firstx 1           yy   yy firsty 1         END          W :BEGIN           xx   xx firstx 1           yy   yy firsty 1         END          U :BEGIN           xx   xx firstx           yy   yy firsty 1         END          V :BEGIN           xx   xx firstx 1           yy   yy firsty         END          F :BEGIN           xx   xx firstx           yy   yy firsty         END       ENDCASE         bad   where xx GE jpi        IF bad 0  NE  1 THEN BEGIN         xx bad    xx bad jpi         yy bad    yy bad 1       ENDIF       bad   where yy GE jpj        IF bad 0  NE  1 THEN stop         print  glamt xx  yy  gphit xx  yy          cmd    buildcmd event top  boxzoom   boxzoom        END     ELSE:   endcase    RETURN end");
+a[364] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre.html", "tracecadre.pro", "", "PRO tracecadre  small  out   out  erase   erase  fill   fill     determination de la colonne et de la ligne correspondant au small en   entree     compile_opt idl2  strictarrsubs      numdessin   small 2 1    numligne   numdessin small 0     numcolonne   numdessin numligne small 0    determination de poscadre    largeurcolonne   1 small 0     largeurligne   1 small 1     cadre    numcolonne largeurcolonne 1 numligne 1 largeurligne                   numcolonne 1 largeurcolonne  1 numligne largeurligne     decale   0 001    cadre   cadre decale decale decale decale     reinitplt     p position    0  0  1  1     IF keyword_set fill  then begin       polyfill   cadre 0  cadre 2  cadre 2  cadre 0  cadre 0              cadre 1  cadre 1  cadre 3  cadre 3  cadre 1  color   255   normal    ENDIF ELSE BEGIN       plot   cadre 0  cadre 2  cadre 2  cadre 0  cadre 0              cadre 1  cadre 1  cadre 3  cadre 3  cadre 1             xrange    0  1  yrange    0  1  linestyle   2 keyword_set out              noerase   normal  thick   2  color   0 255 keyword_set erase     ENDELSE      return end");
+a[365] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/updatewidget.html", "updatewidget.pro", "", "PRO updatewidget  base  NOBOXZOOM   noboxzoom  NODATES   nodates  NOTYPE   notype       compile_opt idl2  strictarrsubs      widget_control base  get_uvalue   top_uvalue    smallin   extractatt top_uvalue   smallin     numdessinin   smallin 2 1        widget_control  base  update   0     date1 et date2      if keyword_set nodates  then begin       date1   0       date2   0     ENDIF ELSE BEGIN        dates    extractatt top_uvalue   dates  numdessinin        date1   dates 0    date2   dates 1     ENDELSE     domain      boxzoom    extractatt top_uvalue   domaines  numdessinin     if total boxzoom  EQ 0 then boxzoom    1    if keyword_set noboxzoom  then boxzoom   0     varinfo: filename   namevar      varinfo    extractatt top_uvalue   varinfo  numdessinin     filename   varinfo 0    nomvar   varinfo 1       if filename NE   OR nomvar NE   THEN BEGIN       changefile  base  filename  fieldname   nomvar  BOXZOOM   boxzoom  DATE1   date1  DATE2   date2    ENDIF ELSE BEGIN       if date1 NE 0 then begin          date1id   widget_info base  find_by_uname    calendar1           widget_control  date1id  set_value   date1       endif       if date2 NE 0 then begin          date2id   widget_info base  find_by_uname    calendar2           widget_control  date2id  set_value   date2       endif       if keyword_set boxzoom  then BEGIN           domainid   widget_info base  find_by_uname    domain           widget_control  domainid  set_value   boxzoom       endif    ENDELSE     exextra      if n_elements extractatt top_uvalue   exextra numdessinin  NE 0 then begin       exextra    extractatt top_uvalue   exextra numdessinin        specifieid   widget_info base find_by_uname    specifie        widget_control  specifieid  set_value   exextra    endif     text command      txtcmd    extractatt top_uvalue    txtcmd numdessinin     if txtcmd NE   then begin       txtcmdid   widget_info base  find_by_uname    txtcmd        widget_control  txtcmdid  set_value   txtcmd    endif     graphtype         if NOT keyword_set notype  then BEGIN       graphtype    extractatt top_uvalue   types numdessinin        if graphtype NE   then begin          actionid   widget_info base find_by_uname    action           widget_control  actionid  get_value   action_value          widget_control  actionid  set_combobox_select    where action_value EQ graphtype 0        endif    endif      widget_control  base  update   1        return end");
+a[366] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/xcreateanim.html", "xcreateanim.pro", "", "pro xcreateanim_event  event      compile_opt idl2  strictarrsubs    common   on recupere les aguments contenus ds le widget   if tag_names event   structure_name  NE  WIDGET_BUTTON  then return   widget_control  event id  get_uvalue   uval   if n_elements uval  EQ 0 then return   if uval EQ  cancel  then begin     widget_control  event top   destroy     return   ENDIF   on va ecrire l animation      widget_control  event top  get_uvalue   local_uvalue   widget_control  local_uvalue parent  get_uvalue   top_uvalue     calendar    extractatt top_uvalue   fileparameters local_uvalue indexfile time_counter   key_caltype    extractatt top_uvalue   fileparameters local_uvalue indexfile caltype   fakecal    extractatt top_uvalue   fileparameters local_uvalue indexfile fakecal     widget_control  widget_info event top  find_by_uname    Filename                        get_value   nomfic   nomfic   nomfic 0      widget_control  widget_info event top  find_by_uname    directorie                        get_value   animdir   animdir   animdir 0      widget_control  widget_info event top  find_by_uname    debut                        get_value   vdate1   index1   where calendar eq date2jul vdate1    index1   index1 0     if index1 EQ  1 then return     widget_control  widget_info event handler  find_by_uname    fin                        get_value   vdate2   index2   where calendar eq date2jul vdate2    index2   index2 0     if index2 EQ  1 OR index2 LE index1 then return   on detruit le widget avant de creer le fichier  ps   widget_control  event top   destroy     creation de la routine qui nous serviera pour faire le dessin     on recupere la liste des instructions   globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme   createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                   KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript  DATE1IN   date1in  DATE2IN   date2in     creation du fichier       recupere le nombre d octets surlequel on code la palette   device  get_visual_depth   depth   taille de l image  en nombre de pixel:   xsize    d x_size   ysize    d y_size     on verifie que le nom du fichier termine bien par  gif   if strpos nomfic   gif  EQ  1 then nomfic   nomfic gif     current_window    d window   window   free   pixmap  xsize   xsize  ysize   ysize     indication du numero de l image que l on est en train de creer   base   widget_base    sliderid   widget_slider base  minimum   1  maximum   index2 index1 1  value   1                                title    image number:     widget_control  base   realize     commencement du fichier gif  ecriture d une image vide    IF keyword_set fakecal  THEN date   index1 ELSE date   jul2date calendar index1    xxx2ps   noerase  date1in   date  date2in   date       image   tvrd true   depth GT 8    If an 8 bit image was read  reduce the number of colors   if depth le 8 then begin     tvlct  red  green  blue   get     reduce_colors  image  index     red   red index      green   green index      blue   blue index    endif                 if depth gt 8 then     Convert 24 bit image to 8 bit   image   color_quan image  1  red  green  blue  colors   256  get_translation   translation   map_all        write_gif  animdir nomfic  image  red  green  blue   multiple   wdelete   d window     boucle de creation et d ecriture ds le fichier      IF index2 GT index1 THEN BEGIN     FOR ind   index1 1  index2 do BEGIN         widget_control  sliderid  set_value   ind index1 1   on bouge le slider         window   free   pixmap  xsize   xsize  ysize   ysize       IF keyword_set fakecal  THEN date   ind ELSE date   jul2date calendar ind        xxx2ps   noerase  date1   date  date2   date               image   tvrd true   depth GT 8          if depth gt 8 then           image   color_quan image  1  aaa  bbb  ccc  colors   256  translation   translation            write_gif  animdir nomfic  image  red  green  blue   multiple       wdelete   d window     ENDFOR   ENDIF    on met une derniere image blanche   window   free   pixmap  xsize   xsize  ysize   ysize   reinitplt   plot    0    0   nodata   image   tvrd true   depth GT 8      if depth gt 8 then       image   color_quan image  1  aaa  bbb  ccc  colors   256  translation   translation        write_gif  animdir nomfic  image  red  green  blue   multiple   wdelete   d window   fermeture du fichier   write_gif  animdir nomfic   close    widget_control  base   destroy    rebascule en mode  normal    thisOS   strupcase strmid version os_family  0  3      wset  current_window    si on est sous x on essaie de lancer xanim     if thisOS NE  MAC  AND thisOS NE  WIN  then begin     spawn   which xanim  result     if strpos result 0   xanim  EQ strlen result 0 5 then spawn   xanim  animdir nomfic      endif        return end   PRO xcreateanim  parent     compile_opt idl2  strictarrsubs    common      widget_control  parent  get_uvalue   top_uvalue     on va s assurer que toutes les procedures de sont pas pltt      procedures   extractatt top_uvalue   nameprocedures     if total procedures EQ  pltt  NE 0 then begin       nothing   report Certains des plots ont un axe se rapportant au temps   C Animation impossible   error        return    ENDIF     on va s assurer que toutes les figures ont le meme calendrier       filelist   extractatt top_uvalue    filelist     filenames    extractatt top_uvalue    varinfo 0       filenames   reform filenames     filenames   filenames uniq filenames  sort filenames     if strtrim filenames 0  1  EQ   then filenames   filenames 1:n_elements filenames 1     indexfile    where filelist EQ filenames 0 0     calendar    extractatt top_uvalue   fileparameters indexfile time_counter      key_caltype    extractatt top_uvalue   fileparameters indexfile caltype    fakecal    extractatt top_uvalue   fileparameters indexfile fakecal    if n_elements filenames  GT 1 then begin       for i   1  n_elements filenames 1 do begin          indexfilebis    where filelist EQ filenames i 0           calendarbis    extractatt top_uvalue   fileparameters indexfilebis time_counter          if n_elements calendarbis  NE n_elements calendar   then begin             nothing   report Les diffrents plots n utilisent pas le meme calendrier   C Animation impossible   error              return          ENDIF          if total calendar NE calendarbis  NE 0 then begin             nothing   report Les diffrents plots n utilisent pas le meme calendrier   C Animation impossible   error              return          endif       endfor    endif     c est possible de faire une animation        base   widget_base column  title    animation creation  uvalue    parent:parent  indexfile:indexfile        rien   widget_label base  value    animation name     rien   widget_text base value anim_idl gif  uname Filename   editable     rien   widget_label base  value    animation directory     if n_elements animdir  EQ 0 then cd  current   animdir    rien   widget_text base value animdir  uname directorie   editable     rien   widget_label base  value    starting date     rien   cw_calendar base  calendar  calendar 0                            FAKECAL   fakecal  uname    debut  uvalue    name: calendar   frame     rien   widget_label base  value    ending date     rien   cw_calendar base  calendar  calendar n_elements calendar 1                            FAKECAL   fakecal  uname    fin  uvalue    name: calendar   frame     rien   widget_button base value OK  uvalue    ok     rien   widget_button base value Cancel  uvalue    cancel       widget_control base realize    xmanager xcreateanim  base   no_block        return end");
+a[367] = new Array("./ToBeReviewed/WIDGET/AUTOUR_de_XXX/xxxmenubar_event.html", "xxxmenubar_event.pro", "", "  PRO xxxmenubar_event  event     compile_opt idl2  strictarrsubs    common     case event value of      Open  :begin        oldmeshparams   ccmeshparameters       newfile   selectfile        if size newfile   type  NE 8 then return       widget_control  event top   hourglass       widget_control  event top  update   0       widget_control  event top  get_uvalue   top_uvalue   on s occupe de filelist       filelist   extractatt top_uvalue   filelist        filelist    filelist  newfile fileparameters filename        currentfile   n_elements filelist 1   on update le widget       filelistid   widget_info event top  find_by_uname    filelist        widget_control  filelistid  combobox_additem   file_basename newfile fileparameters filename        widget_control  filelistid  set_combobox_select   currentfile   on update les elements filelist et currentfile de la top_uvalue        top_uvalue 1  findline top_uvalue   filelist    filelist       oldfile    top_uvalue 1  findline top_uvalue   currentfile         top_uvalue 1  findline top_uvalue   currentfile    currentfile   on s occupe du nom de la variable       vlstid   widget_info event top  find_by_uname    varlist    quel etait le champ selectionne   on le reselectionne         fieldname   widget_info vlstid   combobox_gettext        index   where newfile fileparameters listvar EQ fieldname         widget_control  vlstid  set_value   newfile fileparameters listvar       widget_control  vlstid  set_combobox_select   0   index 0    on s occupe du calendrier       key_caltype   newfile fileparameters caltype       date1id   widget_info event top  find_by_uname    calendar1        widget_control  date1id  get_value   date1       widget_control  date1id   destroy       jdate1   jul2date date1        if  where newfile fileparameters time_counter EQ jdate1 0  EQ  1         then jdate1   newfile fileparameters time_counter 0        date2id   widget_info event top  find_by_uname    calendar2        widget_control  date2id  get_value   date2       widget_control  date2id   destroy       jdate2   jul2date date2        if  where newfile fileparameters time_counter EQ jdate2 0  EQ  1 then jdate2   jdate1       basecal   widget_info event top  find_by_uname    basecal        fakecal   newfile fileparameters fakecal       rien   cw_calendar basecal  newfile fileparameters time_counter  jdate1  uname    calendar1                               FAKECAL   fakecal  uvalue    name: calendar1   frame        rien   cw_calendar basecal  newfile fileparameters time_counter  jdate2  uname    calendar2                               FAKECAL   fakecal  uvalue    name: calendar2   frame    on update les elements fileparameters  readparameters et meshparameters de la top_uvalue       newfileparameters   ptrarr currentfile 1   allocate_heap        FOR i   0  currentfile 1 DO             newfileparameters i     extractatt top_uvalue   fileparameters i         newfileparameters currentfile    newfile fileparameters       ptr_free  extractatt top_uvalue   fileparameters         top_uvalue 1  findline top_uvalue   fileparameters    newfileparameters         newreadparameters   ptrarr currentfile 1   allocate_heap        FOR i   0  currentfile 1 DO             newreadparameters i     extractatt top_uvalue   readparameters i         newreadparameters currentfile    newfile readparameters       ptr_free  extractatt top_uvalue   readparameters         top_uvalue 1  findline top_uvalue   readparameters    newreadparameters         newmeshparameters   ptrarr currentfile 1   allocate_heap        FOR i   0  currentfile 1 DO             newmeshparameters i     extractatt top_uvalue   meshparameters i         newmeshparameters currentfile    newfile meshparameters       ptr_free  extractatt top_uvalue   meshparameters         top_uvalue 1  findline top_uvalue   meshparameters    newmeshparameters   on actualise le widget        if cmpgrid oldmeshparams  then BEGIN         domainid   widget_info event top  find_by_uname    domain          widget_control  domainid  set_value    1       endif       widget_control  event top  update   1     end      New xxx  :BEGIN       widget_control  event top  get_uvalue   top_uvalue       extra   extractatt top_uvalue   extra        xxx  CALLERWIDID   event top  _extra   extra     end      Quit :begin        widget_control  event top  get_uvalue   top_uvalue       ptr_free  extractatt top_uvalue   exextra        ptr_free  extractatt top_uvalue   fileparameters        ptr_free  extractatt top_uvalue   readparameters        ptr_free  extractatt top_uvalue   meshparameters        ptr_free  top_uvalue       widget_control  event top   destroy  on ferme le widget     end      PostScript  :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save as postscript in demo mode          return       ENDIF       widget_control  event top  get_uvalue   top_uvalue   on recupere la liste des instructions       globalcommand   extractatt top_uvalue   globalcommand         for i   0  n_elements globalcommand 1 do print  globalcommand i    on complete par le premiere et les dernieres lignes du programme       createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                       KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript                       PORTRAIT   portrait  LANDSCAPE   landscape                       DATE1IN   date1in  DATE2IN   date2in                        POSTSCRIPT     END      Animated gif  :begin        IF float strmid version release 0 3  GE 6 2 THEN xcreateanim  event top     end      Gif  :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save as an image in demo mode          return       ENDIF       widget_control  event top  get_uvalue   top_uvalue       smallin   extractatt top_uvalue   smallin        numdessinin   smallin 2 1       smallout   extractatt top_uvalue   smallout        numdessinout   smallout 2 1       tracecadre  smallin   erase       tracecadre  smallout   erase       filename   xquestion dans quelle fichier gif voulez vous sauver  C l ecran de xxx   xxx_image gif        if rstrpos filename   gif  NE strlen filename 4 then filename   filename gif        filename   isafile file   filename  io   imagedir   new        saveimage  filename   quiet     end      IDL procedure :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save as a idl program file in demo mode          return       ENDIF   on recupere le nom du fichier       filename   xquestion dans quelle procedure IDL voulez vous sauver  C la realisation de ce graph   xxx_figure pro    on le complete par un  pro       if rstrpos filename   pro  NE strlen filename 4 then filename   filename pro        filename   isafile file   filename  io   homedir   new        widget_control  event top  get_uvalue   top_uvalue   portrait ou landscape         options   extractatt top_uvalue   options           optionsflag   extractatt top_uvalue   optionsflag        portrait    optionsflag where options EQ  Portrait Landscape  0 0    on lit les commandes pour faire un plot       globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme       thisOS   strupcase strmid version os_family  0  3        CASE thisOS of          MAC :sep    :           WIN :sep             ELSE:sep           ENDCASE       poslastsep   rstrpos filename  sep        proname   strmid filename  poslastsep 1  strlen filename poslastsep 1 4        globalcommand    pro  proname  NOERASE   noerase  POSTSCRIPT   postscript  PORTRAIT   portrait  LANDSCAPE   landscape  DATE1IN   date1in  DATE2IN   date2in  _extra   ex                                                                 globalcommand                                                            return                              end    on les ecrit dans un programme       putfile  filename  globalcommand     END      RESTORE kwd of xxx :BEGIN       IF lmgr demo  EQ 1 THEN BEGIN         dummy   report impossible to save the widget in demo mode          return       ENDIF   on recupere le nom du fichier       filename   xquestion dans quel fichier bianire voulez vous sauver le widget    xxx_widget dat    on le complete par un  dat       if rstrpos filename   dat  NE strlen filename 4 then filename   filename dat        filename   isafile file   filename  io   homedir   new          widget_control  event top  get_uvalue   uvalue       widget_control  extractatt uvalue   graphid  get_value   win       wshow  win       wset  win       image   tvrd true        save  uvalue  image  filename   filename     END      Print to prompt :BEGIN       commande   getfile myuniquetmpdir    xxx_oneplot pro        for i   0   n_elements commande 1 do print  commande i      end     Portrait Landscape  :begin        widget_control  event top  get_uvalue   top_uvalue       options   extractatt top_uvalue   options        index   where options EQ  Portrait Landscape    index   index 0        optionsflag   extractatt top_uvalue   optionsflag        key_portrait   1 optionsflag index  0         top_uvalue 1  findline top_uvalue   optionsflag index      key_portrait   fenetre separee ou fenetre collee au widget         if widget_info event top  find_by_uname    graph  EQ 0 then BEGIN   on tue la fenetre         graphid   extractatt top_uvalue   graphid          widget_control  widget_info graphid   parent   destroy   on la recree         basegraph   widget_base title    xxx window   group_leader   event top  uvalue   event top   uname    basegraph          windsize   givewindowsize          graphid   widget_draw basegraph  uname    graph                                    uvalue    name: graph  press:0  click:0  x: 0  0  y: 0  0                                     button_events  retain   2                                   xsize   windsize 0  ysize   windsize 1          widget_control  basegraph   realize         xmanager   xxx  basegraph   no_block   on redessine ce qu il y avait dedans   on recupere la liste des instructions         globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme         createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                         KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript  PORTRAIT   portrait  LANDSCAPE   landscape                         KWDUSED      noerase  PORTRAIT   portrait    on reattribue l element graphid de la top_uvalue          top_uvalue 1  findline top_uvalue   graphid    graphid       ENDIF ELSE BEGIN         extra   extractatt top_uvalue   extra          xxx  CALLERWIDID   event top   redraw  _extra   extra         widget_control  event top   destroy  on ferme le widget       ENDELSE     end      Overlay  :begin        widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Overlay    on change le flag sur Longitude   x index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag     end      Vecteur :BEGIN       widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Vecteur    on change le flag sur Longitude   x index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag     end      Longitude   x index :BEGIN       widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Longitude   x index    on change le flag sur Longitude   x index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag   maintenant on va changer les sliders definissant la boxzoom       domainid   widget_info event top  find_by_uname    domain        boxzoom    extractatt top_uvalue   domaines  numdessinin    on veut retrouver le type de grille qui est utilisee       currentfile   extractatt top_uvalue   currentfile        listgrid    extractatt top_uvalue   fileparameters currentfile listgrid       listvar    extractatt top_uvalue   fileparameters currentfile listvar       vlstid   widget_info event top  find_by_uname    varlist        namevar   widget_info vlstid   combobox_gettext        indexvar   where listvar EQ namevar        vargrid   strupcase listgrid indexvar        if flag EQ 0 then BEGIN     longitudes   on fait un domdef pour retrouver le lon1 lon2 correspondant a la   boxzoom definie sur le widget           domdef  boxzoom  gridtype   vargrid   xindex                     yindex    flags where options EQ  Latitude   y index  numdessinin 0          widget_control  domainid  set_value    lon1  lon2  boxzoom 2:3        ENDIF ELSE BEGIN            xindex   maintenant ion veut retrouver firstx  lastx correspondant a la   boxzoom definie sur le widget          domdef  boxzoom  gridtype   vargrid                     yindex    flags where options EQ  Latitude   y index  numdessinin 0          grille   1   1   1   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz         widget_control  domainid  set_value    firstx  lastx  boxzoom 2:3        ENDELSE   on met a jour la top_uvalue       widget_control  domainid  get_value   boxzoom        top_uvalue 1  findline top_uvalue   domaines  numdessinin    boxzoom     end      Latitude   y index :begin        widget_control  event top  get_uvalue   top_uvalue       numdessinin    extractatt top_uvalue   smallin 2 1       options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        index   where options EQ  Latitude   y index    on change le flag sur Latitude   y index       flag   1 flags index  numdessinin    flag   flag 0    on le reeatribue        top_uvalue 1  findline top_uvalue   optionsflag index  numdessinin    flag   maintenant on va changer les sliders definissant la boxzoom       domainid   widget_info event top  find_by_uname    domain        boxzoom    extractatt top_uvalue   domaines  numdessinin    on veut retrouver le type de grille qui est utilisee       currentfile   extractatt top_uvalue   currentfile        listgrid    extractatt top_uvalue   fileparameters currentfile listgrid       listvar    extractatt top_uvalue   fileparameters currentfile listvar       vlstid   widget_info event top  find_by_uname    varlist        namevar   widget_info vlstid   combobox_gettext        indexvar   where listvar EQ namevar        vargrid   strupcase listgrid indexvar        if flag EQ 0 then BEGIN     latitudes   on fait un domdef pour retrouver le lat1 lat2 correspondant a la   boxzoom definie sur le widget           domdef  boxzoom  gridtype   vargrid   yindex                     xindex    flags where options EQ  Longitude   x index  numdessinin 0          widget_control  domainid  set_value    boxzoom 0:1  lat1  lat2        ENDIF ELSE BEGIN            yindex   maintenant ion veut retrouver firsty  lasty correspondant a la   boxzoom definie sur le widget          domdef  boxzoom  gridtype   vargrid                     xindex    flags where options EQ  Longitude   x index  numdessinin 0          grille   1   1   1   1  nx  ny  nz  firstx  firsty  firstz  lastx  lasty  lastz         widget_control  domainid  set_value    boxzoom 0:1  firsty  lasty        ENDELSE   on met a jour la top_uvalue       widget_control  domainid  get_value   boxzoom        top_uvalue 1  findline top_uvalue   domaines  numdessinin    boxzoom     END   endcase   return end");
+a[368] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_bgroup.html", "cw_bgroup.pro", "", "   Id: cw_bgroup pro 69 2006 05 11 10:35:53Z smasson       Copyright  c  1992 2005  Research Systems  Inc   All rights reserved      Unauthorized reproduction prohibited      NAME:     CW_BGROUP     PURPOSE:     CW_BGROUP is a compound widget that simplifies creating     a base of buttons  It handles the details of creating the     proper base  standard  exclusive  or non exclusive  and filling     in the desired buttons  Events for the individual buttons are     handled transparently  and a CW_BGROUP event returned  This     event can return any one of the following:           The Index of the button within the base            The widget ID of the button            The name of the button            An arbitrary value taken from an array of User values      CATEGORY:     Compound widgets      CALLING SEQUENCE:         Widget   CW_BGROUP Parent  Names        To get or set the value of a CW_BGROUP  use the GET_VALUE and     SET_VALUE keywords to WIDGET_CONTROL  The value of a CW_BGROUP     is:                     Type        Value                   normal      None         exclusive       Index of currently set button         non exclusive   Vector indicating the position                 of each button  1 set  0 unset                  INPUTS:         Parent:     The ID of the parent widget      Names:      A string array  containing one string per button              giving the name of each button      KEYWORD PARAMETERS:       BUTTON_UVALUE:  An array of user values to be associated with             each button and returned in the event structure      COLUMN:     Buttons will be arranged in the number of columns             specified by this keyword      EVENT_FUNCT:    The name of an optional user supplied event function             for buttons  This function is called with the return             value structure whenever a button is pressed  and             follows the conventions for user written event             functions      EXCLUSIVE:  Buttons will be placed in an exclusive base  with             only one button allowed to be selected at a time      FONT:       The name of the font to be used for the button             titles  If this keyword is not specified  the default             font is used      FRAME:      Specifies the width of the frame to be drawn around             the base      IDS:        A named variable into which the button IDs will be             stored  as a longword vector      LABEL_LEFT: Creates a text label to the left of the buttons      LABEL_TOP:  Creates a text label above the buttons      MAP:        If set  the base will be mapped when the widget             is realized  the default      NONEXCLUSIVE:   Buttons will be placed in an non exclusive base              The buttons will be independent      NO_RELEASE: If set  button release events will not be returned      RETURN_ID:  If set  the VALUE field of returned events will be             the widget ID of the button      RETURN_INDEX:   If set  the VALUE field of returned events will be             the zero based index of the button within the base              THIS IS THE DEFAULT      RETURN_NAME:    If set  the VALUE field of returned events will be             the name of the button within the base      ROW:        Buttons will be arranged in the number of rows             specified by this keyword      SCROLL:     If set  the base will include scroll bars to allow             viewing a large base through a smaller viewport      SET_VALUE:  The initial value of the buttons  This is equivalent             to the later statement:               WIDGET_CONTROL  widget  set_value value       SPACE:      The space  in pixels  to be left around the edges             of a row or column major base  This keyword is             ignored if EXCLUSIVE or NONEXCLUSIVE are specified      UVALUE:     The user value to be associated with the widget      UNAME:      The user name to be associated with the widget      XOFFSET:    The X offset of the widget relative to its parent      XPAD:       The horizontal space  in pixels  between children             of a row or column major base  Ignored if EXCLUSIVE             or NONEXCLUSIVE are specified      XSIZE:      The width of the base      X_SCROLL_SIZE:  The width of the viewport if SCROLL is specified      YOFFSET:    The Y offset of the widget relative to its parent      YPAD:       The vertical space  in pixels  between children of             a row or column major base  Ignored if EXCLUSIVE             or NONEXCLUSIVE are specified      YSIZE:      The height of the base      Y_SCROLL_SIZE:  The height of the viewport if SCROLL is specified      OUTPUTS:         The ID of the created widget is returned      SIDE EFFECTS:     This widget generates event structures with the following definition:           event     ID:0L  TOP:0L  HANDLER:0L  SELECT:0  VALUE:0         The SELECT field is passed through from the button event  VALUE is     either the INDEX  ID  NAME  or BUTTON_UVALUE of the button      depending on how the widget was created      RESTRICTIONS:     Only buttons with textual names are handled by this widget      Bitmaps are not understood      MODIFICATION HISTORY:     15 June 1992  AB     7 April 1993  AB  Removed state caching      6 Oct  1994  KDB  Font keyword is not applied to the label          10 FEB 1995  DJC  fixed bad bug in event procedure  getting                           id of stash widget      11 April 1995  AB Removed Motif special cases      pro CW_BGROUP_SETV  id  value   compile_opt hidden  idl2  strictarrsubs    ON_ERROR  2                        return to caller    stash   WIDGET_INFO id   CHILD    WIDGET_CONTROL  stash  GET_UVALUE state   NO_COPY    case state type of     0: message unable to set plain button group value      1: begin       WIDGET_CONTROL  SET_BUTTON 0  state ids state excl_pos        state excl_pos   value       WIDGET_CONTROL   SET_BUTTON  state ids value      end     2: begin       n   n_elements value 1       for i   0  n do begin         state nonexcl_curpos i    value i          WIDGET_CONTROL  state ids i  SET_BUTTON value i        endfor     end   endcase    WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY end    function CW_BGROUP_GETV  id  value    compile_opt hidden  idl2  strictarrsubs   ON_ERROR  2                        return to caller    stash   WIDGET_INFO id   CHILD    WIDGET_CONTROL  stash  GET_UVALUE state   NO_COPY    case state type of     0: message   unable to get plain button group value       1: ret   state excl_pos     1: ret   state ret_arr state excl_pos       2: ret   state nonexcl_curpos     2: BEGIN        index   where state nonexcl_curpos NE 0        if index 0  EQ  1 then begin         if size state ret_arr   type  EQ 7 then ret     ELSE ret    1       ENDIF ELSE ret   state ret_arr index      END   endcase      WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY    return  ret  end    function CW_BGROUP_EVENT  ev   compile_opt hidden  idl2  strictarrsubs   WIDGET_CONTROL  ev handler  GET_UVALUE stash   WIDGET_CONTROL  stash  GET_UVALUE state   NO_COPY   WIDGET_CONTROL  ev id  get_uvalue uvalue    ret   1            Assume we return a struct   case state type of     0:     1: if  ev select eq 1  then begin       state excl_pos   uvalue     ENDIF else begin       if  state no_release ne 0  then ret   0     ENDELSE     2: begin         Keep track of the current state       state nonexcl_curpos uvalue    ev select           if  state no_release ne 0  and  ev select eq 0  then ret   0     end   endcase    if ret then begin      Return a struct        ret     ID:state base  TOP:ev top  HANDLER:0L  SELECT:ev select               VALUE:state ret_arr uvalue          efun   state efun       WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY       if efun ne   then return  CALL_FUNCTION efun  ret          else return  ret   endif else begin       Trash the event       WIDGET_CONTROL  stash  SET_UVALUE state   NO_COPY       return  0   endelse end        function CW_BGROUP  parent  names        BUTTON_UVALUE   button_uvalue  COLUMN column  EVENT_FUNCT   efun        EXCLUSIVE excl  FONT font  FRAME frame  IDS ids  LABEL_TOP label_top        LABEL_LEFT label_left  MAP map        NONEXCLUSIVE nonexcl  NO_RELEASE no_release  RETURN_ID return_id        RETURN_INDEX return_index  RETURN_NAME return_name        ROW row  SCROLL scroll  SET_VALUE sval  SPACE space        TAB_MODE tab_mode  UVALUE uvalue        XOFFSET xoffset  XPAD xpad  XSIZE xsize  X_SCROLL_SIZE x_scroll_size      YOFFSET yoffset  YPAD ypad  YSIZE ysize  Y_SCROLL_SIZE y_scroll_size        UNAME uname     IF  N_PARAMS  ne 2  THEN MESSAGE   Incorrect number of arguments     ON_ERROR  2                        return to caller      Set default values for the keywords   version   WIDGET_INFO version    if  version toolkit eq  OLIT  then def_space_pad   4 else def_space_pad   3   IF  N_ELEMENTS column  eq 0       then column   0   IF  N_ELEMENTS excl  eq 0         then excl   0   IF  N_ELEMENTS frame  eq 0        then frame   0   IF  N_ELEMENTS map  eq 0      then map 1   IF  N_ELEMENTS nonexcl  eq 0      then nonexcl   0   IF  N_ELEMENTS no_release  eq 0   then no_release   0   IF  N_ELEMENTS row  eq 0      then row   0   IF  N_ELEMENTS scroll  eq 0       then scroll   0   IF  N_ELEMENTS space  eq 0        then space   def_space_pad   IF  N_ELEMENTS uname  eq 0       then uname    CW_BGROUP_UNAME    IF  N_ELEMENTS uvalue  eq 0       then uvalue   0   IF  N_ELEMENTS xoffset  eq 0      then xoffset 0   IF  N_ELEMENTS xpad  eq 0         then xpad   def_space_pad   IF  N_ELEMENTS xsize  eq 0        then xsize   0   IF  N_ELEMENTS x_scroll_size  eq 0    then x_scroll_size   0   IF  N_ELEMENTS yoffset  eq 0      then yoffset 0   IF  N_ELEMENTS ypad  eq 0         then ypad   def_space_pad   IF  N_ELEMENTS ysize  eq 0        then ysize   0   IF  N_ELEMENTS y_scroll_size  eq 0    then y_scroll_size   0       top_base   0L   if  n_elements label_top  ne 0  then begin     next_base   WIDGET_BASE parent  XOFFSET xoffset  YOFFSET yoffset   COLUMN      if keyword_set font then          junk   WIDGET_LABEL next_base  value label_top font font        else    junk   WIDGET_LABEL next_base  value label_top      top_base   next_base   endif else next_base   parent    if  n_elements label_left  ne 0  then begin     next_base   WIDGET_BASE next_base  XOFFSET xoffset  YOFFSET yoffset   ROW      if keyword_set font then          junk   WIDGET_LABEL next_base  value label_left  font font        else junk   WIDGET_LABEL next_base  value label_left      if  top_base eq 0L  then top_base   next_base   endif     We need some kind of outer base to hold the users UVALUE   if  top_base eq 0L  then begin     top_base   WIDGET_BASE parent  XOFFSET xoffset  YOFFSET yoffset      next_base   top_base   endif   If  top_base EQ next_base  THEN        next_base   WIDGET_BASE top_base  Xpad 1  Ypad 1  Space 1       Set top level base attributes   WIDGET_CONTROL  top_base  MAP map        FUNC_GET_VALUE CW_BGROUP_GETV  PRO_SET_VALUE CW_BGROUP_SETV        SET_UVALUE uvalue  SET_UNAME uname      Tabbing   if  n_elements tab_mode  ne 0  then begin     WIDGET_CONTROL  top_base  TAB_MODE tab_mode     WIDGET_CONTROL  next_base  TAB_MODE tab_mode   end      The actual button holding base   base   WIDGET_BASE next_base  COLUMN column  EXCLUSIVE excl  FRAME frame        NONEXCLUSIVE nonexcl  ROW row  SCROLL scroll  SPACE space        XPAD xpad  XSIZE xsize  X_SCROLL_SIZE x_scroll_size        YPAD ypad  YSIZE ysize  Y_SCROLL_SIZE y_scroll_size        EVENT_FUNC CW_BGROUP_EVENT        UVALUE WIDGET_INFO top_base   child      n   n_elements names    ids   lonarr n    for i   0  n 1 do begin     if  n_elements font  eq 0  then begin       ids i    WIDGET_BUTTON base  value names i  UVALUE i          UNAME uname _BUTTON STRTRIM i 2      endif else begin       ids i    WIDGET_BUTTON base  value names i  FONT font          UVALUE i  UNAME uname _BUTTON STRTRIM i 2      endelse   endfor      Keep the state info in the real  inner  base UVALUE      Pick an event value type:     0   Return ID     1   Return INDEX     2   Return NAME   ret_type   1   if KEYWORD_SET RETURN_ID  then ret_type   0   if KEYWORD_SET RETURN_NAME  then ret_type   2   if KEYWORD_SET BUTTON_UVALUE  then ret_type   3     case ret_type of       0: ret_arr   ids       1: ret_arr   indgen n        2: ret_arr   names       3: ret_arr   button_uvalue     endcase   type   0   if  excl ne 0  then type   1    if  nonexcl ne 0  then type   2   if n_elements efun  le 0 then efun       state     type:type         0 Standard  1 Exclusive  2 Non exclusive         base: top_base        cw_bgroup base          ret_arr:ret_arr       Vector of event values         efun : efun       Name of event fcn         nonexcl_curpos:intarr n      If non exclus  tracks state         excl_pos:0                If exclusive  current button         ids:ids               Ids of buttons         no_release:no_release     WIDGET_CONTROL  WIDGET_INFO top_base   CHILD  SET_UVALUE state   NO_COPY    if  n_elements sval  ne 0  then CW_BGROUP_SETV  top_base  sval    return  top_base END");
+a[369] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_calendar.html", "cw_calendar.pro", "", "  IDL  testwid julday 1 1 1980 lindgen 100 5     PRO testwid_event  event       ComboboxId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          set :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value   value         END          get :BEGIN             widget_control  ComboboxId  get_value   value            help   value   struct         END         ELSE:      endcase      return   end   PRO testwid  calendar  date0  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_calendar base calendar  date0  _extra   ex  uname    c est lui  uvalue    c est lui      print   cw_calendar ID   nothing          nothing   widget_label base  value    end of the test        nothing   widget_text base  value   string calendar 0  uvalue    set   editable        nothing   widget_button base  value    get  uvalue    get        nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   END       PRO cw_calendar_set_value  id  value     compile_opt strictarr  strictarrsubs       cm_4cal   get back the calendar and its related informations   winfo_id   widget_info id  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   key_caltype   infowid caltype      high freqeuncy calendar   IF keyword_set infowid fakecal  THEN BEGIN     value2   date2jul long value    infowid fakecal     IF value2 LT n_elements infowid calendar  AND value2 GE 0 THEN BEGIN         stepid   widget_info id  find_by_uname    step        widget_control  stepid  set_value    combobox_select:value2        infowid date   jul2date value2   infowid fakecal        widget_control  winfo_id  set_uvalue   infowid     ENDIF   ENDIF ELSE BEGIN        value   long value 0    define year month day     year   value 10000l     month    value MOD 10000L 100L     day   value MOD 100L   make sure the values correspond to real dates     if year EQ 0 then year    1      if month EQ 0 then month   6     if day EQ 0 then day   15   check that the date exists in the calendar   if  where infowid calendar EQ julday month  day  year 0  EQ   1 then return   update the value of infocal     infowid date   value     widget_control  winfo_id  set_uvalue   infowid   update the combobox if needed      possiblecase    day   month   year      for name   2  0   1 do BEGIN   call set_cal_combobox with out   2 to specify that the call is coming   from cw_calendar_set_value       if widget_info id  find_by_uname   possiblecase name  NE 0 then            set_cal_combobox   handler:id  out:2  possiblecase name  value     ENDFOR   ENDELSE     return end   FUNCTION cw_calendar_get_value  id     compile_opt strictarr  strictarrsubs      winfo_id   widget_info id  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   return  infowid date END   FUNCTION get_cal_value  id  winfoid      compile_opt strictarr  strictarrsubs      winfo_id   widget_info id  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   oldate   infowid date  day    wid_id   widget_info id  find_by_uname    day    if wid_id NE 0 then BEGIN     widget_control  wid_id  get_value   wid_value     date   long wid_value combobox_gettext    ENDIF ELSE date   oldate MOD 100L  month    wid_id   widget_info id  find_by_uname    month    if wid_id NE 0 then BEGIN     widget_control  wid_id  get_value   wid_value     allmonths   string format    C CMoA  31 indgen 12      month    where allmonths EQ wid_value combobox_gettext 0    1      date   date   100L   long month    ENDIF ELSE date   date    oldate MOD 10000L 100L 100L  year    wid_id   widget_info id  find_by_uname    year    widget_control  wid_id  get_value   wid_value   date   date   10000L   long wid_value combobox_gettext      IF arg_present winfoid  NE 0 THEN BEGIN     winfoid   winfo_id     infowid date   date     return  infowid   ENDIF ELSE return  date end     redefine the value and index position of the combobox PRO set_cal_combobox  event  casename  date0     compile_opt strictarr  strictarrsubs      casename: Which widget shall we move:  day   month  or  year      wid_id   widget_info event handler  find_by_uname   casename    we get back the calendar    winfo_id   widget_info event handler  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   caldat  infowid calendar  monthcal  daycal  yearcal     and the current date   IF n_elements date0  EQ 0 then date0   get_cal_value event handler    year0   date0 10000L   month0    date0 MOD 10000L 100L   day0   date0 MOD 100L   index of days months years according to date0   case casename of      day :BEGIN    list of days corresponding to month0 and year0       index   where monthcal EQ month0 AND yearcal EQ year0        current   daycal index      END      month :BEGIN    list of months corresponding to year0       index   where yearcal EQ year0        current   monthcal index    keep only the uniq values       indexbis   uniq current        index   index indexbis        current   current indexbis      END      year :BEGIN    keep only the uniq years       index   uniq yearcal        current   yearcal index      END   ENDCASE   we update the uvalue of the widget   widget_control  wid_id  set_uvalue    name:casename    for event out   0  we store the previous position of the combobox to use   it as the default position    IF event out EQ 0 THEN widget_control  wid_id  get_value   oldselect   we redefine the new list   if casename EQ  month  then begin     widget_control  wid_id  set_value   string format    C CMoA  31 current 1    ENDIF ELSE BEGIN      widget_control  wid_id  set_value   strtrim current  1    ENDELSE   specify the index position within the new list of values    widget_control  wid_id  get_value   combobox   CASE event out OF    1: we put to the biggest position      1:selected   combobox combobox_number   1   0: same as the previous position is the best choice      0:selected   oldselect combobox_index    combobox combobox_number   1    1: we put to the smallest position     1:selected   0   2: a new date has been specified      2:BEGIN        case casename of          day :selected    where current EQ day0 0           month :selected    where current EQ month0 0           year :selected    where current EQ year0 0        ENDCASE     END   ENDCASE   widget_control  wid_id  set_value    combobox_select:selected    update the date    infowid date   get_cal_value event handler    widget_control  winfo_id  set_uvalue   infowid   return end     move cyclicly the calendar to the   value 0 if event out 1 or combobox_number 1 if event out 1 PRO move  event  casename     compile_opt strictarr  strictarrsubs       possiblecase    day   month   year   impossiblecase     id   widget_info event handler  find_by_uname   casename     widget_control  id  get_value   wvalue   we try to move but we are already at the beginning end of the combobox   wvalue combobox_index EQ  wvalue combobox_number 1  and event out EQ 1   wvalue combobox_index EQ 0 and event out EQ  1  move is not called when out eq 0     whichcase    where possiblecase EQ casename 0     if wvalue combobox_index EQ  wvalue combobox_number 1 event out EQ 1  THEN BEGIN       if widget_info event handler  find_by_uname   possiblecase whichcase 1  EQ 0 then begin   it is impossible to move the  next  combobox           widget_control  id  get_value   widvalue   we set to  widvalue combobox_number 1  when event out EQ  1   and to 0 when event out EQ 1          selected    widvalue combobox_number 1 event out EQ  1           widget_control  id  set_value    combobox_select:selected    we call move for the next combobox       ENDIF ELSE move  event  possiblecase whichcase 1    it is possible to move from   1    ENDIF ELSE widget_control  id  set_value    combobox_select:wvalue combobox_index event out     set_cal_combobox  event  possiblecase whichcase 1     return end   FUNCTION cw_calendar_event  event    cm_4cal   compile_opt strictarr  strictarrsubs      winfo_id   widget_info event handler  find_by_uname    infocal    widget_control  winfo_id  get_uvalue   infowid   key_caltype   infowid caltype     widget_control  event id  get_uvalue   uval   high frequency calendar   IF uval name EQ  step  THEN BEGIN      infowid date   jul2date event index   infowid fakecal    ENDIF ELSE BEGIN       possiblecase    day   month   year   impossiblecase      whichcase    where possiblecase EQ uval name 0      if event out NE 0 then BEGIN   we use the   button and we want to go out of the combobox:   to index    1  event out 1  or to index   combobox_number  event out 1    we try to move the combobox just right  with name: possiblecase whichcase 1        if widget_info event handler  find_by_uname   possiblecase whichcase 1  EQ 0 then BEGIN   this widget do not exist we set cyclicly the current widget to the   value 0 if event out 1 or combobox_number 1 if event out 1         widget_control  event id  get_value   widvalue         selected    widvalue combobox_number 1 event out EQ  1          widget_control  event id  set_value    combobox_select:selected        ENDIF ELSE move  event  possiblecase whichcase 1      ENDIF   if we changed month year  we need to update the day  and month  list     if uval name NE  day  then begin       event out   0       for name   whichcase 1  0   1 do BEGIN         if widget_info event handler  find_by_uname   possiblecase name  NE 0 then              set_cal_combobox  event  possiblecase name        endfor     ENDIF   we update the date     infowid   get_cal_value event handler  winfo_id    ENDELSE      widget_control  winfo_id  set_uvalue   infowid   return   CW_CALENDAR  ID:event handler  TOP:event top  HANDLER:0L                VALUE:infowid date  FAKECAL: infowid fakecal  end     FUNCTION cw_calendar  parent  calendar  jdate0  CALTYPE   CALTYPE  FAKECAL   fakecal  UVALUE   uvalue  UNAME   uname  _extra   ex    cm_4cal     compile_opt strictarr  strictarrsubs      if keyword_set caltype  then key_caltype   caltype   months days years found in the calendar   caldat  calendar  monthcal  daycal  yearcal  hourcal  mincal  scdcal   starting date   if n_elements jdate0  EQ 0 then jdate0   calendar 0    if  where calendar EQ jdate0 0  EQ  1 then jdate0   calendar 0      caldat  jdate0  month0  day0  year0   test the type of calendar   if n_elements calendar  GT 1 then BEGIN   each day have the same value     if n_elements uniq daycal  sort daycal  EQ 1 then monthly   1   each month and each day have the same value     if keyword_set monthly  AND n_elements uniq monthcal  sort monthcal  EQ 1 then yearly   1   endif     if NOT keyword_set uvalue  then uvalue    dummy:    if NOT keyword_set uname  then uname       base0   widget_base parent   ROW                           EVENT_FUNC    cw_calendar_event                            FUNC_GET_VALUE    cw_calendar_get_value                            PRO_SET_VALUE    cw_calendar_set_value                            UVALUE   uvalue  UNAME   uname  space   0  _extra   ex       if n_elements fakecal  eq 0 then fakecal   0   base   widget_base base0  space   0  uname    infocal                           uvalue    calendar:calendar  date:jul2date jdate0  fakecal:fakecal  caltype: key_caltype      IF keyword_set fakecal  THEN BEGIN      cmbbid   cw_combobox_pm base  UVALUE    name: step  UNAME    step                                  value   strtrim indgen n_elements calendar  1      widget_control  cmbbid  set_value    combobox_select: where calendar EQ jdate0 0    ENDIF ELSE BEGIN        vallen   widget_info base  string_size    m   day      if NOT keyword_set monthly   then begin       dayindex   where monthcal EQ month0 AND yearcal EQ year0        currentday   daycal dayindex        currentday   strtrim currentday  1        cmbbid   cw_combobox_pm base  UVALUE    name: day  UNAME    day  value   currentday        widget_control  cmbbid  set_value    combobox_select: where long currentday  EQ day0 0      endif  month      if NOT keyword_set yearly   then BEGIN       monthindex   where yearcal EQ year0        currentmonth   long monthcal monthindex    we suppress the repeted months       monthindexbis   uniq currentmonth  sort currentmonth        monthindex   monthindex monthindexbis        currentmonth   currentmonth monthindexbis        xoff    34   2 vallen 0 1 keyword_set monthly        cmbbid   cw_combobox_pm base  UVALUE    name: month  UNAME    month  value   string format    C CMoA  31 currentmonth 1  xoffset   xoff        widget_control  cmbbid  set_value    combobox_select: where long currentmonth  EQ month0 0      endif  year      yearindex   uniq yearcal  sort yearcal      currentyear   strtrim yearcal yearindex  1      xoff    34   2 vallen 0 1 keyword_set monthly     33   3 vallen 0 1 keyword_set yearly      cmbbid   cw_combobox_pm base  UVALUE    name: year  UNAME    year  value   currentyear  xoffset   xoff      widget_control  cmbbid  set_value    combobox_select: where long currentyear  EQ year0 0      ENDELSE     return  base end");
+a[370] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_combobox_pm.html", "cw_combobox_pm.pro", "", "          NAME: cw_combobox_pm     PURPOSE: widget equivalent a WIDGET_COMBOBOX sauf qu en plus on   dispose de 2 bouttons   et   pour deplacer le widget de   1      CATEGORY: compound widget  aide a l ecriture des widgets      CALLING SEQUENCE: id cw_combobox_pm parent       INPUTS:           Parent: The widget ID of the parent widget      KEYWORD PARAMETERS:tous ceux de WIDGET_COMBOBOX     OUTPUTS:           The returned value of this function is the widget ID of the           newly created animation widget      COMMON BLOCKS: none     SIDE EFFECTS:         Widget Events Returned by Combobox Widgets       Pressing the mouse button while the mouse cursor is over an     element of a combobox widget causes the widget to change the label     on the combobox button and to generate an event  The appearance of     any previously selected element is restored to normal at the same     time  The event structure returned by the WIDGET_EVENT function is     defined by the following statement:         CW_COMBOBOX_PM  ID:0L  TOP:0L  HANDLER:0L  INDEX:0L  OUT:0         The first three fields are the standard fields found in every     widget event      INDEX returns the index of the selected item  This can be used to     index the array of names originally used to set the widget s     value     OUT:c est un entier qui peut prendre 3 valeurs:         1 : si on appuie sur   alors que l index est deja aux max  rq:         ds ce cas l index reste au max          1: si on appuie sur   alors que l index est deja aux min  rq:         ds ce cas l index reste au min         0 : ds les autres cas        Keywords to WIDGET_CONTROL       A number of keywords to the WIDGET_CONTROL procedure affect the     behavior of cw_slider_pm widget: GET_VALUE and SET_VALUE          1  GET_VALUE     widget_control wid_id get_value resultat     retourne ds la variable resultat une structure de 3 elements dont     les noms sont inspires des mots cles que l on peut passer a     widget_control qd on utilise WIDGET_COMBOBOX:              COMBOBOX_NUMBER: the number of elements currently              contained in the specified combobox widget               COMBOBOX_SELECT: the zero based number of the              currently selected element  i e  the currently displayed              element  in the specified combobox widget               DYNAMIC_RESIZE: a True value  1  if the widget specified              by Widget_ID is a button  combobox  or label widget that              has had its DYNAMIC_RESIZE attribute set  Otherwise               False  0  is returned          2  SET_VALUE     widget_control wid_id set_value impose     permet de modifier l etat de la combobox comme on peut le faire     pour WIDGET_COMBOBOX Impose peut etre:         a  The contents of the list widget  string or string array          b  une structure qui peut avoir comme elements  de 1 a 3 :              DYNAMIC_RESIZE:Set this keyword to activate  if set to 1               or deactivate  if set to 0  dynamic resizing of the              specified CW_COMBOBOX_PM widget  see the documentation              for the DYNAMIC_RESIZE keyword to WIDGET_COMBOBOX              procedure for more information about dynamic widget              resizing               COMBOBOX_SELECT:Set this keyword to return the zero based              number of the currently selected element  i e  the              currently displayed element  in the specified combobox              widget               VALUE: The contents of the list widget  string or string              array      RESTRICTIONS:     EXAMPLE: cf utiliser le programme founit i dessous: testwid et la   procedure associee  testwid_event      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         6 9 1999             testwid  value strtrim indgen 10 2    PRO testwid_event  event       help  event   STRUCT      ComboboxId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          dynamic_resize :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value    dynamic_resize:value          END          combobox_select :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value    combobox_select:value          END          value :BEGIN             widget_control  event id  get_value   value            widget_control  ComboboxId  set_value   value         END          get :BEGIN             widget_control  ComboboxId  get_value   value            help   value   struct         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_combobox_pm base  _extra   ex  uname    c est lui  uvalue    c est lui    print   cw_combobox_pm ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    0  uvalue    dynamic_resize   editable       nothing   widget_text base  value    10  uvalue    combobox_select   editable       nothing   widget_text base  value    5  uvalue    value   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end   PRO cw_combobox_pm_set_value  id  value     compile_opt idl2  strictarrsubs      ComboboxId   widget_info id find_by_uname    Combobox     if size value   type  eq 8 then BEGIN   this is a structure       tagnames   tag_names value        for tag   0  n_tags value 1 do begin          case strtrim strlowcase tagnames tag  2  of              dynamic_resize :widget_control  ComboboxId  dynamic_resize   value dynamic_resize   for compatibility              droplist_select :widget_control  ComboboxId  set_combobox_select   value droplist_select              combobox_select :widget_control  ComboboxId  set_combobox_select   value combobox_select              value :widget_control  ComboboxId  set_value   value value             ELSE:ras   report wrong tag name in argument  value  of cw_combobox_pm_set_value           endcase       endfor    ENDIF ELSE widget_control  ComboboxId  set_value   value    return end   FUNCTION cw_combobox_pm_get_value  id     compile_opt idl2  strictarrsubs      ComboboxId   widget_info id find_by_uname    Combobox     widget_control  ComboboxId  get_value   cmbbval    cmbbtxt   widget_info ComboboxId   combobox_gettext     cmbbnumb   widget_info ComboboxId   combobox_number     index    where cmbbval EQ cmbbtxt 0     return   combobox_number:cmbbnumb  combobox_gettext:cmbbtxt                 combobox_index:index  combobox_value:cmbbval                 dynamic_resize:widget_info ComboboxId   dynamic_resize  end   FUNCTION cw_combobox_pm_event  event     compile_opt idl2  strictarrsubs      widget_control  event id  get_uvalue uval      if uval EQ  Combobox  then       return   CW_COMBOBOX_PM  ID:event handler  TOP:event top  HANDLER:0L                  INDEX:event index  STR:event str  OUT:0       ComboboxId   widget_info event handler find_by_uname    Combobox     widget_control  ComboboxId  get_value   cmbbval    cmbbtxt   widget_info ComboboxId   combobox_gettext     cmbbnumb   widget_info ComboboxId   combobox_number     index    where cmbbval EQ cmbbtxt 0     out   0    case uval OF        plus :BEGIN          if index LT  cmbbnumb   1  then BEGIN             index   index   1            widget_control  ComboboxId  set_combobox_select   index          ENDIF ELSE out   1       END        minus :BEGIN          if index GT 0 then BEGIN             index   index   1            widget_control  ComboboxId  set_combobox_select   index          ENDIF ELSE out    1       END    endcase    return   CW_COMBOBOX_PM  ID:event handler  TOP:event top  HANDLER:0L                       INDEX:index  STR:cmbbtxt  OUT:out  end   FUNCTION cw_combobox_pm  parent  VALUE   value  UVALUE   uvalue  UNAME   uname  ROW   row  COLUMN   column  _extra   ex     compile_opt idl2  strictarrsubs       IF  N_PARAMS  NE 1  THEN MESSAGE   Incorrect number of arguments     ON_ERROR  2                   return to caller   cheking for row and column keywords    row   keyword_set row 1 keyword_set column      column   keyword_set column 1 keyword_set row keyword_set column  EQ row      if NOT keyword_set uvalue  then uvalue        if NOT keyword_set uname  then uname          base   widget_base parent  space   0                           EVENT_FUNC    cw_combobox_pm_event                            FUNC_GET_VALUE cw_combobox_pm_get_value                            PRO_SET_VALUE cw_combobox_pm_set_value                            UVALUE   uvalue  UNAME   uname  _extra   ex          vallen   widget_info base  string_size    m     vallen   35    vallen 0 1 max strlen value     if keyword_set row  THEN BEGIN       nothing   widget_button base  value     uvalue    minus  xoffset   0                                  yoffset   5  xsize   15  ysize   15       nothing   widget_combobox base  VALUE   value  UVALUE    Combobox  UNAME    Combobox                                     xoffset   13  yoffset   0  xsize   vallen       nothing   widget_button base  value     uvalue    plus                                   xoffset   vallen 11  yoffset   5                                  xsize   15  ysize   15     ENDIF ELSE BEGIN       nothing   widget_combobox base  VALUE   value  UVALUE    Combobox  UNAME    Combobox                                     xoffset   0  yoffset   0  xsize   vallen       nothing   widget_button base  value     uvalue    minus                                   xoffset   vallen 2 15                                  yoffset   24  xsize   15  ysize   15       nothing   widget_button base  value     uvalue    plus                                   xoffset   vallen 2                                  yoffset   24  xsize   15  ysize   15     ENDELSE        widget_control base realize      return  base end");
+a[371] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.html", "cw_domain.pro", "", "  IDL  testwid   PRO testwid_event  event     help   event   struct      Id   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          set :BEGIN            widget_control  event id  get_value   value   value   value 0             nothing   execute boxzoom  value             widget_control  Id  set_value   boxzoom         END          get :BEGIN             widget_control  Id  get_value   value            print   value         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN       print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_domain base _extra   ex  uname    c est lui  uvalue    c est lui       print   cw_domain ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    40  100   10  10  uvalue    set   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end       pro cw_domain_set_value  id  value     compile_opt idl2  strictarrsubs    cm_4mesh      topid   findtopid id     widget_control  topid  get_uvalue   top_uvalue     make sure that we have the good grid stored in the cm_4mesh common parameters     currentfile   extractatt top_uvalue   currentfile     currentgrid    extractatt top_uvalue   meshparameters currentfile     change   changegrid currentgrid      quel est le type de boxzoom     currentplot    extractatt top_uvalue   smallin 2 1    options   extractatt top_uvalue   options        flags   extractatt top_uvalue   optionsflag     flags   flags  currentplot     IF  flags where options EQ  Longitude   x index 0  EQ 0 THEN       xtype    geographic  ELSE xtype    index     IF  flags where options EQ  Latitude   y index 0  EQ 0 THEN       ytype    geographic  ELSE ytype    index      comment completer la boxzoom     IF xtype EQ   geographic  then begin       lonn1   lon1       lonn2   lon2       xtitle    lon     ENDIF ELSE BEGIN       lonn1   firstxt       lonn2   lastxt       xtitle    x ind     ENDELSE    IF ytype EQ   geographic  then begin       latt1   lat1       latt2   lat2       ytitle    lat     ENDIF ELSE BEGIN       latt1   firstyt       latt2   lastyt       ytitle    y ind     ENDELSE      vertf1   floor min gdepw 0  gdept 0     vertf2   ceil max gdepw 0  gdept 0       Case N_Elements Value  OF       0:boxzoom    lonn1  lonn2  latt1  latt2  vertf1  vertf2        1:BEGIN           if value EQ  1 then boxzoom    lonn1  lonn2  latt1  latt2  vertf1  vertf2             ELSE boxzoom lonn1  lonn2  latt1  latt2  0 value 0        END       2:boxzoom lonn1  lonn2  latt1  latt2  value 0 value 1        4:boxzoom Value        5:boxzoom Value 0:3  0  Value 4        6:boxzoom   Value       Else:BEGIN           rien   report Wrong Definition of Boxzoom        END    ENDCASE      boxzoom 0    floor boxzoom 0     boxzoom 1    ceil boxzoom 1     boxzoom 2    floor boxzoom 2     boxzoom 3    ceil boxzoom 3     if n_elements boxzoom GE 5  then begin       boxzoom 4    floor boxzoom 4        boxzoom 5    ceil boxzoom 5     endif        widget_control widget_info id find_by_uname    lon1  get_uvalue   uvalue    strict   uvalue strict     les longitudes     min et max possible    if xtype EQ  geographic  then BEGIN       min   floor min glamt glamf  max   max        max   ceil max     ENDIF ELSE BEGIN        min   0       max   jpi 1    ENDELSE   les id des widgets    lon1id   widget_info id find_by_uname    lon1     lon2id   widget_info id find_by_uname    lon2    doit on changer de type d axe x: longitude index    lonbase   widget_info id find_by_uname    lonbase     widget_control  lonbase   get_uvalue   lonbase_uvalue    if lonbase_uvalue name NE xtype then BEGIN       widget_control  lonbase  update   0   on casse tout       widget_control  lon1id   destroy       widget_control  lon2id   destroy   on reconstruit       lon1id   cw_slider_pm lonbase value min   boxzoom 0   boxzoom 0 keyword_set strict    boxzoom 1   boxzoom 0 keyword_set strict        widget_control  lonbase  set_uvalue    name:xtype        widget_control  lonbase  update   1    ENDIF ELSE BEGIN   la nouvelle valeur qu ils vont avoir       cursorvalue1   min   boxzoom 0   boxzoom 0 strict    boxzoom 1   boxzoom 2   boxzoom 2 keyword_set strict    boxzoom 3   boxzoom 2 keyword_set strict        widget_control  latbase  set_uvalue    name:ytype        widget_control  latbase  update   1    ENDIF ELSE BEGIN       cursorvalue1   min   boxzoom 2   boxzoom 2 strict    boxzoom 3    indice2 1       if indice1 EQ indice2 then BEGIN       if  where gdep1 GE boxzoom 4  AND gdep2 LE boxzoom 5 0   EQ  1 then begin          indice1   0    indice1 dthlv1_uval grid_t EQ 1           indice2   indice1       endif       boxzoom 4    gdep1 indice1        boxzoom 5    boxzoom 4 1    endif   maintenant que les values et les indexes sont definis proprement    on peut les appliquer    widget_control  dthlv1id  set_value    combobox_select:indice1     widget_control  dthlv2id  set_value    combobox_select:indice2    controler les min et les max des sliders     if indice1 EQ 0 then min1   0 ELSE min1   gdep2 indice1 1     max1    min1 1    gdep1 indice2     widget_control  depth1id  set_value    slider_min:min1  slider_max:max1  value:boxzoom 4     min2   gdep2 indice1     if indice2 EQ jpk 1 then BEGIN        max2   max gdept  gdepw        max2   strtrim string max2 format e8 0  1        max2   float 1 strmid max2  1 float max2     ENDIF ELSE max2   gdep1 indice2 1     widget_control  depth2id  set_value    slider_min:min2  slider_max:max2  value:boxzoom 5       return end   FUNCTION cw_domain_get_value  id     compile_opt idl2  strictarrsubs      box   lonarr 6     possiblecase    lon1   lon2   lat1   lat2   depth1   depth2     for i   0  5 do begin       widget_control  widget_info id  find_by_uname   possiblecase i             get_value   value       box i    value value    endfor    return  box end   FUNCTION cw_domain_event  event     compile_opt idl2  strictarrsubs    common   help    struct  event    if  where tag_names event  EQ  OUT 0  NE  1 then if event out NE 0 then return    1    widget_control  event id  get_uvalue   uval    case uval name of        lon1 :widget_control widget_info event handler find_by_uname    lon2             set_value    slider_min:event value uval strict         lon2 :widget_control widget_info event handler find_by_uname    lon1             set_value    slider_max:event value uval strict         lat1 :widget_control widget_info event handler find_by_uname    lat2             set_value    slider_min:event value uval strict         lat2 :widget_control widget_info event handler find_by_uname    lat1             set_value    slider_max:event value uval strict         unzoom :BEGIN          id   widget_info event handler find_by_uname    lon1           widget_control  id  get_value   value          widget_control  id  set_value    slider_min:value slider_min_max 0           widget_control  id  set_value   value slider_min_max 0           id   widget_info event handler find_by_uname    lat1           widget_control  id  get_value   value          widget_control  id  set_value    slider_min:value slider_min_max 0           widget_control  id  set_value   value slider_min_max 0           id   widget_info event handler find_by_uname    lon2           widget_control  id  get_value   value          widget_control  id  set_value    slider_max:value slider_min_max 1           widget_control  id  set_value   value slider_min_max 1           id   widget_info event handler find_by_uname    lat2           widget_control  id  get_value   value          widget_control  id  set_value    slider_max:value slider_min_max 1           widget_control  id  set_value   value slider_min_max 1        END        dthlv1 :BEGIN   ids           depth1id   widget_info event handler find_by_uname    depth1           depth2id   widget_info event handler find_by_uname    depth2           dthlv2id   widget_info event handler find_by_uname    dthlv2    faut il changer dthlv2            widget_control  event id  get_value   dthlv1_value          gdep1   fix dthlv1_value combobox_value           widget_control  dthlv2id  get_value   dthlv2_value          gdep2   fix dthlv2_value combobox_value           if dthlv2_value combobox_index LT event index then BEGIN   on redefinie la valeur de dthlv2id             widget_control  dthlv2id  set_value    combobox_select:event index    donc on redefinit la valeur et le max du slider 2             if event index EQ jpk 1 then BEGIN                 max   max gdept  gdepw                 max   strtrim string max format e8 0  1                 max   float 1 strmid max  1 float max              ENDIF ELSE max   gdep2 event index 1 1             widget_control  depth2id                  set_value    slider_max:max  value:gdep2 event index    du coup on redefinie donc le max du slider 1              widget_control  depth1id  set_value    slider_max:gdep1 event index           END    on redefinie la valeur et le min du slider depth 1          if event index EQ 0 then min   0 ELSE min   gdep1 event index 1 1          widget_control  depth1id  set_value    slider_min:min  value:gdep1 event index    du coup on change aussi la valeur du min du slider depth 2          widget_control  depth2id  set_value    slider_min:gdep1 event index 1        END        dthlv2 :BEGIN   ids           depth1id   widget_info event handler find_by_uname    depth1           depth2id   widget_info event handler find_by_uname    depth2           dthlv1id   widget_info event handler find_by_uname    dthlv1    faut il changer dthlv1            widget_control  dthlv1id  get_value   dthlv1_value          gdep1   fix dthlv1_value combobox_value           widget_control  event id  get_value   dthlv2_value          gdep2   fix dthlv2_value combobox_value           if dthlv1_value combobox_index GT event index then BEGIN   on redefinie la valeur de dthlv1id             widget_control  dthlv1id  set_value    combobox_select:event index    donc on redefinit la valeur et le min du slider 1             if event index EQ 0 then min   0 ELSE min   gdep2 event index 1              widget_control  depth1id                  set_value    slider_min:min  value:gdep1 event index    du coup on redefinie donc le min du slider 2             widget_control  depth2id  set_value    slider_min:gdep2 event index           END    on redefinie la valeur et le max du slider depth 2          if event index EQ jpk 1 then BEGIN              max   max gdept  gdepw              max   strtrim string max format e8 0  1              max   float 1 strmid max  1 float max           ENDIF ELSE max   gdep2 event index 1 1          widget_control  depth2id  set_value    slider_max:max  value:gdep2 event index    du coup on change aussi la valeur du max du slider depth 1          widget_control  depth1id  set_value    slider_max:gdep2 event index 1        END        depth1 :BEGIN   ids           depth2id   widget_info event handler find_by_uname    depth2           dthlv1id   widget_info event handler find_by_uname    dthlv1    doit on changer dthlv1            widget_control  dthlv1id  get_value   dthlv1_value          gdep1   fix dthlv1_value combobox_value           rien   where gdep1 LT event value  indice           indice   indice   indice 1           if indice NE dthlv2_value combobox_index then begin   on change le max de depth1             widget_control  depth1id  set_value    slider_max:gdep2 indice 1    on redefinie la valeur de dthlv2id             widget_control  dthlv2id  set_value    combobox_select:indice    donc on redefinit le max du slider 2             if indice EQ jpk 1 then BEGIN                 max   max gdept  gdepw                 max   strtrim string max format e8 0  1                 max   float 1 strmid max  1 float max              ENDIF ELSE max   gdep2 indice 1 1             widget_control  event id  set_value    slider_max:max           endif       END       ELSE:    ENDCASE      slidesliceid   widget_info event top  find_by_uname    slide_slice       if slidesliceid NE 0 then widget_control  slidesliceid  set_value   1    return ID:event handler  TOP:event top  HANDLER:0L                BOX:cw_domain_get_value event handler  end   FUNCTION cw_domain  parent  BOXZOOM   boxzoom  STRICT   strict  UVALUE   uvalue  UNAME   uname  UNZOOM   unzoom  _extra   ex       compile_opt idl2  strictarrsubs    cm_4mesh  cm_4data     def de la boxzoom   Case N_Elements Boxzoom  OF     0:boxzoom    lon1  lon2  lat1  lat2                      min gdepw 0  gdept 0  max gdepw 0  gdept 0        1:boxzoom    lon1  lon2  lat1  lat2  0  boxzoom 0      2:boxzoom    lon1  lon2  lat1  lat2  boxzoom 0  boxzoom 1      4:boxzoom    Boxzoom  vert1  vert2      5:boxzoom    Boxzoom 0:3  0  Boxzoom 4      6:     Else: return  report Mauvaise Definition de Boxzoom    ENDCASE   IF total Boxzoom  EQ 0 THEN        boxzoom    lon1  lon2  lat1  lat2  min gdepw 0  gdept 0  max gdepw 0  gdept 0      boxzoom 0    floor boxzoom 0    boxzoom 1    ceil boxzoom 1    boxzoom 2    floor boxzoom 2    boxzoom 3    ceil boxzoom 3    boxzoom 4    floor boxzoom 4    boxzoom 5    ceil boxzoom 5      if NOT keyword_set uvalue  then uvalue       if NOT keyword_set uname  then uname       base   widget_base parent  row   2  space   0                          EVENT_FUNC    cw_domain_event                           FUNC_GET_VALUE    cw_domain_get_value                           PRO_SET_VALUE    cw_domain_set_value                           UVALUE   uvalue  UNAME   uname  _extra   ex         baseh   widget_base base  column   1 keyword_set unzoom  space   0      baseh1   widget_base baseh  row   2  space   0   longitude    min   floor min glamt  glamf  max   max    max   ceil max    IF max min GT 360 AND keyword_set key_periodic  THEN max   min 360   lonbase   widget_base baseh1  column   2  space   0  uname    lonbase  uvalue    name: geographic    lon1id   cw_slider_pm lonbase  value   min   boxzoom 0   boxzoom 0 keyword_set strict    boxzoom 1   boxzoom 0 keyword_set strict   latitude    min   floor min gphit  gphif  max   max    max   ceil max    latbase   widget_base baseh1  column   2  space   0  uname    latbase  uvalue    name: geographic    lat1id   cw_slider_pm latbase  value   min   boxzoom 2   boxzoom 2 keyword_set strict    boxzoom 3   boxzoom 2 keyword_set strict   unzoom    if keyword_set unzoom  then rien   widget_button baseh  value    unzoom  uvalue    name: unzoom  xsize   60  ysize   110   depth    basez   widget_base base  column   3  space   0   base_align_center      basezdrp   widget_base basez  row   2  space   0      if strupcase vargrid  EQ  W  then gdep   gdepw ELSE gdep   gdept   gdep1   floor gdep    gdep2   ceil gdep    same   where gdep2 gdep1 EQ 0    if same 0  NE  1 then gdep2 same    gdep2 same   1   sgdep1   strtrim gdep1  1    sgdep2   strtrim gdep2  1      dephtid   cw_combobox_pm basezdrp  value    sgdep1  uvalue    name: dthlv1  grid_t:strupcase vargrid  NE  W  uname    dthlv1    rien   where gdep1 LT boxzoom 4  indice1    indice1   indice1   indice2 1    widget_control  dephtid  set_value    combobox_select:indice2          basedepthslid   widget_base base  column   2  space   0    strminlen   max strlen strtrim round gdept  gdepw  1      if indice1 EQ 0 then min1   0 ELSE min1   gdep2 indice1 1    max1    min1 1    gdep1 indice2    rien   cw_slider_pm basez  value   min1   boxzoom 4   boxzoom 4    boxzoom 5    max2                           uvalue    name: depth2  minimum   min2  maximum    max2                           uname    depth2  title    z2  strminlen   strminlen        return  base end");
+a[372] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_droplist_pm.html", "cw_droplist_pm.pro", "", "          NAME: cw_droplist_pm     PURPOSE: widget equivalent a WIDGET_DROPLIST sauf qu en plus on   dispose de 2 bouttons   et   pour deplacer le widget de   1      CATEGORY: compound widget  aide a l ecriture des widgets      CALLING SEQUENCE: id cw_droplist_pm parent       INPUTS:           Parent: The widget ID of the parent widget      KEYWORD PARAMETERS:tous ceux de WIDGET_DROPLIST     OUTPUTS:           The returned value of this function is the widget ID of the           newly created animation widget      COMMON BLOCKS: none     SIDE EFFECTS:         Widget Events Returned by Droplist Widgets       Pressing the mouse button while the mouse cursor is over an     element of a droplist widget causes the widget to change the label     on the droplist button and to generate an event  The appearance of     any previously selected element is restored to normal at the same     time  The event structure returned by the WIDGET_EVENT function is     defined by the following statement:         CW_DROPLIST_PM  ID:0L  TOP:0L  HANDLER:0L  INDEX:0L  OUT:0         The first three fields are the standard fields found in every     widget event      INDEX returns the index of the selected item  This can be used to     index the array of names originally used to set the widget s     value     OUT:c est un entier qui peut prendre 3 valeurs:         1 : si on appuie sur   alors que l index est deja aux max  rq:         ds ce cas l index reste au max          1: si on appuie sur   alors que l index est deja aux min  rq:         ds ce cas l index reste au min         0 : ds les autres cas        Keywords to WIDGET_CONTROL       A number of keywords to the WIDGET_CONTROL procedure affect the     behavior of cw_slider_pm widget: GET_VALUE and SET_VALUE          1  GET_VALUE     widget_control wid_id get_value resultat     retourne ds la variable resultat une structure de 3 elements dont     les noms sont inspires des mots cles que l on peut passer a     widget_control qd on utilise WIDGET_DROPLIST:              DROPLIST_NUMBER: the number of elements currently              contained in the specified droplist widget               DROPLIST_SELECT: the zero based number of the              currently selected element  i e  the currently displayed              element  in the specified droplist widget               DYNAMIC_RESIZE: a True value  1  if the widget specified              by Widget_ID is a button  droplist  or label widget that              has had its DYNAMIC_RESIZE attribute set  Otherwise               False  0  is returned          2  SET_VALUE     widget_control wid_id set_value impose     permet de modifier l etat de la droplist comme on peut le faire     pour WIDGET_DROPLIST Impose peut etre:         a  The contents of the list widget  string or string array          b  une structure qui peut avoir comme elements  de 1 a 3 :              DYNAMIC_RESIZE:Set this keyword to activate  if set to 1               or deactivate  if set to 0  dynamic resizing of the              specified CW_DROPLIST_PM widget  see the documentation              for the DYNAMIC_RESIZE keyword to WIDGET_DROPLIST              procedure for more information about dynamic widget              resizing               DROPLIST_SELECT:Set this keyword to return the zero based              number of the currently selected element  i e  the              currently displayed element  in the specified droplist              widget               VALUE: The contents of the list widget  string or string              array      RESTRICTIONS:     EXAMPLE: cf utiliser le programme founit i dessous: testwid et la   procedure associee  testwid_event      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         6 9 1999             PRO testwid_event  event       help  event   STRUCT      DroplistId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          dynamic_resize :BEGIN             widget_control  event id  get_value   value            widget_control  DroplistId  set_value    dynamic_resize:value          END          droplist_select :BEGIN             widget_control  event id  get_value   value            widget_control  DroplistId  set_value    droplist_select:value          END          value :BEGIN             widget_control  event id  get_value   value            widget_control  DroplistId  set_value   value         END          get :BEGIN             widget_control  DroplistId  get_value   value            help   value   struct         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_droplist_pm base  _extra   ex  uname    c est lui  uvalue    c est lui    print   cw_droplist_pm ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    0  uvalue    dynamic_resize   editable       nothing   widget_text base  value    10  uvalue    droplist_select   editable       nothing   widget_text base  value    5  uvalue    value   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end   PRO cw_droplist_pm_set_value  id  value     compile_opt idl2  strictarrsubs      DroplistId   widget_info id find_by_uname    Droplist     if size value   type  eq 8 then BEGIN   this is a structure       tagnames   tag_names value        for tag   0  n_tags value 1 do begin          case strtrim strlowcase tagnames tag  2  of              dynamic_resize :widget_control  DroplistId  dynamic_resize   value dynamic_resize              droplist_select :widget_control  DroplistId  set_droplist_select   value droplist_select              value :widget_control  DroplistId  set_value   value value             ELSE:ras   report mauvais nom de l argument de la structure ds cw_droplist_pm_set_value           endcase       endfor    ENDIF ELSE widget_control  DroplistId  set_value   value    return end   FUNCTION cw_droplist_pm_get_value  id     compile_opt idl2  strictarrsubs      DroplistId   widget_info id find_by_uname    Droplist     return   droplist_number:widget_info DroplistId   droplist_number                  droplist_select:widget_info DroplistId   droplist_select                  dynamic_resize:widget_info DroplistId   dynamic_resize  end   FUNCTION cw_droplist_pm_event  event     compile_opt idl2  strictarrsubs      widget_control  event id  get_uvalue uval      if uval EQ  Droplist  then       return   CW_DROPLIST_PM  ID:event handler  TOP:event top  HANDLER:0L                  INDEX:event index  OUT:0       DroplistId   widget_info event handler find_by_uname    Droplist     index   widget_info DroplistId   droplist_select     case uval OF        plus :BEGIN          indexmax   widget_info DroplistId   droplist_number 1          if index NE indexmax then widget_control  DroplistId set_droplist_select   index 1          return   CW_DROPLIST_PM  ID:event handler  TOP:event top  HANDLER:0L                       INDEX: index 1    index 1  OUT: long index EQ 0        END    endcase end   FUNCTION cw_droplist_pm  parent UVALUE   uvalue  UNAME   uname  ROW   row  COLUMN   column  _extra   ex     compile_opt idl2  strictarrsubs       IF  N_PARAMS  NE 1  THEN MESSAGE   Incorrect number of arguments     ON_ERROR  2                   return to caller   cheking for row and column keywords    row   keyword_set row 1 keyword_set column      column   keyword_set column 1 keyword_set row keyword_set column  EQ row      if NOT keyword_set uvalue  then uvalue        if NOT keyword_set uname  then uname          base   widget_base parent  space   1  xpad   1  ypad   1  ROW   row  COLUMN   column                            EVENT_FUNC    cw_droplist_pm_event                            FUNC_GET_VALUE cw_droplist_pm_get_value                            PRO_SET_VALUE cw_droplist_pm_set_value                            UVALUE   uvalue  UNAME   uname  _extra   ex          if keyword_set row  THEN nothing   widget_button base value    uvalue   minus     nothing   widget_droplist base  UVALUE    Droplist  UNAME    Droplist  _extra   ex     if keyword_set column  then begin       base1   widget_base base   row   align_center  space   1  xpad   1  ypad   1        nothing   widget_button base1 value    uvalue   minus  xsize   20  ysize   20        nothing   widget_button base1 value    uvalue   plus  xsize   20  ysize   20     ENDIF ELSE nothing   widget_button base value    uvalue   plus        widget_control base realize      return  base end");
+a[373] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.html", "cw_pagelayout.pro", "", "    FUNCTION cw_pagelayout_event  event     compile_opt idl2  strictarrsubs       widget_control  event id  get_uvalue uval    widget_control  event top  get_uvalue top_uvalue      smallin   extractatt top_uvalue   smallin     numdessinin   smallin 2 1    smallout   extractatt top_uvalue   smallout       if uval name EQ  undo  then begin       return ID:event handler  TOP:event top  HANDLER:0L     ENDIF ELSE BEGIN     common   si on ne change pas le nombre de colonnes  on sort       if uval name EQ  column  then          if event index 1 EQ smallin 0  THEN          return ID:event handler  TOP:event top  HANDLER:0L    si on ne change pas le nombre de lignes  on sort       if uval name EQ  row  then          if event index 1 EQ smallin 1  THEN          return ID:event handler  TOP:event top  HANDLER:0L      on efface la page        graphid   widget_info event top find_by_uname    graph        graphid   extractatt top_uvalue   graphid        widget_control graphid get_value win       wset  win       erase  255       case uval name of           clear :           column :BEGIN              smallin    event index 1  smallin 1  1              smallout    event index 1  smallout 1  1           END           row :BEGIN             smallin    smallin 0  event index 1  1              smallout    smallout 0  event index 1  1           END       endcase       nbredessin   smallin 0 smallin 1               on remet tout a 0 en ce qui concerne les postscripts       createhistory  event top  smallin                  options   extractatt top_uvalue   options           flags   extractatt top_uvalue   optionsflag        flag   flags  numdessinin               update and reset all values of the top_uvalue           top_uvalue 1  findline top_uvalue   smallin    smallin        top_uvalue 1  findline top_uvalue   smallout    smallout          top_uvalue 1  findline top_uvalue   penvs    replicate p  nbredessin         top_uvalue 1  findline top_uvalue   xenvs    replicate x  nbredessin         top_uvalue 1  findline top_uvalue   yenvs    replicate y  nbredessin           top_uvalue 1  findline top_uvalue   nameprocedures    strarr nbredessin         top_uvalue 1  findline top_uvalue   types    strarr nbredessin         top_uvalue 1  findline top_uvalue   varinfo    strarr 2  nbredessin         top_uvalue 1  findline top_uvalue   domaines    fltarr 6  nbredessin         top_uvalue 1  findline top_uvalue   dates    lonarr 2  nbredessin         top_uvalue 1  findline top_uvalue   txtcmd    strarr nbredessin         top_uvalue 1  findline top_uvalue   optionsflag    flag replicate 1  nbredessin          ptr_free  extractatt top_uvalue   exextra         top_uvalue 1  findline top_uvalue   exextra    ptrarr nbredessin   allocate_heap          top_uvalue 1  findline top_uvalue            ENDELSE      return ID:event handler  TOP:event top  HANDLER:0L  end   FUNCTION cw_pagelayout  parent  small  UVALUE   uvalue  UNAME   uname  UNZOOM   unzoom  COLUMN   column  ROW   row  _extra   ex       compile_opt idl2  strictarrsubs     row   keyword_set row 1 keyword_set column      if NOT keyword_set uvalue  then uvalue       if NOT keyword_set uname  then uname       base   widget_base parent                          EVENT_FUNC    cw_pagelayout_event                           FUNC_GET_VALUE    cw_pagelayout_get_value                           PRO_SET_VALUE    cw_pagelayout_set_value                           UVALUE   uvalue  UNAME   uname  space   0  _extra   ex         IF n_elements small  eq 0 then small    1  1  1      dummy   widget_label base  value    cln  yoffset   3    id   widget_combobox base  value   strtrim indgen 9 1  1  uvalue    name: column                             uname    column  xoffset   20  xsize   40    widget_control  id  set_combobox_select   small 0 1     IF keyword_set row  THEN BEGIN      xoff   60     yoff   0   ENDIF ELSE BEGIN      xoff   0     yoff   20   ENDELSE    dummy   widget_label base  value    row  xoffset   xoff  yoffset   yoff 3    id   widget_combobox base  value   strtrim indgen 9 1  1  uvalue    name: row                             uname    row  xoffset   xoff 20  xsize   40  yoffset   yoff    widget_control  id  set_combobox_select   small 1 1       return  base end  ");
+a[374] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.html", "cw_slide_slice.pro", "", "pro cw_slide_slice_set_value  id  value     compile_opt idl2  strictarrsubs    common    topid   findtopid id     domainid   widget_info topid  find_by_uname    domain     widget_control  domainid  get_value   boxzoom    if boxzoom 1 boxzoom 0  LT boxzoom 3 boxzoom 2  then type    y  ELSE type    x     thickid    widget_info topid  find_by_uname    thickness     widget_control  thickid  get_uvalue   thicknessuval    widget_control  thickid  get_value   thickness    thickness   thicknessuval choix thickness droplist_select     sliderid   widget_info topid  find_by_uname    slider     if type EQ  y  then BEGIN       mini   floor min glamt  glamf  max   maxi        maxi   ceil maxi thickness       widget_control  sliderid  set_value    slider_min:mini  slider_max:maxi  value:boxzoom 0  maxi                               value   mini   boxzoom 0   maxi                               value   mini   boxzoom 2    maxi   column  uname    slider                                uvalue    name: slider     ENDELSE    index   where thicknessval EQ thickness    index   index 0     if index EQ  1 then BEGIN        index   20       thicknessval 20    strtrim thickness  1        widget_control  droplistid  set_value   thicknessval       widget_control  droplistid  set_uvalue  name: thickness  choix:thicknessval     endif    widget_control  droplistid  set_value    droplist_select:index          if type EQ  xt  then begin         mini   floor min glamt glamf  max   maxi          maxi   ceil maxi       ENDIF ELSE BEGIN          mini   floor min gphit gphif  max   maxi          maxi   ceil maxi       ENDELSE          return  base end");
+a[375] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.html", "cw_slider_pm.pro", "", "          NAME: cw_slider_pm     PURPOSE: widget equivalent a WIDGET_SLIDER sauf qu en plus on   dispose de 2 bouttons   et   pour deplacer le widget de   1      CATEGORY: compound widget  aide a l ecriture des widgets      CALLING SEQUENCE: id cw_slider_pm parent       INPUTS:           Parent: The widget ID of the parent widget      KEYWORD PARAMETERS:tous ceux de WIDGET_SLIDER     OUTPUTS:           The returned value of this function is the widget ID of the           newly created animation widget      COMMON BLOCKS: none     SIDE EFFECTS:       Widget Events Returned by the CW_SLIDER_PM Widget      Slider widgets generate events when the mouse is used to change    their value  The event structure returned by the WIDGET_EVENT    function is defined by the following statement:       CW_SLIDER_PM  ID:0L  TOP:0L  HANDLER:0L  VALUE:0L  DRAG:0  OUT:0       ID is the widget ID of the button generating the event  TOP is the    widget ID of the top level widget containing ID     HANDLER contains the widget ID of the widget associated with the    handler routine     VALUE returns the new value of the slider     DRAG returns integer 1 if the slider event was generated as part of    a drag operation  or zero if the event was generated when the user    had finished positioning the slider  Note that the slider widget    only generates events during the drag operation if the DRAG keyword    is set  and if the application is running under Motif  When the    DRAG keyword is set  the DRAG field can be used to avoid    computationally expensive operations until the user releases the    slider     OUT:c est un entier qui peut prendre 3 valeurs:        1 : si on appuie sur   alors que le slider est deja aux max  rq:        ds ce cas le slider reste au max         1: si on appuie sur   alors que le slider est deja aux min  rq:        ds ce cas le slider reste au min        0 : ds les autres cas        Keywords to WIDGET_CONTROL       A number of keywords to the WIDGET_CONTROL procedure affect the     behavior of cw_slider_pm widget: GET_VALUE and SET_VALUE          1  GET_VALUE     widget_control wid_id get_value resultat     retourne ds la variable resultat une structure de 2 elements dont     les noms sont inspires des mots cles que l on peut passer a     widget_control qd on utilise WIDGET_SLIDER:              VALUE:the value setting of the widget              SLIDER_MIN_MAX: a 2 elements array: The minimum and the              maximum value of the range encompassed by the slider         2  SET_VALUE     widget_control wid_id set_value impose     permet de modifier l etat de la slider bar comme on peut le faire     pour WIDGET_SLIDER  Impose peut etre:         a  un entier: donne la nouvelle  position of the slider          b  une structure qui peut avoir comme elements  de 1 a 3 :              VALUE:un entier qui donne la nouvelle  position of the slider               SLIDER_MIN:Set to a new minimum value for the specified              slider widget               SLIDER_MAX:Set to a new minimum value for the specified              slider widget      RESTRICTIONS:     EXAMPLE: cf utiliser le programme founit i dessous: testwid et la   procedure associee  testwid_event      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         5 9 1999           PRO testwid_event  event       help  event   STRUCT      SliderBarId   widget_info event top find_by_uname    c est lui       widget_control  event id  get_uvalue uval      if n_elements uval  EQ 0 then return      case uval of          done :widget_control  event top   destroy          slider_min :BEGIN             widget_control  event id  get_value   value            widget_control  SliderBarId  set_value    slider_min:value          END          slider_max :BEGIN             widget_control  event id  get_value   value            widget_control  SliderBarId  set_value    slider_max:value          END          slider_value :BEGIN             widget_control  event id  get_value   value            widget_control  SliderBarId  set_value   value         END          get :BEGIN             widget_control  SliderBarId  get_value   value            help   value   struct            print  value slider_min_max         END         ELSE:      endcase      return   end   PRO testwid  _extra   ex      base widget_base COLUMN    print   base  base      nothing   widget_label base  value    beginning of the test           nothing   cw_slider_pm base  _extra   ex  uname    c est lui  uvalue    c est lui    print   cw_slider_pm ID   nothing          nothing   widget_label base  value    end of the test       nothing   widget_text base  value    0  uvalue    slider_min   editable       nothing   widget_text base  value    10  uvalue    slider_max   editable       nothing   widget_text base  value    5  uvalue    slider_value   editable       nothing   widget_button base  value    get  uvalue    get       nothing   widget_button base  value    done  uvalue    done       widget_control  base   REALIZE      xmanager testwid  base      return   end   FUNCTION decvalue  value     compile_opt idl2  strictarrsubs     a   float value 0    return  strtrim string floor a    0 1 indgen 10  format    f15 1  2  end   FUNCTION decind  value     compile_opt idl2  strictarrsubs     a   float value 0    return  round 10 a   floor a      computation accuracy end   PRO cw_slider_pm_set_value  id  value     compile_opt idl2  strictarrsubs     sbid   widget_info id  find_by_uname    SliderBar    dcid   widget_info id  find_by_uname    decimal    minmax   widget_info sbid   SLIDER_MIN_MAX    if size value   type  eq 8 then BEGIN   this is a structure     tagnames   tag_names value      for tag   0  n_tags value 1 do begin       case strtrim strlowcase tagnames tag  2  of          slider_min :BEGIN            IF float value slider_min 0  LT minmax 1  THEN BEGIN              minmax 0    value slider_min 0              widget_control  sbid  set_slider_min   floor float value slider_min 0              valuedc   float widget_info dcid   combobox_gettext              IF valuedc LT value slider_min THEN BEGIN               widget_control  sbid  set_value   floor float value slider_min 0                widget_control  dcid  set_value   decvalue value slider_min                widget_control  dcid  set_combobox_select   decind value slider_min              ENDIF             ENDIF          end          slider_max :BEGIN            IF float value slider_max 0  GT minmax 0  THEN BEGIN              minmax 1    value slider_max 0              widget_control  sbid  set_slider_max   ceil float value slider_max 0              valuedc   float widget_info dcid   combobox_gettext              IF valuedc GT value slider_max THEN BEGIN               widget_control  sbid  set_value   ceil float value slider_max 0                widget_control  dcid  set_value   decvalue value slider_max                widget_control  dcid  set_combobox_select   decind value slider_max              ENDIF             ENDIF          end          value :IF float value value 0  GE minmax 0              AND float value value 0  LE minmax 1  THEN value2   float value value 0          ELSE:ras   report wrong tag name in argument  value  of cw_slider_pm_set_value        endcase     endfor   ENDIF ELSE BEGIN      IF float value 0  GE minmax 0          AND float value 0  LE minmax 1  THEN value2   float value 0    ENDELSE   IF n_elements value2  NE 0 THEN BEGIN      widget_control  sbid  set_value   fix value2      widget_control  dcid  set_value   decvalue value2      widget_control  dcid  set_combobox_select   decind value2    ENDIF    return end   FUNCTION cw_slider_pm_get_value  id     compile_opt idl2  strictarrsubs     sbid   widget_info id  find_by_uname    SliderBar    dcid   widget_info id  find_by_uname    decimal    minmax   widget_info sbid   SLIDER_MIN_MAX    value   float widget_info dcid   combobox_gettext     return   value:value  slider_min_max:minmax  end   FUNCTION cw_slider_pm_event  event     compile_opt idl2  strictarrsubs     widget_control  event id  get_uvalue   uval     sbid   widget_info event handler  find_by_uname    SliderBar    dcid   widget_info event handler  find_by_uname    decimal    minmax   widget_info sbid   SLIDER_MIN_MAX    IF uval EQ  decimal  THEN value   float event str      ELSE value   float widget_info dcid   combobox_gettext    out   0   defaut case   case uval OF      plus : if  value   1  LE minmax 1  then value2   value   1 ELSE out   1      minus :if  value   1  GE minmax 0  then value2   value   1 ELSE out    1      SliderBar :if  event value   value   floor value  LE minmax 1  THEN value2   event value   value   floor value       decimal :BEGIN        CASE 1 OF         value GT minmax 1 : value2   minmax 1          value LT minmax 0 : value2   minmax 0          ELSE:       ENDCASE     END     ELSE:   ENDCASE   IF n_elements value2  NE 0  THEN BEGIN     value   value2     widget_control  sbid  set_value   floor value      widget_control  dcid  set_value   decvalue value      widget_control  dcid  set_combobox_select   decind value    ENDIF   return   CW_SLIDER_PM  ID:event handler  TOP:event top  HANDLER:0L                VALUE:value  OUT:OUT  end   FUNCTION cw_slider_pm  parent  MAXIMUM   maximum  MINIMUM   minimum                            STRMINLEN   strminlen  VALUE   value  UVALUE   uvalue                            UNAME   uname  title   title  _extra   ex     compile_opt idl2  strictarrsubs      IF  N_PARAMS  NE 1  THEN MESSAGE   Incorrect number of arguments    ON_ERROR  2                    return to caller     if n_elements minimum  NE 0 then minimum   floor minimum  ELSE minimum   0   if n_elements maximum  NE 0 then maximum   ceil maximum  ELSE maximum   100   if NOT keyword_set title  then title              cheking exclusive keywords   column    keyword_set column 1 keyword_set row keyword_set vertical   xsize   lenstr   max strlen strtrim minimum  maximum  1    if keyword_set strminlen  then lenstr   strminlen   lenstr    xsize   35   mlen lenstr 1 3 lenstr lt 4    xsize   35   mlen lenstr 2    dummyid   widget_combobox base  value   decvalue minimum                                  UVALUE    decimal  UNAME    decimal                                  xoffset   xoff  yoffset   2  xsize   xsize     dummyid   widget_slider base  MAXIMUM   maximum  MINIMUM   minimum  UVALUE    SliderBar                                UNAME    SliderBar   suppress_value   drag                               yoffset   30  xsize   xoff   xsize      if keyword_set value  then cw_slider_pm_set_value  base  value     return  base end");
+a[376] = new Array("./ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.html", "cw_specifie.pro", "", "    PRO cw_specifie_set_value  id  value     compile_opt idl2  strictarrsubs    cm_general    if size value   type  NE 8 then return    widget_control  widget_info id find_by_uname min  set_value   strtrim value min  2     widget_control  widget_info id find_by_uname max  set_value   strtrim value max  2     widget_control  widget_info id find_by_uname int  set_value   strtrim value inter  2     widget_control  widget_info id find_by_uname palnum  set_value   strtrim value lct  2     autres   extractstru value   min   max   inter   lct   nothing   xindex   yindex     if size autres   type  EQ 8 then BEGIN        autresid   widget_info id find_by_uname autres        widget_control  widget_info id  find_by_uname    autres  get_value   autresautres       autresautres   autresautres 0        if strtrim autresautres  2  NE   then begin         autresautres   createfunc get_extra    autresautres                                           filename   myuniquetmpdir  for_createfunc pro          autres   mixstru autres  autresautres        endif       autres   strkeywd autres        widget_control  widget_info id find_by_uname autres  set_value   autres    endif    return end     FUNCTION cw_specifie_get_value  id     compile_opt idl2  strictarrsubs    cm_general    widget_control  widget_info id find_by_uname min  get_value   min    min   float min 0     widget_control  widget_info id find_by_uname max  get_value   max    max   float max 0     widget_control  widget_info id find_by_uname int  get_value   int    int   float int 0     widget_control  widget_info id find_by_uname palnum  get_value   palnum    palnum   long palnum 0     widget_control  widget_info id find_by_uname autres  get_value   autres    autres   autres 0       exextra    min:min  max:max  inter:int  lct:palnum     if strtrim autres  2  NE   then         exextra   createfunc get_extra autres  _extra   exextra                                 kwdlist    exextra   exextra  exextra   exextra                                filename   myuniquetmpdir  for_createfunc pro       return  exextra end     FUNCTION cw_specifie_event  event     on recuper les ID des differents widgets          compile_opt idl2  strictarrsubs     widget_control  event id  get_uvalue   uval   widget_control  event top  get_uvalue   top_uvalue   smallin   extractatt top_uvalue   smallin    numdessinin   smallin 2 1   smallout   extractatt top_uvalue   smallout    numdessinout   smallout 2 1     case uval of      default :BEGIN      on trouve le nom de la variable:         vlstid   widget_info event top  find_by_uname    varlist        fieldname   widget_info vlstid   combobox_gettext          exextra   definedefaultextra fieldname        widget_control  widget_info event handler  find_by_uname    min  set_value   strtrim exextra min  1        widget_control  widget_info event handler  find_by_uname    max  set_value   strtrim exextra max  1        widget_control  widget_info event handler  find_by_uname    int  set_value   strtrim exextra inter  1        widget_control  widget_info event handler  find_by_uname    palnum  set_value   strtrim exextra lct  1        widget_control  widget_info event handler  find_by_uname    autres  set_value         END      palcol :BEGIN        ind   fix strmid event value  0  strpos event value          widget_control  widget_info event handler  find_by_uname    palnum  set_value   strtrim ind  1      END     ELSE:   endcase   return   ID:event handler  TOP:event top  HANDLER:0L  OK:uval EQ  ok  end     FUNCTION cw_specifie  parent  ROW   row  COLUMN   column  UVALUE   uvalue  UNAME   uname  FRAME   frame  FORXXX   forxxx  _extra   ex   cheking exclusive keywords     compile_opt idl2  strictarrsubs      column   keyword_set column 1 keyword_set row     row   keyword_set row 1 keyword_set column   keyword_set row  EQ column        if NOT keyword_set uvalue  then uvalue        if NOT keyword_set uname  then uname        base   widget_base parent  space   0   frame                           EVENT_FUNC    cw_specifie_event                            FUNC_GET_VALUE cw_specifie_get_value                            PRO_SET_VALUE cw_specifie_set_value                            UVALUE   uvalue  UNAME   uname  _extra   ex       base1     base1   widget_base base     rien   widget_label base1  value    Min  xoffset    85  yoffset   15     rien   widget_label base1  value    Max  xoffset   145  yoffset   15     rien   widget_label base1  value    Int  xoffset   210  yoffset   15       lct  get_name   nomcouleur    nbrligne   30    nbrlist   n_elements nomcouleur nbrligne    nomcouleur   strtrim sindgen n_elements nomcouleur  1   nomcouleur    nomcouleur    0 nomcouleur    nomcouleur    1 Color  nomcouleur     if nbrlist GT 1 then for i   1 nbrlist do       nomcouleur    nomcouleur 0:nbrligne i 1 i   1    nomcouleur nbrligne i i:n_elements nomcouleur 1     rien   cw_pdmenu base1  nomcouleur   RETURN_NAME   uvalue    palcol  uname    palcol  xoffset   250  yoffset   0    base2    base2   widget_base base  column   4 keyword_set forxxx  yoffset   30     if keyword_set forxxx  then rien   widget_button base2 value Default  uvalue    default   frame  tooltip    see  find definedefaultextra 0     rien   widget_text base2  value      editable  xsize   7  uname    min  uvalue    min     rien   widget_text base2  value      editable  xsize   7  uname    max  uvalue    max     rien   widget_text base2  value      editable  xsize   7  uname    int  uvalue    int     if keyword_set forxxx  then colvalue     ELSE colvalue    39     rien   widget_text base2  value   colvalue   editable  xsize   2  uname    palnum  uvalue    palnum       widget text contennant les autres mots cles passe ds top_uvalue exextra   en reste t il  si oui  il faut les mettres sous forme de string        rien   widget_text base  value         editable  uname    autres  uvalue    autres  xsize   54  ysize   3  yoffset   65   wrap   no_newline       if keyword_set forxxx  then cw_specifie_set_value  base  definedefaultextra rien_du_tout        return  base end ");
+a[377] = new Array("./ToBeReviewed/WIDGET/findtopid.html", "findtopid.pro", "", "          NAME: findtopid     PURPOSE: retrouve a partir d un Id de widget l Id du widget qui est    the top level base   i e  it has no parent      CATEGORY: aide pour les widgets     CALLING SEQUENCE: res findtopid Widget_ID       INPUTS: Widget_ID: this argument should be the widget ID of the   widget for which information is desired      KEYWORD PARAMETERS:     OUTPUTS: l Id du widget qui est  the top level base      COMMON BLOCKS:     SIDE EFFECTS:      RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         22 9 1999         FUNCTION findtopid   identite     compile_opt idl2  strictarrsubs      id   long identite       exist   widget_info id   managed       if exist EQ 0 then return    1    topid   id    topid2   id    while topid2 NE 0 do begin       topid   topid2       topid2   widget_info topid2   parent     endwhile    return   long topid  end");
+a[378] = new Array("./ToBeReviewed/WIDGET/slec.html", "slec.pro", "", "FUNCTION slec name debut fin  nomexp  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex     include common     compile_opt idl2  strictarrsubs    cm_4data   IF NOT keyword_set key_forgetold  THEN BEGIN  updatenew  updatekwd   ENDIF       case n_params  of       1:tab   nlec name  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex        2:tab   nlec name debut  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex        3:tab   nlec name debut fin  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex        4:tab   nlec name debut fin  nomexp  PARENT   parent  BOXZOOM boxzoom  _EXTRA   ex     endcase      return   tab:tab  grille:vargrid  unite:varunit  experience:varexp  nom:varname  end");
+a[379] = new Array("./ToBeReviewed/WIDGET/xnotice.html", "xnotice.pro", "", "          NAME:xnotice     PURPOSE:cree un widget avec du texte au milieu de la fenetre      CATEGORY:information     CALLING SEQUENCE:widgetid xnotice text       INPUTS:text: un string ou un vecteur de string  Si c est un   scalaire on cherche le separateur de ligne  C pour creer un texte a   plusieurs lignes      KEYWORD PARAMETERS:chkwidget: oblige a verifier qu il y a des   widgets actif pour creer un widget  sinon imprime au prompt     OUTPUTS:lidentite du widget cree     COMMON BLOCKS     SIDE EFFECTS:ne fait pas appelle a xmanager   ne cree aucun event    il faut detruire ce widget a la main:   widget_control  widgetid   destroy     RESTRICTIONS:     EXAMPLE:      IDL  id xnotice ca marche  C ou pas       IDL  widget_control  id   destroy     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         2000 3 17         FUNCTION xnotice  text  CHKWIDGET   chkwidget     on separe le text en differentes lignes  separees par  C  si ce   n est pas deja fait      compile_opt idl2  strictarrsubs      if n_elements text  EQ 1 then text   str_sep text   C   trim       if keyword_set chkwidget  then makewid    widget_info managed 0 ELSE makewid   1      if makewid EQ 0 then BEGIN       for i   0   n_elements text 1 do print  text i        noticebase   0    endif      noticebase   widget_base column  title    information   align_center     screensize   get_screen_size     widget_control  noticebase  tlb_set_xoffset   screensize 0 2 2  tlb_set_yoffset   screensize 1 2 2    nothing   widget_label noticebase  value          for i   0   n_elements text 1 do nothing   widget_label noticebase  value   text i     nothing   widget_label noticebase  value          widget_control noticebase realize      return  noticebase end");
+a[380] = new Array("./ToBeReviewed/WIDGET/xquestion.html", "xquestion.pro", "", "          NAME:xquestion     PURPOSE: a small widget who ask a question and give an answer             WARNING: For a binary question with yes no answer use                     DIALOG_MESSAGE      CATEGORY: widget     CALLING SEQUENCE: answer   xquestion question proposedanswer       INPUTS:          question: a scalar string or a array of string  If this          argument is set to :              an array of strings: each array element is              displayed as a separate line of text               a scalar string: we are looking for the  separate line            character   C             proposedanswer: a string proposing a answer     KEYWORD PARAMETERS: those from WIDGET_BASE and WIDGET_TEXT             CHKWIDGET: active this keyword if you whant that xquestion          check if managed widget are present  If not  xquestion do not          open a widget but print the question in the IDL window       OUTPUTS:          answer: a string     COMMON BLOCKS:          none  we use a  false widget      SIDE EFFECTS:          The function does not return to its caller until the user          press  Enter  key in the widget      RESTRICTIONS:     EXAMPLE:            IDL  help  xquestion Postscript name               STRING       toto ps      MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr                         13 10 1999           pro xquestion_event  event     compile_opt idl2  strictarrsubs     we get the answer    widget_control  widget_info event top  find_by_uname    text          get_value   answer   answer   answer 0    now we give the answer to xquestion pro by using the pointer uvalue    widget_control  event top  get_uvalue   ptranswer     ptranswer   answer   we destroy the widget    widget_control  event top   destroy    return end   FUNCTION xquestion  question  proposedanswer  CHKWIDGET   chkwidget  _extra   ex       compile_opt idl2  strictarrsubs     is separate line a scalar  we must cut it into pieces      if n_elements question  EQ 1 then question   str_sep question   C   trim    is a widget necessary     if keyword_set chkwidget  then BEGIN       if  widget_info managed 0  EQ 0 then BEGIN          if n_elements proposedanswer  EQ 0 then BEGIN              proposedanswer                 answer                 complete              ENDIF ELSE BEGIN              answer   proposedanswer             complete    default answer is  proposedanswer             ENDELSE          if n_elements question  GT 1 THEN             for i   0  n_elements question 2 do print question i            read  question n_elements question 1   complete   answer          if keyword_set answer  EQ 0 then answer   proposedanswer          return  answer       endif    endif   definition of the widget    BaseId   widget_base column  title    Question  _extra   ex     screensize   get_screen_size     widget_control  BaseId  tlb_set_xoffset   screensize 0 2 2  tlb_set_yoffset   screensize 1 2 2    for i   0   n_elements question 1 DO trash   widget_label BaseId  value   question i   align_left     if n_elements proposedanswer  EQ 0 then answer     ELSE answer   proposedanswer    trash   widget_text BaseId  value   answer   editable  _extra   ex  uname    text     trash   widget_button BaseId  value    ok     ptranswer   ptr_new allocate_heap     widget_control  BaseId  set_uvalue   ptranswer   we realize the widget and wait for an answer    widget_control BaseId realize    xmanager xquestion BaseId   we get the answer    answer    ptranswer   we freeing the pointer    ptr_free  ptranswer      return  answer end");
+a[381] = new Array("./ToBeReviewed/WIDGET/xx.html", "xx.pro", "", " PRO xx   JOUR   jour  MESHFILENAME   meshfilename   LISTVAR   listvar  LISTGRID   listgrid  FUNCLEC_NAME   funclec_name  CALENDAR   calendar  _extra   ex       compile_opt idl2  strictarrsubs    common        partie a changer       nom de la fonction de lecture:    if NOT keyword_set funclec_name  then funclec_name    slec     varexp    INF    liste des variables    if NOT keyword_set listvar  then listvar    tn sn un vn   taux   tauy hdep20 hdep28 hdep15 hturb hpycn htoth emp qn qs   smltot11   smltot12   smltot13   smltot14   smltot15   smltot16   tmltot11   tmltot12   tmltot13   tmltot14   tmltot15   tmltot16    liste des grilles auxquelles elles se rapportent les variables    if NOT keyword_set listgrid  then BEGIN        listgrid   replicate T  n_elements listvar        listgrid 2  4     U        listgrid 3  5     V     ENDIF   calendrier a utiliser  en jours juliens d IDL         if NOT keyword_set calendar  then BEGIN          if keyword_set jour  then calendar   calendriertotem julian_day  ELSE calendar   calendriertotem julian_day   mensuel       ENDIF   nom du fichier se rapportant au masque    if NOT keyword_set meshfilename  then meshfilename    usr1 com smasson IDL INIT inittotem pro      meshparameters   whichgrid meshfilename    parameteres specifiant comment doit etre lu le champ    readparameters   funclec_name: funclec_name                         jpidta: jpidta  jpjdta: jpjdta  jpkdta: jpkdta                         ixmindta: ixmindta  ixmaxdta: ixmaxdta                         iymindta: iymindta  iymaxdta: iymaxdta                         izmindta: izmindta  izmaxdta: izmaxdta           fin de la partie a changer            fileparameters    filename:  many                            time_counter: calendar                          listvar: listvar                          listgrid: strupcase listgrid       multistructure    fileparameters: temporary fileparameters                    readparameters: temporary readparameters                    meshparameters: temporary meshparameters       xxx  multistructure   temporary multistructure  _extra   ex     return end");
+a[382] = new Array("./ToBeReviewed/WIDGET/xxx.html", "xxx.pro", "", "          NAME:xxx     PURPOSE:un maximum de possibilites avec un minimum de clics     CATEGORY:super widget     CALLING SEQUENCE:xxx      INPUTS:none     KEYWORD PARAMETERS:           SEPARATE: pour separer la partie boutons de la partie dessin        en 2 fenetres  Utile pour les petits ecrans  mais attention        peut saturer la memoire video de certains Tx un peu vetustes           RESTORE toto dat  ou toto dat est un fichier cree lors d une        precedente utilisation de xxx grace a la commande  Widget  du        menu  save as      OUTPUTS:     COMMON BLOCKS:common pro     SIDE EFFECTS:     RESTRICTIONS:     EXAMPLE:     MODIFICATION HISTORY:Sebastien Masson  smasson lodyc jussieu fr             PRO xxx_event  event       compile_opt idl2  strictarrsubs    common          widget_info event top find_by_uname       quel est le type d evenement      if event id EQ 622 then help   event    struct    widget_control  event id  get_uvalue uval    if  tag_names event   structure_name 0  EQ  WIDGET_TRACKING  then uval    name: ActiverFenetre     if keyword_set uval  EQ 0 then return  help   event   struct  help  uval    struct   case sur le type d evenement    widget_control  event top  get_uvalue   top_uvalue   si on a active le mot cles separate a l appelle de xxx    if size top_uvalue   type  EQ 3 then begin       event top   top_uvalue       widget_control  event top  get_uvalue   top_uvalue    endif   on tue le petit widget cree par notice pro si il existe    noticebase   extractatt top_uvalue   noticebase     if noticebase NE 0 then BEGIN       widget_control  noticebase   destroy        top_uvalue 1  findline top_uvalue   noticebase    0l    endif      options   extractatt top_uvalue   options     case uval name OF        menubar :xxxmenubar_event  event        ok :nouveaudessin   1        specifie :        action :        calendar1 :BEGIN          date2id   widget_info event top  find_by_uname    calendar2           widget_control  date2id  get_value   date2          if event value GT date2 then widget_control  date2id  set_value   event value       END        calendar2 :BEGIN          date1id   widget_info event top  find_by_uname    calendar1           widget_control  date1id  get_value   date1          if event value LT date1 then widget_control  date1id  set_value   event value       END        domain :        varlist :BEGIN          currentfile    extractatt top_uvalue   currentfile           listvar    extractatt top_uvalue   fileparameters currentfile listvar          name   listvar event index           changefield  event top  name       END        txtcmd :        filelist :BEGIN          changefile  event top  event index       END        ActiverFenetre :BEGIN          if event enter EQ 1 AND  d name NE  PS  then BEGIN              graphid   widget_info event top find_by_uname    graph              graphid   extractatt top_uvalue   graphid              widget_control graphid get_value win             wset  win             widget_control event top get_uvalue top_uvalue             numdessinin    extractatt top_uvalue   smallin 2 1              p    extractatt top_uvalue   penvs numdessinin               x    extractatt top_uvalue   xenvs numdessinin               y    extractatt top_uvalue   yenvs numdessinin           endif       END        graph :BEGIN          quelclick   identifyclick event           case quelclick type of              inutile :return              long :longclickaction  event              single :singleclickaction  event              double :doubleclickaction  event          endcase       END    endcase    if keyword_set nouveaudessin  then letsdraw  event top    return end             PRO xxx  datafilename  idlfile  argspro  CALLERWIDID   CallerWidId              REDRAW   redraw  SEPARATE   separate  UVALUE   uvalue              RESTORE   restore  _EXTRA   ex       compile_opt idl2  strictarrsubs    all_cm     reinitialize the  p   x   y   z variables     reinitplt     we get back the uvalue of the widget that called xxx to create a new widget   if keyword_set restore  then BEGIN     restore   isafile filename   restore  iodir   homedir  _extra   ex      if size restore   type  NE 7 then restore   0 ELSE BEGIN        restore  isafile file   restore  iodir   homedir  _extra   ex        newgrid    extractatt uvalue   meshparameters 0        change   changegrid newgrid      ENDELSE    endif   if n_elements CallerWidId  NE 0 THEN        widget_control  CallerWidId  get_uvalue   uvalue ELSE CallerWidId   0       liste des fichiers que l on veut regarder     if keyword_set uvalue  then BEGIN      currentfile   extractatt uvalue   currentfile      filelist   extractatt uvalue   filelist      fileparameters   extractatt uvalue   fileparameters      readparameters   extractatt uvalue   readparameters      meshparameters   extractatt uvalue   meshparameters    ENDIF ELSE BEGIN     newfile   selectfile datafilename  idlfile  argspro  _extra   ex      if size newfile   type  NE 8 then return     fileparameters   ptrarr 1   allocate_heap       fileparameters 0    newfile fileparameters     readparameters   ptrarr 1   allocate_heap       readparameters 0    newfile readparameters     meshparameters   ptrarr 1   allocate_heap       meshparameters 0    newfile meshparameters     currentfile   0     filelist   newfile fileparameters filename   ENDELSE     if keyword_set uvalue  THEN BEGIN      smallin   extractatt uvalue   smallin      smallout   extractatt uvalue   smallout    ENDIF ELSE BEGIN      smallin    1  1  1      smallout    1  1  1    ENDELSE    nbredessin   smallin 0 smallin 1    numdessinin   smallin 2 1   warning flg definition must be consistent with cw_pdmenu argument   see also flag definition in cw_pagelayout   if keyword_set uvalue  then BEGIN      flag   extractatt uvalue   optionsflag      key_portrait   flag 0  numdessinin    ENDIF ELSE flag    key_portrait  0  0  0  0 replicate 1  nbredessin         We start the widget definition         widget and screen size   scrsize   get_screen_size 0 95   windsize   givewindowsize    xxxsize    windsize 0     1 keyword_set separate    350  windsize 1        The top base     IF xxxsize 0  LE scrsize 0  AND xxxsize 1  LE scrsize 1  THEN BEGIN      base   widget_base title    xxx  GROUP_LEADER   group   tracking_events                            uname    base  space   0    ENDIF ELSE BEGIN      base   widget_base title    xxx  GROUP_LEADER   group   tracking_events                            uname    base  space   0                            xsize   xxxsize 0  ysize   xxxsize 1                             x_scroll_size    xxxsize 0   selectact    ENDIF ELSE selectfile   0      menu options     xoff   xoff   110   if keyword_set uvalue  then begin     options   extractatt uvalue   options    ENDIF ELSE options    Portrait Landscape   Overlay   Vecteur                               Longitude   x index   Latitude   y index      desc      1 File                 0 Open                   0 New xxx                   2 Quit                 1 Save as                   0 PostScript                   0 Animated gif                   0 Gif                   0 IDL procedure                 0 RESTORE kwd of xxx                 2 Print to prompt                 1 Flag options     descsuite   options    if n_elements descsuite  GE 2 then       descsuite 0:n_elements descsuite 2     0 descsuite 0:n_elements descsuite 2     descsuite n_elements descsuite 1     2 descsuite n_elements descsuite 1     desc    desc  descsuite       menu   cw_pdmenu base  desc   RETURN_NAME  uname    menubar  uvalue    name: menubar                          xoffset   xoff  yoffset   yoff       Ok button     yoff   yoff   37   xoff   5   boutton  OK    baseok   widget_button base  value     OK   uvalue    name: ok  uname    ok button                                frame  xoffset   xoff  yoffset   yoff       Page Layout     page layout   xoff   xoff   65   dummyid   cw_pagelayout base  smallin   row   frame  xoffset   xoff  yoffset   yoff        List of Variables     xoff   xoff   140   currentlistvar    fileparameters currentfile listvar   vlstid   widget_combobox base  value   currentlistvar  uvalue    name: varlist                                 uname    varlist  xoffset   xoff  yoffset   yoff 1    if keyword_set uvalue  then BEGIN     selectvar    extractatt uvalue   varinfo 1  numdessinin      selectvar    where currentlistvar EQ selectvar 0      widget_control  vlstid  set_combobox_select   0   selectvar    ENDIF ELSE selectvar   0     List of files     yoff   yoff   35   flstid   widget_combobox base  value   file_basename filelist  uname    filelist                                 xsize   345  yoffset   yoff  uvalue    name: filelist    if keyword_set uvalue  then BEGIN     selectfile    extractatt uvalue   varinfo 0  numdessinin      selectfile    where file_basename filelist  EQ selectfile 0      widget_control  flstid  set_combobox_select   0   selectfile    ENDIF ELSE selectfile   0     Text for computation     yoff   yoff   32   computation done on the files    if keyword_set uvalue  then txtvalue    extractatt uvalue   txtcmd numdessinin      ELSE txtvalue   varexp   dummyid   widget_text base  value   txtvalue  uvalue    name: txtcmd  uname    txtcmd                               editable  yoffset   yoff  xsize   54   frame      Calendar     yoff   yoff   40   currentcalendar    fileparameters currentfile time_counter   key_caltype    fileparameters currentfile caltype   fakecal    fileparameters currentfile fakecal   if keyword_set uvalue  then begin     dates    extractatt uvalue   dates  numdessinin      date1   date2jul dates 0      date2   date2jul dates 1    ENDIF   basecalid   widget_base base  column   2  space   0  yoffset   yoff  uname    basecal    dummyid   cw_calendar basecalid  currentcalendar  date1  FAKECAL   fakecal  uname    calendar1  uvalue    name: calendar1   frame    dummyid   cw_calendar basecalid  currentcalendar  date2  FAKECAL   fakecal  uname    calendar2  uvalue    name: calendar2   frame      Domain      yoff   yoff   60   vargrid   strupcase fileparameters currentfile listgrid selectvar    IF vargrid EQ  W  then zgrid    W  ELSE zgrid    T    if keyword_set uvalue  then boxzoom    extractatt uvalue   domaines  numdessinin    dummyid   cw_domain base  uname    domain  uvalue    name: domain   unzoom   frame                           boxzoom   boxzoom  yoffset   yoff  xoffset   15      Plots specifications     yoff   yoff   230   speid   cw_specifie base  uname    specifie  uvalue    name: specifie   frame   column                            forxxx  yoffset   yoff    if keyword_set uvalue  then BEGIN     exextra    extractatt uvalue   exextra numdessinin      IF n_elements exextra  NE 0 THEN widget_control  speid  set_value   exextra   ENDIF     drawing part     if keyword_set separate  then        basegraph   widget_base title    xxx window   group_leader   base  uvalue   base      ELSE basegraph   base      graphid   widget_draw basegraph  uname    graph   button_events  retain   2                             uvalue    name: graph  press:0  click:0  x: 0  0  y: 0  0                              xoffset   350 1 keyword_set separate                              xsize   windsize 0  ysize   windsize 1    tooltip    toto      realize the widget     widget_control  base   realize   if keyword_set separate  then begin     widget_control  basegraph   realize     xmanager   xxx  basegraph   no_block   endif      if keyword_set uvalue  then BEGIN     on recopie le pointeur uvalue dans top_uvalue    Attention  il faut completement redefinir top_uvalue a partir des   variables pointees par uvalue  Sinon si on fait simplement   top_uvalue   uvalue  qd on detruit par uvalue et les variables   surlesquelles il pointe on detruit aussi les variables sur   lesquelles pointent top_uvalue      case 1 of       keyword_set redraw :BEGIN         top_uvalue   uvalue         widget_control  base  set_uvalue   top_uvalue   we find homedir         homedir   isadirectory io   homedir  title    Bad definition of homedir    on recupere la liste des instructions         globalcommand   extractatt top_uvalue   globalcommand    on complete par le premiere et les dernieres lignes du programme         createpro  globalcommand  filename   myuniquetmpdir    xxx2ps pro                         KWDLIST     NOERASE   noerase  POSTSCRIPT   postscript                         PORTRAIT   portrait  LANDSCAPE   landscape                          noerase       END       keyword_set restore :begin         top_uvalue   uvalue         widget_control  base  set_uvalue   top_uvalue         widget_control  graphid  get_value   win         wshow  win         wset  win         tv  image   true   etat des widgets         updatewidget  base   menage       END       ELSE:BEGIN         top_uvalue   ptrarr 2  29   allocate_heap          FOR i    0  28 do  top_uvalue 0  i     uvalue 0  i          FOR i    0  14 do  top_uvalue 1  i     uvalue 1  i          FOR i   18  27 do  top_uvalue 1  i     uvalue 1  i          numfile   n_elements extractatt uvalue   filelist            top_uvalue 1  15    ptrarr numfile   allocate_heap           top_uvalue 1  16    ptrarr numfile   allocate_heap           top_uvalue 1  17    ptrarr numfile   allocate_heap          for i   0  numfile 1 do begin            top_uvalue 1  15 i     uvalue 1  15 i              top_uvalue 1  16 i     uvalue 1  16 i              top_uvalue 1  17 i     uvalue 1  17 i           endfor          top_uvalue 1  28    ptrarr nbredessin   allocate_heap          for i   0  nbredessin 1 do  top_uvalue 1  28 i     uvalue 1  28 i           widget_control  base  set_uvalue   top_uvalue   copie l ecran du widget de uvalue dans celui de top_uvalue         if keyword_set CallerWidId   then begin           widget_control  extractatt uvalue   graphid  get_value   win           wshow  win           wset  win           image   tvrd true            widget_control  graphid  get_value   win           wshow  win           wset  win           tv  image   true         ENDIF       END     endcase      top_uvalue 1  findline top_uvalue   graphid    graphid     ENDIF ELSE BEGIN   sinon on va definit tous les elements que l on acroche au widget   grace a la top_uvalue qui est un tableau de pointeurs a 2 colonnes:   les noms et des variables   on initialie tous ces elements    variables concernant le widget ds sa generalite     if NOT keyword_set ex   then ex    nothing:0    variables se rapportant aux differents fichiers que l on peut lire   variables specifiques a chaque dessin                creation du pointeur que l on va attache au widget      top_uvalue   ptrarr 2  29   allocate_heap    variables se rapportant au widget en general      top_uvalue 0  0     options     top_uvalue 1  0    options      top_uvalue 0  1     smallin     top_uvalue 1  1    smallin      top_uvalue 0  2     smallout     top_uvalue 1  2    smallout      top_uvalue 0  3     graphid     top_uvalue 1  3    graphid      top_uvalue 0  4     alreadyvector     top_uvalue 1  4     1      top_uvalue 0  5     alreadyover     top_uvalue 1  5     1      top_uvalue 0  6     alreadyread     top_uvalue 1  6     1      top_uvalue 0  7     currentreadcmd     top_uvalue 1  7           top_uvalue 0  8     globalcommand     top_uvalue 1  8           top_uvalue 0  9     globaloldcommand     top_uvalue 1  9           top_uvalue 0  10     no more used     top_uvalue 1  10    9999      top_uvalue 0  11     noticebase     top_uvalue 1  11    0l      top_uvalue 0  12     extra     top_uvalue 1  12    ex   variables se rapportant aux differents fichiers que l on peut lire      top_uvalue 0  13     currentfile     top_uvalue 1  13    currentfile      top_uvalue 0  14     filelist     top_uvalue 1  14    filelist      top_uvalue 0  15     fileparameters     top_uvalue 1  15    fileparameters      top_uvalue 0  16     readparameters     top_uvalue 1  16    readparameters      top_uvalue 0  17     meshparameters     top_uvalue 1  17    meshparameters   variables se rapportant aux differents dessins que l on peut faire      top_uvalue 0  18     penvs     top_uvalue 1  18    replicate p  nbredessin       top_uvalue 0  19     xenvs     top_uvalue 1  19    replicate x  nbredessin       top_uvalue 0  20     yenvs     top_uvalue 1  20    replicate y  nbredessin       top_uvalue 0  21     nameprocedures     top_uvalue 1  21    strarr nbredessin       top_uvalue 0  22     types     top_uvalue 1  22    strarr nbredessin       top_uvalue 0  23     varinfo     top_uvalue 1  23    strarr 2  nbredessin           top_uvalue 0  24     domaines     top_uvalue 1  24    fltarr 6  nbredessin       top_uvalue 0  25     dates     top_uvalue 1  25    lonarr 2  nbredessin       top_uvalue 0  26     txtcmd     top_uvalue 1  26    strarr nbredessin       top_uvalue 0  27     optionsflag     top_uvalue 1  27    flag      top_uvalue 0  28     exextra     top_uvalue 1  28    ptrarr nbredessin   allocate_heap        widget_control  base  set_uvalue   top_uvalue     createhistory  base  smallin     ENDELSE      xmanager   xxx  base   no_block        return end");
+a[383] = new Array("./Utilities/createfunc.html", "createfunc.pro", "", "           file_comments write an idl function  compile it and execute it    usefull to avoid the use of execute      param command  in required  a scalar string defining the result to be byven back by the function   see examples       keyword FILENAMEIN  in  name of the funccedure to be created          for_createfunc pro  by default    keyword KWDLIST  in  a vector string  to specify a list of keywords that        must be included in the function definition  Warning: the string        must start with a   for example: KWDLIST     TOTO   toto       keyword _EXTRA used to pass your keywords to the created function      SIDE EFFECTS: ends the function name with  pro  if needed      restrictions arguments can be given only through keywords      examples         IDL  print  createfunc 3 2  filename test         IDL  print  createfunc 3 two  filename    test                                           kwdlist  two   two  two   2       history Sebastien Masson  smasson lodyc jussieu fr                         May 2005         FUNCTION createfunc  command  FILENAMEIN   filenamein                    KWDLIST   kwdlist  _extra   ex     compile_opt idl2  hidden  strictarrsubs     IF n_elements command  NE 1 THEN stop   define filename if needed   if NOT keyword_set filenamein  then filename    for_createfunc pro      ELSE filename   filenamein    get the name of the function  not the name of the file containing the function     shortfilename    file_basename filename   pro    check if the directory exists    dirname   isadirectory file_dirname filename                                title    Redefine  shortfilename pro directory     IF size dirname   type  NE 7 THEN return   1      filename   dirname   shortfilename    pro    create the file    if NOT keyword_set kwdlist  then kwdlist        kwdlist   kwdlist     _extra   ex     IF strmid kwdlist  0  1  NE   THEN kwdlist          kwdlist    putfile  filename   function     shortfilename   kwdlist                             compile_opt idl2  hidden  strictarrsubs                              res       command                             return  res                              end    go in dirname directory    cd  dirname  current   old_dir   compile it    resolve_routine  shortfilename   is_function    cd  old_dir   execute it    res   call_function shortfilename  _extra   ex       return  res end");
+a[384] = new Array("./Utilities/createpro.html", "createpro.pro", "", "           file_comments write an idl procedure  compile it and execute it       param command  in required  a string array defining the procedure to be created  each element will be a line of the created procedure        keyword FILENAMEIN name of the procedure to be created          for_createpro pro  by default      keyword KWDLIST a vector string  to specify a list of keywords that        must be included in the procedure definition  Warning: the string        must start with a   for example: KWDLIST     TOTO   toto       keyword _EXTRA used to pass your keywords to the created procedure      SIDE EFFECTS: ends the procedure name with  pro  if needed      restrictions is not working with functions  use createfunc instead                 arguments can be given only through keywords      examples         IDL  createpro   print OK  filename test         IDL  createpro   if keyword_set ok  then print OK  else print   No           IDL      filename    test  kwdlist   ok   ok          IDL  createpro   if keyword_set ok  then print OK  else print   No           IDL      filename    test  kwdlist     ok   ok   ok         history Sebastien Masson  smasson lodyc jussieu fr    cleaning   new keywords: October 2005   Feb  2006: supress keyword  kwdused  and use call_procedure instead of execute         PRO createpro  command  FILENAMEIN   filenamein                    KWDLIST   kwdlist  KWDUSED   kwdused  _extra   ex     compile_opt idl2  hidden  strictarrsubs     IF keyword_set kwdused  THEN BEGIN     dummy   report keyword KWDUSED has been suppressed                           please pass directly your keywords through _extra                           see exaemples in createpro header      return   ENDIF   define filename if needed   if NOT keyword_set filenamein  then filename    for_createpro pro      ELSE filename   filenamein    get the name of the procedure  not the name of the file containing the procedure     shortfilename    file_basename filename   pro    check if the directory exists    dirname   isadirectory file_dirname filename                                title    Redefine  shortfilename pro directory     IF size dirname   type  NE 7 THEN return      filename   dirname   shortfilename    pro    create the file    if NOT keyword_set kwdlist  then kwdlist        kwdlist   kwdlist     _extra   ex     kwdlist   strtrim kwdlist  2     IF strmid kwdlist  0  1  NE   THEN kwdlist          kwdlist    for i   0  n_elements command 1 do print  command i     putfile  filename   pro     shortfilename   kwdlist                             compile_opt idl2  hidden  strictarrsubs  command   return   end    go in dirname directory    cd  dirname  current   old_dir   compile it    resolve_routine  shortfilename    cd  old_dir   execute it    call_procedure  shortfilename  _extra   ex      return end");
+a[385] = new Array("./Utilities/def_myuniquetmpdir.html", "def_myuniquetmpdir.pro", "", "     file_comments if needed  define and create myuniquetmpdir    common variable from cm_general  and add it to  path      categories utilities      examples    IDL  def_myuniquetmpdir      uses cm_general      history Sebastien Masson  smasson lodyc jussieu fr                         June 2005     PRO def_myuniquetmpdir     compile_opt idl2  strictarrsubs    cm_general    IF n_elements myuniquetmpdir  EQ 0 THEN BEGIN   define a new and unique directory in getenv IDL_TMPDIR  by using systime 1    look for the login if we use  unix  system     IF  d name EQ  X  THEN spawn   whoami  login   noshell ELSE login    idl      myuniquetmpdir   file_search getenv IDL_TMPDIR   mark_directory      myuniquetmpdir   myuniquetmpdir 0    login 0                            strtrim long systime 1  1         create it     file_mkdir  myuniquetmpdir   add it to  path      path    path   :    expand_path myuniquetmpdir    ENDIF      return end");
+a[386] = new Array("./Utilities/demomode_compatibility.html", "demomode_compatibility.pro", "", "     categories utilities    uses cm_general   PRO demomode_compatibility     compile_opt idl2  strictarrsubs       cm_general     1  remove all cm_demomode_used pro found in  path   to_rm   find cm_demomode_used    IF to_rm 0  NE  NOT FOUND  THEN file_delete  to_rm     2  copy oldcm_full _empty  to myuniquetmpdir oldcm_used pro    select which file should be copied to oldcm_used pro   IF lmgr demo  EQ 1 THEN BEGIN       democm   find cm_demomode       file_copy  democm  myuniquetmpdir    cm_demomode_used pro   overwrite     ENDIF ELSE BEGIN    create an empty file    close the journal if already open     IF  journal NE 0 THEN journal   open a new one     journal  myuniquetmpdir    cm_demomode_used pro    close it   it will be empty      journal      ENDELSE     return END");
+a[387] = new Array("./Utilities/find.html", "find.pro", "", "           file_comments based on file_search  but it is possible to speficy            a set of possibles names and a different set of            possibles directories names             By defaut look for files included in  path      categories find a file      param filein  in required  A scalar or array variable of string type  containing       file names to match  Input names specifications may contain       wildcard characters  enabling them to match multiple files        see file_search for more informations  By defaut and if       necessary  find is looking for filename and also for filename       completed with  pro       keyword FIRSTFOUND activate this keyword to stop looking for the file as          soon as we found one       keyword IODIRECTORY A scalar or array variable of string type  containing          directories names where we are looking for the file  by defaut          we use  path  Different directories can be separated by          path_sep search_path   :  on unix type machine  as it is done          to define  path           Note that if filename s dirname is different from   this          keyword is not taken into account       keyword LOOKALLDIR activate to look for the file with a recursive search          in iodir  homedir   path   the DATA:TestsData directory if it exists       keyword NOPRO activate to avoid the automatic search of filename          completed with  pro       keyword ONLYPRO force to look only at file ending with  pro      keyword ONLYNC force to look only at file ending with  nc      keyword RECURSIVE performs recursive searching of directory hierarchies           In a recursive search  find looks recursively for any and all           subdirectories in the file hierarchy rooted at the IODIRECTORY          argument        keyword REPERTOIRE obsolete  keep for compatibility  use directory keyword      keyword UNIQUE activate to make sure that each element of the output          vector is unique       file_comments all file_search keywords can be used       returns A scalar or array variable of string type  containing the         name  with the full path of the matching files  If no files         exist with names matching the input arguments  find returns         the scalar string :  NOT FOUND       examples        IDL  print  find loadct         usr local rsi idl_6 0 lib utilities xloadct pro      usr local rsi idl_6 0 lib loadct pro     IDL  print  find loadct  iodir dir recursive       usr local rsi idl_6 0 lib loadct pro      usr local rsi idl_6 0 lib utilities xloadct pro     IDL  print  find loadct pro         usr local rsi idl_6 0 lib utilities xloadct pro      usr local rsi idl_6 0 lib loadct pro     IDL  print  find loadct nopro        NOT FOUND     IDL  print  find loadct  iodir    usr local rsi idl_6 0 lib         usr local rsi idl_6 0 lib loadct pro     IDL  print  find loadct  iodir    usr local rsi idl_6 0 lib   test_write        NOT FOUND     IDL  print  find loadct  iodir    usr local rsi idl_6 0 lib   recursive         usr local rsi idl_6 0 lib loadct pro      usr local rsi idl_6 0 lib utilities xloadct pro     IDL  print  find mesh  iodirectory    iodir   path       Users sebastie DATA ORCA2 meshmaskORCA2closea nc      Users sebastie IDL meshmaskclosesea pro      Users sebastie IDL meshmaskclosesea pro       Users sebastie SAXO_RD Obsolete meshlec pro      usr local rsi idl_6 0 lib mesh_obj pro      history Sebastien Masson  smasson lodyc jussieu fr                          28 4 1999                         6 7 1999: compatibilite mac et windows   June 2005: Sebastien Masson: cleaning  use for file_  functions         FUNCTION find  filein  IODIRECTORY   iodirectory  RECURSIVE   recursive                    REPERTOIRE   repertoire  NOPRO   nopro  ONLYPRO   onlypro                    ONLYNC   onlync  UNIQUE   unique  FIRSTFOUND   firstfound                    LOOKALLDIR   LOOKALLDIR  _extra   ex   define where we look for the file     compile_opt idl2  strictarrsubs     CASE 1 OF     keyword_set lookalldir :BEGIN   cm_general       dirnames    iodir  homedir   path        tstdtadir  file_dirname find find   onlypro   mark_directory        tstdtadir    file_search tstdtadir DATA TestsData 0        IF tstdtadir NE   THEN dirnames    tstdtadir  dirnames      END     keyword_set iodirectory : dirnames   iodirectory     keyword_set repertoire : dirnames   repertoire     ELSE: dirnames    path   ENDCASE   tmp   dirnames   dirnames    dummy    FOR i   0  n_elements tmp 1 DO       dirnames    dirnames  strsplit tmp i  path_sep search_path   extract    dirnames   dirnames 1:      fileout    dummy    FOR i   0  n_elements filein 1 DO BEGIN     dir   file_dirname filein i      base   file_basename filein i    try to complete the file name with  pro or  nc if needed      CASE 1 OF       keyword_set onlypro :BEGIN         promiss   strpos base   pro   reverse_search          promiss   promiss    strlen base    4          bad   where promiss NE 0 OR strlen base  LE 4  cnt          IF cnt NE 0 THEN base bad    base bad     pro        end       keyword_set onlync :BEGIN         ncmiss   strpos base   nc   reverse_search          ncmiss   ncmiss    strlen base    3          bad   where ncmiss NE 0 OR strlen base  LE 3  cnt          IF cnt NE 0 THEN base bad    base bad     nc        END       ELSE:if strmid base  0  1   reverse_offset  NE             AND NOT keyword_set nopro  THEN base   base    pro      ENDCASE   use dirnames only if dir eq       IF dir EQ    THEN BEGIN        if keyword_set recursive  THEN           found   file_search dirnames  base  _extra   ex            ELSE found   file_search dirnames       base  _extra   ex      ENDIF ELSE found   file_search dir       base  _extra   ex      IF found 0  NE   THEN BEGIN        IF keyword_set firstfound  THEN BEGIN          IF keyword_set unique  THEN return  found uniq found  sort found            ELSE return  found       ENDIF       fileout    fileout  found      ENDIF   ENDFOR   IF n_elements fileout  EQ 1 THEN fileout    NOT FOUND      ELSE fileout   fileout 1:      IF n_elements fileout  GT 1 THEN BEGIN      IF keyword_set unique  THEN fileout   fileout uniq fileout  sort fileout    ENDIF ELSE fileout   fileout 0      RETURN  fileout END");
+a[388] = new Array("./Utilities/isadirectory.html", "isadirectory.pro", "", "           file_comments check if a directory exists and make sure that it ends            with the directory separator mark       categories io      param directoryin  in optional  a proposed directory  If neither dirname           input parameter of IODIRECTORY keyword are defined           the ask the user to choose a directory       keyword IODIRECTORY a proposed directory      keyword TITLE the title of the window      file_comments all dialog_pickfile keywords  like filter  can be used       returns the directory name      examples         IDL  print   dir       usr local rsi idl_6 0      IDL  print  isadirectory dir        usr local rsi idl_6 0       IDL  print  isadirectory dir notgood       history Sebastien Masson  smasson lodyc jussieu fr                         June 28  2000   June 2005: Sebastien Masson: cleaning  use for file_  functions         FUNCTION isadirectory  directoryin  TITLE   title  IODIRECTORY   iodirectory  _extra   ex       compile_opt idl2  strictarrsubs     CASE 1 OF      size directoryin   type 0  EQ 7:directory   directoryin     keyword_set iodirectory :directory   iodirectory     ELSE:directory    directory that is not existing    ENDCASE   testfile   file_test directory   directory    if directory doesn t exist  we ask the user to provide a directory name   IF total testfile  NE n_elements directory  THEN BEGIN     IF NOT keyword_set title  THEN title    choose a directory      FOR i   0  n_elements directory 1 DO BEGIN       IF testfile i  EQ 0 THEN BEGIN         directory i    dialog_pickfile directory  title   title                                             must_exist  _extra   ex          if directory i  EQ   THEN RETURN  report check find directory canceled        ENDIF     ENDFOR   ENDIF     directory   file_search directory   mark_directory    IF n_elements directory  EQ 1 THEN RETURN  directory 0      ELSE RETURN  directory   END");
+a[389] = new Array("./Utilities/isafile.html", "isafile.pro", "", "           file_comments same as find pro except that as long as the file is  NOT FOUND             isafile calls dialog_pickfile  to ask the user to select a file       categories io         param filein  in optional  a proposed name  If neither filein          input parameter of filename keyword are defined           the ask the user to choose a file       keyword FILENAME a proposed filename       keyword IODIRECTORY a directory where we look for the file  this             keyword is taken into account only if the dirmame             of filein or filename is        keyword  NEW to specify that filename is a new file and that          we should check only its path      keyword ONLYPRO force to look only at file ending with  pro      keyword ONLYNC force to look only at file ending with  nc      keyword RECURSIVE performs recursive searching of directory hierarchies           In a recursive search  find looks recursively for any and all           subdirectories in the file hierarchy rooted at the IODIRECTORY          argument        file_comments all find  file_search and dialog_pickfile keywords  like title  can be used      returns the filename with its path      examples       IDL  print  isafile Users sebastie SAXO_RD Commons cm_4mesh pro      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir    Users sebastie SAXO_RD Commons      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir    path      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir    Users sebastie SAXO_RD   recursive      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile cm_4mesh pro  iodir   getenv HOME   recursive      Users sebastie SAXO_RD Commons cm_4mesh pro    IDL  print  isafile fake_file pro       history Sebastien Masson  smasson lodyc jussieu fr                         11 2 2000   June 2005: Sebastien Masson: cleaning  use for file_  functions         FUNCTION isafile  filein  FILENAME   filename  IODIRECTORY   iodirectory                       NEW   new  RECURSIVE   RECURSIVE  ONLYPRO   onlypro                       ONLYNC   onlync  _extra   ex       compile_opt idl2  strictarrsubs     CASE 1 OF      size filein   type 0  EQ 7:fileout   filein     keyword_set filename :fileout   filename 0      ELSE:fileout    file that is not existing    ENDCASE   if size fileout   type  NE 7 THEN return   1     CASE 1 OF     keyword_set onlypro : filter    pro      keyword_set onlync : filter    nc      else: filter       ENDCASE     basename   file_basename fileout    dirname   file_dirname fileout    should we redefine dirname    if keyword_set iodirectory  AND dirname EQ   then dirname   iodirectory     if keyword_set new  then return  dirname   path_sep    basename     fileout   find basename  iodirectory   dirname                      recursive   recursive   unique   firstfound  ONLYPRO   onlypro                      ONLYNC   onlync  _extra   ex    WHILE fileout 0  EQ  NOT FOUND  DO BEGIN     fileout   dialog_pickfile path   dirname 0  filter   filter  _extra   ex      if fileout EQ   THEN RETURN  report check find file canceled    check again everything      basename   file_basename fileout      dirname   file_dirname fileout    check if the name of the dirname is ok     dirname   isadirectory dirname  title    choose a directory for the file                                  basename    if we cancel the check     IF size dirname   type  NE 7 THEN return  report check find file canceled      fileout   find basename  iodirectory   dirname                        recursive   recursive   unique   firstfound  ONLYPRO   onlypro                        ONLYNC   onlync  _extra   ex    ENDWHILE     RETURN  fileout END");
+a[390] = new Array("./Utilities/protype.html", "protype.pro", "", "           file_comments test is a  pro  file corresponds to an IDL procedure             function or batch file       categories utilities      param file  in  A scalar of string type  the name of the  pro  file to be tested      if necessary  the input name is completed with  pro        and its path found in  path      returns A scalar of string type:  proc   func  or  batch       examples           IDL  print  protype protype         func        IDL  print  protype protype pro         func        IDL  print  protype init         batch        IDL  print  protype plt         proc      history Sebastien Masson  smasson lodyc jussieu fr                          Feb 2006         FUNCTION protype  file       compile_opt idl2  strictarrsubs     filepro    find file 0   onlypro   firstfound 0    if filepro EQ  NOT FOUND  then return   1   name   file_basename filepro   pro      allines   getfile filepro    CASE 1 OF   this is a procedure     max stregex allines     pro     name   fold_case   boolean :RETURN   proc    this is a function     max stregex allines     function     name   fold_case   boolean :RETURN   func    this is an IDL batch file     ELSE:RETURN   batch    ENDCASE      RETURN   1 END");
+a[391] = new Array("./buildinit.html", "buildinit.pro", "", "    NAME:         PURPOSE:         CATEGORY:         CALLING SEQUENCE:         INPUTS:         OPTIONAL INPUTS:         KEYWORD PARAMETERS:         OUTPUTS:         OPTIONAL OUTPUTS:         COMMON BLOCKS:         SIDE EFFECTS:         RESTRICTIONS:         PROCEDURE:         EXAMPLE:         MODIFICATION HISTORY:               slightly mofified version of cw_field  FUNCTION CW_FIELD2  Parent  COLUMN Column  ROW Row        EVENT_FUNC   efun        FLOATING Float  INTEGER Int  LONG Long  STRING String        FONT LabelFont  FRAME Frame  TITLE Title  UVALUE UValue  VALUE TextValueIn        RETURN_EVENTS ReturnEvents  ALL_EVENTS AllUpdates        FIELDFONT FieldFont  NOEDIT NoEdit  TEXT_FRAME Text_Frame        XSIZE XSize  YSIZE YSize  UNAME uname     FLOOR vmin  CEILING vmax      compile_opt idl2  strictarrsubs     resolve_routine   cw_field   compile_full_file   is_function         Examine our keyword list and set default values         for keywords that are not explicitly set       Column        KEYWORD_SET Column      Row           1   Column     AllEvents         1   KEYWORD_SET NoEdit         Enum Update   None  All  CRonly       Update        0     IF KEYWORD_SET AllUpdates  THEN Update    1     IF KEYWORD_SET ReturnEvents  THEN Update      2      IF N_ELEMENTS efun  LE 0 THEN efun         IF N_ELEMENTS Title  EQ 0 THEN Title Input Field:      TextValue    N_ELEMENTS TextValueIn  gt 0    TextValueIn :         Convert non string values to strings      if  SIZE TextValue   TNAME  ne  STRING  then           TextValue   STRTRIM TextValue 2      IF N_ELEMENTS YSize  EQ 0 THEN YSize 1     IF N_ELEMENTS uname  EQ 0 THEN uname CW_FIELD_UNAME       Type      0   string is default     IF KEYWORD_SET Float  THEN  Type      1     IF KEYWORD_SET Int  THEN    Type      2     IF KEYWORD_SET Long  THEN   Type      3          Don t allow multiline non string widgets     if  Type ne 0  then           YSize 1     YSize   YSize   1          Build Widget      Base      WIDGET_BASE Parent  ROW Row  COLUMN Column  UVALUE UValue                EVENT_FUNC CW_FIELD_EVENT                PRO_SET_VALUE CW_FIELD_SET                FUNC_GET_VALUE CW_FIELD_GET                FRAME Frame  UNAME uname       FOR i   0  n_elements title 1 DO         Label     WIDGET_LABEL Base  VALUE   Title i  FONT   LabelFont                                 UNAME   uname _LABEL   align_left      Text      WIDGET_TEXT Base  VALUE   TextValue                XSIZE XSize  YSIZE YSize  FONT FieldFont                ALL_EVENTS AllEvents                EDITABLE AllEvents AND TYPE EQ 0                FRAME Text_Frame                 UNAME uname _TEXT                 NO_ECHO AllEvents AND  TYPE NE 0         Save our internal state in the first child widget     State                 efun: efun                TextId:Text               Title:Title               Update:Update             Type:Type                   WIDGET_CONTROL  WIDGET_INFO Base   CHILD  SET_UVALUE State   NO_COPY     RETURN  Base   END         PRO printerdef_event  event   get back the ids of the cw_field widgets     compile_opt idl2  strictarrsubs     widget_control  event id  get_uvalue   cwids   IF size cwids   n_dimensions  EQ 1 THEN cwids   reform cwids  3  1  help  cwids   dims   size cwids   dimensions  help   dims print   dims   results   strarr dims    FOR i   0  dims 1 1 DO BEGIN     widget_control  cwids 0  i  get_value   res   results 0  i    res     widget_control  cwids 1  i  get_value   res   results 1  i    res     widget_control  cwids 2  i  get_value   res   results 2  i    res   ENDFOR   nothing   where results EQ   count    IF count NE 0 THEN BEGIN     nothing   dialog_message Some of the text box are still empty  dialog_parent   event top   information      return   ENDIF   now we give the result to buildinit pro by using the pointer uvalue    widget_control  event top  get_uvalue   ptresult     ptresult   temporary results    we destroy the widget    widget_control  event top   destroy   RETURN END         PRO papsize_event  event   get back the ids of the cw_field widgets     compile_opt idl2  strictarrsubs     widget_control  event id  get_uvalue   uvalue   IF uvalue 0  NE  ok  THEN return   idist   widget_info event top  find_by_uname    list    id   widget_info idist   list_select    widget_control  idist  get_uvalue   selected   selected   selected id    selected   strsplit selected   extract    now we give the result to buildinit pro by using the pointer uvalue    widget_control  event top  get_uvalue   ptresult     ptresult    float selected 3  float selected 4    we destroy the widget    widget_control  event top   destroy   RETURN END         PRO xask_event  event   now we give the answer to buildinit pro by using the pointer uvalue     compile_opt idl2  strictarrsubs      widget_control  event top  get_uvalue   ptranswer     ptranswer   event value   we destroy the widget    widget_control  event top   destroy   RETURN END         FUNCTION xask  _extra   ex     compile_opt idl2  strictarrsubs     base   widget_base     field   cw_field2 base   frame   return_events   column  _extra   ex     ptranswer   ptr_new allocate_heap    we realize the widget and wait for an answer   widget_control  base   realize  set_uvalue   ptranswer   xmanager   xask  base   we get the answer   answer    ptranswer   we freeing the pointer   ptr_free  ptranswer   RETURN  answer END         FUNCTION getdir  title   title  nomark   nomark  nowrite   nowrite     compile_opt idl2  strictarrsubs        REPEAT BEGIN     dir   dialog_pickfile directory   must_exist  title   title    make sure dir is ok  check read write access and directory separator mark     dir   file_search dir   test_directory   test_read                           test_write   1   keyword_set nowrite                            mark_directory   1   keyword_set nomark      dir   dir 0    ENDREP UNTIL dir NE      RETURN  dir END         PRO buildinit       compile_opt idl2  strictarrsubs     IF fix strmid version release  0  1  LT 6 THEN BEGIN      print                                print                        ERROR       print                                print   This version of SAXO needs at least IDL version 6 0      print                                print                        ERROR       print                                return   ENDIF   IF lmgr demo  EQ 1 THEN BEGIN     print   impossible to use buildinit in demo mode      return   ENDIF     init                     This is the initialisation file                  it defines the  path and the defaut values of some of the common variables                                  this is supposed to speed up IDL                                  a   fltarr 1000 1000 100                  a   0                                  path definition                      define  myIDL  directory   myIDL   getdir title    Select the home directory  my IDL   nomark    define  SAXO  directory   saxodir   getdir title    Select SAXO directory   nomark   nowrite    define the  path   init    init   path   expand_path     myIDL                            :    expand_path     saxodir                            :    expand_path     dir      should we keep the compatibility with the old version      yes   dialog_message shall we keep the compatibility                               with the old version    question   default_no    yes   strlowcase yes       init    init                                 compatibility with the old version                                 keep_compatibility      strtrim fix yes EQ  yes  2       define all the commons     init    init                                 define all the commons                                 all_cm      define default directories     init    init                                 define default directories                                 homedir   isadirectory myIDL  title    Select the default HOME directory    iodir   getdir title    Select the default IO directory    init    init                iodir   isadirectory iodir  title    Select the default IO directory    psdir   getdir title    Select the default postscripts directory    init    init                psdir   isadirectory psdir  title    Select the default postscripts directory    imagedir   getdir title    Select the default images directory    init    init                imagedir   isadirectory imagedir  title    Select the default images directory    animdir   getdir title    Select the default animations directory    init    init                animdir   isadirectory animdir  title    Select the default animations directory      number of printer     ptnumb   xask title    Number of accessible printers  value   0   long      define all the printer parameters      init    init                                 define printer parameters                        IF ptnumb NE 0 THEN BEGIN     base   widget_base column   frame       cwids   lonarr 3  ptnumb      FOR i   0  ptnumb 1 DO BEGIN       subbase   widget_base base   row        cwids 0  i    cw_field subbase   string                                  Title    printer_human_names strtrim i  2             cwids 1  i    cw_field subbase   string                                  Title    printer_machine_names strtrim i  2             cwids 2  i    cw_field subbase   string  value    lpr  P                                   Title    printer_machine_names strtrim i  2           ENDFOR     trash   widget_button base  value    ok  uvalue   cwids      ptresult   ptr_new allocate_heap    we realize the widget and wait for an answer     widget_control  base   realize  set_uvalue   ptresult     xmanager   printerdef  base       init    init                  printer_human_names   strarr strtrim ptnumb  2                   printer_machine_names   strarr strtrim ptnumb  2                   print_command   strarr strtrim ptnumb  2      FOR i   0  ptnumb 1 DO BEGIN       init    init                    printer_human_names strtrim i  2                         ptresult 0  i                     printer_machine_names strtrim i  2                         ptresult 1  i                     print_command strtrim i  2                         ptresult 2  i      ENDFOR   we freeing the pointer     ptr_free  ptresult   ENDIF ELSE BEGIN     init    init                  printer_human_names                      printer_machine_names                      print_command       ENDELSE      Colors     init    init                                 colors                                  device  decomposed   0                 device  retain   2      default color tables     loadct  get_names   names    ntables   40   title                                                                      Choose the default color table                                                                        the following lines come from loadct procedure    nlines    ntables   2    3  of lines to print   nend   nlines    nlines 3    ntables    for i   0  nend 1 do           Print each line     title    title                  string format    i2   a17  3x  i2   a17  3x  i2   a17                            i  names i  i nlines  names i nlines                            i 2 nlines  xask title   title  value   39   long   xask title   title  value   0   long    2   init    init                archive_ps    strtrim archive_ps  2                                                  end of the part that should be modified by the users                                                  if needed  keep compatibility with the old version                                 updateold                       filename   xask title    name of the init file   written in homedir:     myIDL     value    init pro   string    journal  myIDL       filename   FOR i   0  n_elements init 1 DO journal  init i    journal    RETURN END");
 
 
Index: /trunk/SRC/Documentation/xmldoc/getsaxo.html
===================================================================
--- /trunk/SRC/Documentation/xmldoc/getsaxo.html	(revision 113)
+++ /trunk/SRC/Documentation/xmldoc/getsaxo.html	(revision 114)
@@ -48,10 +48,10 @@
 	  Regular users
 	</h4></div></div></div><p>
-	The <span class="bold"><strong>complete</strong></span> latest revision (source + tests data files: 767 Mb) can be checked out with the following command executed in your <code class="envar">${HOME}</code>:
+	The <span class="bold"><strong>complete</strong></span> latest revision (source + tests data files: 777 Mb) can be checked out with the following command executed in your <code class="envar">${HOME}</code>:
 	</p><pre class="screen">
   <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">svn</strong></span> <code class="option">checkout</code> <em class="parameter"><code>http://forge.ipsl.jussieu.fr/saxo/svn/trunk/</code></em> <em class="parameter"><code>SAXO_DIR</code></em></code></strong>
 	</pre><p>
       </p><p>
-	The latest revision of the <span><strong class="command">source files</strong></span> (40 Mb) can be checked out with the following command:
+	The latest revision of the <span><strong class="command">source files</strong></span> (49 Mb) can be checked out with the following command:
 	</p><pre class="screen">
   <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">svn</strong></span> <code class="option">checkout</code> <em class="parameter"><code>http://forge.ipsl.jussieu.fr/saxo/svn/trunk/SRC</code></em> <em class="parameter"><code>SAXO_DIR/SRC</code></em></code></strong>
@@ -72,5 +72,5 @@
 	Get <span class="application">SAXO</span> from a tar file
       </h3></div></div></div><div class="sect3" lang="en"><div class="titlepage"><div><div><h4 class="title"><a name="saxo_src_tar"></a>2.3.1.&nbsp;
-	  Get <span class="application">SAXO</span> source files (4.7M Mb)
+	  Get <span class="application">SAXO</span> source files (4.8M Mb)
 	</h4></div></div></div><p>
 	  Create your <code class="filename"><code class="envar">${HOME}</code>/SAXO_DIR</code> directory...
@@ -80,15 +80,15 @@
   <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">cd</strong></span> <em class="parameter"><code>SAXO_DIR</code></em></code></strong>
 	  </pre><p>
-	  ... and download it the latest version of the sources tar file: <a href="http://forge.ipsl.jussieu.fr/saxo/download/SAXO_SRC_20060612.tar.gz" target="_top">SAXO_SRC_20060612.tar.gz</a> (4.7M Mb). This tar.gz file could also be downloaded with 
+	  ... and download it the latest version of the sources tar file: <a href="http://forge.ipsl.jussieu.fr/saxo/download/SAXO_SRC_20060619.tar.gz" target="_top">SAXO_SRC_20060619.tar.gz</a> (4.8M Mb). This tar.gz file could also be downloaded with 
 	</p><div class="variablelist"><dl><dt><span class="term"><span><strong class="command">wget</strong></span></span></dt><dd><pre class="screen">
-  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">wget</strong></span> <em class="parameter"><code>http://forge.ipsl.jussieu.fr/saxo/download/SAXO_SRC_20060612.tar.gz</code></em></code></strong>
+  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">wget</strong></span> <em class="parameter"><code>http://forge.ipsl.jussieu.fr/saxo/download/SAXO_SRC_20060619.tar.gz</code></em></code></strong>
 	  </pre></dd><dt><span class="term"><span><strong class="command">curl</strong></span></span></dt><dd><pre class="screen">
-  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">curl</strong></span> <code class="option">-O</code> <em class="parameter"><code>http://forge.ipsl.jussieu.fr/saxo/download/SAXO_SRC_20060612.tar.gz</code></em></code></strong>
+  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">curl</strong></span> <code class="option">-O</code> <em class="parameter"><code>http://forge.ipsl.jussieu.fr/saxo/download/SAXO_SRC_20060619.tar.gz</code></em></code></strong>
 	  </pre></dd></dl></div><p>	
 	Untar the file
 	</p><pre class="screen">
   <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">cd</strong></span> <em class="parameter"><code><code class="envar">${HOME}</code>/SAXO_DIR</code></em></code></strong>
-  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">tar</strong></span> <code class="option">xvfz</code> <em class="parameter"><code>SAXO_SRC_20060612.tar.gz</code></em></code></strong>
-  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">rm</strong></span> <em class="parameter"><code>SAXO_SRC_20060612.tar.gz</code></em></code></strong>
+  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">tar</strong></span> <code class="option">xvfz</code> <em class="parameter"><code>SAXO_SRC_20060619.tar.gz</code></em></code></strong>
+  <code class="prompt">$</code> <strong class="userinput"><code><span><strong class="command">rm</strong></span> <em class="parameter"><code>SAXO_SRC_20060619.tar.gz</code></em></code></strong>
 	</pre><p>
 	</p></div><div class="sect3" lang="en"><div class="titlepage"><div><div><h4 class="title"><a name="saxo_data_tar"></a>2.3.2.&nbsp;
Index: /trunk/SRC/Documentation/xmldoc/savesaxo.sh
===================================================================
--- /trunk/SRC/Documentation/xmldoc/savesaxo.sh	(revision 113)
+++ /trunk/SRC/Documentation/xmldoc/savesaxo.sh	(revision 114)
@@ -80,7 +80,21 @@
     then
     cat <<EOF > /tmp/compileall${$}.pro
+.reset_session  
+;
 !path = expand_path('+' + '../..') + ':' + expand_path('+' + !dir)
-keep_compatibility, 0
-@all_cm
+resolve_all, resolve_either='def_myuniquetmpdir'
+resolve_all, resolve_either = 'find' 
+def_myuniquetmpdir
+oldcm = find('oldcm_empty')
+;oldcm = find('oldcm_full')
+oldcm = oldcm[0]
+@cm_general
+file_copy, oldcm, myuniquetmpdir + 'oldcm_used.pro', /overwrite
+IF !journal NE 0 THEN journal
+journal, myuniquetmpdir + 'cm_demomode_used.pro'
+journal   
+;
+resolve_all, resolve_either='keep_compatibility' 
+;
 EOF
 #
@@ -95,5 +109,5 @@
 	  if [ $? -eq 0 ]
 	      then
-	      echo ".r $( basename $i .pro )" >> /tmp/compileall${$}.pro
+	      echo "resolve_all, resolve_either = '$( basename $i .pro )', skip_routines = ['xxx2ps','trends']" >> /tmp/compileall${$}.pro
 	  fi
       fi
@@ -104,5 +118,6 @@
     echo
     echo
-    grep -q "Compilation error(s)" /tmp/compileallerr_${$}
+    grep -i "error" /tmp/compileallerr_${$}
+#    grep -q "Compilation error(s)" /tmp/compileallerr_${$}
     if [ ${?} -ne 0 ] 
     then
@@ -285,6 +300,6 @@
 wget http://forge.ipsl.jussieu.fr/saxo/download/$filesrc
 gunzip $filesrc
-tar vxfz $filesrc
-rm -f $filesrc
+tar vxf $( basename $filesrc .gz )
+rm -f $( basename $filesrc .gz )
 #
 chmod -R 755 *
@@ -306,6 +321,7 @@
 rm -rf DATA
 wget http://forge.ipsl.jussieu.fr/saxo/download/$filedata
-tar vxfz $filedata
-rm -f $filedata
+gunzip $filedata
+tar vxf $( basename $filedata .gz )
+rm -f $( basename $filedata .gz )
 #
 chmod -R 755 *
@@ -351,32 +367,7 @@
 if [ $doSRCidris -eq 1 ]
 then
-# create the update script for rhodes
-    if [[ ($doSRClodyc -eq 0) && ($doSRCipsl -eq 0) ]]
-	then
-	echo "iii : you will be asked ${lgforge}@forge.ipsl.jussieu.fr passwd"
-	infosrc=$(ssh ${lgforge}@forge.ipsl.jussieu.fr ls -lht /ipsl/forge/projets/saxo/download/SAXO_SRC_*.tar.gz  | head -n 1)
-	filesrc=$(echo ${infosrc} | awk '{print $NF}')
-	filesrc=$( basename $filesrc )
-    fi
-#
-    cat <<EOF > job_src_idris_$$
-#!/bin/ksh
-cd SAXO_DIR
-#
-rm -rf SRC
-echo "iii : you will be asked ${lgforge}@forge.ipsl.jussieu.fr passwd"
-scp ${lgforge}@forge.ipsl.jussieu.fr:/ipsl/forge/projets/saxo/download/$filesrc .
-gunzip $filesrc
-tar vxf $( basename $filesrc .gz )
-rm -f $( basename $filesrc .gz )
-#
-chmod -R 755 *
-exit
-#
-EOF
 # update src on rhodes
     echo "iii : update src to rhodes"
-    scp job_src_idris_$$ reee217@rhodes.idris.fr:.
-    ssh reee217@rhodes.idris.fr "chmod 755 job_src_idris_$$ ; ./job_src_idris_$$ ; rm -f job_src_idris_$$"
+    ssh reee217@rhodes.idris.fr "svn update SAXO_DIR/SRC ; chmod -R 755 SAXO_DIR"
 fi
 #------------------------------------------------------------------
@@ -415,5 +406,4 @@
 [ -f job_src_$$ ] && rm -f job_src_$$
 [ -f job_data_$$ ] && rm -f job_data_$$
-[ -f job_src_idris_$$ ] && rm -f job_src_idris_$$
 [ -f job_data_idris_$$ ] && rm -f job_data_idris_$$
 #
Index: /trunk/SRC/Documentation/xmldoc/whatsnew.html
===================================================================
--- /trunk/SRC/Documentation/xmldoc/whatsnew.html	(revision 113)
+++ /trunk/SRC/Documentation/xmldoc/whatsnew.html	(revision 114)
@@ -1,17 +1,21 @@
 <html><head>
       <meta http-equiv="Content-Type" content="text/html; charset=ISO-8859-1">
-   <title>What's new in SAXO</title><link rel="stylesheet" href="saxo.css" type="text/css"><meta name="generator" content="DocBook XSL Stylesheets V1.69.1"><meta name="keywords" content="idl, SAXO"></head><body bgcolor="white" text="black" link="#0000FF" vlink="#840084" alink="#0000FF"><div class="article" lang="en"><div class="titlepage"><div><div><h2 class="title"><a name="d0e1"></a>What's new in SAXO</h2></div><div><div class="authorgroup"><div class="author"><h3 class="author"><span class="firstname">S&eacute;bastien</span> <span class="surname">Masson</span></h3><code class="email">&lt;<a href="mailto:smasson_at_lodyc.jussieu.fr">smasson_at_lodyc.jussieu.fr</a>&gt;</code></div><div class="author"><h3 class="author"><span class="firstname">Fran&ccedil;oise</span> <span class="surname">Pinsard</span></h3><code class="email">&lt;<a href="mailto:Francoise.Pinsard_at_lodyc.jussieu.fr">Francoise.Pinsard_at_lodyc.jussieu.fr</a>&gt;</code></div></div></div><div><div class="revhistory"><table border="1" width="100%" summary="Revision history"><tr><th align="left" valign="top" colspan="2"><b>Revision History</b></th></tr><tr><td align="left">Revision 0.0</td><td align="left">May 2006</td></tr><tr><td align="left" colspan="2">First draft</td></tr><tr><td align="left">Revision 0.1</td><td align="left">June 2006</td></tr><tr><td align="left" colspan="2">add date according to output of svn log</td></tr></table></div></div></div><hr></div><div class="toc"><p><b>Table of Contents</b></p><dl><dt><span class="sect1"><a href="#d0e45">1. Introduction</a></span></dt><dt><span class="sect1"><a href="#d0e52">2. Changeset 73 (2006-05-22)</a></span></dt><dt><span class="sect1"><a href="#d0e68">3. Changeset 69 (2006-05-11)</a></span></dt><dt><span class="sect1"><a href="#d0e78">4. Changeset 68 (2006-05-09)</a></span></dt><dt><span class="sect1"><a href="#d0e93">5. Changeset 7 (2006-04-24)</a></span></dt><dt><span class="sect1"><a href="#d0e103">6. Changeset 2 (revision date=2002-09-11 actually done 2006-04-13)</a></span></dt></dl></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e45"></a>1.&nbsp;Introduction</h2></div></div></div><p>
+   <title>What's new in SAXO</title><link rel="stylesheet" href="saxo.css" type="text/css"><meta name="generator" content="DocBook XSL Stylesheets V1.69.1"><meta name="keywords" content="idl, SAXO"></head><body bgcolor="white" text="black" link="#0000FF" vlink="#840084" alink="#0000FF"><div class="article" lang="en"><div class="titlepage"><div><div><h2 class="title"><a name="d0e1"></a>What's new in SAXO</h2></div><div><div class="authorgroup"><div class="author"><h3 class="author"><span class="firstname">S&eacute;bastien</span> <span class="surname">Masson</span></h3><code class="email">&lt;<a href="mailto:smasson_at_lodyc.jussieu.fr">smasson_at_lodyc.jussieu.fr</a>&gt;</code></div><div class="author"><h3 class="author"><span class="firstname">Fran&ccedil;oise</span> <span class="surname">Pinsard</span></h3><code class="email">&lt;<a href="mailto:Francoise.Pinsard_at_lodyc.jussieu.fr">Francoise.Pinsard_at_lodyc.jussieu.fr</a>&gt;</code></div></div></div><div><div class="revhistory"><table border="1" width="100%" summary="Revision history"><tr><th align="left" valign="top" colspan="2"><b>Revision History</b></th></tr><tr><td align="left">Revision 0.0</td><td align="left">May 2006</td></tr><tr><td align="left" colspan="2">First draft</td></tr><tr><td align="left">Revision 0.1</td><td align="left">June 2006</td></tr><tr><td align="left" colspan="2">add date according to output of svn log</td></tr></table></div></div></div><hr></div><div class="toc"><p><b>Table of Contents</b></p><dl><dt><span class="sect1"><a href="#d0e45">1. Introduction</a></span></dt><dt><span class="sect1"><a href="#d0e52">2. Changeset 114 (2006-06-19)</a></span></dt><dt><span class="sect1"><a href="#d0e62">3. Changeset 73 (2006-05-22)</a></span></dt><dt><span class="sect1"><a href="#d0e78">4. Changeset 69 (2006-05-11)</a></span></dt><dt><span class="sect1"><a href="#d0e88">5. Changeset 68 (2006-05-09)</a></span></dt><dt><span class="sect1"><a href="#d0e103">6. Changeset 7 (2006-04-24)</a></span></dt><dt><span class="sect1"><a href="#d0e113">7. Changeset 2 (revision date=2002-09-11 actually done 2006-04-13)</a></span></dt></dl></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e45"></a>1.&nbsp;Introduction</h2></div></div></div><p>
 Here are listed major revisions.
 </p><p>
 SAXO team should provide instructions to prevent from side effects of upgrade.
-</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e52"></a>2.&nbsp;Changeset 73 (2006-05-22)</h2></div></div></div><p>
+</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e52"></a>2.&nbsp;Changeset 114 (2006-06-19)</h2></div></div></div><p>
+This revision includes new compilation options (compile_opt idl2, strictarrsubs) in each routine.
+</p><p>
+Details can be seen in <a href="http://forge.ipsl.jussieu.fr/saxo/changeset/114" target="_top">Changeset 114</a>.
+</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e62"></a>3.&nbsp;Changeset 73 (2006-05-22)</h2></div></div></div><p>
 This revision is the last one made to split svn repository in two parts : SRC and DATA.
 </p><p>
 Details can be seen in <a href="http://forge.ipsl.jussieu.fr/saxo/changeset/71" target="_top">Changeset 71</a>, <a href="http://forge.ipsl.jussieu.fr/saxo/changeset/72" target="_top">Changeset 72</a> and <a href="http://forge.ipsl.jussieu.fr/saxo/changset/73" target="_top">Changeset 73</a>.
-</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e68"></a>3.&nbsp;Changeset 69 (2006-05-11)</h2></div></div></div><p>
+</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e78"></a>4.&nbsp;Changeset 69 (2006-05-11)</h2></div></div></div><p>
 This revision includes new XXX features.
 </p><p>
 Details can be seen in <a href="http://forge.ipsl.jussieu.fr/saxo/changeset/69" target="_top">Changeset 69</a>.
-</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e78"></a>4.&nbsp;Changeset 68 (2006-05-09)</h2></div></div></div><p>
+</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e88"></a>5.&nbsp;Changeset 68 (2006-05-09)</h2></div></div></div><p>
 This revision is equivalent to SAXO_RD 20060124.
 </p><p>
@@ -19,9 +23,9 @@
 </p><p>
 Details can be seen in <a href="http://forge.ipsl.jussieu.fr/saxo/changeset/68" target="_top">Changeset 68</a>.
-</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e93"></a>5.&nbsp;Changeset 7 (2006-04-24)</h2></div></div></div><p>
+</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e103"></a>6.&nbsp;Changeset 7 (2006-04-24)</h2></div></div></div><p>
 This revision is equivalent to IDL_RD.
 </p><p>
 Details can be seen in <a href="http://forge.ipsl.jussieu.fr/saxo/changeset/7" target="_top">Changeset 7</a>.
-</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e103"></a>6.&nbsp;Changeset 2 (revision date=2002-09-11 actually done 2006-04-13)</h2></div></div></div><p>
+</p></div><div class="sect1" lang="en"><div class="titlepage"><div><div><h2 class="title" style="clear: both"><a name="d0e113"></a>7.&nbsp;Changeset 2 (revision date=2002-09-11 actually done 2006-04-13)</h2></div></div></div><p>
 This revision is equivalent to <span class="bold"><strong>obsolete</strong></span> CVS repository.
 </p><p>
Index: /trunk/SRC/Documentation/xmldoc/whatsnew.xml
===================================================================
--- /trunk/SRC/Documentation/xmldoc/whatsnew.xml	(revision 113)
+++ /trunk/SRC/Documentation/xmldoc/whatsnew.xml	(revision 114)
@@ -37,4 +37,13 @@
 <para>
 SAXO team should provide instructions to prevent from side effects of upgrade.
+</para>
+</sect1>
+<sect1>
+<title>Changeset 114 (2006-06-19)</title>
+<para>
+This revision includes new compilation options (compile_opt idl2, strictarrsubs) in each routine.
+</para>
+<para>
+Details can be seen in <ulink url="http://forge.ipsl.jussieu.fr/saxo/changeset/114">Changeset 114</ulink>.
 </para>
 </sect1>
Index: /trunk/SRC/ForOldVersion/keep_compatibility.pro
===================================================================
--- /trunk/SRC/ForOldVersion/keep_compatibility.pro	(revision 113)
+++ /trunk/SRC/ForOldVersion/keep_compatibility.pro	(revision 114)
@@ -23,4 +23,7 @@
 ;-
 PRO keep_compatibility, flag
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @cm_general
Index: /trunk/SRC/Grid/computegrid.pro
===================================================================
--- /trunk/SRC/Grid/computegrid.pro	(revision 113)
+++ /trunk/SRC/Grid/computegrid.pro	(revision 114)
@@ -150,4 +150,7 @@
                  , _extra = ex 
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/Grid/micromeshmask.pro
===================================================================
--- /trunk/SRC/Grid/micromeshmask.pro	(revision 113)
+++ /trunk/SRC/Grid/micromeshmask.pro	(revision 114)
@@ -20,4 +20,7 @@
 ;------------------------------------------------------
 PRO ncdf_transfer, inid, outid, inname, outname
+;
+  compile_opt idl2, strictarrsubs
+;
   IF n_elements(outname) EQ 0 THEN outname = inname
   ncdf_varget, inid, inname, zzz
@@ -42,4 +45,7 @@
 ;-
 PRO micromeshmask, ncfilein, ncfileout, IODIR = iodir
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   filein = isafile(FILE = ncfilein, IODIR = iodir, /NEW)
@@ -78,5 +84,5 @@
     dimid = (where(strmid(listdims, 0, 5) EQ 'depth'))[0]
     IF dimid NE -1 THEN ncdf_diminq, cdfid, dimid, name, jpk ELSE BEGIN 
-      report, 'We could not find the vertical dimension..., its name must be z or start with depth'
+      dummy = report('We could not find the vertical dimension..., its name must be z or start with depth')
       return
     ENDELSE 
Index: /trunk/SRC/Grid/n128gaussian.pro
===================================================================
--- /trunk/SRC/Grid/n128gaussian.pro	(revision 113)
+++ /trunk/SRC/Grid/n128gaussian.pro	(revision 114)
@@ -16,4 +16,7 @@
 ;
 FUNCTION n128gaussian
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 ;          latitude   reduced     regular  latitude
Index: /trunk/SRC/Grid/n160gaussian.pro
===================================================================
--- /trunk/SRC/Grid/n160gaussian.pro	(revision 113)
+++ /trunk/SRC/Grid/n160gaussian.pro	(revision 114)
@@ -17,4 +17,7 @@
 ;
 FUNCTION n160gaussian
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 ;          latitude   reduced     regular  latitude
Index: /trunk/SRC/Grid/n256gaussian.pro
===================================================================
--- /trunk/SRC/Grid/n256gaussian.pro	(revision 113)
+++ /trunk/SRC/Grid/n256gaussian.pro	(revision 114)
@@ -17,4 +17,7 @@
 ;
 FUNCTION n256gaussian
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 ;         latitude   reduced     regular  latitude
Index: /trunk/SRC/Grid/n48gaussian.pro
===================================================================
--- /trunk/SRC/Grid/n48gaussian.pro	(revision 113)
+++ /trunk/SRC/Grid/n48gaussian.pro	(revision 114)
@@ -17,4 +17,7 @@
 ;
 FUNCTION n48gaussian
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 ;          latitude   reduced     regular  latitude
Index: /trunk/SRC/Grid/n80gaussian.pro
===================================================================
--- /trunk/SRC/Grid/n80gaussian.pro	(revision 113)
+++ /trunk/SRC/Grid/n80gaussian.pro	(revision 114)
@@ -17,4 +17,7 @@
 ;
 FUNCTION n80gaussian
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 ;          latitude   reduced     regular  latitude
Index: /trunk/SRC/Grid/ncdf_meshread.pro
===================================================================
--- /trunk/SRC/Grid/ncdf_meshread.pro	(revision 113)
+++ /trunk/SRC/Grid/ncdf_meshread.pro	(revision 114)
@@ -75,4 +75,7 @@
 ;
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
@@ -114,5 +117,5 @@
     dimid = (where(strmid(listdims, 0, 5) EQ 'depth'))[0]
     IF dimid NE -1 THEN ncdf_diminq, cdfid, dimid, name, jpkglo ELSE BEGIN 
-      report, 'We could not find the vertical dimension..., its name must be z or start with depth'
+      dummy = report('We could not find the vertical dimension..., its name must be z or start with depth')
       stop
     ENDELSE 
Index: /trunk/SRC/Grid/restoreboxparam.pro
===================================================================
--- /trunk/SRC/Grid/restoreboxparam.pro	(revision 113)
+++ /trunk/SRC/Grid/restoreboxparam.pro	(revision 114)
@@ -24,4 +24,7 @@
 ;------------------------------------------------------------
 PRO restoreboxparam, filename
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 ;
Index: /trunk/SRC/Grid/saveboxparam.pro
===================================================================
--- /trunk/SRC/Grid/saveboxparam.pro	(revision 113)
+++ /trunk/SRC/Grid/saveboxparam.pro	(revision 114)
@@ -25,4 +25,7 @@
 ;------------------------------------------------------------
 PRO saveboxparam, filename
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 ;
Index: /trunk/SRC/Grid/smallmeshmask.pro
===================================================================
--- /trunk/SRC/Grid/smallmeshmask.pro	(revision 113)
+++ /trunk/SRC/Grid/smallmeshmask.pro	(revision 114)
@@ -10,4 +10,7 @@
 ;------------------------------------------------------
 PRO ncdf_transfer, inid, outid, inname, outname
+;
+  compile_opt idl2, strictarrsubs
+;
   IF n_elements(outname) EQ 0 THEN outname = inname
   ncdf_varget, inid, inname, zzz
@@ -44,4 +47,7 @@
 ;-
 PRO smallmeshmask, ncfilein, ncfileout, IODIR = iodir
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   filein = isafile(FILE = ncfilein, IODIR = iodir, /NEW)
@@ -76,5 +82,5 @@
     dimid = (where(strmid(listdims, 0, 5) EQ 'depth'))[0]
     IF dimid NE -1 THEN ncdf_diminq, cdfid, dimid, name, jpk ELSE BEGIN 
-      report, 'We could not find the vertical dimension..., its name must be z or start with depth'
+      dummy = report('We could not find the vertical dimension..., its name must be z or start with depth')
       return
     ENDELSE 
Index: /trunk/SRC/Interpolation/.idlwave_catalog
===================================================================
--- /trunk/SRC/Interpolation/.idlwave_catalog	(revision 113)
+++ /trunk/SRC/Interpolation/.idlwave_catalog	(revision 114)
@@ -9,4 +9,5 @@
    ("angle" pro nil (lib "angle.pro" nil "saxo") "%s, fileocemesh, gcosu, gsinu, gcosv, gsinv, gcost, gsint" (nil ("DOUBLE") ("IODIRECTORY")))
    ("clickincell" fun nil (lib "clickincell.pro" nil "saxo") "Result = %s" (nil ("_EXTRA") ("CELLTYPE") ("COLOR") ("DRAWCELL") ("IJ") ("ORIGINAL")))
+   ("compute_fromirr_bilinear_weigaddr" pro nil (lib "compute_fromirr_bilinear_weigaddr.pro" nil "saxo") "%s, olonin, olat, omsk, alonin, alat, amsk, weig, addr" (nil))
    ("compute_fromreg_bilinear_weigaddr" pro nil (lib "compute_fromreg_bilinear_weigaddr.pro" nil "saxo") "%s, alonin, alatin, olonin, olat, weig, addr" (nil ("NONORTHERNLINE") ("NOSOUTHERNLINE")))
    ("compute_fromreg_imoms3_weigaddr" pro nil (lib "compute_fromreg_imoms3_weigaddr.pro" nil "saxo") "%s, alonin, alatin, olonin, olat, weig, addr" (nil ("NONORTHERNLINE") ("NOSOUTHERNLINE")))
@@ -14,4 +15,5 @@
    ("cutsegment" fun nil (lib "cutsegment.pro" nil "saxo") "Result = %s(x0, y0, x1, y1, n)" (nil ("endpoints") ("onsphere")))
    ("extrapolate" fun nil (lib "extrapolate.pro" nil "saxo") "Result = %s(zinput, maskinput, nb_iteration)" (nil ("MAXVAL") ("MINVAL") ("x_periodic")))
+   ("fromirr" fun nil (lib "fromirr.pro" nil "saxo") "Result = %s(method, datain, lonin, latin, mskin, lonout, latout, mskout)" (nil ("ADDR") ("WEIG")))
    ("fromreg" fun nil (lib "fromreg.pro" nil "saxo") "Result = %s(method, datain, lonin, latin, lonout, latout)" (nil ("ADDR") ("NONORTHERNLINE") ("NOSOUTHERNLINE") ("WEIG")))
    ("get_gridparams" pro nil (lib "get_gridparams.pro" nil "saxo") "%s, in1, in2, in3, in4, in5, in6, in7, in8" (nil ("DOUBLE")))
@@ -28,4 +30,3 @@
    ("spl_incr" fun nil (lib "spl_incr.pro" nil "saxo") "Result = %s(x, y, x2)" (nil ("YP0") ("YPN_1")))
    ("spl_keep_mean" fun nil (lib "spl_keep_mean.pro" nil "saxo") "Result = %s(x, yin, x2)" (nil ("GE0") ("YP0") ("YPN_1")))
-   ("square2quadrilateral" fun nil (lib "square2quadrilateral.pro" nil "saxo") "Result = %s(x0in, y0in, x1in, y1in, x2in, y2in, x3in, y3in, xxin, yyin)" (nil))
-   ("testinterp" pro nil (lib "testinterp.pro" nil "saxo") "%s" (nil))))
+   ("square2quadrilateral" fun nil (lib "square2quadrilateral.pro" nil "saxo") "Result = %s(x0in, y0in, x1in, y1in, x2in, y2in, x3in, y3in, xxin, yyin)" (nil))))
Index: /trunk/SRC/Interpolation/angle.pro
===================================================================
--- /trunk/SRC/Interpolation/angle.pro	(revision 113)
+++ /trunk/SRC/Interpolation/angle.pro	(revision 114)
@@ -30,4 +30,7 @@
 ;
 FUNCTION fsnspp, plam, pphi, DOUBLE = double
+;
+  compile_opt idl2, strictarrsubs
+;
   IF keyword_set(double) THEN BEGIN
     a = 2.d * tan( !dpi/4.d - !dpi/180.d*pphi/2.d )
@@ -61,4 +64,7 @@
 ; 0. read oceanic grid parameters
 ; ================================
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   IF keyword_set(IODIRECTORY) THEN BEGIN
Index: /trunk/SRC/Interpolation/clickincell.pro
===================================================================
--- /trunk/SRC/Interpolation/clickincell.pro	(revision 113)
+++ /trunk/SRC/Interpolation/clickincell.pro	(revision 114)
@@ -47,4 +47,7 @@
 ;-
 FUNCTION clickincell, CELLTYPE = celltype, DRAWCELL = drawcell, COLOR = color, ORIGINAL = original, IJ = ij, _EXTRA = extra
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;
Index: /trunk/SRC/Interpolation/compute_fromreg_bilinear_weigaddr.pro
===================================================================
--- /trunk/SRC/Interpolation/compute_fromreg_bilinear_weigaddr.pro	(revision 113)
+++ /trunk/SRC/Interpolation/compute_fromreg_bilinear_weigaddr.pro	(revision 114)
@@ -42,5 +42,5 @@
   , NONORTHERNLINE = nonorthernline, NOSOUTHERNLINE = nosouthernline
 ;
-  compile_opt strictarr, strictarrsubs 
+  compile_opt idl2, strictarrsubs
 ;
   alon = alonin
Index: /trunk/SRC/Interpolation/compute_fromreg_imoms3_weigaddr.pro
===================================================================
--- /trunk/SRC/Interpolation/compute_fromreg_imoms3_weigaddr.pro	(revision 113)
+++ /trunk/SRC/Interpolation/compute_fromreg_imoms3_weigaddr.pro	(revision 114)
@@ -44,5 +44,5 @@
                                      , NONORTHERNLINE = nonorthernline, NOSOUTHERNLINE = nosouthernline
 ;
-  compile_opt strictarr, strictarrsubs 
+  compile_opt idl2, strictarrsubs 
 ;
   alon = alonin
Index: /trunk/SRC/Interpolation/cutpar.pro
===================================================================
--- /trunk/SRC/Interpolation/cutpar.pro	(revision 113)
+++ /trunk/SRC/Interpolation/cutpar.pro	(revision 114)
@@ -48,4 +48,7 @@
 ;-
 FUNCTION cutpar, x0, y0, x1, y1, x2, y2, x3, y3, n, endpoints = endpoints, onsphere = onsphere
+;
+  compile_opt idl2, strictarrsubs
+;
 ; is it a parallelogram?
 ; eps = 1e-4
Index: /trunk/SRC/Interpolation/cutsegment.pro
===================================================================
--- /trunk/SRC/Interpolation/cutsegment.pro	(revision 113)
+++ /trunk/SRC/Interpolation/cutsegment.pro	(revision 114)
@@ -43,4 +43,7 @@
 ;-
 FUNCTION cutsegment, x0, y0, x1, y1, n, endpoints = endpoints, onsphere = onsphere
+;
+  compile_opt idl2, strictarrsubs
+;
 ; number of segment
   nseg = n_elements(x0) 
Index: /trunk/SRC/Interpolation/extrapolate.pro
===================================================================
--- /trunk/SRC/Interpolation/extrapolate.pro	(revision 113)
+++ /trunk/SRC/Interpolation/extrapolate.pro	(revision 114)
@@ -6,5 +6,5 @@
 FUNCTION extrapolate, zinput, maskinput, nb_iteration, x_periodic = x_periodic, MINVAL = minval, MAXVAL = maxval
 ;
-  compile_opt strictarr, strictarrsubs 
+  compile_opt idl2, strictarrsubs 
 ;
 ; check the number of iteration used in the extrapolation.
Index: /trunk/SRC/Interpolation/fromreg.pro
===================================================================
--- /trunk/SRC/Interpolation/fromreg.pro	(revision 113)
+++ /trunk/SRC/Interpolation/fromreg.pro	(revision 114)
@@ -60,5 +60,5 @@
                   , NOSOUTHERNLINE = nosouthernline
 ;
-  compile_opt strictarr, strictarrsubs 
+  compile_opt idl2, strictarrsubs 
 ;
 ;---------------
Index: /trunk/SRC/Interpolation/get_gridparams.pro
===================================================================
--- /trunk/SRC/Interpolation/get_gridparams.pro	(revision 113)
+++ /trunk/SRC/Interpolation/get_gridparams.pro	(revision 114)
@@ -63,4 +63,7 @@
 ;                  file, lonname, latname, lon, lat, jpi, jpj, n_dimensions
 ;                   lon,   lat,   jpi,     jpj, n_dimensions
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   CASE n_params() OF
Index: /trunk/SRC/Interpolation/imoms3.pro
===================================================================
--- /trunk/SRC/Interpolation/imoms3.pro	(revision 113)
+++ /trunk/SRC/Interpolation/imoms3.pro	(revision 114)
@@ -3,4 +3,7 @@
 ;-
 FUNCTION imoms3, xin
+;
+  compile_opt idl2, strictarrsubs
+;
 
   x = abs(xin)
Index: /trunk/SRC/Interpolation/inquad.pro
===================================================================
--- /trunk/SRC/Interpolation/inquad.pro	(revision 113)
+++ /trunk/SRC/Interpolation/inquad.pro	(revision 114)
@@ -67,4 +67,5 @@
 FUNCTION inquad, x, y, x1, y1, x2, y2, x3, y3, x4, y4, ONSPHERE = onsphere,  DOUBLE = double, ZOOMRADIUS = zoomradius, NOPRINT = noprint, NEWCOORD = newcoord
 ;
+  compile_opt idl2, strictarrsubs
 ;
   ntofind = n_elements(x)
Index: /trunk/SRC/Interpolation/inrecgrid.pro
===================================================================
--- /trunk/SRC/Interpolation/inrecgrid.pro	(revision 113)
+++ /trunk/SRC/Interpolation/inrecgrid.pro	(revision 114)
@@ -50,4 +50,6 @@
 FUNCTION inrecgrid, x1d, y1d, left, bottom, output2d = output2d, checkout = checkout
 ;
+  compile_opt idl2, strictarrsubs
+;
   ncellx = n_elements(left)
   ncelly = n_elements(bottom)
Index: /trunk/SRC/Interpolation/ll_narcs_distances.pro
===================================================================
--- /trunk/SRC/Interpolation/ll_narcs_distances.pro	(revision 113)
+++ /trunk/SRC/Interpolation/ll_narcs_distances.pro	(revision 114)
@@ -72,4 +72,7 @@
 FUNCTION LL_NARCS_DISTANCES, lon0, lat0, arc_dist, az, DEGREES = degs
 ;
+  compile_opt idl2, strictarrsubs
+;
+;
   IF n_elements(lon0) NE n_elements(lat0) $
     OR n_elements(lon0) NE n_elements(arc_dist) $
Index: /trunk/SRC/Interpolation/map_npoints.pro
===================================================================
--- /trunk/SRC/Interpolation/map_npoints.pro	(revision 113)
+++ /trunk/SRC/Interpolation/map_npoints.pro	(revision 114)
@@ -92,6 +92,5 @@
   ,  RADIANS = radians, RADIUS = radius, MIDDLE = middle, TWO_BY_TWO = two_by_two
 
-  COMPILE_OPT idl2
-  ON_ERROR, 2                   ; return to caller
+  COMPILE_OPT idl2, strictarrsubs
 
   IF (N_PARAMS() LT 4) THEN $
@@ -107,5 +106,5 @@
     MESSAGE, 'When using two_by_two keyword, P0 and P1 must have the same number of elements'
 
-  mx = MAX(ABS([lat0, lat1]))
+  mx = MAX(ABS([lat0[*], lat1[*]]))
   pi2 = !dpi/2
   IF (mx GT (KEYWORD_SET(radians) ? pi2 : 90)) THEN $
Index: /trunk/SRC/Interpolation/neighbor.pro
===================================================================
--- /trunk/SRC/Interpolation/neighbor.pro	(revision 113)
+++ /trunk/SRC/Interpolation/neighbor.pro	(revision 114)
@@ -36,4 +36,6 @@
 FUNCTION neighbor, p0lon, p0lat, neighlon, neighlat, sphere = sphere, distance = distance, radians = radians
 ;
+  compile_opt idl2, strictarrsubs
+;
 ; somme checks
   IF  n_elements(p0lon) NE 1 THEN MESSAGE, 'Sorry p0lon must be a scalar'
Index: /trunk/SRC/Interpolation/quadrilateral2square.pro
===================================================================
--- /trunk/SRC/Interpolation/quadrilateral2square.pro	(revision 113)
+++ /trunk/SRC/Interpolation/quadrilateral2square.pro	(revision 114)
@@ -70,4 +70,7 @@
 ;------------------------------------------------------------
 FUNCTION quadrilateral2square, x0in, y0in, x1in, y1in, x2in, y2in, x3in, y3in, xxin, yyin, PERF = perf
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 tempsone = systime(1)
Index: /trunk/SRC/Interpolation/spl_fstdrv.pro
===================================================================
--- /trunk/SRC/Interpolation/spl_fstdrv.pro	(revision 113)
+++ /trunk/SRC/Interpolation/spl_fstdrv.pro	(revision 114)
@@ -40,5 +40,7 @@
 FUNCTION spl_fstdrv, x, y, yscd, x2
 ;
-; compute the first derivative of the spline function;
+; compute the first derivative of the spline function
+;
+  compile_opt idl2, strictarrsubs
 ;
   nx = n_elements(x)
Index: /trunk/SRC/Interpolation/spl_incr.pro
===================================================================
--- /trunk/SRC/Interpolation/spl_incr.pro	(revision 113)
+++ /trunk/SRC/Interpolation/spl_incr.pro	(revision 114)
@@ -65,4 +65,7 @@
 FUNCTION pure_concave, x1, x2, y1, y2, der2, x
 ; X^n type
+;
+  compile_opt idl2, strictarrsubs
+;
   xx = (double(x)-double(x1))/(double(x2)-double(x1))
   f = (double(x2)-double(x1))/(double(y2)-double(y1))
@@ -81,4 +84,7 @@
 FUNCTION pure_convex, x1, x2, y1, y2, der2, x
 ; 1-(1-X)^n type
+;
+  compile_opt idl2, strictarrsubs
+;
   xx = 1.0d - (double(x)-double(x1))/(double(x2)-double(x1))
   f = (double(x2)-double(x1))/(double(y2)-double(y1))
@@ -106,7 +112,10 @@
 FUNCTION spl_incr, x, y, x2, YP0 = yp0, YPN_1 = ypn_1
 ;
+  compile_opt idl2, strictarrsubs
+;
 ;---------------------------------
 ; check and initialisation ...
 ;---------------------------------
+;
   nx = n_elements(x)
   ny = n_elements(y)
Index: /trunk/SRC/Interpolation/spl_keep_mean.pro
===================================================================
--- /trunk/SRC/Interpolation/spl_keep_mean.pro	(revision 113)
+++ /trunk/SRC/Interpolation/spl_keep_mean.pro	(revision 114)
@@ -78,4 +78,6 @@
 FUNCTION spl_keep_mean, x, yin, x2, YP0 = yp0, YPN_1 = ypn_1, GE0 = ge0
 ;
+  compile_opt idl2, strictarrsubs
+;
 ;---------------------------------
 ; check and initialisation ...
Index: /trunk/SRC/Interpolation/square2quadrilateral.pro
===================================================================
--- /trunk/SRC/Interpolation/square2quadrilateral.pro	(revision 113)
+++ /trunk/SRC/Interpolation/square2quadrilateral.pro	(revision 114)
@@ -94,4 +94,7 @@
 ; definition.
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
   IF keyword_set(double) THEN BEGIN
     x0 = double(x0in)
@@ -122,5 +125,5 @@
   ENDELSE
 ;
-  IF keyword_set(double) THEN a = dlbarr(8, n_elements(x0)) $
+  IF keyword_set(double) THEN a = dblarr(8, n_elements(x0)) $
   ELSE a = fltarr(8, n_elements(x0)) 
 ;
Index: unk/SRC/Interpolation/testinterp.pro
===================================================================
--- /trunk/SRC/Interpolation/testinterp.pro	(revision 113)
+++ 	(revision )
@@ -1,115 +1,0 @@
-;+
-;-
-PRO testinterp
-
-  method = 'bilinear'
-;  method = 'imoms3'
-; 
-
-  jpia = 300L
-  jpja = 200L
-  torg = findgen(jpia, jpja)
-  xorg =  20.d + 360.d/jpia*dindgen(jpia)
-  yorg = -89.d + 178.d/(jpja-1)*dindgen(jpja)
-
-
-  jpio = 400L
-  jpjo = 150L
-  xnew =  0.d + 360.d/jpio*dindgen(jpio)
-  ynew = -89.5d + 179.d/(jpjo-1)*dindgen(jpjo)
-  
-
-  outnorth = where(ynew GT yorg[jpja-2], noutn)
-  outsouth = where(ynew LT yorg[1], nouts)
-
-  t2 = fromreg(method, torg, xorg, yorg, xnew, ynew)
-
-  t3 = fromreg(method, reverse(torg, 2), xorg, reverse(yorg), xnew, ynew)
-  IF  array_equal(t2, t3) EQ 0 THEN stop ELSE print, 'ok1'
-
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  xorg2[0: xshift-1] = xorg2[0: xshift-1]-360
-  IF array_equal(sort(xorg2), lindgen(n_elements(xorg2))) EQ 0 THEN stop
-  t3 = fromreg(method, torg2, xorg2, yorg, xnew, ynew)
-  IF  array_equal(t2, t3) EQ 0 THEN stop ELSE print, 'ok2'
-
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  xorg2[0: xshift-1] = xorg2[0: xshift-1]-360
-  IF array_equal(sort(xorg2), lindgen(n_elements(xorg2))) EQ 0 THEN stop
-  t3 = fromreg(method, reverse(torg2, 2), xorg2, reverse(yorg), xnew, ynew)
-  IF  array_equal(t2, t3) EQ 0 THEN stop ELSE print, 'ok3'
-
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  t3 = fromreg(method, torg2, xorg2, yorg, xnew, ynew)
-  IF  array_equal(t2, t3) EQ 0 THEN stop ELSE print, 'ok4'
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  t3 = fromreg(method, reverse(torg2, 2), xorg2, reverse(yorg), xnew, ynew)
-  IF  array_equal(t2, t3) EQ 0 THEN stop ELSE print, 'ok5'
-
-  t3 = fromreg(method, torg, xorg, yorg, xnew, ynew, /nonorthernline)
-  IF  array_equal(t2[*, 0:jpjo-1-noutn], t3[*, 0:jpjo-1-noutn]) EQ 0 THEN stop ELSE print, 'ok6'
-  FOR i = 1, noutn-1 DO if array_equal(t3[*, jpjo-1], t3[*, jpjo-1-i]) EQ 0 THEN stop ELSE print, 'ok7', i
-  t3 = fromreg(method, torg, xorg, yorg, xnew, ynew, /nosouthernline)
-  IF  array_equal(t2[*, nouts:*], t3[*, nouts:*]) EQ 0 THEN stop ELSE print, 'ok8'
-  FOR i = 1, nouts-1 DO if array_equal(t3[*, 0], t3[*, i]) EQ 0 THEN stop ELSE print, 'ok9', i
-
-
-  t3 = fromreg(method, reverse(torg, 2), xorg, reverse(yorg), xnew, ynew, /nonorthernline)
-  IF  array_equal(t2[*, 0:jpjo-1-noutn], t3[*, 0:jpjo-1-noutn]) EQ 0 THEN stop ELSE print, 'ok10'
-  FOR i = 1, noutn-1 DO if array_equal(t3[*, jpjo-1], t3[*, jpjo-1-i]) EQ 0 THEN stop ELSE print, 'ok11', i
-  t3 = fromreg(method, reverse(torg, 2), xorg, reverse(yorg), xnew, ynew, /nosouthernline)
-  IF  array_equal(t2[*, nouts:*], t3[*, nouts:*]) EQ 0 THEN stop ELSE print, 'ok12'
-  FOR i = 1, nouts-1 DO if array_equal(t3[*, 0], t3[*, i]) EQ 0 THEN stop ELSE print, 'ok13', i
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  xorg2[0: xshift-1] = xorg2[0: xshift-1]-360
-  IF array_equal(sort(xorg2), lindgen(n_elements(xorg2))) EQ 0 THEN stop 
-  t3 = fromreg(method, torg2, xorg2, yorg, xnew, ynew, /nonorthernline)
-  IF  array_equal(t2[*, 0:jpjo-1-noutn], t3[*, 0:jpjo-1-noutn]) EQ 0 THEN stop ELSE print, 'ok14'
-  FOR i = 1, noutn-1 DO if array_equal(t3[*, jpjo-1], t3[*, jpjo-1-i]) EQ 0 THEN stop ELSE print, 'ok15', i
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  xorg2[0: xshift-1] = xorg2[0: xshift-1]-360
-  IF array_equal(sort(xorg2), lindgen(n_elements(xorg2))) EQ 0 THEN stop
-  t3 = fromreg(method, torg2, xorg2, yorg, xnew, ynew, /nosouthernline)
-  IF  array_equal(t2[*, nouts:*], t3[*, nouts:*]) EQ 0 THEN stop ELSE print, 'ok16'
-  FOR i = 1, nouts-1 DO if array_equal(t3[*, 0], t3[*, i]) EQ 0 THEN stop ELSE print, 'ok17', i
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  xorg2[0: xshift-1] = xorg2[0: xshift-1]-360
-  IF array_equal(sort(xorg2), lindgen(n_elements(xorg2))) EQ 0 THEN stop
-  t3 = fromreg(method, reverse(torg2, 2), xorg2, reverse(yorg), xnew, ynew, /nonorthernline)
-  IF  array_equal(t2[*, 0:jpjo-1-noutn], t3[*, 0:jpjo-1-noutn]) EQ 0 THEN stop ELSE print, 'ok18'
-  FOR i = 1, noutn-1 DO if array_equal(t3[*, jpjo-1], t3[*, jpjo-1-i]) EQ 0 THEN stop ELSE print, 'ok19', i
-
-
-  xshift = 20
-  torg2 = shift(torg, xshift, 0)
-  xorg2 = shift(xorg, xshift)
-  xorg2[0: xshift-1] = xorg2[0: xshift-1]-360
-  IF array_equal(sort(xorg2), lindgen(n_elements(xorg2))) EQ 0 THEN stop
-  t3 = fromreg(method, reverse(torg2, 2), xorg2, reverse(yorg), xnew, ynew, /nosouthernline)
-  IF  array_equal(t2[*, nouts:*], t3[*, nouts:*]) EQ 0 THEN stop ELSE print, 'ok20'
-  FOR i = 1, nouts-1 DO if array_equal(t3[*, 0], t3[*, i]) EQ 0 THEN stop ELSE print, 'ok21', i
-
-
-  return
-end
Index: /trunk/SRC/Obsolete/cp.pro
===================================================================
--- /trunk/SRC/Obsolete/cp.pro	(revision 113)
+++ /trunk/SRC/Obsolete/cp.pro	(revision 114)
@@ -15,4 +15,7 @@
 ;------------------------------------------------------------
 PRO cp, filenamein, filenameout, _extra = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
   file_copy, filenamein, filenameout, _extra = ex
   RETURN
Index: /trunk/SRC/Obsolete/ficdate.pro
===================================================================
--- /trunk/SRC/Obsolete/ficdate.pro	(revision 113)
+++ /trunk/SRC/Obsolete/ficdate.pro	(revision 114)
@@ -26,4 +26,7 @@
 ;------------------------------------------------------------
 function ficdate, vdate, dim, nomexp
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/fictype.pro
===================================================================
--- /trunk/SRC/Obsolete/fictype.pro	(revision 113)
+++ /trunk/SRC/Obsolete/fictype.pro	(revision 114)
@@ -17,4 +17,7 @@
 ;------------------------------------------------------------
 function fictype, vdate, dim
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/imprime.pro
===================================================================
--- /trunk/SRC/Obsolete/imprime.pro	(revision 113)
+++ /trunk/SRC/Obsolete/imprime.pro	(revision 114)
@@ -15,4 +15,7 @@
 ;
 ; this is working only with unix/linux/osX machines
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
   thisOS = strupcase(strmid(!version.os_family, 0, 3))
   CASE thisOS OF 
Index: /trunk/SRC/Obsolete/jourdsmois.pro
===================================================================
--- /trunk/SRC/Obsolete/jourdsmois.pro	(revision 113)
+++ /trunk/SRC/Obsolete/jourdsmois.pro	(revision 114)
@@ -13,4 +13,7 @@
 ;------------------------------------------------------------
 function jourdsmois, mois, annee
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 
 case n_params() OF
Index: /trunk/SRC/Obsolete/juldate.pro
===================================================================
--- /trunk/SRC/Obsolete/juldate.pro	(revision 113)
+++ /trunk/SRC/Obsolete/juldate.pro	(revision 114)
@@ -33,4 +33,7 @@
 ;------------------------------------------------------------
 function juldate, vvdate, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 vdate = vvdate
 vdate = vraidate(vdate, _EXTRA = ex)
Index: /trunk/SRC/Obsolete/lec.pro
===================================================================
--- /trunk/SRC/Obsolete/lec.pro	(revision 113)
+++ /trunk/SRC/Obsolete/lec.pro	(revision 114)
@@ -81,4 +81,7 @@
 ;--------------------------------------------------------------
 function lec, nomchamp,date,nomexp,ECRIT=ecrit,ANOM=anom, BOITE = boite,EXPANOM=expanom, TOUT = tout, GRID = grid, NAME = name, filename = FILENAME
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
    tempsun = systime(1)         ; pour key_performance
@@ -329,5 +332,5 @@
    ENDIF ELSE BEGIN 
       terre = where(mask[*,*,0] EQ 0)
-      if terre[0] NE -1 then z(where(mask EQ 0)) = valmask
+      if terre[0] NE -1 then z[where(mask EQ 0)] = valmask
    ENDELSE 
 ;---------------------------------------------------------------------
Index: /trunk/SRC/Obsolete/lect.pro
===================================================================
--- /trunk/SRC/Obsolete/lect.pro	(revision 113)
+++ /trunk/SRC/Obsolete/lect.pro	(revision 114)
@@ -50,4 +50,7 @@
                ANOM=anom,EXPANOM=expanom
 ;,REPEAT=repeat
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
    tempsun = systime(1)         ; pour key_performance
@@ -226,5 +229,5 @@
    taille = size(ttab)
    writeu, numlec, long(jpt),long(taille[0])
-   case taille(0) of 
+   case taille[0] of 
       1 : writeu, numlec,long(taille[1])
       2 : writeu, numlec,long(taille[1]),long(taille[2])
Index: /trunk/SRC/Obsolete/meshlec.pro
===================================================================
--- /trunk/SRC/Obsolete/meshlec.pro	(revision 113)
+++ /trunk/SRC/Obsolete/meshlec.pro	(revision 114)
@@ -40,4 +40,7 @@
 ;------------------------------------------------------------
 pro meshlec, nomfich, PASBLABLA = pasblabla,DOUBLE = double, GLAMBOUNDARY = glamboundary, GETDIMENSIONS = GETDIMENSIONS
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
    tempsun = systime(1)         ; pour key_performance
Index: /trunk/SRC/Obsolete/ncdf_meshlec.pro
===================================================================
--- /trunk/SRC/Obsolete/ncdf_meshlec.pro	(revision 113)
+++ /trunk/SRC/Obsolete/ncdf_meshlec.pro	(revision 114)
@@ -14,4 +14,7 @@
 PRO ncdf_meshlec, filename, _EXTRA = ex
 ;
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
   CASE n_params() OF
     0:ncdf_meshread, _EXTRA = ex
Index: /trunk/SRC/Obsolete/nlec.pro
===================================================================
--- /trunk/SRC/Obsolete/nlec.pro	(revision 113)
+++ /trunk/SRC/Obsolete/nlec.pro	(revision 114)
@@ -40,4 +40,7 @@
               , STRUCTURE = structure, SEUILMIN = seuilmin, SEUILMAX = seuilmax, NAN = nan $
               , _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/nlec5j.pro
===================================================================
--- /trunk/SRC/Obsolete/nlec5j.pro	(revision 113)
+++ /trunk/SRC/Obsolete/nlec5j.pro	(revision 114)
@@ -41,4 +41,7 @@
 ;------------------------------------------------------------
 function nlec5j, nom, numsortie, nbretps,BOITE = boite, GRILLE=grille,TOUT=tout, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/nlecan.pro
===================================================================
--- /trunk/SRC/Obsolete/nlecan.pro	(revision 113)
+++ /trunk/SRC/Obsolete/nlecan.pro	(revision 114)
@@ -40,4 +40,7 @@
 ;------------------------------------------------------------
 function nlecan, nom, numsortie79, nbretps,BOITE = boite,GRILLE=grille,TOUT=tout, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/nlecmois.pro
===================================================================
--- /trunk/SRC/Obsolete/nlecmois.pro	(revision 113)
+++ /trunk/SRC/Obsolete/nlecmois.pro	(revision 114)
@@ -25,4 +25,7 @@
 ;------------------------------------------------------------
 function nlecmois,nom,numsortie79,nbretps ,BOITE=boite,GRILLE=grille,TOUT=tout, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/nlecsaison.pro
===================================================================
--- /trunk/SRC/Obsolete/nlecsaison.pro	(revision 113)
+++ /trunk/SRC/Obsolete/nlecsaison.pro	(revision 114)
@@ -40,4 +40,7 @@
 ;------------------------------------------------------------
 function nlecsaison, nom, numsortie79, nbretps,BOITE = boite, GRILLE=grille,TOUT=tout, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/nlecserie.pro
===================================================================
--- /trunk/SRC/Obsolete/nlecserie.pro	(revision 113)
+++ /trunk/SRC/Obsolete/nlecserie.pro	(revision 114)
@@ -39,4 +39,7 @@
 ;------------------------------------------------------------
 function nlecserie, nom, date1, date2,BOITE = boite, GRILLE=grille,TOUT=tout, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/vairdate.pro
===================================================================
--- /trunk/SRC/Obsolete/vairdate.pro	(revision 113)
+++ /trunk/SRC/Obsolete/vairdate.pro	(revision 114)
@@ -41,4 +41,7 @@
 ;------------------------------------------------------------
 function vairdate, jdate,  ANNUEL = annuel, MENSUEL = mensuel, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/Obsolete/vraidate.pro
===================================================================
--- /trunk/SRC/Obsolete/vraidate.pro	(revision 113)
+++ /trunk/SRC/Obsolete/vraidate.pro	(revision 114)
@@ -29,4 +29,7 @@
 function vraidate, date, GRADS = grads, _EXTRA = ex
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs, obsolete
+;
   IF NOT keyword_set(GRADS) THEN return, long(date)
 ;
Index: /trunk/SRC/Postscript/closeps.pro
===================================================================
--- /trunk/SRC/Postscript/closeps.pro	(revision 113)
+++ /trunk/SRC/Postscript/closeps.pro	(revision 114)
@@ -25,4 +25,7 @@
 ;------------------------------------------------------------
 PRO closeps, INFOWIDGET = infowidget
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
    IF lmgr(/demo) EQ 1 THEN return
Index: /trunk/SRC/Postscript/openps.pro
===================================================================
--- /trunk/SRC/Postscript/openps.pro	(revision 113)
+++ /trunk/SRC/Postscript/openps.pro	(revision 114)
@@ -46,4 +46,7 @@
             , PORTRAIT = portrait, LANDSCAPE = landscape $
             , LIGHTNESS = Lightness,_extra = ex
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
    IF lmgr(/demo) EQ 1 THEN BEGIN
Index: /trunk/SRC/Postscript/printps.pro
===================================================================
--- /trunk/SRC/Postscript/printps.pro	(revision 113)
+++ /trunk/SRC/Postscript/printps.pro	(revision 114)
@@ -46,4 +46,7 @@
 ;------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4ps
   IF NOT keyword_set(key_forgetold) THEN BEGIN
@@ -202,4 +205,7 @@
 ;
 ; this is working only with unix/linux/osX machines
+;
+  compile_opt idl2, strictarrsubs
+;
   thisOS = strupcase(strmid(!version.os_family, 0, 3))
   CASE thisOS OF 
Index: /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_listdims.pro
===================================================================
--- /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_listdims.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_listdims.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION ncdf_listdims,ncid
+;
+  compile_opt idl2, strictarrsubs
+;
 
 n=(ncdf_inquire(ncid)).ndims
Index: /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_listvars.pro
===================================================================
--- /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_listvars.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_listvars.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION ncdf_listvars,ncid
+;
+  compile_opt idl2, strictarrsubs
+;
 
 n=(ncdf_inquire(ncid)).nvars
Index: /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_read.pro
===================================================================
--- /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_read.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_read.pro	(revision 114)
@@ -45,4 +45,7 @@
 ;
 ;----------------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 
 
Index: /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_struct.pro
===================================================================
--- /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_struct.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_struct.pro	(revision 114)
@@ -15,4 +15,7 @@
 ;
 ; Alan Iwi 27/6/02
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 
Index: /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_struct_free.pro
===================================================================
--- /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_struct_free.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/idl-NetCDF/ncdf_struct_free.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO ncdf_struct_free,s
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;
Index: /trunk/SRC/ReadWrite/ncdf_timeget.pro
===================================================================
--- /trunk/SRC/ReadWrite/ncdf_timeget.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/ncdf_timeget.pro	(revision 114)
@@ -34,4 +34,7 @@
 ;------------------------------------------------------------
 FUNCTION ncdf_timeget, cdfid, timeid, YYYYMMDD = yyyymmdd, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 
    insidetime=ncdf_varinq(cdfid,timeid)
Index: /trunk/SRC/ReadWrite/read_grads.pro
===================================================================
--- /trunk/SRC/ReadWrite/read_grads.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/read_grads.pro	(revision 114)
@@ -64,4 +64,7 @@
 FUNCTION read_grads, var, date1, date2, FILENAME = filename, BOX=box, TIMESTEP = timestep, EVERYTHING = everything, NOSTRUCT = nostruct, _EXTRA = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ReadWrite/read_oasis.pro
===================================================================
--- /trunk/SRC/ReadWrite/read_oasis.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/read_oasis.pro	(revision 114)
@@ -36,4 +36,7 @@
 
 FUNCTION read_oasis, filename, varname, jpi, jpj, I2 = I2, I4 = i4, I8 = i8, R4 = r4
+;
+  compile_opt idl2, strictarrsubs
+;
 
    openr, unit, filename, /f77_unformatted, /get_lun, /swap_if_little_endian $
Index: /trunk/SRC/ReadWrite/readbat.pro
===================================================================
--- /trunk/SRC/ReadWrite/readbat.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/readbat.pro	(revision 114)
@@ -18,4 +18,7 @@
 ;-
 FUNCTION readbat, filename, ZERO = zero
+;
+  compile_opt idl2, strictarrsubs
+;
 
    ;;
@@ -60,5 +63,5 @@
       FOR jj =  ijm-1, 0, -1  DO BEGIN
          readf, iunit, FORMAT = iformat, ij, zbati
-         zbat(il1:il2, jj) = zbati
+         zbat[il1:il2, jj] = zbati
       ENDFOR
       il1 = il1 + ifreq
@@ -75,5 +78,5 @@
    FOR jj =  ijm-1, 0, -1  DO BEGIN
       readf, iunit, FORMAT = iformat, ij, zbati2
-      zbat(il1:il2, jj) = zbati2
+      zbat[il1:il2, jj] = zbati2
    ENDFOR
    close, iunit
Index: /trunk/SRC/ReadWrite/readoldopadistcoast.pro
===================================================================
--- /trunk/SRC/ReadWrite/readoldopadistcoast.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/readoldopadistcoast.pro	(revision 114)
@@ -23,4 +23,7 @@
 
 FUNCTION read3fromopa, unit, params, num
+;
+  compile_opt idl2, strictarrsubs
+;
    offset=params.reclen*params.jpk*(num-1L)
    a=assoc(unit,dblarr(params.jpiglo,params.jpjglo,params.jpk,/nozero),offset)
@@ -42,4 +45,7 @@
 ;-
 FUNCTION readoldopadistcoast, filename, jpiglo, jpjglo, jpk, IBLOC = ibloc, JPBYT = jpbyt, NUMREC = numrec
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
    iname_file = findfile(filename)
Index: /trunk/SRC/ReadWrite/readoldoparestart.pro
===================================================================
--- /trunk/SRC/ReadWrite/readoldoparestart.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/readoldoparestart.pro	(revision 114)
@@ -17,4 +17,7 @@
 
 FUNCTION read2fromopa, unit, params, num
+;
+  compile_opt idl2, strictarrsubs
+;
    offset=params.reclen*params.jpk*(num-1L)
    a=assoc(unit,dblarr(params.jpiglo,params.jpjglo,/nozero),offset) 
@@ -26,4 +29,7 @@
 ;-
 FUNCTION read3fromopa, unit, params, num
+;
+  compile_opt idl2, strictarrsubs
+;
    offset=params.reclen*params.jpk*(num-1L)
    a=assoc(unit,dblarr(params.jpiglo,params.jpjglo,params.jpk,/nozero),offset)
@@ -74,4 +80,7 @@
 
 PRO readoldoparestart, filename, jpiglo, jpjglo, jpk, IBLOC = ibloc, JPBYT = jpbyt, NUMREC = numrec, ub = ub, vb = vb, tb = tb, sb = sb, rotb = rotb, hdivb = hdivb, un = un, vn = vn, tn = tn, sn = sn, rotn = rotn, hdivn = hdivn, gcx = gcx, gcxb = gcxb, etab = etab, etan = etan, bsfb = bsfb, bsfn = bsfn, bsfd = bsfd, en = en
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
    iname_file = findfile(filename)
Index: /trunk/SRC/ReadWrite/scanctl.pro
===================================================================
--- /trunk/SRC/ReadWrite/scanctl.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/scanctl.pro	(revision 114)
@@ -7,4 +7,7 @@
 ;-
 PRO scanctl, filename, filesname, jpt1file, varsname, varslev, swapbytes, bigendian, littleendian, f77sequential, fileheader, theader, xyheader, VARFMT = varfmt, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 
Index: /trunk/SRC/ReadWrite/scanoasis.pro
===================================================================
--- /trunk/SRC/ReadWrite/scanoasis.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/scanoasis.pro	(revision 114)
@@ -22,4 +22,7 @@
 
 PRO scanoasis, filename
+;
+  compile_opt idl2, strictarrsubs
+;
 
    openr, unit,filename , /F77_UNFORMATTED, /GET_LUN, /SWAP_IF_LITTLE_ENDIAN $
Index: /trunk/SRC/ReadWrite/write_oasis.pro
===================================================================
--- /trunk/SRC/ReadWrite/write_oasis.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/write_oasis.pro	(revision 114)
@@ -32,4 +32,7 @@
 
 PRO write_oasis, filename, varname, z2d, I2 = i2, I4 = i4, I8 = i8, R4 = r4, APPEND = append
+;
+  compile_opt idl2, strictarrsubs
+;
    openw, unit, filename , /F77_UNFORMATTED, /GET_LUN, /SWAP_IF_LITTLE_ENDIAN $
     , error=err, APPEND = append
Index: /trunk/SRC/ReadWrite/writebat.pro
===================================================================
--- /trunk/SRC/ReadWrite/writebat.pro	(revision 113)
+++ /trunk/SRC/ReadWrite/writebat.pro	(revision 114)
@@ -16,4 +16,7 @@
 ;-
 PRO writebat, zbat, filename
+;
+  compile_opt idl2, strictarrsubs
+;
 ; basic checks
   IF n_params() NE 2 THEN BEGIN
@@ -61,5 +64,5 @@
     iformat = string('(', il3+2, 'i3)')
     FOR jj =  jpj2-1, 0, -1  DO BEGIN
-      zbati(0:il3) = zbat(il1:il2, jj)
+      zbati[0:il3] = zbat[il1:il2, jj]
       printf, iunit, FORMAT = iformat, jj+1, zbati
     END
@@ -77,6 +80,6 @@
   iformat = string('(', il3+2, 'i3)')
   FOR jj =  jpj2-1, 0, -1  DO BEGIN
-    zbati2(0:irest-1) = 0
-    zbati2(0:il3) = zbat(il1:il2, jj)
+    zbati2[0:irest-1] = 0
+    zbati2[0:il3] = zbat[il1:il2, jj]
     printf, iunit, FORMAT = iformat, jj+1, zbati2
   END
Index: /trunk/SRC/Tests/TestsOld/.idlwave_catalog
===================================================================
--- /trunk/SRC/Tests/TestsOld/.idlwave_catalog	(revision 113)
+++ /trunk/SRC/Tests/TestsOld/.idlwave_catalog	(revision 114)
@@ -7,5 +7,5 @@
 (setq idlwave-library-catalog-routines
  '(("tst_basic_old" pro nil (lib "tst_basic_old.pro" nil "saxo") "%s" (nil))
-   ("tst_plt" pro nil (lib "tst_plt_old.pro" nil "saxo") "%s" (nil ("IMAGE")))
-   ("tst_pltt" pro nil (lib "tst_pltt_old.pro" nil "saxo") "%s" (nil ("IMAGE")))
-   ("tst_pltz" pro nil (lib "tst_pltz_old.pro" nil "saxo") "%s" (nil ("IMAGE")))))
+   ("tst_plt_old" pro nil (lib "tst_plt_old.pro" nil "saxo") "%s" (nil ("IMAGE")))
+   ("tst_pltt_old" pro nil (lib "tst_pltt_old.pro" nil "saxo") "%s" (nil ("IMAGE")))
+   ("tst_pltz_old" pro nil (lib "tst_pltz_old.pro" nil "saxo") "%s" (nil ("IMAGE")))))
Index: /trunk/SRC/Tests/TestsOld/tst_basic_old.pro
===================================================================
--- /trunk/SRC/Tests/TestsOld/tst_basic_old.pro	(revision 113)
+++ /trunk/SRC/Tests/TestsOld/tst_basic_old.pro	(revision 114)
@@ -4,4 +4,7 @@
 ;
 ; 1) plot
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   n = 10
Index: /trunk/SRC/Tests/TestsOld/tst_plt_old.pro
===================================================================
--- /trunk/SRC/Tests/TestsOld/tst_plt_old.pro	(revision 113)
+++ /trunk/SRC/Tests/TestsOld/tst_plt_old.pro	(revision 114)
@@ -1,4 +1,7 @@
-PRO tst_plt, IMAGE = image
+PRO tst_plt_old, IMAGE = image
 ; commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;
Index: /trunk/SRC/Tests/TestsOld/tst_pltt_old.pro
===================================================================
--- /trunk/SRC/Tests/TestsOld/tst_pltt_old.pro	(revision 113)
+++ /trunk/SRC/Tests/TestsOld/tst_pltt_old.pro	(revision 114)
@@ -1,4 +1,7 @@
-PRO tst_pltt, IMAGE = image
+PRO tst_pltt_old, IMAGE = image
 ; commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 @common
Index: /trunk/SRC/Tests/TestsOld/tst_pltz_old.pro
===================================================================
--- /trunk/SRC/Tests/TestsOld/tst_pltz_old.pro	(revision 113)
+++ /trunk/SRC/Tests/TestsOld/tst_pltz_old.pro	(revision 114)
@@ -1,4 +1,7 @@
-PRO tst_pltz, IMAGE = image
+PRO tst_pltz_old, IMAGE = image
 ; commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;
Index: /trunk/SRC/Tests/makeold.sh
===================================================================
--- /trunk/SRC/Tests/makeold.sh	(revision 113)
+++ /trunk/SRC/Tests/makeold.sh	(revision 114)
@@ -27,2 +27,11 @@
       $i > TestsOld/${new}_old.pro
 done
+
+cd TestsOld
+for i in $( egrep -il "^ *(pro|function) .*," *.pro )
+do
+  a=$( egrep -ih "^ *(pro|function) .*," $i )
+  b=${a%%,*}_old,${a#*,}
+  sed -e "s/${a}/${b}/" $i > tmp_$$
+  mv tmp_$$ $i
+done
Index: /trunk/SRC/Tests/tst_basic.pro
===================================================================
--- /trunk/SRC/Tests/tst_basic.pro	(revision 113)
+++ /trunk/SRC/Tests/tst_basic.pro	(revision 114)
@@ -4,4 +4,7 @@
 ;
 ; 1) plot
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   n = 10
Index: /trunk/SRC/Tests/tst_plt.pro
===================================================================
--- /trunk/SRC/Tests/tst_plt.pro	(revision 113)
+++ /trunk/SRC/Tests/tst_plt.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO tst_plt, IMAGE = image
 ; commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 ;
Index: /trunk/SRC/Tests/tst_pltt.pro
===================================================================
--- /trunk/SRC/Tests/tst_pltt.pro	(revision 113)
+++ /trunk/SRC/Tests/tst_pltt.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO tst_pltt, IMAGE = image
 ; commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4cal
Index: /trunk/SRC/Tests/tst_pltz.pro
===================================================================
--- /trunk/SRC/Tests/tst_pltz.pro	(revision 113)
+++ /trunk/SRC/Tests/tst_pltz.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO tst_pltz, IMAGE = image
 ; commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 ;
Index: /trunk/SRC/Textoidl/matchdelim.pro
===================================================================
--- /trunk/SRC/Textoidl/matchdelim.pro	(revision 113)
+++ /trunk/SRC/Textoidl/matchdelim.pro	(revision 114)
@@ -60,4 +60,7 @@
                      CLOSE_DELIM=CloseDelim, $
                      HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Return to caller if error.
@@ -110,6 +113,6 @@
     
 ; Convert strings to array of integers to speed processing.
-    OpenDelim = fix((byte(OpenDelim))(0))
-    CloseDelim = fix((byte(CloseDelim))(0))
+    OpenDelim = fix((byte(OpenDelim))[0])
+    CloseDelim = fix((byte(CloseDelim))[0])
     TmpStr = fix(byte(strmid( InString, OpenPos, length)))
 ; Leave the -1* in here.  This forces conversion from BYTE to INTEGER,
@@ -125,5 +128,5 @@
     WHILE (BraceCnt GT 0) AND (i LT length-1) DO BEGIN 
         i = i+1
-        BraceCnt = BraceCnt + TmpStr(i)
+        BraceCnt = BraceCnt + TmpStr[i]
     ENDWHILE 
     
Index: /trunk/SRC/Textoidl/nexttok.pro
===================================================================
--- /trunk/SRC/Textoidl/nexttok.pro	(revision 113)
+++ /trunk/SRC/Textoidl/nexttok.pro	(revision 114)
@@ -54,4 +54,7 @@
                   POSITION=position, $
                   HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;  Return to caller on error.
@@ -92,5 +95,5 @@
     Matches = 0L
     FOR j=0, NumToks-1 DO BEGIN 
-        TmpMatch = where(TmpStr EQ TmpTok(j),  TmpCnt)
+        TmpMatch = where(TmpStr EQ TmpTok[j],  TmpCnt)
         IF (TmpCnt GT 0) THEN BEGIN
             MatchIdx = [MatchIdx, Replicate(j, TmpCnt)]
Index: /trunk/SRC/Textoidl/showtex.pro
===================================================================
--- /trunk/SRC/Textoidl/showtex.pro	(revision 113)
+++ /trunk/SRC/Textoidl/showtex.pro	(revision 114)
@@ -49,4 +49,7 @@
 ;
 PRO Showtex, FONT=fnt, HELP=help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Return to caller on error.
Index: /trunk/SRC/Textoidl/str_token.pro
===================================================================
--- /trunk/SRC/Textoidl/str_token.pro	(revision 113)
+++ /trunk/SRC/Textoidl/str_token.pro	(revision 114)
@@ -62,4 +62,7 @@
 FUNCTION Str_token, string, token, $
                  TRIM=trim, HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Back to the caller if error occurs.
Index: /trunk/SRC/Textoidl/strcnt.pro
===================================================================
--- /trunk/SRC/Textoidl/strcnt.pro	(revision 113)
+++ /trunk/SRC/Textoidl/strcnt.pro	(revision 114)
@@ -50,4 +50,7 @@
 FUNCTION Strcnt, strn, substrn, startpos, $
                  HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Return to caller if error.
@@ -88,5 +91,5 @@
     IF strlen(substrn) EQ 1 THEN BEGIN
         tmpstrn = byte(TmpStrn)
-        count = n_elements(where(TmpStrn EQ (byte(substrn))(0))) 
+        count = n_elements(where(TmpStrn EQ (byte(substrn))[0])) 
     ENDIF ELSE BEGIN 
         count = 0L
Index: /trunk/SRC/Textoidl/strtrans.pro
===================================================================
--- /trunk/SRC/Textoidl/strtrans.pro	(revision 113)
+++ /trunk/SRC/Textoidl/strtrans.pro	(revision 114)
@@ -74,4 +74,7 @@
 FUNCTION strtrans, InputString, from, to, ned,  $
                    HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Bomb out to caller if error.
Index: /trunk/SRC/Textoidl/sub_sup_idl.pro
===================================================================
--- /trunk/SRC/Textoidl/sub_sup_idl.pro	(revision 113)
+++ /trunk/SRC/Textoidl/sub_sup_idl.pro	(revision 114)
@@ -34,4 +34,7 @@
 ;-
 FUNCTION Sub_sup_idl, token,  FORCE_UD = force_ud
+;
+  compile_opt idl2, strictarrsubs
+;
 
 IF keyword_set(force_ud) THEN BEGIN 
Index: /trunk/SRC/Textoidl/textable.pro
===================================================================
--- /trunk/SRC/Textoidl/textable.pro	(revision 113)
+++ /trunk/SRC/Textoidl/textable.pro	(revision 114)
@@ -67,4 +67,7 @@
 ;
 FUNCTION textable, POSTSCRIPT=ps, VECTOR=vec,  HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Return to caller if error.
@@ -146,8 +149,8 @@
 	[ '\varepsilon', 	'e'     ,     'e'     ],$
 	[ '\varphi', 	$
-            SymbolFont(VECFONT)+'P'+PreviousFont(VECFONT) $
+            SymbolFont[VECFONT]+'P'+PreviousFont[VECFONT] $
                                         ,     'j'     ],$
 	[ '\vartheta', 	$
-            SymbolFont(VECFONT)+'t'+PreviousFont(VECFONT) $
+            SymbolFont[VECFONT]+'t'+PreviousFont[VECFONT] $
                                         ,     'J'     ]$
 	                     ]
Index: /trunk/SRC/Textoidl/textoidl.pro
===================================================================
--- /trunk/SRC/Textoidl/textoidl.pro	(revision 113)
+++ /trunk/SRC/Textoidl/textoidl.pro	(revision 114)
@@ -76,4 +76,7 @@
                    HELP=hlp, $
                    TEX_SEQUENCES=tex_seq
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;  Return to caller if there is an error.
Index: /trunk/SRC/Textoidl/translate_sub_super.pro
===================================================================
--- /trunk/SRC/Textoidl/translate_sub_super.pro	(revision 113)
+++ /trunk/SRC/Textoidl/translate_sub_super.pro	(revision 114)
@@ -70,4 +70,7 @@
 ;-
 FUNCTION Sub_sup_idl, token,  FORCE_UD = force_ud
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; provide help if needed.
@@ -169,4 +172,7 @@
                               RECURSED=recursed, $
                               HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Return to caller if error.
@@ -208,5 +214,5 @@
 
 ;  Initialize vars for processing scripts.
-    SpcByte = (byte(' '))(0)    ;We need the BYTE value for a space below.
+    SpcByte = (byte(' '))[0]    ;We need the BYTE value for a space below.
     strn = InputString
     pos = 0
Index: /trunk/SRC/ToBeReviewed/CALCULS/curl.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/curl.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/curl.pro	(revision 114)
@@ -58,4 +58,7 @@
 ;------------------------------------------------------------
 FUNCTION curl, uu, vv
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    tempsun = systime(1)         ; pour key_performance
@@ -142,9 +145,9 @@
 ;------------------------------------------------------------
          if NOT keyword_set(key_periodic)  OR nx NE jpi then begin
-            psi(0, *, *) = !values.f_nan
-            psi(nx-1, *, *) = !values.f_nan
+            psi[0, *, *] = !values.f_nan
+            psi[nx-1, *, *] = !values.f_nan
          endif
-         psi(*, 0, *) = !values.f_nan
-         psi(*, ny-1, *) = !values.f_nan
+         psi[*, 0, *] = !values.f_nan
+         psi[*, ny-1, *] = !values.f_nan
 ;
          if n_elements(valmask) EQ 0 THEN valmask = 1e20
@@ -222,9 +225,9 @@
 ;------------------------------------------------------------
          if NOT keyword_set(key_periodic) OR nx NE jpi then begin
-            psi(0, *, *) = !values.f_nan
-            psi(nx-1, *, *) = !values.f_nan
+            psi[0, *, *] = !values.f_nan
+            psi[nx-1, *, *] = !values.f_nan
          endif
-         psi(*, 0, *) = !values.f_nan
-         psi(*, ny-1, *) = !values.f_nan
+         psi[*, 0, *] = !values.f_nan
+         psi[*, ny-1, *] = !values.f_nan
          if n_elements(valmask) EQ 0 THEN valmask = 1e20
          terref =  where(tabf EQ 0)
@@ -295,9 +298,9 @@
 ;------------------------------------------------------------
          if  NOT keyword_set(key_periodic) OR nx NE jpi then begin
-            psi(0, *) = !values.f_nan
-            psi(nx-1, *) = !values.f_nan
+            psi[0, *] = !values.f_nan
+            psi[nx-1, *] = !values.f_nan
          endif
-         psi(*, 0) = !values.f_nan
-         psi(*, ny-1) = !values.f_nan
+         psi[*, 0] = !values.f_nan
+         psi[*, ny-1] = !values.f_nan
 ;
          if n_elements(valmask) EQ 0 THEN valmask = 1e20
Index: /trunk/SRC/ToBeReviewed/CALCULS/depth2floatlevel.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/depth2floatlevel.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/depth2floatlevel.pro	(revision 114)
@@ -42,4 +42,7 @@
 ;------------------------------------------------------------
 FUNCTION depth2floatlevel, tab, NOMASK = nomask
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/depth2level.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/depth2level.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/depth2level.pro	(revision 114)
@@ -50,4 +50,7 @@
 FUNCTION depth2level, tab, LOWER = lower, UPPER = upper, CLOSER = closer $
                       , NOMASK = nomask, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/depth2mask.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/depth2mask.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/depth2mask.pro	(revision 114)
@@ -47,4 +47,7 @@
 FUNCTION depth2mask, tab, _extra = ex
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/determ2.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/determ2.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/determ2.pro	(revision 114)
@@ -33,4 +33,7 @@
 ;-
 FUNCTION determ2, a, b, c, d
+;
+  compile_opt idl2, strictarrsubs
+;
   CASE n_params() OF
     1:res = a[0, 0, *]*a[1, 1, *]-a[0, 1, *]*a[1, 0, *]
Index: /trunk/SRC/ToBeReviewed/CALCULS/determ3.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/determ3.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/determ3.pro	(revision 114)
@@ -38,4 +38,7 @@
 ;-
 FUNCTION determ3, in00, in01, in02, in10, in11, in12, in20, in21, in22
+;
+  compile_opt idl2, strictarrsubs
+;
   IF n_params() EQ 1 THEN BEGIN
     in00save = temporary(in00)
Index: /trunk/SRC/ToBeReviewed/CALCULS/div.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/div.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/div.pro	(revision 114)
@@ -54,4 +54,7 @@
 ;------------------------------------------------------------
 FUNCTION div, uu, vv
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
@@ -139,9 +142,9 @@
 ;------------------------------------------------------------
          if  NOT keyword_set(key_periodic) OR nx NE jpi then begin
-            zdiv(0, *, *) = !values.f_nan
-            zdiv(nx-1, *, *) = !values.f_nan
+            zdiv[0, *, *] = !values.f_nan
+            zdiv[nx-1, *, *] = !values.f_nan
          endif
-         zdiv(*, 0, *) = !values.f_nan
-         zdiv(*, ny-1, *) = !values.f_nan
+         zdiv[*, 0, *] = !values.f_nan
+         zdiv[*, ny-1, *] = !values.f_nan
 ;
          zdiv = temporary(zdiv)
@@ -213,9 +216,9 @@
 ;------------------------------------------------------------
          if  NOT keyword_set(key_periodic) OR nx NE jpi then begin
-            zdiv(0, *, *) = !values.f_nan
-            zdiv(nx-1, *, *) = !values.f_nan
+            zdiv[0, *, *] = !values.f_nan
+            zdiv[nx-1, *, *] = !values.f_nan
          endif
-         zdiv(*, 0, *) = !values.f_nan
-         zdiv(*, ny-1, *) = !values.f_nan
+         zdiv[*, 0, *] = !values.f_nan
+         zdiv[*, ny-1, *] = !values.f_nan
 ;
          if n_elements(valmask) EQ 0 THEN valmask = 1e20
@@ -286,9 +289,9 @@
 ;------------------------------------------------------------
          if  NOT keyword_set(key_periodic) OR nx NE jpi then begin
-            zdiv(0, *) = !values.f_nan
-            zdiv(nx-1, *) = !values.f_nan
+            zdiv[0, *] = !values.f_nan
+            zdiv[nx-1, *] = !values.f_nan
          endif
-         zdiv(*, 0) = !values.f_nan
-         zdiv(*, ny-1) = !values.f_nan
+         zdiv[*, 0] = !values.f_nan
+         zdiv[*, ny-1] = !values.f_nan
 ;
          zdiv = temporary(zdiv)*1e6
Index: /trunk/SRC/ToBeReviewed/CALCULS/floatlevel2depth.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/floatlevel2depth.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/floatlevel2depth.pro	(revision 114)
@@ -40,4 +40,7 @@
 ;------------------------------------------------------------
 FUNCTION floatlevel2depth, tab, NOMASK = nomask
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/fsfzpt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/fsfzpt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/fsfzpt.pro	(revision 114)
@@ -14,4 +14,7 @@
 ;-
 FUNCTION fsfzpt, pfs, pfp
+;
+  compile_opt idl2, strictarrsubs
+;
   RETURN, ( -0.0575 + 1.710523e-3 * sqrt(pfs) - 2.154996e-4 * pfs  ) * pfs - 7.53e-4 * pfp
 END
Index: /trunk/SRC/ToBeReviewed/CALCULS/grad.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/grad.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/grad.pro	(revision 114)
@@ -32,4 +32,7 @@
 ;------------------------------------------------------------
 FUNCTION grad, field, direc
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/CALCULS/grossemoyenne.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/grossemoyenne.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/grossemoyenne.pro	(revision 114)
@@ -113,4 +113,7 @@
                         , _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
@@ -613,5 +616,5 @@
   terre = where(divi EQ 0)
   IF terre[0] NE -1 THEN BEGIN 
-    res(temporary(terre)) = 1e+20
+    res[temporary(terre)] = 1e+20
   ENDIF 
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/CALCULS/hdyn.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/hdyn.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/hdyn.pro	(revision 114)
@@ -69,4 +69,7 @@
 ;------------------------------------------------------------
 FUNCTION hdyn,  tabsn, tabtn, TREF = tref,  SREF = sref, PROFREF = profref, LEVEL = level, GILL = gill, SURFACE_LEVEL = surface_level
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/level2depth.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/level2depth.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/level2depth.pro	(revision 114)
@@ -38,4 +38,7 @@
 ;------------------------------------------------------------
 FUNCTION level2depth, tab, NOMASK = nomask
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/level2index.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/level2index.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/level2index.pro	(revision 114)
@@ -43,4 +43,7 @@
 ; level etant donne, pour chaque points de level on connait i, j et k,
 ; on peut donc calculer l''indice.
+;
+  compile_opt idl2, strictarrsubs
+;
    taille = size(level)
    nx = taille[1]
Index: /trunk/SRC/ToBeReviewed/CALCULS/level2mask.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/level2mask.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/level2mask.pro	(revision 114)
@@ -42,4 +42,7 @@
 FUNCTION level2mask, tab
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/moyenne.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/moyenne.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/moyenne.pro	(revision 114)
@@ -95,4 +95,7 @@
                   , _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
@@ -575,5 +578,5 @@
   terre = where(divi EQ 0)
   IF terre[0] NE -1 THEN BEGIN
-    res(terre) = 1e+20
+    res[terre] = 1e+20
   ENDIF  
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/CALCULS/norme.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/norme.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/norme.pro	(revision 114)
@@ -70,4 +70,7 @@
 FUNCTION norme, composanteu, composantev, BOXZOOM = boxzoom, DIREC = direc, _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
@@ -197,10 +200,10 @@
 ; construction de u et v aux pts T
 ;-----------------------------------------------------------
-         a=u(0,*,*)
+         a=u[0,*,*]
          u=(u+shift(u,1,0,0))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then u(0,*,*)=a
-         a=v(*,0,*)
+         if NOT keyword_set(key_periodic) OR nx NE jpi then u[0,*,*]=a
+         a=v[*,0,*]
          v=(v+shift(v,0,1,0))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then v(*,0,*)=a
+         if NOT keyword_set(key_periodic) OR nx NE jpi then v[*,0,*]=a
 ;----------------------------------------------------------------------------
 ; attribution du mask et des tableau de longitude et latitude
@@ -215,8 +218,8 @@
          if landv[0] NE -1 then v[landv] = 0
          res=sqrt(u^2+v^2)
-         if NOT keyword_set(key_periodic) OR nx NE jpi then res(0,*, *)=!values.f_nan
-         res(*,0, *)=!values.f_nan
+         if NOT keyword_set(key_periodic) OR nx NE jpi then res[0,*, *]=!values.f_nan
+         res[*,0, *]=!values.f_nan
          mask = where(mask eq 0)
-         IF mask[0] NE -1 THEN res(mask) = valmask
+         IF mask[0] NE -1 THEN res[mask] = valmask
 ; moyennes en tous genres
          domdef, (glamt[indice2d])[0, 0], (glamu[indice2d])[nx-1, 0],(gphit[indice2d])[0, 0], (gphiv[indice2d])[0, ny-1], vert1, vert2, /meme
@@ -257,10 +260,10 @@
 ; construction de u et v aux pts T
 ;-----------------------------------------------------------
-         a=u(0,*,*)
+         a=u[0,*,*]
          u=(u+shift(u,1,0,0))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then u(0,*,*)=a
-         a=v(*,0,*)
+         if NOT keyword_set(key_periodic) OR nx NE jpi then u[0,*,*]=a
+         a=v[*,0,*]
          v=(v+shift(v,0,1,0))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then v(*,0,*)=a
+         if NOT keyword_set(key_periodic) OR nx NE jpi then v[*,0,*]=a
 ;----------------------------------------------------------------------------
 ; attribution du mask et des tableau de longitude et latitude
@@ -280,6 +283,6 @@
          if landv[0] NE -1 then v[landv] = 0
          res=sqrt(u^2+v^2)
-         if NOT keyword_set(key_periodic) OR nx NE jpi then res(0,*, *)=!values.f_nan
-         res(*,0, *)=!values.f_nan
+         if NOT keyword_set(key_periodic) OR nx NE jpi then res[0,*, *]=!values.f_nan
+         res[*,0, *]=!values.f_nan
          mask = where(mask eq 0)
          IF mask[0] NE -1 THEN BEGIN 
@@ -288,5 +291,5 @@
             mask = (temporary(mask))[*]#replicate(1, jpt)
             mask =temporary(mask[*]) + temporary(coeftps[*])
-            res(temporary(mask)) = valmask
+            res[temporary(mask)] = valmask
          ENDIF
 ; moyennes en tous genres
@@ -344,10 +347,10 @@
 ; construction de u et v aux pts T
 ;-----------------------------------------------------------
-         a=u(0,*,*,*)
+         a=u[0,*,*,*]
          u=(u+shift(u,1,0,0,0))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then u(0,*,*,*)=a
-         a=v(*,0,*,*)
+         if NOT keyword_set(key_periodic) OR nx NE jpi then u[0,*,*,*]=a
+         a=v[*,0,*,*]
          v=(v+shift(v,0,1,0,0))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then v(*,0,*,*)=a
+         if NOT keyword_set(key_periodic) OR nx NE jpi then v[*,0,*,*]=a
 ;----------------------------------------------------------------------------
 ; attribution du mask et des tableau de longitude et latitude
@@ -362,6 +365,6 @@
          if landv[0] NE -1 then v[landv] = 0
          res=sqrt(u^2+v^2)
-         if NOT keyword_set(key_periodic) OR nx NE jpi then res(0,*, *, *)=!values.f_nan
-         res(*,0, *, *)=!values.f_nan
+         if NOT keyword_set(key_periodic) OR nx NE jpi then res[0,*, *, *]=!values.f_nan
+         res[*,0, *, *]=!values.f_nan
          mask = where(mask eq 0)
          IF mask[0] NE -1 THEN BEGIN 
@@ -370,5 +373,5 @@
             mask = (temporary(mask))[*]#replicate(1, jpt)
             mask =temporary(mask[*]) + temporary(coeftps[*])
-            res(temporary(mask)) = valmask
+            res[temporary(mask)] = valmask
          ENDIF
 ; moyennes en tous genres
@@ -416,10 +419,10 @@
 ; construction de u et v aux pts T
 ;-----------------------------------------------------------
-         a=u(0,*)
+         a=u[0,*]
          u=(u+shift(u,1,0))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then u(0,*)=a
-         a=v(*,0)
+         if NOT keyword_set(key_periodic) OR nx NE jpi then u[0,*]=a
+         a=v[*,0]
          v=(v+shift(v,0,1))/2.
-         if NOT keyword_set(key_periodic) OR nx NE jpi then v(*,0)=a
+         if NOT keyword_set(key_periodic) OR nx NE jpi then v[*,0]=a
 ;----------------------------------------------------------------------------
 ; attribution du mask et des tableau de longitude et latitude
@@ -439,8 +442,8 @@
          if landv[0] NE -1 then v[landv] = 0
          res=sqrt(u^2+v^2)
-         if NOT keyword_set(key_periodic) OR nx NE jpi then res(0,*)=!values.f_nan
-         res(*,0)=!values.f_nan
+         if NOT keyword_set(key_periodic) OR nx NE jpi then res[0,*]=!values.f_nan
+         res[*,0]=!values.f_nan
          mask = where(mask eq 0)
-         IF mask[0] NE -1 THEN res(mask) = valmask
+         IF mask[0] NE -1 THEN res[mask] = valmask
 ; moyennes en tous genres
          domdef, (glamt[indice2d])[0, 0], (glamu[indice2d])[nx-1, 0],(gphit[indice2d])[0, 0], (gphiv[indice2d])[0, ny-1], vert1, vert2, /meme
Index: /trunk/SRC/ToBeReviewed/CALCULS/projectondepth.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/projectondepth.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/projectondepth.pro	(revision 114)
@@ -53,4 +53,7 @@
 ;------------------------------------------------------------
 FUNCTION projectondepth, arrayin, depthin
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 @common
Index: /trunk/SRC/ToBeReviewed/CALCULS/remplit.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/remplit.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/remplit.pro	(revision 114)
@@ -17,4 +17,7 @@
 ;-
 FUNCTION remplit, zinput, NAN = nan, NITER = niter, BASIQUE = basique, mask = mask, FILLXDIR = fillxdir, FILLYDIR = fillydir, FILLVAL = fillval, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
   tempsun = systime(1)          ; pour key_performance
Index: /trunk/SRC/ToBeReviewed/CALCULS/rhon.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALCULS/rhon.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALCULS/rhon.pro	(revision 114)
@@ -9,4 +9,7 @@
 ;-
 FUNCTION rhon, sn, tn, INSITU = insitu, SIGMA_N = sigma_n
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    tempsun = systime(1)         ; pour key_performance
@@ -77,5 +80,5 @@
          END 
       endcase
-      if n_elements(sigma_n) NE 0 then zh = 1000.*sigma_n ELSE zh = gdept(jk)
+      if n_elements(sigma_n) NE 0 then zh = 1000.*sigma_n ELSE zh = gdept[jk]
 ; ...   square root salinity
       zsr= sqrt(abs(zs))
@@ -90,14 +93,14 @@
       case taille[0] of
          0: zrhop    = (zr4*zs + zr3*zsr + zr2)*zs + zr1
-         1: zrhop(jk)= (zr4*zs + zr3*zsr + zr2)*zs + zr1
+         1: zrhop[jk]= (zr4*zs + zr3*zsr + zr2)*zs + zr1
          2:BEGIN 
             if jpt EQ 1 then zrhop = (zr4*zs + zr3*zsr + zr2)*zs + zr1 $
-            ELSE zrhop(jk, *)= (zr4*zs + zr3*zsr + zr2)*zs + zr1
+            ELSE zrhop[jk, *]= (zr4*zs + zr3*zsr + zr2)*zs + zr1
          END
          3:BEGIN 
-            if jpt EQ 1 then zrhop(*, *,jk)= (zr4*zs + zr3*zsr + zr2)*zs + zr1 $
+            if jpt EQ 1 then zrhop[*, *,jk]= (zr4*zs + zr3*zsr + zr2)*zs + zr1 $
              ELSE zrhop = (zr4*zs + zr3*zsr + zr2)*zs + zr1
          END
-         4: zrhop(*, *,jk, *)= (zr4*zs + zr3*zsr + zr2)*zs + zr1
+         4: zrhop[*, *,jk, *]= (zr4*zs + zr3*zsr + zr2)*zs + zr1
       endcase
 
@@ -121,14 +124,14 @@
          case taille[0] of
             0: zrhop = zrhop / (1.0-zh/(zk0-zh*(za-zh*zb)))
-            1: zrhop(jk) = zrhop(jk) / (1.0-zh/(zk0-zh*(za-zh*zb)))
+            1: zrhop[jk] = zrhop[jk] / (1.0-zh/(zk0-zh*(za-zh*zb)))
             2:BEGIN 
                if jpt EQ 1 then zrhop = zrhop / (1.0-zh/(zk0-zh*(za-zh*zb))) $
-               ELSE zrhop(jk, *) = zrhop(jk, *) / (1.0-zh/(zk0-zh*(za-zh*zb)))
+               ELSE zrhop[jk, *] = zrhop[jk, *] / (1.0-zh/(zk0-zh*(za-zh*zb)))
             END
             3:BEGIN 
-               if jpt EQ 1 then zrhop(*, *,jk) = zrhop(*, *,jk) / (1.0-zh/(zk0-zh*(za-zh*zb))) $
+               if jpt EQ 1 then zrhop[*, *,jk] = zrhop[*, *,jk] / (1.0-zh/(zk0-zh*(za-zh*zb))) $
                ELSE zrhop = zrhop / (1.0-zh/(zk0-zh*(za-zh*zb)))
             END
-            4: zrhop(*, *,jk, *) = zrhop(*, *,jk, *) / (1.0-zh/(zk0-zh*(za-zh*zb)))
+            4: zrhop[*, *,jk, *] = zrhop[*, *,jk, *] / (1.0-zh/(zk0-zh*(za-zh*zb)))
          endcase
          
Index: /trunk/SRC/ToBeReviewed/CALENDRIER/def_month.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/CALENDRIER/def_month.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/CALENDRIER/def_month.pro	(revision 114)
@@ -2,4 +2,7 @@
 ;
 ; translate month number in string
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
    IF strpos(date, '_') GT -1 THEN date = strmid(date, 0, strpos(date, '_'))
Index: /trunk/SRC/ToBeReviewed/COULEURS/color24.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/color24.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/color24.pro	(revision 114)
@@ -46,4 +46,7 @@
 
 FUNCTION COLOR24, number
+;
+  compile_opt idl2, strictarrsubs
+;
 
    ; This FUNCTION accepts a [red, green, blue] triple that
@@ -69,6 +72,6 @@
 num24bit = 0L
 
-FOR j=0,2 DO num24bit = num24bit + ((number(j) MOD 16) * base16(0,j)) + $
-   (Fix(number(j)/16) * base16(1,j))
+FOR j=0,2 DO num24bit = num24bit + ((number[j] MOD 16) * base16[0,j]) + $
+   (Fix(number[j]/16) * base16[1,j])
    
 RETURN, num24bit
Index: /trunk/SRC/ToBeReviewed/COULEURS/colorbar.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/colorbar.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/colorbar.pro	(revision 114)
@@ -121,4 +121,7 @@
               PSCOLOR=pscolor, CB_TITLE=cb_title, VERTICAL=vertical, TOP=top, RIGHT=right, CB_LOG = CB_log, _extra = ex
                                 ; Is the PostScript device selected?
+;
+  compile_opt idl2, strictarrsubs
+;
 
    postScriptDevice = (!D.NAME EQ 'PS')
@@ -207,11 +210,11 @@
                                 ; Get starting locations in DEVICE coordinates.
 
-   xstart = position(0) * !D.X_VSIZE
-   ystart = position(1) * !D.Y_VSIZE
+   xstart = position[0] * !D.X_VSIZE
+   ystart = position[1] * !D.Y_VSIZE
 
                                 ; Get the size of the bar in DEVICE coordinates.
 
-   xsize = (position(2) - position(0)) * !D.X_VSIZE
-   ysize = (position(3) - position(1)) * !D.Y_VSIZE
+   xsize = (position[2] - position[0]) * !D.X_VSIZE
+   ysize = (position[3] - position[1]) * !D.Y_VSIZE
 
                                 ; For PostScript output only, draw the annotation in !P.COLOR
Index: /trunk/SRC/ToBeReviewed/COULEURS/getcolor.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/getcolor.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/getcolor.pro	(revision 114)
@@ -181,4 +181,7 @@
 
 FUNCTION COLOR24, number
+;
+  compile_opt idl2, strictarrsubs
+;
 
    ; This FUNCTION accepts a [red, green, blue] triple that
@@ -204,6 +207,6 @@
 num24bit = 0L
 
-FOR j=0,2 DO num24bit = num24bit + ((number(j) MOD 16) * base16(0,j)) + $
-   (Fix(number(j)/16) * base16(1,j))
+FOR j=0,2 DO num24bit = num24bit + ((number[j] MOD 16) * base16[0,j]) + $
+   (Fix(number[j]/16) * base16[1,j])
 
 RETURN, num24bit
@@ -214,4 +217,7 @@
 FUNCTION GETCOLOR, thisColor, index, TRUE=truecolor, $
    NAMES=colornames, LOAD=load, START=start
+;
+  compile_opt idl2, strictarrsubs
+;
 
    ; Set up the color vectors.
@@ -315,5 +321,5 @@
 
 varInfo = SIZE(thisColor)
-IF varInfo(varInfo(0) + 1) NE 7 THEN $
+IF varInfo[varInfo[0] + 1] NE 7 THEN $
    MESSAGE, 'The color name must be a string.'
 thisColor = STRUPCASE(thisColor)
@@ -326,5 +332,5 @@
    ; set the index to a YELLOW color, and continue.
 
-IF colorIndex(0) LT 0 THEN BEGIN
+IF colorIndex[0] LT 0 THEN BEGIN
    MESSAGE, "Can't find color. Returning YELLOW.", /INFORMATIONAL
    colorIndex = 3
@@ -333,7 +339,7 @@
    ; Get the color triple.
 
-r = rvalue(colorIndex)
-g = gvalue(colorIndex)
-b = bvalue(colorIndex)
+r = rvalue[colorIndex]
+g = gvalue[colorIndex]
+b = bvalue[colorIndex]
 returnColor = REFORM([r, g, b], 1, 3)
 
Index: /trunk/SRC/ToBeReviewed/COULEURS/lct.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/lct.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/lct.pro	(revision 114)
@@ -35,4 +35,7 @@
 ;------------------------------------------------------------
 PRO lct, numero, GET_NAME = get_name, LIGHTNESS = Lightness, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; le mot cle file est passe par l''intermediere de EXTRA?
Index: /trunk/SRC/ToBeReviewed/COULEURS/newpalette.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/newpalette.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/newpalette.pro	(revision 114)
@@ -40,4 +40,7 @@
 ; le mot cle file est passe par l''intermediere de EXTRA?
 ; definition du mon du fichier qui contient les palettes de couleur
+;
+  compile_opt idl2, strictarrsubs
+;
    if n_elements(ex) NE 0 then BEGIN 
       if (where(tag_names(ex) EQ 'FILE'))[0] NE -1 then nompal=ex.FILE ELSE nompal='palette.tbl'
Index: /trunk/SRC/ToBeReviewed/COULEURS/palit.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/palit.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/palit.pro	(revision 114)
@@ -8,4 +8,7 @@
 ;-
 PRO palit, coef, red, green, blue
+;
+  compile_opt idl2, strictarrsubs
+;
    IF n_elements(coef) EQ 0 THEN coef = 0.5
    IF n_elements(red) EQ 0 THEN tvlct, red, green, blue, /get
Index: /trunk/SRC/ToBeReviewed/COULEURS/xlct.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/xlct.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/xlct.pro	(revision 114)
@@ -6,4 +6,7 @@
 PRO XLCT_PSAVE			;Save/Restore our plotting state.
 ;  Swaps our state with the current state each time its called.
+;
+  compile_opt idl2, strictarrsubs
+;
 
 COMMON xlct_com, r0, g0, b0, tfun, state, filename, cps, psave, pnt, $
@@ -25,4 +28,7 @@
 
 pro xlct_alert_caller
+;
+  compile_opt idl2, strictarrsubs
+;
 COMMON xlct_com, r0, g0, b0, tfun, state, filename, cps, psave, pnt, $
 	top, bot, silent, chop, lock, g_lbl, vbot, vtop, g_slider, $
@@ -51,4 +57,7 @@
 ; Redraw the ramp image.
 PRO xlct_show
+;
+  compile_opt idl2, strictarrsubs
+;
 COMMON xlct_com, r0, g0, b0, tfun, state, filename, cps, psave, pnt, $
 	top, bot, silent, chop, lock, g_lbl, vbot, vtop, g_slider, $
@@ -68,4 +77,7 @@
 
 PRO xlct_draw_cps, i, c
+;
+  compile_opt idl2, strictarrsubs
+;
 COMMON colors, r_orig, g_orig, b_orig, r_curr, g_curr, b_curr
 COMMON xlct_com, r0, g0, b0, tfun, state, filename, cps, psave, pnt, $
@@ -86,4 +98,7 @@
 
 PRO xlct_transfer, UPDATE=update
+;
+  compile_opt idl2, strictarrsubs
+;
 COMMON colors, r_orig, g_orig, b_orig, r_curr, g_curr, b_curr
 COMMON xlct_com, r0, g0, b0, tfun, state, filename, cps, psave, pnt, $
@@ -115,4 +130,7 @@
 
 PRO xlct_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
 COMMON colors, r_orig, g_orig, b_orig, r_curr, g_curr, b_curr
 COMMON xlct_com, r0, g0, b0, tfun, state, filename, cps, psave, pnt, $
@@ -430,4 +448,7 @@
           MODAL=modal, BLOCK=block, UPDATECALLBACK=updt_cb_name, $
           UPDATECBDATA=updt_cb_data
+;
+  compile_opt idl2, strictarrsubs
+;
 
    COMMON colors, r_orig, g_orig, b_orig, r_curr, g_curr, b_curr
Index: /trunk/SRC/ToBeReviewed/COULEURS/xpal.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/COULEURS/xpal.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/COULEURS/xpal.pro	(revision 114)
@@ -157,4 +157,7 @@
 ; color maps and set !P appropriately. Returns 1 if the colors changed,
 ; 0 otherwise.
+;
+  compile_opt idl2, strictarrsubs
+;
   common xp_com, xpw, state
 
@@ -176,4 +179,7 @@
 
 pro XP_ALERT_CALLER
+;
+  compile_opt idl2, strictarrsubs
+;
 
   common xp_com, xpw, state
@@ -200,4 +206,7 @@
   ; For visuals with static colormaps, update the graphics
   ; after a change by XLOADCT.
+;
+  compile_opt idl2, strictarrsubs
+;
   if ((COLORMAP_APPLICABLE(redrawRequired) GT 0) and $
         (redrawRequired GT 0)) then begin
@@ -208,4 +217,7 @@
 
 pro XP_REDRAW
+;
+  compile_opt idl2, strictarrsubs
+;
 
   common xp_com, xpw, state
@@ -227,4 +239,7 @@
 ;       - 'G': Draw the data part of the Green plot
 ;       - 'B': Draw the data part of the Blue plot
+;
+  compile_opt idl2, strictarrsubs
+;
 
   common xp_com, xpw, state
@@ -303,4 +318,7 @@
 ;       - 'G': ...
 ;       - 'B': ...
+;
+  compile_opt idl2, strictarrsubs
+;
   common xp_com, xpw, state
   common colors, r_orig, g_orig, b_orig, r_curr, g_curr, b_curr
@@ -348,4 +366,7 @@
 
 pro XP_BUTTON_EVENT, event
+;
+  compile_opt idl2, strictarrsubs
+;
 
    common xp_com, xpw, state
@@ -461,4 +482,7 @@
 
 PRO xp_button_event_event, ev
+;
+  compile_opt idl2, strictarrsubs
+;
 COMMON basecommon,  bas212, bas222,  bas232
   WIDGET_CONTROL, ev.id,  GET_UVALUE = uval
@@ -485,4 +509,7 @@
 
 pro XP_EVENT, event
+;
+  compile_opt idl2, strictarrsubs
+;
 
    common xp_com, xpw, state
@@ -532,4 +559,7 @@
 pro XPAL, group=group, BLOCK=block, UPDATECALLBACK=updt_cb_name, $
         UPDATECBDATA=updt_cb_data
+;
+  compile_opt idl2, strictarrsubs
+;
 
 
Index: /trunk/SRC/ToBeReviewed/GRILLE/changegrid.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/changegrid.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/changegrid.pro	(revision 114)
@@ -1,3 +1,6 @@
 function changegrid, newgrid
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @cm_4mesh
Index: /trunk/SRC/ToBeReviewed/GRILLE/cmpgrid.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/cmpgrid.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/cmpgrid.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION cmpgrid, newgrid
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @common
Index: /trunk/SRC/ToBeReviewed/GRILLE/decoupeterre.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/decoupeterre.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/decoupeterre.pro	(revision 114)
@@ -50,4 +50,7 @@
 PRO decoupeterre, mask, glam, gphi, gdep, TYPE = type, TRI = tri, INDICEZOOM = indicezoom, COINMONTE = coinmonte, COINDESCEND = coindescend, WDEPTH = wdepth, REALSECTION = realsection, USETRI = usetri, _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/GRILLE/domdef.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/domdef.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/domdef.pro	(revision 114)
@@ -105,4 +105,7 @@
 ;------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/GRILLE/f2v.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/f2v.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/f2v.pro	(revision 114)
@@ -39,4 +39,7 @@
 FUNCTION f2v, temp
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/GRILLE/fmask.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/fmask.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/fmask.pro	(revision 114)
@@ -26,4 +26,7 @@
 FUNCTION fmask
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/GRILLE/grille.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/grille.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/grille.pro	(revision 114)
@@ -64,4 +64,7 @@
 ;------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/GRILLE/t2v.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/t2v.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/t2v.pro	(revision 114)
@@ -39,4 +39,7 @@
 FUNCTION t2v, temp
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/GRILLE/tracegrille.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/tracegrille.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/tracegrille.pro	(revision 114)
@@ -59,4 +59,7 @@
                  , _extra = extra
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/GRILLE/u2t.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/u2t.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/u2t.pro	(revision 114)
@@ -39,4 +39,7 @@
 FUNCTION u2t, temp
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/GRILLE/umask.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/umask.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/umask.pro	(revision 114)
@@ -40,4 +40,7 @@
 FUNCTION umask
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/GRILLE/v2t.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/v2t.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/v2t.pro	(revision 114)
@@ -39,4 +39,7 @@
 FUNCTION v2t, temp
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/GRILLE/vmask.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/GRILLE/vmask.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/GRILLE/vmask.pro	(revision 114)
@@ -26,4 +26,7 @@
 ;------------------------------------------------------------
 FUNCTION vmask
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
   tempsun = systime(1)          ; pour key_performance
Index: /trunk/SRC/ToBeReviewed/HOPE/.idlwave_catalog
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/.idlwave_catalog	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/.idlwave_catalog	(revision 114)
@@ -9,6 +9,4 @@
    ("computehopegrid" pro nil (lib "computehopegrid.pro" nil "saxo") "%s, xaxis, yaxis, zaxis, linetype" (nil ("FIRSTS") ("FORTHEMASK") ("LASTS") ("PTTYPE") ("WPOINT")))
    ("createhopestruct" fun nil (lib "createhopestruct.pro" nil "saxo") "Result = %s(event)" (nil))
-   ("testwid_event" pro nil (lib "cw_selectinterval.pro" nil "saxo") "%s, event" (nil))
-   ("testwid" pro nil (lib "cw_selectinterval.pro" nil "saxo") "%s" (nil ("_extra")))
    ("cw_selectinterval_get_value" fun nil (lib "cw_selectinterval.pro" nil "saxo") "Result = %s(id)" (nil))
    ("cw_selectinterval_event" fun nil (lib "cw_selectinterval.pro" nil "saxo") "Result = %s(event)" (nil))
Index: /trunk/SRC/ToBeReviewed/HOPE/completetype.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/completetype.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/completetype.pro	(revision 114)
@@ -1,4 +1,7 @@
 
 function completetype, typein
+;
+  compile_opt idl2, strictarrsubs
+;
    type=typein
    case type of
Index: /trunk/SRC/ToBeReviewed/HOPE/computehopegrid.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/computehopegrid.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/computehopegrid.pro	(revision 114)
@@ -33,4 +33,7 @@
 PRO computehopegrid, xaxis, yaxis, zaxis, linetype, FORTHEMASK = forthemask, WPOINT = wpoint, FIRSTS = firsts, LASTS = lasts, PTTYPE = pttype
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/HOPE/createhopestruct.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/createhopestruct.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/createhopestruct.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION createhopestruct, event
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.top, get_uvalue=top_uvalue
 ; find the selected variable
Index: /trunk/SRC/ToBeReviewed/HOPE/cw_selectinterval.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/cw_selectinterval.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/cw_selectinterval.pro	(revision 114)
@@ -1,41 +1,50 @@
 
-PRO testwid_event, event
-   widget_control, event.id, get_uvalue=uval
-   if n_elements(uval) EQ 0 then return
-   case uval of
-      'done':widget_control, event.top, /destroy
-      'get':BEGIN
-         id = widget_info(event.top,find_by_uname = 'discret')
-         widget_control, id, get_value = value1
-         help, value1
-         print, 'value1', value1
-         id = widget_info(event.top,find_by_uname = 'continus')
-         widget_control, id, get_value = value2
-         help, value2
-         print, 'value2', value2
-      END
-      ELSE:
-   endcase
-   return
-end
-PRO testwid, _extra = ex
-   base=widget_base(/COLUMN)
-   nothing = widget_label(base, value = 'beginning of the test')
-;
-   nothing = cw_selectinterval(base, 10+indgen(5), _extra = ex, uname = 'discret', uvalue = 'discret')
-   print, nothing
-   nothing = cw_selectinterval(base, indgen(20), _extra = ex, uname = 'continus', uvalue = 'continus')
-   print, nothing
-;
-   nothing = widget_button(base, value = 'get', uvalue = 'get')
-   nothing = widget_button(base, value = 'done', uvalue = 'done')
-   widget_control, base, /REALIZE
-   xmanager,'testwid', base, /no_block
-   return
-end
+; PRO testwid_event, event
+; ;
+;   compile_opt idl2, strictarrsubs
+; ;
+;    widget_control, event.id, get_uvalue=uval
+;    if n_elements(uval) EQ 0 then return
+;    case uval of
+;       'done':widget_control, event.top, /destroy
+;       'get':BEGIN
+;          id = widget_info(event.top,find_by_uname = 'discret')
+;          widget_control, id, get_value = value1
+;          help, value1
+;          print, 'value1', value1
+;          id = widget_info(event.top,find_by_uname = 'continus')
+;          widget_control, id, get_value = value2
+;          help, value2
+;          print, 'value2', value2
+;       END
+;       ELSE:
+;    endcase
+;    return
+; end
+; PRO testwid, _extra = ex
+; ;
+;   compile_opt idl2, strictarrsubs
+; ;
+;    base=widget_base(/COLUMN)
+;    nothing = widget_label(base, value = 'beginning of the test')
+; ;
+;    nothing = cw_selectinterval(base, 10+indgen(5), _extra = ex, uname = 'discret', uvalue = 'discret')
+;    print, nothing
+;    nothing = cw_selectinterval(base, indgen(20), _extra = ex, uname = 'continus', uvalue = 'continus')
+;    print, nothing
+; ;
+;    nothing = widget_button(base, value = 'get', uvalue = 'get')
+;    nothing = widget_button(base, value = 'done', uvalue = 'done')
+;    widget_control, base, /REALIZE
+;    xmanager,'testwid', base, /no_block
+;    return
+; end
 ;--------------------------------------------------------------------------
 ;--------------------------------------------------------------------------
 ;--------------------------------------------------------------------------
 function cw_selectinterval_get_value, id
+;
+  compile_opt idl2, strictarrsubs
+;
    bgroupid=widget_info(id, find_by_uname = 'bgroup')
 ; the widget is a set of button
@@ -60,4 +69,7 @@
 ;--------------------------------------------------------------------------
 function cw_selectinterval_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.id, get_uvalue=uval
    case uval.name of
@@ -77,4 +89,7 @@
 ;--------------------------------------------------------------------------
 function cw_selectinterval, parent, vecteur, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 
    base = widget_base(parent $
Index: /trunk/SRC/ToBeReviewed/HOPE/domainpart.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/domainpart.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/domainpart.pro	(revision 114)
@@ -1,3 +1,6 @@
 pro domainpart, top_uvalue, basedomain, selected, DESTROY = destroy
+;
+  compile_opt idl2, strictarrsubs
+;
 
    if keyword_set(destroy) then BEGIN
Index: /trunk/SRC/ToBeReviewed/HOPE/findlineandpointtype.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/findlineandpointtype.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/findlineandpointtype.pro	(revision 114)
@@ -22,4 +22,7 @@
 ;                 lonThighodd:modulo = " " ;
 ; }
+;
+  compile_opt idl2, strictarrsubs
+;
    jpi = n_elements(xaxis)
    jpj = n_elements(yaxis)
Index: /trunk/SRC/ToBeReviewed/HOPE/read_hope.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/read_hope.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/read_hope.pro	(revision 114)
@@ -111,4 +111,7 @@
 ;
 pro read_hope_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.id, get_uvalue=uval
    widget_control, event.top, get_uvalue=top_uvalue
@@ -297,4 +300,7 @@
 ;
 FUNCTION read_hope, typein, varnamein, FILENAME = filename, XLIMITS = xlimits, YLIMITS = ylimits,  ZLIMITS = zlimits, TLIMITS = tlimits, ODDPT = oddpt, ODDEVENPT = oddevenpt, EVENPT = evenpt, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common                         ; usefull only for the definition of iodir 
   if n_elements(filename) EQ 0 then filename = isafile(iodirectory = iodir, _extra = ex)
Index: /trunk/SRC/ToBeReviewed/HOPE/rh_alldomains.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/rh_alldomains.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/rh_alldomains.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO rh_alldomains, topid, selected
+;
+  compile_opt idl2, strictarrsubs
+;
 
    widget_control, topid, get_uvalue=top_uvalue
Index: /trunk/SRC/ToBeReviewed/HOPE/sortdim.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/sortdim.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/sortdim.pro	(revision 114)
@@ -17,4 +17,7 @@
 ;
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
    tosort = dims
    if n_elements(tosort) eq 1 then $
Index: /trunk/SRC/ToBeReviewed/HOPE/xrh.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/HOPE/xrh.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/HOPE/xrh.pro	(revision 114)
@@ -1,4 +1,7 @@
 ; procedure to call read_hope in the widget mode
 PRO xrh, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
    a = read_hope(_extra = ex)
    return
Index: /trunk/SRC/ToBeReviewed/IMAGE/animgif.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/IMAGE/animgif.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/IMAGE/animgif.pro	(revision 114)
@@ -42,4 +42,7 @@
 ;------------------------------------------------------------
 PRO animgif, nomfic
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;
Index: /trunk/SRC/ToBeReviewed/IMAGE/image_viewer.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/IMAGE/image_viewer.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/IMAGE/image_viewer.pro	(revision 114)
@@ -48,4 +48,7 @@
 ;THIS PROCEDURE IS CALLED WHEN A USER SELECTS "File > Open Picture Files" FROM THE MAIN MENU
 ;error handling:
+;
+  compile_opt idl2, strictarrsubs
+;
 !ERROR_STATE.CODE=0
 CATCH,error
@@ -126,4 +129,7 @@
 ;THIS PROCEDURE IS CALLED WHEN A USER SELECTS "File > Open All In Folder" FROM THE MAIN MENU
 ;error handling:
+;
+  compile_opt idl2, strictarrsubs
+;
 !ERROR_STATE.CODE=0
 CATCH,error
@@ -204,4 +210,7 @@
 PRO IMAGE_VIEWER_CANCEL,event
 ;obtain state structure for top-level-base from its UVALUE:
+;
+  compile_opt idl2, strictarrsubs
+;
 WIDGET_CONTROL,event.top,GET_UVALUE=pState
 ;shut-off timer:
@@ -214,4 +223,7 @@
 PRO IMAGE_VIEWER_TIMER,event
 ;obtain state structure for top-level-base from its UVALUE:
+;
+  compile_opt idl2, strictarrsubs
+;
 WIDGET_CONTROL,event.top,GET_UVALUE=pState
 if (*pState).timer EQ 1 then begin ;continue processing files:
@@ -884,4 +896,7 @@
 ;THIS PROCEDURE IS CALLED WHEN A USER SELECTS "File > Exit" FROM THE MAIN MENU
 ;terminate the program by destroying the top-level-base (widgetID always stored in event.top):
+;
+  compile_opt idl2, strictarrsubs
+;
 WIDGET_CONTROL,event.top,/DESTROY
 END
@@ -894,4 +909,7 @@
 ;FROM THE MAIN MENU
 ;display a simple message:
+;
+  compile_opt idl2, strictarrsubs
+;
 messageStr=['IMAGE_VIEWER written by AEB, 2002.','',$
             'The purpose of this program is to provide an interactive tool that can be used',$
@@ -909,4 +927,7 @@
 ;THIS PROCEDURE IS CALLED WHEN A USER CLICKS ON ONE OF THE THUMBNAIL PICTURES
 ;error handling:
+;
+  compile_opt idl2, strictarrsubs
+;
 !ERROR_STATE.CODE=0
 CATCH,error
@@ -953,4 +974,7 @@
 ;THIS PROCEDURE IS CALLED WHEN THE PROGRAM IS TERMINATED AND XMANAGER REGISTERS A CLEANUP:
 ;obtain state structure for top-level-base from its uvalue:
+;
+  compile_opt idl2, strictarrsubs
+;
 WIDGET_CONTROL,widgetID,GET_UVALUE=pState
 ;test for validity of state structure pointer:
@@ -978,4 +1002,7 @@
 ;THIS PROCEDURE IS CALLED WHEN A USER RESIZES THE TOP-LEVEL BASE
 ;error handling:
+;
+  compile_opt idl2, strictarrsubs
+;
 !ERROR_STATE.CODE=0
 CATCH,error
@@ -997,4 +1024,7 @@
 PRO IMAGE_VIEWER
 ;error handling:
+;
+  compile_opt idl2, strictarrsubs
+;
 !ERROR_STATE.CODE=0
 CATCH,error
Index: /trunk/SRC/ToBeReviewed/IMAGE/imdisp.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/IMAGE/imdisp.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/IMAGE/imdisp.pro	(revision 114)
@@ -1,4 +1,7 @@
 ;-------------------------------------------------------------------------------
 FUNCTION IMDISP_GETPOS, ASPECT, POSITION=POSITION, MARGIN=MARGIN
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;- Compute a position vector given an aspect ratio (called by IMDISP_IMSIZE)
@@ -46,4 +49,7 @@
 FUNCTION IMDISP_IMSCALE, IMAGE, RANGE=RANGE, BOTTOM=BOTTOM, NCOLORS=NCOLORS, $
   NEGATIVE=NEGATIVE
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;- Byte-scale an image (called by IMDISP)
@@ -73,4 +79,7 @@
 ;-------------------------------------------------------------------------------
 FUNCTION IMDISP_IMREGRID, DATA, NX, NY, INTERP=INTERP
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;- Regrid a 2D array (called by IMDISP)
@@ -112,4 +121,7 @@
 PRO IMDISP_IMSIZE, IMAGE, X0, Y0, XSIZE, YSIZE, ASPECT=ASPECT, $
   POSITION=POSITION, MARGIN=MARGIN
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;- Compute the size and offset for an image (called by IMDISP)
@@ -171,4 +183,7 @@
   BACKGROUND=BACKGROUND, ERASE=ERASE, $
   AXIS=AXIS, NEGATIVE=NEGATIVE, _EXTRA=EXTRA_KEYWORDS
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;+
Index: /trunk/SRC/ToBeReviewed/IMAGE/saveimage.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/IMAGE/saveimage.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/IMAGE/saveimage.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO SAVEIMAGE, FILE, BMP=BMP, PNG=PNG, PICT=PICT, JPEG=JPEG, TIFF=TIFF, $
   QUALITY=QUALITY, DITHER=DITHER, CUBE=CUBE, QUIET=QUIET, MULTIPLE = multiple
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;+
Index: /trunk/SRC/ToBeReviewed/IMAGE/showimage.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/IMAGE/showimage.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/IMAGE/showimage.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO SHOWIMAGE, FILE, DITHER=DITHER, CURRENT=CURRENT
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;+
Index: /trunk/SRC/ToBeReviewed/INIT/initncdf.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/INIT/initncdf.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/INIT/initncdf.pro	(revision 114)
@@ -91,4 +91,7 @@
               , XYINDEX = xyindex, ZINDEX = zindex $
               , _EXTRA = ex
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @common
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/bit2int.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/bit2int.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/bit2int.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION bit2int, bitin, checkneg = checkneg
+;
+  compile_opt idl2, strictarrsubs
+;
 
   res = 0L
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib.pro	(revision 114)
@@ -1,3 +1,6 @@
 function read_grib, varcode, date1, date2, file = file
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; http://www.wmo.ch/web/www/WDM/Guides/Guide-binary-2.html
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_bds.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_bds.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_bds.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION read_grib_bds, num, recstart, ni, nj
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   offset = recstart+8
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_end.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_end.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_end.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO read_grib_end,  num, offset
+;
+  compile_opt idl2, strictarrsubs
+;
 
   a = assoc(num, bytarr(4, /nozero), offset)
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_gds.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_gds.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_gds.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION read_grib_gds, num, recstart
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   offset = recstart+8
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_is.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_is.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_is.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION read_grib_is, num, offset
+;
+  compile_opt idl2, strictarrsubs
+;
 
   infofile = fstat(num)
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_pds.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_pds.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_grib_pds.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION read_grib_pds, num, recstart
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   offset = recstart+8
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_gribtable.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_gribtable.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/read_gribtable.pro	(revision 114)
@@ -40,4 +40,7 @@
 PRO read_gribtable,tablename,parmtabl=parmtabl,center=center,$
                    subcenter=subcenter,tablnum=tablnum
+;
+  compile_opt idl2, strictarrsubs
+;
   
 ON_ERROR,2
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_code.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_code.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_code.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION scan_grib_code, num, recstart
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   nrec =  n_elements(recstart)
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_date.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_date.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_date.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION scan_grib_date, num, recstart
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   nrec =  n_elements(recstart)
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_messize.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_messize.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_messize.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION scan_grib_messize, num, recstart
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   nrec =  n_elements(recstart)
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_nbits.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_nbits.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_nbits.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION scan_grib_nbits, num, recstart
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;
Index: /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_recstart.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_recstart.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/GRIB/scan_grib_recstart.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION scan_grib_recstart, num
+;
+  compile_opt idl2, strictarrsubs
+;
 
   infofile = fstat(num)
Index: /trunk/SRC/ToBeReviewed/LECTURE/binary.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/binary.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/binary.pro	(revision 114)
@@ -38,4 +38,7 @@
 ;-
 function binary, number
+;
+  compile_opt idl2, strictarrsubs
+;
   s = size(number)
   type = s[s[0] + 1]
Index: /trunk/SRC/ToBeReviewed/LECTURE/changeread.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/changeread.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/changeread.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION changeread, newread
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @common
Index: /trunk/SRC/ToBeReviewed/LECTURE/inverse_binary.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/inverse_binary.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/inverse_binary.pro	(revision 114)
@@ -62,4 +62,7 @@
 FUNCTION inverse_binary, binnumb
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
   s = size(binnumb, /dimensions)
   IF n_elements(s) EQ 1 THEN numbofbit = 8 ELSE numbofbit = 8*s[1]
Index: /trunk/SRC/ToBeReviewed/LECTURE/litchamp.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/litchamp.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/litchamp.pro	(revision 114)
@@ -105,4 +105,7 @@
 FUNCTION litchamp, struct, GRID = grid, NAME = name, UNIT = unit, EXP = exp, DATE = date $
                    , LEVEL = level, MASK = mask
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/LECTURE/ncdf_lec.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/ncdf_lec.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/ncdf_lec.pro	(revision 114)
@@ -42,4 +42,7 @@
 ;------------------------------------------------------------
 function ncdf_lec,nom,ATT=att,DIM=dim,VAR=var, IODIR = iodir, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
    res = -1
 ;------------------------------------------------------------
@@ -124,5 +127,5 @@
           then begin
             print,'variable numero: ',strtrim(varid,1),', nom:',varcontent.name $
-             ,', type:' ,varcontent.datatype,', dimensions:',nomdim(varcontent.dim)
+             ,', type:' ,varcontent.datatype,', dimensions:',nomdim[varcontent.dim]
             if strlowcase(att) eq strlowcase(varcontent.name) then begin
                for attiq=0,varcontent.natts-1 do begin
Index: /trunk/SRC/ToBeReviewed/LECTURE/read_ncdf.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/read_ncdf.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/read_ncdf.pro	(revision 114)
@@ -78,4 +78,7 @@
                     , GRID = grid, FBASE2TBASE = fbase2tbase, _EXTRA = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/LECTURE/xncdf_lec.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/LECTURE/xncdf_lec.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/LECTURE/xncdf_lec.pro	(revision 114)
@@ -18,4 +18,7 @@
 ;------------------------------------------------------------
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    COMMON wididbase, base
    COMMON resultat, res
@@ -200,4 +203,7 @@
 ;------------------------------------------------------------
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    COMMON resultat, res
    COMMON infovariable, cdfid, listename, contient, nomdim, tailledim, varid, varcontient
@@ -306,4 +312,7 @@
 ;------------------------------------------------------------
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    COMMON resultat, res
    COMMON infovariable, cdfid, listename, contient, nomdim, tailledim, varid, varcontient
@@ -408,4 +417,7 @@
 ;------------------------------------------------------------
 FUNCTION xncdf_lec, nom, ATT = att, COUNT = count, GROUP = group, OFFSET = offset, IODIR = iodir, SHIFT = shift,  STRIDE = stride, VAR = var
+;
+  compile_opt idl2, strictarrsubs
+;
    COMMON wididbase, base
    COMMON infovariable, cdfid, listename, contient, nomdim, tailledim, varid, varcontient
Index: /trunk/SRC/ToBeReviewed/MATRICE/cmapply.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/cmapply.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/cmapply.pro	(revision 114)
@@ -149,5 +149,5 @@
 ;   OUT             FLOAT     = Array[10, 10]
 ;
-;   (OUT(i,j) is the median value of IN(i,j,*))
+;   (OUT[i,j] is the median value of IN[i,j,*])
 ;
 ; MODIFICATION HISTORY:
@@ -175,30 +175,36 @@
 ;; Utility function, adapted from CMPRODUCT
 function cmapply_product, x
+;
+  compile_opt idl2, strictarrsubs
+;
   sz = size(x)
-  n = sz(1)
+  n = sz[1]
 
   while n GT 1 do begin
-      if (n mod 2) EQ 1 then x(0,*) = x(0,*) * x(n-1,*)
+      if (n mod 2) EQ 1 then x[0,*] = x[0,*] * x[n-1,*]
       n2 = floor(n/2)
-      x = x(0:n2-1,*) * x(n2:*,*)
+      x = x[0:n2-1,*] * x[n2:*,*]
       n = n2
   endwhile
-  return, reform(x(0,*), /overwrite)
+  return, reform(x[0,*], /overwrite)
 end
 
 ;; Utility function, used to collect collaped dimensions
 pro cmapply_redim, newarr, dimapply, dimkeep, nkeep, totcol, totkeep
+;
+  compile_opt idl2, strictarrsubs
+;
   sz = size(newarr)
   ;; First task: rearrange dimensions so that the dimensions
   ;; that are "kept" (ie, uncollapsed) are at the back
-  dimkeep = where(histogram(dimapply,min=1,max=sz(0)) ne 1, nkeep)
+  dimkeep = where(histogram(dimapply,min=1,max=sz[0]) ne 1, nkeep)
   if nkeep EQ 0 then return
 
   newarr = transpose(temporary(newarr), [dimapply-1, dimkeep])
   ;; totcol is the total number of collapsed elements
-  totcol = sz(dimapply(0))
-  for i = 1, n_elements(dimapply)-1 do totcol = totcol * sz(dimapply(i))
-  totkeep = sz(dimkeep(0)+1)
-  for i = 1, n_elements(dimkeep)-1 do totkeep = totkeep * sz(dimkeep(i)+1)
+  totcol = sz[dimapply[0]]
+  for i = 1, n_elements(dimapply)-1 do totcol = totcol * sz[dimapply[i]]
+  totkeep = sz[dimkeep[0]+1]
+  for i = 1, n_elements(dimkeep)-1 do totkeep = totkeep * sz[dimkeep[i]+1]
 
   ;; this new array has two dimensions:
@@ -213,4 +219,7 @@
 function cmapply, op, array, dimapply, double=dbl, type=type, $
                   functargs=functargs, nocatch=nocatch
+;
+  compile_opt idl2, strictarrsubs
+;
 
   if n_params() LT 2 then begin
@@ -227,15 +236,15 @@
   ;; 1) the dimensions of the array
   sz = size(array)
-  if sz(0) EQ 0 then $
+  if sz[0] EQ 0 then $
     message, 'ERROR: ARRAY must be an array!'
 
   ;; 2) The type of the array
-  if sz(sz(0)+1) EQ 0 OR sz(sz(0)+1) EQ 7 OR sz(sz(0)+1) EQ 8 then $
+  if sz[sz[0]+1] EQ 0 OR sz[sz[0]+1] EQ 7 OR sz[sz[0]+1] EQ 8 then $
     message, 'ERROR: Cannot apply to UNDEFINED, STRING, or STRUCTURE'
-  if n_elements(type) EQ 0 then type = sz(sz(0)+1)
+  if n_elements(type) EQ 0 then type = sz[sz[0]+1]
 
   ;; 3) The type of the operation
   szop = size(op)
-  if szop(szop(0)+1) NE 7 then $
+  if szop[szop[0]+1] NE 7 then $
     message, 'ERROR: operation OP was not a string'
 
@@ -243,5 +252,5 @@
   if n_params() EQ 2 then dimapply = 1
   dimapply = [ dimapply ]
-  dimapply = dimapply(sort(dimapply))   ; Sort in ascending order
+  dimapply = dimapply[sort(dimapply)]   ; Sort in ascending order
   napply = n_elements(dimapply)
 
@@ -254,5 +263,5 @@
   newop = strupcase(op)
   newarr = array
-  newarr = reform(newarr, sz(1:sz(0)), /overwrite)
+  newarr = reform(newarr, sz[1:sz[0]], /overwrite)
   case 1 of
 
@@ -260,5 +269,5 @@
       (newop EQ '+'): begin
           for i = 0L, napply-1 do begin
-              newarr = total(temporary(newarr), dimapply(i)-i, double=dbl)
+              newarr = total(temporary(newarr), dimapply[i]-i, double=dbl)
           endfor
       end
@@ -269,9 +278,9 @@
           if nkeep EQ 0 then begin
               newarr = reform(newarr, n_elements(newarr), 1, /overwrite)
-              return, (cmapply_product(newarr))(0)
+              return, (cmapply_product(newarr))[0]
           endif
 
           result = cmapply_product(newarr)
-          result = reform(result, sz(dimkeep+1), /overwrite)
+          result = reform(result, sz[dimkeep+1], /overwrite)
           return, result
       end
@@ -282,6 +291,6 @@
           totelt = 1L
           for i = 0L, napply-1 do begin
-              newarr = total(temporary(newarr), dimapply(i)-i)
-              totelt = totelt * sz(dimapply(i))
+              newarr = total(temporary(newarr), dimapply[i]-i)
+              totelt = totelt * sz[dimapply[i]]
           endfor
           if newop EQ 'AND' then return, (round(newarr) EQ totelt)
@@ -305,20 +314,20 @@
           if totcol LT totkeep then begin
               ;; Iterate over the number of collapsed elements
-              result(0) = reform(newarr(0,*),totkeep,/overwrite)
+              result[0] = reform(newarr[0,*],totkeep,/overwrite)
               case newop of 
                   'MAX': for i = 1L, totcol-1 do $
-                    result(0) = result > newarr(i,*)
+                    result[0] = result > newarr[i,*]
                   'MIN': for i = 1L, totcol-1 do $
-                    result(0) = result < newarr(i,*)
+                    result[0] = result < newarr[i,*]
               endcase
           endif else begin
               ;; Iterate over the number of output elements
               case newop of 
-                  'MAX': for i = 0L, totkeep-1 do result(i) = max(newarr(*,i))
-                  'MIN': for i = 0L, totkeep-1 do result(i) = min(newarr(*,i))
+                  'MAX': for i = 0L, totkeep-1 do result[i] = max(newarr[*,i])
+                  'MIN': for i = 0L, totkeep-1 do result[i] = min(newarr[*,i])
               endcase
           endelse
 
-          result = reform(result, sz(dimkeep+1), /overwrite)
+          result = reform(result, sz[dimkeep+1], /overwrite)
           return, result
       end
@@ -343,11 +352,11 @@
           if n_elements(functargs) GT 0 then begin
               for i = 0L, totkeep-1 do $
-                result(i) = call_function(functname, newarr(*,i), _EXTRA=functargs)
+                result[i] = call_function(functname, newarr[*,i], _EXTRA=functargs)
           endif else begin
               for i = 0L, totkeep-1 do $
-                result(i) = call_function(functname, newarr(*,i))
+                result[i] = call_function(functname, newarr[*,i])
           endelse
 
-          result = reform(result, sz(dimkeep+1), /overwrite)
+          result = reform(result, sz[dimkeep+1], /overwrite)
           return, result
       end
@@ -357,5 +366,5 @@
 
   newsz = size(newarr)
-  if type EQ newsz(newsz(0)+1) then return, newarr
+  if type EQ newsz[newsz[0]+1] then return, newarr
 
   ;; Cast the result into the desired type, if necessary
@@ -363,7 +372,7 @@
              'DOUBLE', 'COMPLEX', 'UNDEF', 'UNDEF', 'DCOMPLEX' ]
   if type GE 1 AND type LE 3 then $
-    return, call_function(castfns(type), round(newarr)) $
+    return, call_function(castfns[type], round(newarr)) $
   else $
-    return, call_function(castfns(type), newarr)
+    return, call_function(castfns[type], newarr)
 end
   
Index: /trunk/SRC/ToBeReviewed/MATRICE/cmset_op.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/cmset_op.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/cmset_op.pro	(revision 114)
@@ -154,8 +154,8 @@
 ;   if keyword_set(sortit) then begin
 ;       ;; Sort it manually
-;       ii = sort(a) & b = a(ii)
+;       ii = sort(a) & b = a[ii]
 ;       if keyword_set(non) then wh = where(b EQ shift(b, sh), ct) $
 ;       else                     wh = where(b NE shift(b, sh), ct)
-;       if ct GT 0 then return, ii(wh)
+;       if ct GT 0 then return, ii[wh]
 ;   endif else begin
 ;       ;; Use the user's values directly
@@ -171,9 +171,12 @@
 ;; "first" value, whatever that may mean.
 function cmset_op_uniq, a
+;
+  compile_opt idl2, strictarrsubs
+;
   if n_elements(a) LE 1 then return, 0L
 
-  ii = sort(a) & b = a(ii)
+  ii = sort(a) & b = a[ii]
   wh = where(b NE shift(b, +1L), ct)
-  if ct GT 0 then return, ii(wh)
+  if ct GT 0 then return, ii[wh]
 
   return, 0L
@@ -182,4 +185,7 @@
 function cmset_op, a, op0, b, not1=not1, not2=not2, count=count, $
               empty1=empty1, empty2=empty2, maxarray=ma, index=index
+;
+  compile_opt idl2, strictarrsubs
+;
 
   on_error, 2 ;; return on error
@@ -204,5 +210,5 @@
   ;; Check the operation
   sz = size(op0)
-  if sz(sz(0)+1) NE 7 then begin
+  if sz[sz[0]+1] NE 7 then begin
       OP_ERR:
       message, "ERROR: OP must be 'AND', 'OR' or 'XOR'"
@@ -247,5 +253,5 @@
          if count GT 0 then return, a1 else return, -1L
      endif
-     if count GT 0 then return, a(a1) else return, -1L
+     if count GT 0 then return, a[a1] else return, -1L
      RET_B1:
      count = n2
@@ -253,5 +259,5 @@
          if count GT 0 then return, b1+n1 else return, -1L
      endif         
-     if count GT 0 then return, b(b1) else return, -1L
+     if count GT 0 then return, b[b1] else return, -1L
  endif
 
@@ -266,11 +272,11 @@
 
   ;; Check types of operands
-  sz1 = size(a) & tp1 = sz1(sz1(0)+1)
-  sz2 = size(b) & tp2 = sz2(sz2(0)+1)
+  sz1 = size(a) & tp1 = sz1[sz1[0]+1]
+  sz2 = size(b) & tp2 = sz2[sz2[0]+1]
   if tp1 LT 0 OR tp1 GE 16 OR tp2 LT 0 OR tp2 GE 16 then begin
       message, 'ERROR: unrecognized data types for operands'
       return, -1
   endif
-  if basetype(tp1) NE basetype(tp2) then begin
+  if basetype[tp1] NE basetype[tp2] then begin
       TYPE1_ERR:
       message, 'ERROR: both A and B must be of the same type'
@@ -297,5 +303,5 @@
               count = n_elements(index0)
               if kind then return, index0
-              return, uu(index0)
+              return, uu[index0]
           end
 
@@ -305,19 +311,19 @@
               bi = cmset_op_uniq(b) & nb = n_elements(bi)
               ui = [ai, bi+n1]
-              uu = [a,b]    & uu = uu(ui) ;; Raw union...
-              us = sort(uu) & uu = uu(us) ;; ...and sort
-              if kind then ui = ui(temporary(us)) else ui = 0
+              uu = [a,b]    & uu = uu[ui] ;; Raw union...
+              us = sort(uu) & uu = uu[us] ;; ...and sort
+              if kind then ui = ui[temporary(us)] else ui = 0
 
               ;; Values in one set only will not have duplicates
               wh1 = where(uu NE shift(uu, -1), count1)
               if count1 EQ 0 then return, -1L
-              wh = where(wh1(1:*)-wh1 EQ 1, count)
-              if wh1(0) EQ 0 then begin
+              wh = where(wh1[1:*]-wh1 EQ 1, count)
+              if wh1[0] EQ 0 then begin
                   if count GT 0 then wh = [-1L, wh] else wh = [-1L]
                   count = n_elements(wh)
               endif
               if count EQ 0 then return, -1
-              if kind then return, ui(wh1(wh+1))
-              return, uu(wh1(wh+1))
+              if kind then return, ui[wh1[wh+1]]
+              return, uu[wh1[wh+1]]
           end
 
@@ -327,7 +333,7 @@
               bi = cmset_op_uniq(b) & nb = n_elements(bi)
               ui = [ai, bi+n1]
-              uu = [a,b]    & uu = uu(ui)  ;; Raw union...
-              us = sort(uu) & uu = uu(us)  ;; ...and sort
-              if kind then ui = ui(us) else ui = 0
+              uu = [a,b]    & uu = uu[ui]  ;; Raw union...
+              us = sort(uu) & uu = uu[us]  ;; ...and sort
+              if kind then ui = ui[us] else ui = 0
 
               if NOT keyword_set(not1) AND NOT keyword_set(not2) then begin
@@ -336,8 +342,8 @@
                   ;; they are equal, then the SHIFT() technique below
                   ;; fails.  Do this one by hand.
-                  if na EQ 1 AND nb EQ 1 AND uu(0) EQ uu(1) then begin
+                  if na EQ 1 AND nb EQ 1 AND uu[0] EQ uu[1] then begin
                       count = 1L
                       if kind then return, 0L
-                      return, [uu(0)]
+                      return, [uu[0]]
                   endif
 
@@ -348,22 +354,22 @@
                   ;; This should always select the element from A
                   ;; rather than B (the smaller of the two)
-                  if kind then return, (ui(wh) < ui(wh+1))
-                  return, uu(wh)
+                  if kind then return, (ui[wh] < ui[wh+1])
+                  return, uu[wh]
               endif
 
               ;; For "NOT" cases, we need to identify by set
               ii = make_array(na+nb, value=1b)
-              if keyword_set(not1) then ii(0:na-1) = 0
-              if keyword_set(not2) then ii(na:*)   = 0
-              ii = ii(temporary(us))
+              if keyword_set(not1) then ii[0:na-1] = 0
+              if keyword_set(not2) then ii[na:*]   = 0
+              ii = ii[temporary(us)]
 
               ;; Remove any duplicates
               wh1 = where(uu EQ shift(uu, -1L), count1) ;; Find non-unique
-              if count1 GT 0 then ii([wh1, wh1+1]) = 0
+              if count1 GT 0 then ii[wh1, wh1+1] = 0
               ;; Remainder is the desired set
               wh = where(ii, count)
               if count EQ 0 then return, -1L
-              if kind then return, ui(wh)
-              return, uu(wh)
+              if kind then return, ui[wh]
+              return, uu[wh]
           end
 
@@ -380,5 +386,5 @@
       minn = min1 < min2 & maxx = max1 > max2
       nbins = maxx-minn+1
-      if (maxx-minn) GT floor(ma(0)) then goto, SLOW_SET_OP
+      if (maxx-minn) GT floor(ma[0]) then goto, SLOW_SET_OP
 
       ;; Work around a stupidity in the built-in IDL HISTOGRAM routine
@@ -405,10 +411,10 @@
       result = temporary(wh+minn)
       if tp1 NE tp2 then return, result
-      szr = size(result) & tpr = szr(szr(0)+1)
+      szr = size(result) & tpr = szr[szr[0]+1]
 
       ;; Cast to the original type if necessary
       if tpr NE tp1 then begin
           fresult = make_array(n_elements(result), type=tp1)
-          fresult(0) = temporary(result)
+          fresult[0] = temporary(result)
           result = temporary(fresult)
       endif
@@ -424,9 +430,9 @@
 ;     works, but is complicated, so I forced it to go to SLOW_SET_OP.
 ;     ha = histogram(a, min=minn, max=maxx, reverse=ra) < 1
-;     rr = ra(0:nbins) & mask = rr NE rr(1:*) & ra = ra(rr)*mask-1L+mask
+;     rr = ra[0:nbins] & mask = rr NE rr[1:*] & ra = ra[rr]*mask-1L+mask
 ;     hb = histogram(b, min=minn, max=maxx, reverse=rb) < 1
-;     rr = rb(0:nbins) & mask = rr NE rr(1:*) & rb = rb(rr)*mask-1L+mask
+;     rr = rb[0:nbins] & mask = rr NE rr[1:*] & rb = rb[rr]*mask-1L+mask
 ;     ...  AND/OR/XOR NOT masking here ...
-;     ra = ra(wh) & rb = rb(wh)
+;     ra = ra[wh] & rb = rb[wh]
 ;     return, ra*(ra GE 0) + (rb+n1)*(ra LT 0) ;; is last 'ra' right?
 
Index: /trunk/SRC/ToBeReviewed/MATRICE/colle.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/colle.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/colle.pro	(revision 114)
@@ -70,4 +70,7 @@
 ;------------------------------------------------------------
    PRO UNDEFINE, varname  
+;
+  compile_opt idl2, strictarrsubs
+;
       tempvar = SIZE(TEMPORARY(varname))
    END
@@ -75,4 +78,7 @@
 ;------------------------------------------------------------
 FUNCTION colle, a0, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20, SAUVE = sauve
+;
+  compile_opt idl2, strictarrsubs
+;
    res = -1
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/MATRICE/congridseb.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/congridseb.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/congridseb.pro	(revision 114)
@@ -51,4 +51,7 @@
 ;------------------------------------------------------------
 function congridseb, tableau, x, y
+;
+  compile_opt idl2, strictarrsubs
+;
    res=tableau
    taille = size(tableau)
Index: /trunk/SRC/ToBeReviewed/MATRICE/different.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/different.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/different.pro	(revision 114)
@@ -47,4 +47,7 @@
 ;------------------------------------------------------------
 FUNCTION different, a, b  
+;
+  compile_opt idl2, strictarrsubs
+;
 
    ; = a and (not b) = elements in A but not in B
Index: /trunk/SRC/ToBeReviewed/MATRICE/extrait.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/extrait.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/extrait.pro	(revision 114)
@@ -85,4 +85,7 @@
 FUNCTION extrait, tab, indicex, indicey, indicez, indicet
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    taille = size(tab)
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/MATRICE/inter.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/inter.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/inter.pro	(revision 114)
@@ -49,4 +49,7 @@
 FUNCTION inter, a, b
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
    case 1 of
       n_elements(a) EQ 0:return,  -1
Index: /trunk/SRC/ToBeReviewed/MATRICE/make_selection.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/make_selection.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/make_selection.pro	(revision 114)
@@ -95,4 +95,7 @@
             only_valid=only_valid,required=required,  $
             quiet=quiet
+;
+  compile_opt idl2, strictarrsubs
+;
  
  
Index: /trunk/SRC/ToBeReviewed/MATRICE/union.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/union.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/union.pro	(revision 114)
@@ -47,4 +47,7 @@
 ;------------------------------------------------------------
 FUNCTION union, a, b
+;
+  compile_opt idl2, strictarrsubs
+;
 IF a[0] LT 0 THEN RETURN, b    ;A union NULL = a
 IF b[0] LT 0 THEN RETURN, a    ;B union NULL = b
Index: /trunk/SRC/ToBeReviewed/MATRICE/zeroun.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/MATRICE/zeroun.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/MATRICE/zeroun.pro	(revision 114)
@@ -35,4 +35,7 @@
 ;------------------------------------------------------------
 function zeroun, n1,n2
+;
+  compile_opt idl2, strictarrsubs
+;
    CASE N_PARAMS() OF
       1:return, findgen(n1) mod 2
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/bar_plot.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/bar_plot.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/bar_plot.pro	(revision 114)
@@ -131,4 +131,7 @@
           outline=outline,overplot=overplot,background=background, $
           rotate=rotate, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 if (n_params(d) eq 0) then begin  ;Print call & return if no parameters
   print,'bar_test,values,baselines=baselines,colors=colors,barnames=barnames,$'
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/plt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/plt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/plt.pro	(revision 114)
@@ -304,4 +304,7 @@
 ;---------------------------------------------------------
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/plt1d.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/plt1d.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/plt1d.pro	(revision 114)
@@ -160,4 +160,7 @@
 ;---------------------------------------------------------
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
@@ -239,7 +242,7 @@
     notanum = where(finite(z1d) EQ 0)
     z1d[notanum] = 0
-    mask(where(z1d LT valmask/10)) = 1
+    mask[where(z1d LT valmask/10)] = 1
     z1d[notanum] = !values.f_nan
-  ENDIF ELSE mask(where(z1d LT valmask/10)) = 1
+  ENDIF ELSE mask[where(z1d LT valmask/10)] = 1
 ;-----------------------------------------------------------------------------
 ; determination du min et du max apres la moyenne
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltbase.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltbase.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltbase.pro	(revision 114)
@@ -135,4 +135,7 @@
              , _EXTRA = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
@@ -215,5 +218,5 @@
 ; ds le cas on unsur2 est active on reduit levels
     if NOT keyword_set(nocontour) then begin
-      IF keyword_set(unsur2) THEN levels = levels(where(zeroun(n_elements(levels) ) eq 1))
+      IF keyword_set(unsur2) THEN levels = levels[where(zeroun(n_elements(levels) ) eq 1)]
 ; unlabsur est active?  C_LABEL est passe via _EXTRA?
       if keyword_set(unlabsur) THEN IF chkstru(ex, 'C_LABELS') THEN $
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltsc.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltsc.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltsc.pro	(revision 114)
@@ -3,4 +3,7 @@
 ;
 ; scatter plot (inspired from plt1d)
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltt.pro	(revision 114)
@@ -306,4 +306,7 @@
 ;---------------------------------------------------------
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltz.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltz.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/pltz.pro	(revision 114)
@@ -266,4 +266,7 @@
 ;---------------------------------------------------------
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/sbar_plot.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/sbar_plot.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/sbar_plot.pro	(revision 114)
@@ -51,4 +51,7 @@
 
 PRO sbar_plot, Values, COLORS = colors, NOREINITPLT = noreinitplt, _extra = ex 
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; 1) je reinitialise l''environnememt graphique (les variables !x, !y et !p): 
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/scontour.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/scontour.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/scontour.pro	(revision 114)
@@ -41,4 +41,7 @@
 ;------------------------------------------------------------
 PRO scontour, x, y, z, NOREINITPLT = noreinitplt, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; 1) je reinitialise l''environnememt graphique (les variables !x, !y et !p): 
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/splot.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/splot.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/splot.pro	(revision 114)
@@ -46,4 +46,7 @@
 ;------------------------------------------------------------
 PRO splot,  x, y, NOREINITPLT = noreinitplt, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; 1) je reinitialise l''environnememt graphique (les variables !x, !y et !p): 
Index: /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/tvplus.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/tvplus.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DESSINE/tvplus.pro	(revision 114)
@@ -86,4 +86,7 @@
             , MIN = min, MAX = max, MASK = mask, OFFSET = offset, NOUSEINFOS = NOUSEINFOS $
             , NCOLORS = ncolors, NOINTERP = nointerp, _EXTRA = ex
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   IF n_elements(z2d) EQ 0 THEN return
@@ -136,8 +139,8 @@
     if abs(mask) LT 1e6 then BEGIN 
       masked = where(arr EQ mask)
-      if masked[0] NE -1 then arr(masked) = min(arr(where(arr NE mask)))
+      if masked[0] NE -1 then arr[masked] = min(arr[where(arr NE mask)])
     ENDIF ELSE BEGIN 
       masked = where(abs(arr) GE abs(mask)/10.)
-      if masked[0] NE -1 then arr(masked) = min(arr(where(abs(arr) LT abs(mask)/10.)))
+      if masked[0] NE -1 then arr[masked] = min(arr[where(abs(arr) LT abs(mask)/10.)])
     ENDELSE
   ENDIF ELSE masked = -1
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/addaxe.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/addaxe.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/addaxe.pro	(revision 114)
@@ -37,4 +37,7 @@
 ;------------------------------------------------------------
 PRO addaxe, endpoints, type, posfenetre, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;---------------------------------------
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/autoscale.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/autoscale.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/autoscale.pro	(revision 114)
@@ -42,4 +42,7 @@
 ; ce CI est un multiple de l'unite en unite log de 10.
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
     ci = (max-min)/20.
     ci = 10.^floor(alog10(ci))
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/axis4pltz.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/axis4pltz.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/axis4pltz.pro	(revision 114)
@@ -41,4 +41,7 @@
 ;
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/barrecouleur.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/barrecouleur.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/barrecouleur.pro	(revision 114)
@@ -25,4 +25,7 @@
                   , CB_SUBTITLE = cb_subtitle, POST = post, _extra = ex
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_general
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/checkfield.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/checkfield.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/checkfield.pro	(revision 114)
@@ -40,4 +40,7 @@
 ;------------------------------------------------------------
 FUNCTION err_1d, type, n1, name, n2
+;
+  compile_opt idl2, strictarrsubs
+;
   return, report(['Error in "' + type + '" type plot with a 1D input array:' $
                   , 'the number of elements of the input vector ('+strtrim(n1, 1)+') ' $
@@ -46,4 +49,7 @@
 ;
 FUNCTION err_2d, type, sz, nx, ny, nz
+;
+  compile_opt idl2, strictarrsubs
+;
   @cm_4mesh
   @cm_4cal
@@ -59,4 +65,7 @@
 ;
 FUNCTION err_3d, type, sz, nx, ny, nz
+;
+  compile_opt idl2, strictarrsubs
+;
   @cm_4mesh
   @cm_4cal
@@ -74,4 +83,7 @@
 FUNCTION checkfield, field, procedure, TYPE = type, BOXZOOM = boxzoom, DIREC = direc, NOQUESTION = noquestion, VECTEUR = vecteur, WDEPTH = wdepth, _EXTRA = ex
 ;--------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 ; include commons
 @cm_4mesh
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/checktypeminmax.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/checktypeminmax.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/checktypeminmax.pro	(revision 114)
@@ -36,4 +36,7 @@
                      , XINDEX = xindex, YINDEX = yindex $
                      , ENDPOINTS = endpoints, _extra = ex
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @common
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/determineminmax.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/determineminmax.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/determineminmax.pro	(revision 114)
@@ -44,4 +44,7 @@
 ;------------------------------------------------------------
 PRO determineminmax, tab, mask, vraimin, vraimax, glam, gphi, MAXIN = maxin, MININ = minin, INTERVALLE = intervalle, usetri = usetri, ZEROMIDDLE = zeromiddle, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;-----------------------------------------------------------------------------
@@ -71,5 +74,5 @@
   endif
 ; ma et mi : max et min sur les points mer
-  vraimax = max(tab(mer), min = vraimin, _extra = ex)
+  vraimax = max(tab[mer], min = vraimin, _extra = ex)
   sameminmax = testvar(var = minin) EQ testvar(var = maxin) 
   if n_elements(maxin) EQ 0 OR sameminmax then maxin = vraimax
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/givewindowsize.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/givewindowsize.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/givewindowsize.pro	(revision 114)
@@ -3,4 +3,7 @@
 ;------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4ps
 IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/meridienparallele.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/meridienparallele.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/meridienparallele.pro	(revision 114)
@@ -23,4 +23,7 @@
 ;------------------------------------------------------------
 PRO meridienparallele, coupe
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/placecolor.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/placecolor.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/placecolor.pro	(revision 114)
@@ -42,4 +42,7 @@
 ;------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4ps
    IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/placedessin.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/placedessin.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/placedessin.pro	(revision 114)
@@ -56,4 +56,7 @@
 ;---------------------------------------------------------
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4ps
 @cm_4mesh
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/projsegment.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/projsegment.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/projsegment.pro	(revision 114)
@@ -50,4 +50,7 @@
 FUNCTION projsegment, vecteur, bornes, MP = mp
 ;--------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    a1 = float(vecteur[0])
    b1 = float(vecteur[n_elements(vecteur)-1])
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/restoreatt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/restoreatt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/restoreatt.pro	(revision 114)
@@ -29,4 +29,7 @@
 ;------------------------------------------------------------
 PRO restoreatt, struct
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/rotation.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/rotation.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/rotation.pro	(revision 114)
@@ -28,4 +28,7 @@
 
 PRO ROTATION,X,Y,DEG,NX,NY
+;
+  compile_opt idl2, strictarrsubs
+;
 ang=deg*!dtor
 
@@ -35,5 +38,5 @@
 ;get angle in for loop so that zero radii will be left as zero angle
 for i = 0,n_elements(r)-1 do $
-if r(i) ne 0 then theta(i) = atan(y(i),x(i))  ;range from -pi to +pi
+if r[i] ne 0 then theta[i] = atan(y[i],x[i])  ;range from -pi to +pi
 ;
 ;add rotation angle
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/saveatt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/saveatt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/saveatt.pro	(revision 114)
@@ -26,4 +26,7 @@
 ;------------------------------------------------------------
 FUNCTION saveatt
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    return, {n:varname,g:vargrid,d:vardate,e:varexp,u:varunit,m:valmask}
Index: /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/terminedessin.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/terminedessin.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/DIVERS/terminedessin.pro	(revision 114)
@@ -34,4 +34,7 @@
 PRO terminedessin, POST = post, SMALL = small, _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4ps
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label.pro	(revision 114)
@@ -50,4 +50,7 @@
 pro label, cas, min, max, ncontour, level_z2d, colnumb, NLEVEL = nlevel $
           ,INTERVALLE=intervalle, STRICTFILL = strictfill
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    if !d.name EQ 'PS' OR !d.name EQ 'Z' then BEGIN
@@ -83,5 +86,5 @@
          level_z2d = min + intervalle*findgen(Ncontour) 
          colnumb   = ncoul*(findgen(Ncontour))/Ncontour+ncoul/(2*ncontour)
-         max=level_z2d(Ncontour-1)+intervalle
+         max=level_z2d[Ncontour-1]+intervalle
       end
 ; label pour faire les memes sss que dessier
Index: /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label_date.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label_date.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label_date.pro	(revision 114)
@@ -99,4 +99,7 @@
 FUNCTION LABEL_DATE, axis, index, x, DATE_FORMAT = format, MONTHS = months, $
               OFFSET= offs, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 COMMON label_date_com, fmt, month_chr, offset
 
Index: /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label_gmt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label_gmt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/LABEL/label_gmt.pro	(revision 114)
@@ -3,4 +3,7 @@
 ;
 PRO label_gmt, min, max, intervalle, ncoul, ncontour, level_z2d, coul
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 @com_eg
@@ -22,5 +25,5 @@
       ncontour  = fix((max-min)/intervalle)
       level_z2d = min + intervalle*findgen(Ncontour) 
-      max=level_z2d(Ncontour-1)+intervalle
+      max=level_z2d[Ncontour-1]+intervalle
 
       print, '     Number of contour intervals, plotting min & max ', ncontour, min, max
@@ -40,5 +43,5 @@
            ; difference plot : lighter below first negative interval
             red[51:98] = long((100.-float(grey_shade_2))/100.*255.)
-            red(1:48) = long((100.-float(grey_shade))/100.*255.)
+            red[1:48] = long((100.-float(grey_shade))/100.*255.)
             red[50] = 255
 
Index: /trunk/SRC/ToBeReviewed/PLOTS/LABEL/lataxe.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/LABEL/lataxe.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/LABEL/lataxe.pro	(revision 114)
@@ -38,4 +38,7 @@
 ;------------------------------------------------------------
 ; on ramenne value ds le segment [0,180]
+;
+  compile_opt idl2, strictarrsubs
+;
    lat=value mod 360
    if lat lt 0 then lat=lat+360
Index: /trunk/SRC/ToBeReviewed/PLOTS/LABEL/lonaxe.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/LABEL/lonaxe.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/LABEL/lonaxe.pro	(revision 114)
@@ -38,4 +38,7 @@
 ;------------------------------------------------------------
 ; on ramenne value ds le segment [0,360[
+;
+  compile_opt idl2, strictarrsubs
+;
    lon=value mod 360
    if lon lt 0 then lon=lon+360
Index: /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/ajoutvect.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/ajoutvect.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/ajoutvect.pro	(revision 114)
@@ -54,4 +54,7 @@
 ;------------------------------------------------------------
 pro ajoutvect,vecteur, vectlegende, UNVECTSUR=unvectsur,VECTMIN=vectmin, VECTMAX=vectmax, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    tempsun = systime(1)         ; pour key_performance
@@ -128,10 +131,10 @@
 ; construction de u et v aux pts T
 ;-----------------------------------------------------------
-      a=u(0,*)
+      a=u[0,*]
       u=(u+shift(u,1,0))/2.
-      if NOT keyword_set(key_periodic) OR nx NE jpi then u(0,*)=a
-      a=v(*,0)
+      if NOT keyword_set(key_periodic) OR nx NE jpi then u[0,*]=a
+      a=v[*,0]
       v=(v+shift(v,0,1))/2.
-      if NOT keyword_set(key_periodic) OR nx NE jpi then v(*,0)=a
+      if NOT keyword_set(key_periodic) OR nx NE jpi then v[*,0]=a
 ;----------------------------------------------------------------------------
 ; attribution du mask et des tableau de longitude et latitude
@@ -191,10 +194,10 @@
    if interpolle then t2 = msku*shift(msku,1,0)*mskv*shift(mskv,0,1) $
    ELSE t2 = tmask[firstxt:lastxt,firstyt:lastyt,firstzt]
-   if NOT keyword_set(key_periodic) OR nx NE jpi then t2(0, *)=0.
-   t2(*,0)=0.
+   if NOT keyword_set(key_periodic) OR nx NE jpi then t2[0, *]=0.
+   t2[*,0]=0.
    terre=where(t2 eq 0)
    if terre[0] ne -1 then begin
-      u(terre)=1e5
-      v(terre)=1e5
+      u[terre]=1e5
+      v[terre]=1e5
    ENDIF
 ;-----------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/vecteur.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/vecteur.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/vecteur.pro	(revision 114)
@@ -81,4 +81,7 @@
 ; angle peut etre un tableau.
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; quelle est la longeur en coordonnees normales d''un trait qui fera 1
@@ -103,15 +106,18 @@
 ; normalise le vecteur
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
    IF n_elements(w) NE 0 THEN BEGIN 
       norme = sqrt(u^2.+v^2.+w^2.)
       ind = where(norme NE 0)
-      u(ind) = u(ind)/norme[ind]
-      v(ind) = v(ind)/norme[ind]
-      w(ind) = w(ind)/norme[ind]
+      u[ind] = u[ind]/norme[ind]
+      v[ind] = v[ind]/norme[ind]
+      w[ind] = w[ind]/norme[ind]
    ENDIF ELSE BEGIN
       norme = sqrt(u^2.+v^2.)
       ind = where(norme NE 0)
-      u(ind) = u(ind)/norme[ind]
-      v(ind) = v(ind)/norme[ind]
+      u[ind] = u[ind]/norme[ind]
+      v[ind] = v[ind]/norme[ind]
    ENDELSE 
 END
@@ -120,4 +126,7 @@
              , VECTCOLOR = vectcolor, VECTTHICK = vectthick, VECTREFPOS = vectrefpos $
              , VECTREFFORMAT = vectrefformat, NOVECTREF = novectref, _extra = extra
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    tempsun = systime(1)         ; pour key_performance
@@ -202,12 +211,12 @@
    r = cv_coord(from_sphere=coord_sphe,/to_rect,/degrees)
 ;
-   x0 = reform(r(0, *), nx, ny)
-   y0 = reform(r(1, *), nx, ny)
-   z0 = reform(r(2, *), nx, ny)
+   x0 = reform(r[0, *], nx, ny)
+   y0 = reform(r[1, *], nx, ny)
+   z0 = reform(r[2, *], nx, ny)
 ;
 ; etape 1, b)
 ;
 ; Construction du vecteur nu (resp. nv), vecteur norme porte par
-; l''axe des points u(i,j) et u(i-1,j) (resp v(i,j) et v(i,j-1))
+; l''axe des points u[i,j] et u[i-1,j] (resp v[i,j] et v[i,j-1])
 ; qui definissent pour chaque point sur la shere les directions locales
 ; associee a u et v. ces vecteurs definissent un repere orthonorme
@@ -219,11 +228,11 @@
    radius = replicate(1,nxgd*nygd)
    IF finite(glamu[0]*gphiu[0]) NE 0 THEN $
-     coord_sphe = transpose([ [(glamu[indice2d])[*]], [(gphiu[indice2d])[*]], [radius(*)] ]) $
-   ELSE coord_sphe = transpose([ [(glamf[indice2d])[*]], [(gphit[indice2d])[*]], [radius(*)] ])
+     coord_sphe = transpose([ [(glamu[indice2d])[*]], [(gphiu[indice2d])[*]], [radius[*]] ]) $
+   ELSE coord_sphe = transpose([ [(glamf[indice2d])[*]], [(gphit[indice2d])[*]], [radius[*]] ])
    r = cv_coord(from_sphere=coord_sphe,/to_rect,/degrees)
 ; coordonnes de points de la grille u en cartesien
-   ux = reform(r(0, *), nxgd, nygd)
-   uy = reform(r(1, *), nxgd, nygd)
-   uz = reform(r(2, *), nxgd, nygd)
+   ux = reform(r[0, *], nxgd, nygd)
+   uy = reform(r[1, *], nxgd, nygd)
+   uz = reform(r[2, *], nxgd, nygd)
 ; calcul de nu 
    nux = ux-shift(ux, 1, 0)
@@ -242,11 +251,11 @@
 ; definition de nv
    IF finite(glamv[0]*gphiv[0]) NE 0 THEN $
-   coord_sphe = transpose([ [(glamv[indice2d])[*]], [(gphiv[indice2d])[*]], [radius(*)] ]) $
-   ELSE coord_sphe = transpose([ [(glamt[indice2d])[*]], [(gphif[indice2d])[*]], [radius(*)] ])                
+   coord_sphe = transpose([ [(glamv[indice2d])[*]], [(gphiv[indice2d])[*]], [radius[*]] ]) $
+   ELSE coord_sphe = transpose([ [(glamt[indice2d])[*]], [(gphif[indice2d])[*]], [radius[*]] ])                
    r = cv_coord(from_sphere=coord_sphe,/to_rect,/degrees)
 ; coordonnes de points de la grille v en cartesien
-   vx = reform(r(0, *), nxgd, nygd)
-   vy = reform(r(1, *), nxgd, nygd)
-   vz = reform(r(2, *), nxgd, nygd)
+   vx = reform(r[0, *], nxgd, nygd)
+   vy = reform(r[1, *], nxgd, nygd)
+   vz = reform(r[2, *], nxgd, nygd)
 ; calcul de nv 
    nvx = vx-shift(vx, 0, 1)
@@ -290,8 +299,8 @@
 ; coordonnees de la pointe en spherique
 
-   coord_rect = transpose([ [x1(*)], [y1(*)], [z1(*)] ])
+   coord_rect = transpose([ [x1[*]], [y1[*]], [z1[*]] ])
    r = cv_coord(from_rect=coord_rect,/to_sphere,/degrees)
-   glam1 = reform(r(0, *), nx, ny)
-   gphi1 = reform(r(1, *), nx, ny)
+   glam1 = reform(r[0, *], nx, ny)
+   gphi1 = reform(r[1, *], nx, ny)
 
 ;
@@ -303,12 +312,12 @@
 ;
    ind = where(glam1 LT !x.range[0] AND glam1+360. LE !x.range[1])
-   if ind[0] NE -1 then glam1(ind) = glam1(ind)+360.
+   if ind[0] NE -1 then glam1[ind] = glam1[ind]+360.
    ind = where(glam1 GT !x.range[1] AND glam1-360. GE !x.range[0])
-   if ind[0] NE -1 then glam1(ind) = glam1(ind)-360.
+   if ind[0] NE -1 then glam1[ind] = glam1[ind]-360.
 
    ind = where(glam LT !x.range[0] AND glam+360. LE !x.range[1])
-   if ind[0] NE -1 then glam(ind) = glam(ind)+360.
+   if ind[0] NE -1 then glam[ind] = glam[ind]+360.
    ind = where(glam  GT !x.range[1] AND glam-360. GE !x.range[0])
-   if ind[0] NE -1 then glam(ind) = glam(ind)-360.
+   if ind[0] NE -1 then glam[ind] = glam[ind]-360.
 ;
 ;
@@ -316,10 +325,10 @@
 ;
    r = convert_coord(glam,gphi,/data,/to_normal) 
-   x0 = r(0, *)                 ; coordonnes normales du debut de la fleche
-   y0 = r(1, *)                 ; 
+   x0 = r[0, *]                 ; coordonnes normales du debut de la fleche
+   y0 = r[1, *]                 ; 
    
    r = convert_coord(glam1,gphi1,/data,/to_normal) 
-   x1 = r(0, *)                 ; coordonnes normales de la fin de la fleche (avant scaling)
-   y1 = r(1, *)                 ; 
+   x1 = r[0, *]                 ; coordonnes normales de la fin de la fleche (avant scaling)
+   y1 = r[1, *]                 ; 
 ;
 ; tests pour eviter que des fleches soient dessineees hors du domaine
@@ -384,6 +393,6 @@
 ;
    r = cv_coord(from_polar = transpose([ [dirpol[*]], [norme[*]] ]), /to_rect)
-   composantex = r(0, *)
-   composantey = r(1, *)
+   composantex = r[0, *]
+   composantey = r[1, *]
 ;
    x1 = x0+composantex
@@ -395,5 +404,5 @@
 
    points = where(msk EQ 1)
-   IF points[0] NE -1 THEN arrow, x0(points), y0(points), x1(points), y1(points), /norm $
+   IF points[0] NE -1 THEN arrow, x0[points], y0[points], x1[points], y1[points], /norm $
     , hsize = -.2, COLOR = vectcolor, THICK = vectthick
 ;
Index: /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/velovect.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/velovect.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/VECTEUR/velovect.pro	(revision 114)
@@ -100,4 +100,7 @@
 PRO VELOVECT,U,V,X,Y, Missing = Missing, Length = length, Dots = dots,  $
         Color=color, CLIP=clip, NOCLIP=noclip, OVERPLOT=overplot, _EXTRA=extra
+;
+  compile_opt idl2, strictarrsubs
+;
         on_error,2                      ;Return to caller if an error occurs
         s = size(u)
Index: /trunk/SRC/ToBeReviewed/PLOTS/axe.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/axe.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/axe.pro	(revision 114)
@@ -50,4 +50,7 @@
 ;------------------------------------------------------------
 PRO axe, coupe,tempsmin,tempsmax, REVERSE_X = reverse_x, REVERSE_Y = reverse_y, SIN = sin, SEPDATE = sepdate, DIGITSYEAR = digitsyear, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    tempsun = systime(1)         ; pour key_performance
Index: /trunk/SRC/ToBeReviewed/PLOTS/legende.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/legende.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/legende.pro	(revision 114)
@@ -47,4 +47,7 @@
             , INTERVALLE = intervalle, TYPE_YZ = type_yz, VARNAME2 = varname2 $
             , NPTS = npts, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    tempsun = systime(1)         ; pour key_performance
Index: /trunk/SRC/ToBeReviewed/PLOTS/plotsym.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/plotsym.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/plotsym.pro	(revision 114)
@@ -32,4 +32,7 @@
                   angle=angle, box=box, line=line, scale=scale, $
                   _extra=extra
+;
+  compile_opt idl2, strictarrsubs
+;
 if not keyword_set(scale) then scale=1.0
 if not keyword_set(angle) then angle=0.0
Index: /trunk/SRC/ToBeReviewed/PLOTS/reinitplt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/reinitplt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/reinitplt.pro	(revision 114)
@@ -41,4 +41,7 @@
 pro reinitplt, all=all,x=x,y=y,z=z,p=p, invert=invert
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 	clearx = 0
 	cleary = 0
Index: /trunk/SRC/ToBeReviewed/PLOTS/style.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/style.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/style.pro	(revision 114)
@@ -44,4 +44,7 @@
 ;------------------------------------------------------------
 pro style,labstyle,level_z2d,linestyle,thick
+;
+  compile_opt idl2, strictarrsubs
+;
    case labstyle of
       0: begin
@@ -75,5 +78,5 @@
          a=replicate(0,n_elements(level_z2d)-n)
          c=replicate(2,n)         
-         if seuil eq level_z2d(n) then begin
+         if seuil eq level_z2d[n] then begin
             thick=[replicate(1,n),2,replicate(1,n_elements(level_z2d)-1-n)]
             linestyle=[c,a]
@@ -86,21 +89,21 @@
       3: begin
          n = n_elements(level_z2d)
-         seuil = level_z2d(1+n/2)
+         seuil = level_z2d[1+n/2]
 
          thick = intarr(n)
-         thick(indgen((n)/4)*4) = 1
-         thick(indgen((n)/4)*4+1) = 1
-         thick(indgen((n)/4)*4+2) = 2
-         thick(indgen((n)/4)*4+3) = 1
+         thick[indgen(n/4)*4] = 1
+         thick[indgen(n/4)*4+1] = 1
+         thick[indgen(n/4)*4+2] = 2
+         thick[indgen(n/4)*4+3] = 1
 
          linestyle = intarr(n)
-         linestyle(indgen((n)/4)*4) = 3
-         linestyle(indgen((n)/4)*4+1) = 0
-         linestyle(indgen((n)/4)*4+2) = 0
-         linestyle(indgen((n)/4)*4+3) = 0
+         linestyle[indgen(n/4)*4] = 3
+         linestyle[indgen(n/4)*4+1] = 0
+         linestyle[indgen(n/4)*4+2] = 0
+         linestyle[indgen(n/4)*4+3] = 0
 
          labels = intarr(n)
-         labels(indgen((n)/2)*2) = 1
-         labels(n/2) = 0
+         labels[indgen(n/2)*2] = 1
+         labels[n/2] = 0
 
          return
Index: /trunk/SRC/ToBeReviewed/PLOTS/symbols.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/PLOTS/symbols.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/PLOTS/symbols.pro	(revision 114)
@@ -50,4 +50,7 @@
 ;-
 pro symbols,nsym,scale,color=col
+;
+  compile_opt idl2, strictarrsubs
+;
 on_error,2
 fill = 0
@@ -65,17 +68,17 @@
                       xarr = fltarr(5)
                       yarr = xarr
-                      xarr(1) = 10.
-                      xarr(2) = 6.
-                      yarr(2) = 2.
+                      xarr[1] = 10.
+                      xarr[2] = 6.
+                      yarr[2] = 2.
                       ;nsyms greater than 10 should be filled arrows
                       if nsym gt 10 then begin
-                         xarr(3) = 6. 
-                         xarr(4) = 10.
-                         yarr(3) = -2.
+                         xarr[3] = 6. 
+                         xarr[4] = 10.
+                         yarr[3] = -2.
                          fill = 1
                       endif else begin
-                         xarr(3) = 10.
-                         xarr(4) = 6.
-                         yarr(4) = -2.
+                         xarr[3] = 10.
+                         xarr[4] = 6.
+                         yarr[4] = -2.
                       endelse
                       case 1 of
@@ -85,10 +88,10 @@
                             xarr = extrac(xarr,0,11)
                             yarr = extrac(yarr,0,11)
-                            yarr(6) = 0.5
-                            xarr(7) = 6
-                            yarr(7) = 0.5
-                            xarr(8) = 6
-                            yarr(8) = -0.5
-                            yarr(9) = -0.5
+                            yarr[6] = 0.5
+                            xarr[7] = 6
+                            yarr[7] = 0.5
+                            xarr[8] = 6
+                            yarr[8] = -0.5
+                            yarr[9] = -0.5
                             if nsym eq 12 then begin
                                rotation,xarr,yarr,180,nx,ny
@@ -124,8 +127,8 @@
                       xarr = fltarr(5) + 3
                       yarr = xarr
-                      xarr(1) = -3.
-                      xarr(2) = -3.
-                      yarr(2) = -3.
-                      yarr(3) = -3.
+                      xarr[1] = -3.
+                      xarr[2] = -3.
+                      yarr[2] = -3.
+                      yarr[3] = -3.
                       if (nsym eq 21)+(nsym eq 31) then begin
                          rotation,xarr,yarr,45,nx,ny
@@ -139,7 +142,7 @@
                       yarr = fltarr(4) - 6./4.
                       xarr = fltarr(4) - 6./2.
-                      xarr(1) = 6./2.
-                      xarr(2) = 0.
-                      yarr(2) = 6.*sqrt(3.)/2. - 6./4.
+                      xarr[1] = 6./2.
+                      xarr[2] = 0.
+                      yarr[2] = 6.*sqrt(3.)/2. - 6./4.
                       if nsym eq 32 then fill = 1
                                     end
@@ -147,5 +150,5 @@
                       xarr = fltarr(2) + 1
                       yarr = xarr * 0.
-                      xarr(1) = -1.
+                      xarr[1] = -1.
                                     end
 endcase
Index: /trunk/SRC/ToBeReviewed/POSTSCRIPT/calibre.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/POSTSCRIPT/calibre.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/POSTSCRIPT/calibre.pro	(revision 114)
@@ -88,4 +88,7 @@
              , LANDSCAPE = lanscape, _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4ps
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/POSTSCRIPT/chcolps.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/POSTSCRIPT/chcolps.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/POSTSCRIPT/chcolps.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO format_colortable_hexa, table
+;
+  compile_opt idl2, strictarrsubs
+;
 
     tvlct, r, g, b, /get
@@ -22,4 +25,7 @@
 ;
 ; Fabrique le bloc de colortable
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 
@@ -49,4 +55,7 @@
 ;
 ; recupere les palettes
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
     lct, n1
Index: /trunk/SRC/ToBeReviewed/STATISTICS/a_correlate2d.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STATISTICS/a_correlate2d.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STATISTICS/a_correlate2d.pro	(revision 114)
@@ -61,4 +61,7 @@
 
 FUNCTION Auto_Cov2d, X, Lag, Double = Double, zero2nan = zero2nan
+;
+  compile_opt idl2, strictarrsubs
+;
    XDim = SIZE(X, /dimensions)
    nx = XDim[0]
@@ -76,4 +79,7 @@
 
 FUNCTION A_Correlate2d, X, Lag, Covariance = Covariance, Double = Double
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;Compute the sample-autocorrelation or autocovariance of (Xt, Xt+l)
Index: /trunk/SRC/ToBeReviewed/STATISTICS/a_timecorrelate.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STATISTICS/a_timecorrelate.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STATISTICS/a_timecorrelate.pro	(revision 114)
@@ -79,4 +79,7 @@
 FUNCTION TimeAuto_Cov, X, M, nT, Double = Double, zero2nan = zero2nan
 ;Sample autocovariance function
+;
+  compile_opt idl2, strictarrsubs
+;
    TimeDim = size(X, /n_dimensions)
    Xmean = TOTAL(X, TimeDim, Double = Double) / nT
@@ -107,4 +110,7 @@
 
 FUNCTION A_TimeCorrelate, X, Lag, COVARIANCE = Covariance, DOUBLE = Double
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;Compute the sample-autocorrelation or autocovariance of (Xt, Xt+l)
Index: /trunk/SRC/ToBeReviewed/STRING/.idlwave_catalog
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/.idlwave_catalog	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/.idlwave_catalog	(revision 114)
@@ -15,5 +15,5 @@
    ("putfile" pro nil (lib "putfile.pro" nil "saxo") "%s, file, s" (nil ("error") ("help")))
    ("STR_SIZE" fun nil (lib "str_size.pro" nil "saxo") "Result = %s(string, targetWidth)" (nil ("INITSIZE") ("STEP")))
-   ("Strcnt" fun nil (lib "strcnt.pro" nil "saxo") "Result = %s(strn, substrn, startpos)" (nil ("HELP")))
+   ("strcnt" fun nil (lib "strcnt.pro" nil "saxo") "Result = %s(strn, substrn, startpos)" (nil ("HELP")))
    ("too_cool" fun nil (lib "string2struct.pro" nil "saxo") "Result = %s" (nil ("_extra")))
    ("string2struct" fun nil (lib "string2struct.pro" nil "saxo") "Result = %s(strVal)" (nil))
Index: /trunk/SRC/ToBeReviewed/STRING/chkeywd.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/chkeywd.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/chkeywd.pro	(revision 114)
@@ -73,4 +73,7 @@
 ;------------------------------------------------------------
 FUNCTION chkeywd, stringin, keywdname, keywdvalue, SEPARATOR = separator, AFTER = after
+;
+  compile_opt idl2, strictarrsubs
+;
 
    stringout = stringin
Index: /trunk/SRC/ToBeReviewed/STRING/lenstr.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/lenstr.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/lenstr.pro	(revision 114)
@@ -27,4 +27,7 @@
 
 function lenstr,str
+;
+  compile_opt idl2, strictarrsubs
+;
    dsave=!d.name
 
@@ -54,6 +57,6 @@
          w=fltarr(nn)
          for i=0,nn-1 do begin
-            xyouts,0,0,/device,str(i),width=ww
-            w(i)=ww
+            xyouts,0,0,/device,str[i],width=ww
+            w[i]=ww
          endfor
       end
Index: /trunk/SRC/ToBeReviewed/STRING/str_size.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/str_size.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/str_size.pro	(revision 114)
@@ -64,4 +64,7 @@
 
 FUNCTION STR_SIZE, string, targetWidth, INITSIZE=initsize, STEP=step
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ON_ERROR, 1
Index: /trunk/SRC/ToBeReviewed/STRING/strcnt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strcnt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strcnt.pro	(revision 114)
@@ -48,6 +48,9 @@
 ;  This code comes with absolutely NO warranty; see DISCLAIMER for details.
 ;-
-FUNCTION Strcnt, strn, substrn, startpos, $
+FUNCTION strcnt, strn, substrn, startpos, $
                  HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Return to caller if error.
@@ -88,5 +91,5 @@
     IF strlen(substrn) EQ 1 THEN BEGIN
         tmpstrn = byte(TmpStrn)
-        count = n_elements(where(TmpStrn EQ (byte(substrn))(0))) 
+        count = n_elements(where(TmpStrn EQ (byte(substrn))[0])) 
     ENDIF ELSE BEGIN 
         count = 0L
Index: /trunk/SRC/ToBeReviewed/STRING/string2struct.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/string2struct.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/string2struct.pro	(revision 114)
@@ -4,4 +4,7 @@
 ;
 function too_cool,_extra=extra
+;
+  compile_opt idl2, strictarrsubs
+;
 return,extra
 end
@@ -68,4 +71,7 @@
 
 function string2struct,strVal
+;
+  compile_opt idl2, strictarrsubs
+;
 r = execute('extra = too_cool(' + strVal[0] +')')
 ;if r = 0 then user did not enter keywords correctly so
Index: /trunk/SRC/ToBeReviewed/STRING/strkeywd.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strkeywd.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strkeywd.pro	(revision 114)
@@ -71,4 +71,7 @@
 ;------------------------------------------------------------
 FUNCTION strkeywd, struct
+;
+  compile_opt idl2, strictarrsubs
+;
    if size(struct, /type) NE 8 then return,  ''
    tname = tag_names(struct)
Index: /trunk/SRC/ToBeReviewed/STRING/strrepl.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strrepl.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strrepl.pro	(revision 114)
@@ -76,4 +76,7 @@
 
 function strrepl,str,agument1,rchar
+;
+  compile_opt idl2, strictarrsubs
+;
    
    if (n_elements(str) eq 0) then return,''
Index: /trunk/SRC/ToBeReviewed/STRING/strright.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strright.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strright.pro	(revision 114)
@@ -52,4 +52,7 @@
 
 function strright,s,lastn
+;
+  compile_opt idl2, strictarrsubs
+;
  
     on_error,2   ; return to caller
Index: /trunk/SRC/ToBeReviewed/STRING/strsci.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strsci.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strsci.pro	(revision 114)
@@ -106,4 +106,7 @@
 function StrSci, Data, Format=Format, POT_Only=POT_Only, $
              MANTISSA_ONLY=MANTISSA_ONLY,SHORT=SHORT,TRIM=TRIM
+;
+  compile_opt idl2, strictarrsubs
+;
 
    ;====================================================================
Index: /trunk/SRC/ToBeReviewed/STRING/strtok.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strtok.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strtok.pro	(revision 114)
@@ -59,4 +59,7 @@
 FUNCTION Strtok, string, token, $
                  TRIM=trim, HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Back to the caller if error occurs.
Index: /trunk/SRC/ToBeReviewed/STRING/strtrans.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strtrans.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strtrans.pro	(revision 114)
@@ -60,4 +60,7 @@
 FUNCTION strtrans, InputString, from, to, ned,  $
                    HELP=Help
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; Bomb out to caller if error.
Index: /trunk/SRC/ToBeReviewed/STRING/strwhere.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/strwhere.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/strwhere.pro	(revision 114)
@@ -60,4 +60,7 @@
 
 function strwhere,str,schar,Count
+;
+  compile_opt idl2, strictarrsubs
+;
  
  
Index: /trunk/SRC/ToBeReviewed/STRING/tostr.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRING/tostr.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRING/tostr.pro	(revision 114)
@@ -50,4 +50,7 @@
 ;------------------------------------------------------------
 FUNCTION tostr, input
+;
+  compile_opt idl2, strictarrsubs
+;
 
    case 1 of
Index: /trunk/SRC/ToBeReviewed/STRUCTURE/chkstru.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRUCTURE/chkstru.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRUCTURE/chkstru.pro	(revision 114)
@@ -27,5 +27,5 @@
 ;        INDEX --> a named variable that will contain the indices of
 ;             the required field names in the structure. They can then
-;             be assessed through structure.(index(i)) . Index will
+;             be assessed through structure.(index[i]) . Index will
 ;             contain -1 for all fields entries that are not in the
 ;             structure.
@@ -75,4 +75,7 @@
 
 function chkstru,structure,fields,index=index,verbose=verbose, extract = extract
+;
+  compile_opt idl2, strictarrsubs
+;
  
 
@@ -91,5 +94,5 @@
  
      s = size(structure)
-     if (s(1+s(0)) ne 8) then begin
+     if (s[1+s[0]] ne 8) then begin
          if(keyword_set(verbose)) then $
              ras = report('CHKSTRU: ** No structure passed ! **')
@@ -109,9 +112,9 @@
 
      for i=0,n_elements(fields)-1 do begin
-         ind = where(names eq strupcase(fields(i)))
-         if (ind(0) lt 0) then begin
+         ind = where(names eq strupcase(fields[i]))
+         if (ind[0] lt 0) then begin
              if(keyword_set(verbose)) then $
-                ras = report('CHKSTRU: ** Cannot find field '+fields(i)+' ! **')  
-         endif else index(i) = ind(0)
+                ras = report('CHKSTRU: ** Cannot find field '+fields[i]+' ! **')
+         endif else index[i] = ind[0]
      endfor
  
Index: /trunk/SRC/ToBeReviewed/STRUCTURE/extractstru.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRUCTURE/extractstru.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRUCTURE/extractstru.pro	(revision 114)
@@ -60,4 +60,7 @@
 ;------------------------------------------------------------
 FUNCTION extractstru, stru, liste, GARDE = garde, VIRE = vire
+;
+  compile_opt idl2, strictarrsubs
+;
    if size(stru, /type) NE 8 then return,  -1
    if size(liste, /type) NE 7 then return,  -1
Index: /trunk/SRC/ToBeReviewed/STRUCTURE/mixstru.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRUCTURE/mixstru.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRUCTURE/mixstru.pro	(revision 114)
@@ -60,4 +60,7 @@
 ;------------------------------------------------------------
 FUNCTION mixstru, stru1, stru2
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_general
 
Index: /trunk/SRC/ToBeReviewed/STRUCTURE/struct2string.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRUCTURE/struct2string.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRUCTURE/struct2string.pro	(revision 114)
@@ -45,4 +45,7 @@
 ;------------------------------------------------------------
 FUNCTION struct2string, struct, CUT_IN_STRING = cut_in_string, MAX_STRUCT_LENGTH = max_struct_length, DIRECT2STRING = direct2string 
+;
+  compile_opt idl2, strictarrsubs
+;
    if size(struct, /type) NE 8 then return,  ''
    if NOT keyword_set(max_struct_length) then max_struct_length = 10000l
Index: /trunk/SRC/ToBeReviewed/STRUCTURE/where_tag.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/STRUCTURE/where_tag.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/STRUCTURE/where_tag.pro	(revision 114)
@@ -55,4 +55,7 @@
                                         RANGE=range, VALUES=values
 ;First check required parameters...
+;
+  compile_opt idl2, strictarrsubs
+;
 
         Ntag = N_tags( Struct )
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/ciseauxtri.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/ciseauxtri.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/ciseauxtri.pro	(revision 114)
@@ -39,4 +39,7 @@
 FUNCTION ciseauxtri, triang, glam, gphi, TOUT = tout, _EXTRA = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/completecointerre.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/completecointerre.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/completecointerre.pro	(revision 114)
@@ -36,4 +36,7 @@
 ;------------------------------------------------------------
 PRO draw_corner_triangle, lons, lats, seuil, CONT_COLOR = cont_color, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 ; the triangle must not be out of the domain
@@ -55,4 +58,7 @@
                        , CONT_COLOR = cont_color, INDICEZOOM = indicezoom $
                        , _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/definetri.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/definetri.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/definetri.pro	(revision 114)
@@ -89,4 +89,7 @@
 ;-
 FUNCTION definetri, nx, ny, downward
+;
+  compile_opt idl2, strictarrsubs
+;
    nx = long(nx)
    ny = long(ny)
@@ -109,6 +112,6 @@
 ; the lower-left corner of the rectangle.
       upward = bytarr(nx, ny)+1
-      upward(*, ny-1) = 0
-      upward(nx-1, *) = 0
+      upward[*, ny-1] = 0
+      upward[nx-1, *] = 0
       if n_elements(downward) NE 0 then upward[downward] = 0
       upward = where(upward EQ 1)
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/definetri_e.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/definetri_e.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/definetri_e.pro	(revision 114)
@@ -1,3 +1,6 @@
 function numtri, index, nx, ny
+;
+  compile_opt idl2, strictarrsubs
+;
 
    y=index/nx
@@ -56,4 +59,7 @@
 ;-
 FUNCTION definetri_e, nx, ny, singular, SHIFTED = shifted
+;
+  compile_opt idl2, strictarrsubs
+;
    nx = long(nx)
    ny = long(ny)
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/dessinetri.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/dessinetri.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/dessinetri.pro	(revision 114)
@@ -54,4 +54,7 @@
 
 PRO dessinetri, tri, x, y, WAIT = wait, ONEBYONE = onebyone, FILL = fill, CHANGECOLOR = changecolor, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    tempsun = systime(1)         ; pour key_performance
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/drawcoast_c.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/drawcoast_c.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/drawcoast_c.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO drawcoast_c, mask, xf, yf, nx, ny, COAST_COLOR = coast_color, COAST_THICK = coast_thick, YSEUIL = yseuil, XSEUIL = xseuil, _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/drawcoast_e.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/drawcoast_e.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/drawcoast_e.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO drawcoast_e, mask, xf, yf, nx, ny, COAST_COLOR = coast_color, COAST_THICK = coast_thick, YSEUIL = yseuil, XSEUIL = xseuil, onemore = onemore, _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/drawsectionbottom.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/drawsectionbottom.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/drawsectionbottom.pro	(revision 114)
@@ -46,4 +46,7 @@
                        , OVERPLOT = overplot, _extra = ex
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_general
   IF NOT keyword_set(key_forgetold) THEN BEGIN
@@ -92,5 +95,5 @@
 ; appens when the bottom limit is defined between T[k] and W[k]
 ; points)
-  IF min(depthsin) GT -1 THEN BEGIN
+  IF min(depthsin) GT -1 OR max(total(mask, 2)) EQ nz THEN BEGIN
     zmin = min(!y.range)-deltaz
     depths = [[replicate(zmin, nx)], [depths]]
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/fillcornermask.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/fillcornermask.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/fillcornermask.pro	(revision 114)
@@ -38,4 +38,7 @@
                     , CONT_COLOR = cont_color, INDICEZOOM = indicezoom $
                     , _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/section.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/section.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/section.pro	(revision 114)
@@ -39,4 +39,7 @@
 ;---------------------------------------------------------
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
@@ -342,5 +345,6 @@
     xsave = !x
     ysave = !y
-    plt, findgen(nx, ny), /nodata, /nofill, /rempli, title = '', subtitle = '', coast_thick = 2, window = showbuild
+    plt, findgen(nx, ny), /nodata, /nofill, /rempli, title = '', subtitle = '' $
+         , coast_thick = 2, window = showbuild
     !p.title = ''
     !p.subtitle = ''
@@ -356,7 +360,7 @@
     plots, float(points2), imaginary(points2), color = 150, psym = 1
     plots, float(inter), imaginary(inter), color = 250, psym = 1
-    
-    IF terre[0] NE -1 THEN plots, float(inter[terre]), imaginary(inter[terre]), color = 0, psym = 1
-    
+
+;  ?? bug ??    IF terre[0] NE -1 THEN plots, float(terre[inter]), imaginary(terre[inter]), color = 0, psym = 1
+     
 ;      dummy = ''
 ;      read, dummy,  prompt = 'press return to continue'
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/tracecote.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/tracecote.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/tracecote.pro	(revision 114)
@@ -55,4 +55,7 @@
 ;--------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4data
 @cm_4mesh
@@ -90,5 +93,5 @@
 ; de projection choisie et du suport surlequel on fait le dessin
 ; (ecran ou postscript)
-   z = convert_coord(xf(*),yf(*),/data,/to_normal) 
+   z = convert_coord(xf[*],yf[*],/data,/to_normal) 
    xf = reform(z[0, *], nx, ny)
    yf = reform(z[1, *], nx, ny)
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/tracemask.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/tracemask.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/tracemask.pro	(revision 114)
@@ -40,4 +40,7 @@
 ;------------------------------------------------------------
 PRO tracemask, maskentree, xin, yin, COAST_COLOR = coast_color, COAST_THICK = coast_thick, OVERPLOT = overplot, _extra = ex
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
    if keyword_set(overplot) then return
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION triangule, maskentree, BASIC = basic, COINMONTE = coinmonte, COINDESCEND = coindescend, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule_c.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule_c.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule_c.pro	(revision 114)
@@ -82,4 +82,7 @@
 ;------------------------------------------------------------
 FUNCTION triangule_c, maskentree, COINMONTE = coinmonte, COINDESCEND = coindescend, BASIC = basic, KEEP_CONT = keep_cont
+;
+  compile_opt idl2, strictarrsubs
+;
    tempsun = systime(1)         ; pour key_performance
 ;---------------------------------------------------------
@@ -175,5 +178,5 @@
       tempdeux = systime(1)     ; pour key_performance =2
       pts_downward = pts_downward[1:n_elements(pts_downward)-1]
-      pts_downward = pts_downward(uniq(pts_downward, sort(pts_downward)))
+      pts_downward = pts_downward[uniq(pts_downward, sort(pts_downward))]
 ; aucun rectangle ne peut avoir comme coin en bas a gauche un element
 ; de la derniere colonne ou de la derniere ligne.
Index: /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule_e.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule_e.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/TRIANGULATION/triangule_e.pro	(revision 114)
@@ -34,4 +34,7 @@
                   , SHIFTED = shifted, BASIC = basic
 ;---------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/fitintobox.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/fitintobox.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/fitintobox.pro	(revision 114)
@@ -53,4 +53,7 @@
 ;------------------------------------------------------------
 FUNCTION err_mess, sz, jpi, nx, jpj, ny, jpk, nz, jpt
+;
+  compile_opt idl2, strictarrsubs
+;
   IF n_elements(sz EQ 1) THEN $
     RETURN, report(['Error: ' $
@@ -76,4 +79,7 @@
 ;------------------------------------------------------------
 ; include commons
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4cal
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/get_extra.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/get_extra.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/get_extra.pro	(revision 114)
@@ -23,4 +23,7 @@
 
 FUNCTION get_extra, _extra = extra
+;
+  compile_opt idl2, strictarrsubs
+;
     return, extra
 END 
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/linearequation.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/linearequation.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/linearequation.pro	(revision 114)
@@ -46,4 +46,7 @@
 ;------------------------------------------------------------
 FUNCTION linearequation, point1, point2
+;
+  compile_opt idl2, strictarrsubs
+;
 
    if size(point1, /type) EQ 6 OR size(point1, /type) EQ 9 then begin
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/lineintersection.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/lineintersection.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/lineintersection.pro	(revision 114)
@@ -54,4 +54,7 @@
 FUNCTION lineintersection, abc1, abc2, FLOAT = float
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
    a1 = float(reform(abc1[0, *]))
    b1 = float(reform(abc1[1, *]))
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/pwd.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/pwd.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/pwd.pro	(revision 114)
@@ -18,4 +18,7 @@
 ;------------------------------------------------------------
 PRO pwd
+;
+  compile_opt idl2, strictarrsubs
+;
    cd, current = pwd
    print, pwd
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/report.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/report.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/report.pro	(revision 114)
@@ -60,4 +60,7 @@
 ;------------------------------------------------------------
 FUNCTION report, text, DEFAULT_NO = default_no, PARENT = parent, QUESTION = question, SIMPLE = simple, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
    res = -1                     ;
 ; on separe le texte en differentes lignes (separees par !C) si ce
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/routine_name.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/routine_name.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/routine_name.pro	(revision 114)
@@ -52,4 +52,7 @@
 FUNCTION routine_name,  remonte
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
   help,  /traceback, output = name
   name = strtrim(name, 1)     ; on enleve les blancs en debut de ligne
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/test.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/test.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/test.pro	(revision 114)
@@ -1,3 +1,6 @@
 pro test,ok=ok
+;
+  compile_opt idl2, strictarrsubs
+;
 if keyword_set(ok) then print,'OK' else print, 'No'
 return
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/testvar.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/testvar.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/testvar.pro	(revision 114)
@@ -38,4 +38,7 @@
 ;------------------------------------------------------------
 FUNCTION testvar, var = var
+;
+  compile_opt idl2, strictarrsubs
+;
    if keyword_set(var) then return, var ELSE return,  0
 end
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/text_box.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/text_box.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/text_box.pro	(revision 114)
@@ -17,6 +17,6 @@
 ; keywords
 ;  pos          4 element vector specifying the box position and size
-;               pos(0),pos(1) specify the lower left corner coordinate
-;               pos(2),pos(3) specify the upper right corner coordinate
+;               pos[0],pos[1] specify the lower left corner coordinate
+;               pos[2],pos[3] specify the upper right corner coordinate
 ;               data window normalized coordinates are use
 ;
@@ -43,4 +43,7 @@
                center=center,right=right,box=box,vert_space=vert_space, _EXTRA = ex
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
         ON_ERROR, 2
 ;
@@ -63,8 +66,8 @@
   xx2=xx1+nx
   yy2=yy1+ny
-  pos=[(xx1-nnx(0))/(nnx(1)-nnx(0)),(yy1-nny(0))/(nny(1)-nny(0)),$
-       (xx2-nnx(0))/(nnx(1)-nnx(0)),(yy2-nny(0))/(nny(1)-nny(0))]
+  pos=[(xx1-nnx[0])/(nnx[1]-nnx[0]),(yy1-nny[0])/(nny[1]-nny[0]),$
+       (xx2-nnx[0])/(nnx[1]-nnx[0]),(yy2-nny[0])/(nny[1]-nny[0])]
   posstring=string(form='(a,4(f5.2,a))',$
-           ',pos=[',pos(0),',',pos(1),',',pos(2),',',pos(3),']')
+           ',pos=[',pos[0],',',pos[1],',',pos[2],',',pos[3],']')
   print,strcompress(posstring,/remove_all)
 
@@ -72,8 +75,8 @@
 endif else begin
   
-  xx1 = nnx(0)+pos(0)*(nnx(1)-nnx(0))
-  xx2 = nnx(0)+pos(2)*(nnx(1)-nnx(0))
-  yy1 = nny(0)+pos(1)*(nny(1)-nnx(0))
-  yy2 = nny(0)+pos(3)*(nny(1)-nnx(0))
+  xx1 = nnx[0]+pos[0]*(nnx[1]-nnx[0])
+  xx2 = nnx[0]+pos[2]*(nnx[1]-nnx[0])
+  yy1 = nny[0]+pos[1]*(nny[1]-nnx[0])
+  yy2 = nny[0]+pos[3]*(nny[1]-nnx[0])
 
 endelse
@@ -107,13 +110,13 @@
 ;   print,f='(8a8)','charsz','i','ilines','n_lines','lpnt','wlen','sum','xwdth'
     for i=0,nwords-1 do begin
-      sum=sum+wlen(i)+blen
+      sum=sum+wlen[i]+blen
       if sum+3*blen gt xx2-xx1 then begin
         ilines=ilines+1
-        sum=wlen(i)+blen
+        sum=wlen[i]+blen
       endif
-      lpnt(i)=ilines        
+      lpnt[i]=ilines        
       
-;      print,f='(f8.2,4i8,3f8.2)',charsize,i,ilines,n_lines,lpnt(i),$
-;                 wlen(i)+blen,sum+3*blen,xx2-xx1
+;      print,f='(f8.2,4i8,3f8.2)',charsize,i,ilines,n_lines,lpnt[i],$
+;                 wlen[i]+blen,sum+3*blen,xx2-xx1
     endfor        
     case 1 of
@@ -131,8 +134,8 @@
 for i=0,n_lines-1 do begin
   ii=where(lpnt eq i,nc)
-  maxlen=(total(wlen(ii))+nc*blen)>maxlen
-  lines(i)=string(f='(200a)',words(ii)+' ')
-; print,i,words(ii)
-; print,i,lines(i)
+  maxlen=(total(wlen[ii])+nc*blen)>maxlen
+  lines[i]=string(f='(200a)',words[ii]+' ')
+; print,i,words[ii]
+; print,i,lines[i]
 endfor
 
@@ -160,6 +163,6 @@
   for i_line = 0,n_lines-1 do begin
     yy = yy-dy
-;   print,xx,yy,lines(i_line),charsize
-    xyouts, xx, yy, lines(i_line), /device, charsize=charsize, $
+;   print,xx,yy,lines[i_line],charsize
+    xyouts, xx, yy, lines[i_line], /device, charsize=charsize, $
       alignment=align, color=color, font=-1, _extra = ex
   endfor
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/undefine.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/undefine.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/undefine.pro	(revision 114)
@@ -37,4 +37,7 @@
 ;------------------------------------------------------------
    PRO UNDEFINE, varname  
+;
+  compile_opt idl2, strictarrsubs
+;
    tempvar = SIZE(TEMPORARY(varname))
    END
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/xfile.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/xfile.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/xfile.pro	(revision 114)
@@ -30,4 +30,7 @@
 ;------------------------------------------------------------
 PRO xfile, filename, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 pfile = strlowcase(filename)
 ;
Index: /trunk/SRC/ToBeReviewed/UTILITAIRE/xhelp.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/UTILITAIRE/xhelp.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/UTILITAIRE/xhelp.pro	(revision 114)
@@ -49,4 +49,7 @@
 ;-
 PRO xhelp, filename, _extra=ex
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ; filename est bien un string?
@@ -91,7 +94,7 @@
          if strpos(c,';-') eq 0 then readon=0
          if readon then begin
-            dum=where(byte(c) eq 9b,ntab) ; count tab characters
-            xsize=xsize > (strlen(c)+8*ntab)
-            a(i) = strmid(c,1,200)
+            dum=where(byte[c] eq 9b,ntab) ; count tab characters
+            xsize=xsize > (strlen[c]+8*ntab)
+            a[i] = strmid(c,1,200)
             i = i + 1
          endif
@@ -100,5 +103,5 @@
       if i EQ 0 then $
          ras = report('le programme a etait mal ecrit, il n''y a pas d''en-tete... utiliser xfile.pro.') ELSE BEGIN 
-         a = a(0:i-1)
+         a = a[0:i-1]
 ; on ecrit le contenu de a ds un widget
          xdisplayfile,'toto',text = a,title=pfile[n-1], _extra = ex
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildcmd.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildcmd.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildcmd.pro	(revision 114)
@@ -37,4 +37,7 @@
 ; we get back the ids of the widget parts
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
   txtcmdid = widget_info(base, find_by_uname = 'txtcmd')
   domainid = widget_info(base, find_by_uname = 'domain')
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/buildreadcmd.pro	(revision 114)
@@ -33,4 +33,7 @@
 FUNCTION buildreadcmd, base, snameexp, procedure, type, BOXZOOM = boxzoom $
                        , COMPLETE = complete, NAMEFIELD = namefield
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @cm_4cal ; for key_caltype
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefield.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefield.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefield.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO changefield, base, newfieldname, BOXZOOM = boxzoom
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   widget_control, base, get_uvalue = top_uvalue
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefile.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefile.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/changefile.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO changefile, base, newfilename, BOXZOOM = boxzoom, DATE1 = date1, DATE2 = date2, FIELDNAME = fieldname
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   widget_control, base, /hourglass
@@ -7,5 +10,5 @@
   ELSE newfile = newfilename    ; it is already the index of the new file
   if newfile EQ -1 then begin
-    nothing, report('invalid filename')
+    nothing = report('invalid filename')
     return
   endif
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/createhistory.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/createhistory.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/createhistory.pro	(revision 114)
@@ -3,4 +3,7 @@
 ;-------------------------------------------------------------
 ; we save globalcommand in globaloldcommand
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control,base, get_uvalue = top_uvalue
    globalcommand = extractatt(top_uvalue, 'globalcommand')
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/cutcmd.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/cutcmd.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/cutcmd.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO cutcmd, widcmd, toread, numberofread, prefix, nameexp, ending
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   dummy = where(byte(widcmd) EQ (byte('"'))[0], nbdblquote) 
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/definedefaultextra.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/definedefaultextra.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/definedefaultextra.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION definedefaultextra, nomvariable
+;
+  compile_opt idl2, strictarrsubs
+;
    case strlowcase(nomvariable) of
 ;       'sn':BEGIN
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/doubleclickaction.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/doubleclickaction.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/doubleclickaction.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO doubleclickaction, event
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.id , get_uvalue = uval
    widget_control, event.top, get_uvalue = top_uvalue
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/extractatt.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/extractatt.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/extractatt.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION extractatt, top_uvalue, name
+;
+  compile_opt idl2, strictarrsubs
+;
    taille = size(top_uvalue)
    j = -1
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/findline.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/findline.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/findline.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION findline, top_uvalue, name
+;
+  compile_opt idl2, strictarrsubs
+;
    taille = size(top_uvalue)
    j = -1
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/identifyclick.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/identifyclick.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/identifyclick.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION identifyclick, event
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.id, get_uvalue=uval, /no_copy
    thisEvent = TAG_NAMES(event, /Structure)
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/inserthistory.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO inserthistory,  base, text, line1, line2
 ;-------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control,base, get_uvalue = top_uvalue
    globalcommand = extractatt(top_uvalue, 'globalcommand')
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/letsdraw.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/letsdraw.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/letsdraw.pro	(revision 114)
@@ -36,4 +36,7 @@
 
 PRO letsdraw, base, COMMANDE = commande, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; on recupere la uvalue de base
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/loadgrid.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/loadgrid.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/loadgrid.pro	(revision 114)
@@ -2,4 +2,7 @@
 ;
 ; 
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
   ccmeshparameters.filename = meshfilein
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/longclickaction.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/longclickaction.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/longclickaction.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO longclickaction, event
+;
+  compile_opt idl2, strictarrsubs
+;
   widget_control, event.id, get_uvalue = uval
   widget_control, event.top, get_uvalue = top_uvalue
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/read_vermair.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/read_vermair.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/read_vermair.pro	(revision 114)
@@ -1,3 +1,6 @@
 FUNCTION read_vermair, name, debut, fin, nomexp, PARENT = parent, BOXZOOM=boxzoom, _EXTRA = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------ 
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/scanfile.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/scanfile.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/scanfile.pro	(revision 114)
@@ -33,4 +33,7 @@
 ;------------------------------------------------------------
 FUNCTION scanfile, namefile, GRID = GRID, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/selectfile.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/selectfile.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/selectfile.pro	(revision 114)
@@ -1,4 +1,7 @@
 ;*********************************************************************
 PRO selectfile_event, event
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @common
@@ -142,4 +145,7 @@
 ;*********************************************************************
 FUNCTION selectfile, datafilename, idlfile, argspro, _extra = ex
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @common
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/singleclickaction.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/singleclickaction.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/singleclickaction.pro	(revision 114)
@@ -1,3 +1,6 @@
 PRO singleclickaction, event
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/tracecadre.pro	(revision 114)
@@ -3,4 +3,7 @@
 ; determination de la colonne et de la ligne correspondant au small en
 ; entree
+;
+  compile_opt idl2, strictarrsubs
+;
    numdessin = small[2]-1
    numligne = numdessin/small[0]
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/updatewidget.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/updatewidget.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/updatewidget.pro	(revision 114)
@@ -1,4 +1,7 @@
 PRO updatewidget, base, NOBOXZOOM = noboxzoom, NODATES = nodates, NOTYPE = notype
 ;----------------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control,base, get_uvalue = top_uvalue
    smallin = extractatt(top_uvalue, 'smallin')
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/xcreateanim.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/xcreateanim.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/xcreateanim.pro	(revision 114)
@@ -1,3 +1,6 @@
 pro xcreateanim_event, event 
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; on recupere les aguments contenus ds le widget
@@ -139,4 +142,7 @@
 ;----------------------------------------------------------------
 PRO xcreateanim, parent
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;
Index: /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/xxxmenubar_event.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/xxxmenubar_event.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/AUTOUR_de_XXX/xxxmenubar_event.pro	(revision 114)
@@ -1,4 +1,7 @@
 ;------------------------------------------------
 PRO xxxmenubar_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_bgroup.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_bgroup.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_bgroup.pro	(revision 114)
@@ -132,5 +132,5 @@
 
 pro CW_BGROUP_SETV, id, value
-  compile_opt hidden
+  compile_opt hidden, idl2, strictarrsubs
 
   ON_ERROR, 2                       ;return to caller
@@ -162,5 +162,5 @@
 function CW_BGROUP_GETV, id, value
 
-  compile_opt hidden
+  compile_opt hidden, idl2, strictarrsubs
   ON_ERROR, 2                       ;return to caller
 
@@ -190,5 +190,5 @@
 
 function CW_BGROUP_EVENT, ev
-  compile_opt hidden
+  compile_opt hidden, idl2, strictarrsubs
   WIDGET_CONTROL, ev.handler, GET_UVALUE=stash
   WIDGET_CONTROL, stash, GET_UVALUE=state, /NO_COPY
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_combobox_pm.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_combobox_pm.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_combobox_pm.pro	(revision 114)
@@ -145,4 +145,7 @@
 ;----------------------------------------------------------------------
 PRO cw_combobox_pm_set_value, id, value
+;
+  compile_opt idl2, strictarrsubs
+;
    ComboboxId = widget_info(id,find_by_uname = 'Combobox')
    if size(value, /type) eq 8 then BEGIN ; this is a structure
@@ -163,4 +166,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_combobox_pm_get_value, id
+;
+  compile_opt idl2, strictarrsubs
+;
    ComboboxId = widget_info(id,find_by_uname = 'Combobox')
    widget_control, ComboboxId, get_value = cmbbval
@@ -174,4 +180,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_combobox_pm_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.id, get_uvalue=uval
 ;
@@ -205,4 +214,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_combobox_pm, parent, VALUE = value, UVALUE = uvalue, UNAME = uname, ROW = row, COLUMN = column, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 
    IF (N_PARAMS() NE 1) THEN MESSAGE, 'Incorrect number of arguments'
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_domain.pro	(revision 114)
@@ -40,4 +40,7 @@
 ;*********************************************************************
 pro cw_domain_set_value, id, value
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 ;
@@ -257,4 +260,7 @@
 ;*********************************************************************
 FUNCTION cw_domain_get_value, id
+;
+  compile_opt idl2, strictarrsubs
+;
    box = lonarr(6)
    possiblecase = ['lon1', 'lon2', 'lat1', 'lat2', 'depth1', 'depth2']
@@ -268,4 +274,7 @@
 ;*********************************************************************
 FUNCTION cw_domain_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ; help,  /struct, event
@@ -411,4 +420,7 @@
 FUNCTION cw_domain, parent, BOXZOOM = boxzoom, STRICT = strict, UVALUE = uvalue, UNAME = uname, UNZOOM = unzoom, _extra = ex
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4mesh
 @cm_4data
@@ -449,5 +461,5 @@
   min = floor(min([glamt, glamf], max = max))
   max = ceil(max)
-  IF max-min EQ 361 AND keyword_set(key_periodic) THEN max = max-1
+  IF max-min GT 360 AND keyword_set(key_periodic) THEN max = min+360
   lonbase = widget_base(baseh1, column = 2, space = 0, uname = 'lonbase', uvalue = {name:'geographic'})
   lon1id = cw_slider_pm(lonbase, value = min > boxzoom[0] < ((boxzoom[1] < max)-keyword_set(strict)) $
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_droplist_pm.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_droplist_pm.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_droplist_pm.pro	(revision 114)
@@ -144,4 +144,7 @@
 ;----------------------------------------------------------------------
 PRO cw_droplist_pm_set_value, id, value
+;
+  compile_opt idl2, strictarrsubs
+;
    DroplistId = widget_info(id,find_by_uname = 'Droplist')
    if size(value, /type) eq 8 then BEGIN ; this is a structure
@@ -160,4 +163,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_droplist_pm_get_value, id
+;
+  compile_opt idl2, strictarrsubs
+;
    DroplistId = widget_info(id,find_by_uname = 'Droplist')
    return, {droplist_number:widget_info(DroplistId, /droplist_number) $
@@ -167,4 +173,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_droplist_pm_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.id, get_uvalue=uval
 ;
@@ -191,4 +200,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_droplist_pm, parent,UVALUE = uvalue, UNAME = uname, ROW = row, COLUMN = column, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 
    IF (N_PARAMS() NE 1) THEN MESSAGE, 'Incorrect number of arguments'
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_pagelayout.pro	(revision 114)
@@ -2,4 +2,7 @@
 ;*********************************************************************
 FUNCTION cw_pagelayout_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
 
    widget_control, event.id, get_uvalue=uval
@@ -78,4 +81,7 @@
 FUNCTION cw_pagelayout, parent, small, UVALUE = uvalue, UNAME = uname, UNZOOM = unzoom, COLUMN = column, ROW = row, _extra = ex
 ;------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
   row = keyword_set(row)*(1-keyword_set(column))  
   if NOT keyword_set(uvalue) then uvalue = ''
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slide_slice.pro	(revision 114)
@@ -1,3 +1,6 @@
 pro cw_slide_slice_set_value, id, value
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    topid = findtopid(id)
@@ -34,4 +37,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_slide_slice_event,  event
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
    widget_control, event.id, get_uvalue=uval
@@ -104,4 +110,7 @@
 ;--------------------------------------------------------------------------------
 FUNCTION cw_slide_slice, parent, boxzoom = boxzoom, UVALUE = uvalue, UNAME = uname, FRAME = frame, ROW = row, COLUMN = column, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_slider_pm.pro	(revision 114)
@@ -136,4 +136,7 @@
 ;----------------------------------------------------------------------
 FUNCTION decvalue, value
+;
+  compile_opt idl2, strictarrsubs
+;
   a = float(value[0])
   return, strtrim(string(floor(a) + 0.1*indgen(10), format = '(f15.1)'), 2)
@@ -141,4 +144,7 @@
 ;----------------------------------------------------------------------
 FUNCTION decind, value
+;
+  compile_opt idl2, strictarrsubs
+;
   a = float(value[0])
   return, round(10*(a - floor(a))) ; !! computation accuracy
@@ -146,4 +152,7 @@
 ;----------------------------------------------------------------------
 PRO cw_slider_pm_set_value, id, value
+;
+  compile_opt idl2, strictarrsubs
+;
   sbid = widget_info(id, find_by_uname = 'SliderBar')
   dcid = widget_info(id, find_by_uname = 'decimal')
@@ -195,4 +204,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_slider_pm_get_value, id
+;
+  compile_opt idl2, strictarrsubs
+;
   sbid = widget_info(id, find_by_uname = 'SliderBar')
   dcid = widget_info(id, find_by_uname = 'decimal')
@@ -203,4 +215,7 @@
 ;----------------------------------------------------------------------
 FUNCTION cw_slider_pm_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
   widget_control, event.id, get_uvalue = uval
 ;
@@ -237,4 +252,7 @@
                        , STRMINLEN = strminlen, VALUE = value, UVALUE = uvalue $
                        , UNAME = uname, title = title, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
 
   IF (N_PARAMS() NE 1) THEN MESSAGE, 'Incorrect number of arguments'
Index: /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/COMPOUND_WIDGET/cw_specifie.pro	(revision 114)
@@ -2,4 +2,7 @@
 ;*****************************************************
 PRO cw_specifie_set_value, id, value
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_general
    if size(value, /type) NE 8 then return
@@ -26,4 +29,7 @@
 ;*****************************************************
 FUNCTION cw_specifie_get_value, id
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_general
    widget_control, widget_info(id,find_by_uname='min'), get_value = min
@@ -53,4 +59,7 @@
 ;------------------------------------------------------------
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
   widget_control, event.id, get_uvalue = uval
   widget_control, event.top, get_uvalue = top_uvalue
@@ -87,4 +96,7 @@
 FUNCTION cw_specifie, parent, ROW = row, COLUMN = column, UVALUE = uvalue, UNAME = uname, FRAME = frame, FORXXX = forxxx, _extra = ex
 ; cheking exclusive keywords
+;
+  compile_opt idl2, strictarrsubs
+;
    column = keyword_set(column)*(1-keyword_set(row))
    row = keyword_set(row)*(1-keyword_set(column)) +(keyword_set(row) EQ column) 
Index: /trunk/SRC/ToBeReviewed/WIDGET/findtopid.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/findtopid.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/findtopid.pro	(revision 114)
@@ -34,4 +34,7 @@
 ;------------------------------------------------------------
 FUNCTION findtopid,  identite
+;
+  compile_opt idl2, strictarrsubs
+;
    id = long(identite)
 ;    exist = widget_info(id, /managed)
Index: /trunk/SRC/ToBeReviewed/WIDGET/slec.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/slec.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/slec.pro	(revision 114)
@@ -2,4 +2,7 @@
 ;---------------------------------------------------------
 ; include common
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_4data
   IF NOT keyword_set(key_forgetold) THEN BEGIN
Index: /trunk/SRC/ToBeReviewed/WIDGET/xnotice.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/xnotice.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/xnotice.pro	(revision 114)
@@ -42,4 +42,7 @@
 ; on separe le text en differentes lignes (separees par !C) si ce
 ; n''est pas deja fait...
+;
+  compile_opt idl2, strictarrsubs
+;
    if n_elements(text) EQ 1 then text = str_sep(text, '!C', /trim)
 ;
Index: /trunk/SRC/ToBeReviewed/WIDGET/xquestion.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/xquestion.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/xquestion.pro	(revision 114)
@@ -54,4 +54,7 @@
 ;-------------------------------------------------------------------------
 pro xquestion_event, event
+;
+  compile_opt idl2, strictarrsubs
+;
 ; we get the answer
    widget_control, widget_info(event.top, find_by_uname = 'text') $
@@ -66,4 +69,7 @@
 ;-------------------------------------------------------------------------
 FUNCTION xquestion, question, proposedanswer, CHKWIDGET = chkwidget, _extra = ex ;
+;
+  compile_opt idl2, strictarrsubs
+;
 ; is separate line a scalar? we must cut it into pieces? 
    if n_elements(question) EQ 1 then question = str_sep(question, '!C', /trim)
Index: /trunk/SRC/ToBeReviewed/WIDGET/xx.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/xx.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/xx.pro	(revision 114)
@@ -1,4 +1,7 @@
 
 PRO xx,  JOUR = jour, MESHFILENAME = meshfilename,  LISTVAR = listvar, LISTGRID = listgrid, FUNCLEC_NAME = funclec_name, CALENDAR = calendar, _extra = ex
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
 @common
@@ -20,10 +23,10 @@
    ENDIF
 ; calendrier a utiliser (en jours juliens d''IDL   
-   if NOT keyword_set(calendar) then BEGIN 
-      if keyword_set(jour) then calendar = calendriertotem(/julian_day) ELSE calendar = calendriertotem(/julian_day, /mensuel)
-   ENDIF
+;++++    if NOT keyword_set(calendar) then BEGIN 
+;++++       if keyword_set(jour) then calendar = calendriertotem(/julian_day) ELSE calendar = calendriertotem(/julian_day, /mensuel)
+;++++    ENDIF
 ; nom du fichier se rapportant au masque
    if NOT keyword_set(meshfilename) then meshfilename = '/usr1/com/smasson/IDL/INIT/inittotem.pro'
-   meshparameters = whichgrid(meshfilename)
+;++++   meshparameters = whichgrid(meshfilename)
 ; parameteres specifiant comment doit etre lu le champ
    readparameters= {funclec_name: funclec_name $
Index: /trunk/SRC/ToBeReviewed/WIDGET/xxx.pro
===================================================================
--- /trunk/SRC/ToBeReviewed/WIDGET/xxx.pro	(revision 113)
+++ /trunk/SRC/ToBeReviewed/WIDGET/xxx.pro	(revision 114)
@@ -42,4 +42,7 @@
 PRO xxx_event, event
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @common
 ;------------------------------------------------------------
@@ -129,4 +132,7 @@
          , RESTORE = restore, _EXTRA = ex
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
 @all_cm
 ;------------------------------------------------------------
Index: /trunk/SRC/Utilities/def_myuniquetmpdir.pro
===================================================================
--- /trunk/SRC/Utilities/def_myuniquetmpdir.pro	(revision 113)
+++ /trunk/SRC/Utilities/def_myuniquetmpdir.pro	(revision 114)
@@ -15,4 +15,7 @@
 ;-
 PRO def_myuniquetmpdir
+;
+  compile_opt idl2, strictarrsubs
+;
 @cm_general
 ;
Index: /trunk/SRC/Utilities/demomode_compatibility.pro
===================================================================
--- /trunk/SRC/Utilities/demomode_compatibility.pro	(revision 113)
+++ /trunk/SRC/Utilities/demomode_compatibility.pro	(revision 114)
@@ -4,4 +4,7 @@
 ;-
 PRO demomode_compatibility
+;
+  compile_opt idl2, strictarrsubs
+;
 
 ;
Index: /trunk/SRC/Utilities/find.pro
===================================================================
--- /trunk/SRC/Utilities/find.pro	(revision 113)
+++ /trunk/SRC/Utilities/find.pro	(revision 114)
@@ -95,4 +95,7 @@
                , LOOKALLDIR = LOOKALLDIR, _extra = ex
 ; define where we look for the file
+;
+  compile_opt idl2, strictarrsubs
+;
   CASE 1 OF
     keyword_set(lookalldir):BEGIN 
Index: /trunk/SRC/Utilities/isadirectory.pro
===================================================================
--- /trunk/SRC/Utilities/isadirectory.pro	(revision 113)
+++ /trunk/SRC/Utilities/isadirectory.pro	(revision 114)
@@ -37,4 +37,7 @@
 FUNCTION isadirectory, directoryin, TITLE = title, IODIRECTORY = iodirectory, _extra = ex
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
   CASE 1 OF
     (size(directoryin, /type))[0] EQ 7:directory = directoryin
Index: /trunk/SRC/Utilities/isafile.pro
===================================================================
--- /trunk/SRC/Utilities/isafile.pro	(revision 113)
+++ /trunk/SRC/Utilities/isafile.pro	(revision 114)
@@ -60,7 +60,10 @@
                   , ONLYNC = onlync, _extra = ex
 ;------------------------------------------------------------
+;
+  compile_opt idl2, strictarrsubs
+;
   CASE 1 OF
     (size(filein, /type))[0] EQ 7:fileout = filein
-    keyword_set(filename):fileout = filename
+    keyword_set(filename):fileout = filename[0]
     ELSE:fileout = 'file that is not existing'
   ENDCASE
Index: /trunk/SRC/Utilities/protype.pro
===================================================================
--- /trunk/SRC/Utilities/protype.pro	(revision 113)
+++ /trunk/SRC/Utilities/protype.pro	(revision 114)
@@ -33,4 +33,7 @@
 FUNCTION protype, file
 ;
+;
+  compile_opt idl2, strictarrsubs
+;
   filepro = (find(file[0], /onlypro, /firstfound))[0]
   if filepro EQ 'NOT FOUND' then return, -1
Index: /trunk/SRC/buildinit.pro
===================================================================
--- /trunk/SRC/buildinit.pro	(revision 113)
+++ /trunk/SRC/buildinit.pro	(revision 114)
@@ -72,4 +72,7 @@
     XSIZE=XSize, YSIZE=YSize, UNAME=uname
 ;   FLOOR=vmin, CEILING=vmax 
+;
+  compile_opt idl2, strictarrsubs
+;
   resolve_routine, 'cw_field', /compile_full_file, /is_function
     ;   Examine our keyword list and set default values
@@ -140,4 +143,7 @@
 PRO printerdef_event, event
 ; get back the ids of the cw_field widgets
+;
+  compile_opt idl2, strictarrsubs
+;
   widget_control, event.id, get_uvalue = cwids
   IF size(cwids, /n_dimensions) EQ 1 THEN cwids = reform(cwids, 3, 1)
@@ -170,4 +176,7 @@
 PRO papsize_event, event
 ; get back the ids of the cw_field widgets
+;
+  compile_opt idl2, strictarrsubs
+;
   widget_control, event.id, get_uvalue = uvalue
   IF uvalue[0] NE 'ok' THEN return
@@ -190,4 +199,7 @@
 PRO xask_event, event
 ; now we give the answer to buildinit.pro by using the pointer uvalue
+;
+  compile_opt idl2, strictarrsubs
+;
    widget_control, event.top, get_uvalue = ptranswer
    *ptranswer = event.value
@@ -201,4 +213,7 @@
 ;
 FUNCTION xask, _extra = ex
+;
+  compile_opt idl2, strictarrsubs
+;
   base = widget_base() 
   field = cw_field2(base, /frame, /return_events, /column, _extra = ex) 
@@ -218,4 +233,7 @@
 ;
 FUNCTION getdir, title = title, nomark = nomark, nowrite = nowrite
+;
+  compile_opt idl2, strictarrsubs
+;
   
   REPEAT BEGIN
@@ -235,4 +253,7 @@
 ;
 PRO buildinit
+;
+;
+  compile_opt idl2, strictarrsubs
 ;
   IF fix(strmid(!version.release, 0, 1)) LT 6 THEN BEGIN 
