[2] | 1 | ;+ |
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| 2 | ; |
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[231] | 3 | ; @file_comments |
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[152] | 4 | ; Draw horizontal graph (map) with CONTOUR procedure |
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[2] | 5 | ; |
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[231] | 6 | ; @categories |
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[157] | 7 | ; Graphics |
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[2] | 8 | ; |
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[231] | 9 | ; @param TAB1 {in}{required} |
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[152] | 10 | ; The field whose we want to make the horizontal map can be: |
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[67] | 11 | ; 1) an array. if needed, its mean along the z and t direction |
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| 12 | ; will be automatically performed. |
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[142] | 13 | ; 2) a structure respecting all criterions specified by |
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[231] | 14 | ; <pro>litchamp</pro> cf. IDL> xhelp,'litchamp' |
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| 15 | ; |
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| 16 | ; @param PARAM2 {in}{optional}{default=min of tab1 (on ocean points)} |
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[142] | 17 | ; Min value we want to consider in the contour's drawing. |
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| 18 | ; Note: Could also be the type of plot that can be only 'xy' for plt |
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[2] | 19 | ; |
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[231] | 20 | ; @param PARAM3 {in}{optional}{default=max of tab1 (on ocean points)} |
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[142] | 21 | ; Max value we want to consider in the contour's drawing. |
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| 22 | ; Note: if param2 is defined as 'xy' then param3 is used to define the min (see param2) |
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[2] | 23 | ; |
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[231] | 24 | ; @param PARAM4 {in}{optional}{default='xy'} |
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[142] | 25 | ; Type of plot (can be only 'xy' for plt). |
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| 26 | ; Note: if param2 is defined as 'xy' then param4 is used to define the max (see param3) |
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[2] | 27 | ; |
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[163] | 28 | ; @keyword BOXZOOM {type=vector} |
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[231] | 29 | ; Vector indicating the geographic zone on which we want to cut the map. |
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[142] | 30 | ; If BOXZOOM has : |
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| 31 | ; 1 element : The extraction is made on [lon1, lon2, lat1, lat2, 0.,boxzoom[0]] |
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| 32 | ; 2 elements: The extraction is made on [lon1, lon2, lat1, lat2, boxzoom[0],boxzoom[1]] |
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| 33 | ; 4 elements: The extraction is made on [Boxzoom, 0, max([gdept, gdepw])] |
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| 34 | ; 5 elements: The extraction is made on [Boxzoom[0:3], 0, Boxzoom[4]] |
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| 35 | ; 6 elements: The extraction is made on Boxzoom |
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[2] | 36 | ; |
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[142] | 37 | ; Where lon1, lon2,lat1,lat2 are global variables defined at the last domdef! |
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[2] | 38 | ; |
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[231] | 39 | ; @keyword REALCONT |
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[142] | 40 | ; Allow to draw continents defined in IDL. REALCONT can have 2 form: |
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[163] | 41 | ; /REALCONT: we draw continents in place of the mask |
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[231] | 42 | ; REALCONT=2 we draw continent's contour over the mask (this allows |
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[142] | 43 | ; to see if the mask correspond at real continents). |
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[2] | 44 | ; |
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[231] | 45 | ; @keyword CONTINTERVALLE |
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| 46 | ; When CONTOUR is activated, it is the value between 2 isolines |
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| 47 | ; traced by a trait. So it can be different from the one specified by INTERVALLE which, |
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| 48 | ; in this case, does not control colored isolines in color anymore. If there is noone |
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| 49 | ; specified min, we choose a contour min which goes well with the specified interval! |
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| 50 | ; If this keyword is not specified, we trace 20 isolines from the min to the max. |
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[2] | 51 | ; |
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[163] | 52 | ; @keyword CONTLABEL {type=integer} |
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| 53 | ; It is an integer n. When CONTOUR is activated, if n |
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[231] | 54 | ; is different of 0, choose the label type corresponding to n cases for |
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| 55 | ; the traced by a traitisolines. To specify the type of label of the |
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[142] | 56 | ; colored contour, use LABEL |
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[2] | 57 | ; |
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[163] | 58 | ; @keyword CONTMAX {default=The max of the array passed in the keyword CONTOUR (on ocean points)} |
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[231] | 59 | ; When CONTOUR is activated, max value we want to consider in the isoline |
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[163] | 60 | ; traced by a trait's line |
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[2] | 61 | ; |
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[163] | 62 | ; @keyword CONTMIN {default=The min of the array passed in the keyword CONTOUR (on ocean points)} |
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[231] | 63 | ; When CONTOUR is activated, min value we want to consider in the isoline |
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[163] | 64 | ; traced by a trait's line. |
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[2] | 65 | ; |
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[163] | 66 | ; @keyword CONTNLEVEL {default=20} |
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| 67 | ; When CONTOUR is activated, it is the number of contours |
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[142] | 68 | ; traced by a trait for drawing (active if |
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[163] | 69 | ; CONTLABEL=0) |
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[67] | 70 | ; |
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[231] | 71 | ; @keyword CONTOUR |
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| 72 | ; If we want to trace contours of a different field than the one |
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| 73 | ; whose we have the colored drawing (by example E-P in color and QSR in contours). |
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[163] | 74 | ; It must be a field respecting same characteristics than the argument number one of plt. |
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[67] | 75 | ; |
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[163] | 76 | ; @keyword GRIDTYPE 'U','T','V','W' or 'F' to specify possibly the grid on which the field is joined. |
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[142] | 77 | ; Comment: In this case, we should use a structure like field. |
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[2] | 78 | ; |
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[231] | 79 | ; @keyword INTERVALLE |
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| 80 | ; Value of an internal between to isoline. If there is none specified min, |
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| 81 | ; we choose a min contour which goes well with the specified interval!. If this keyword is not |
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| 82 | ; specified, we trace 20 isoline from the min to the max. Comment: When CONTOUR is activated, |
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| 83 | ; INTERVALLE only specify the interval between 2 colored isoline. To specify the interval |
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[142] | 84 | ; between 2 isolines traced by a trait, use CONTINTERVALLE. |
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[67] | 85 | ; |
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[231] | 86 | ; @keyword INV |
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| 87 | ; Invert the color vector used to color the graph |
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[142] | 88 | ; (without use the black, the white and the used palette) |
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[231] | 89 | ; |
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[163] | 90 | ; @keyword LABEL {type=integer} |
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[231] | 91 | ; It is an integer n. If n different of 0, it choose the label's type |
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| 92 | ; corresponding to cases n. cf <pro>label</pro> |
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| 93 | ; Comment: When CONTOUR is activated, it only specify the label's type for colored isolines. |
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[163] | 94 | ; For these one traced by a trait, use CONTLABEL. |
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[2] | 95 | ; |
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[163] | 96 | ; @keyword MAP {default=Cylindrical projection} |
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[142] | 97 | ; We use it when we want to do a projection. |
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| 98 | ; This keyword can be of two types: |
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[163] | 99 | ; MAP=[P0lat,P0lon,Rot]. For the description of these 3 values (see the online help of MAP_SET). |
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[231] | 100 | ; /MAP: In this case, map is automatically calculated have the value: |
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[2] | 101 | ; map = [0, (lon1+lon2)/2., 0] |
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[142] | 102 | ; Comment: A good way to choose the type of the projection we want to do is to have a look at IDL demo: |
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[2] | 103 | ; IDL> demo |
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[142] | 104 | ; Then choose earth sciences and mapping. |
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[231] | 105 | ; Comment2: By default it is a cylindrical projection which is effectuated (with or without the keyword map). |
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[142] | 106 | ; If we want an other projection, MAP must be activated and we have to add the keyword: /nom_projection. |
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| 107 | ; For example, for a polar projection centered on the south pole: |
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[2] | 108 | ; IDL> domdef,-180,180,-90,-45 |
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| 109 | ; IDL> plt, tab, /stereo,map=[-90,0,0] |
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| 110 | ; |
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[163] | 111 | ; @keyword LABMAP {default=labmap=1} |
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| 112 | ; Corresponds to label keywords of map_set. |
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[67] | 113 | ; |
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[231] | 114 | ; @keyword MAXIN |
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[152] | 115 | ; to specify the max value we want to plot with a keyword instead of with the |
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| 116 | ; input parameter max. If max is defined by both, parameter and keyword, the |
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| 117 | ; keyword is retained. |
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[2] | 118 | ; |
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[231] | 119 | ; @keyword MININ |
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[152] | 120 | ; to specify the min value we want to plot with a keyword instead of with the |
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| 121 | ; input parameter min. If min is defined by both, parameter and keyword, the |
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| 122 | ; keyword is retained. |
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[2] | 123 | ; |
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[163] | 124 | ; @keyword NLEVEL {default=20} |
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[142] | 125 | ; Number of contour to draw by default =20. active if |
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| 126 | ; LABEL=0 or is not specified. |
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[2] | 127 | ; |
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[231] | 128 | ; @keyword NOTRI |
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| 129 | ; To force not to use the triangulation. Beware, in this case, the |
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| 130 | ; drawing only works if the grid is undeformed (It means that each point of a longitude |
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| 131 | ; give one latitude and each point of a latitude give one longitude) except if we use |
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| 132 | ; the keyword CELL_FILL=2. |
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[142] | 133 | ; Comment: if the field contain points !values.f_nan, then we even do a triangulation. |
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[2] | 134 | ; |
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[231] | 135 | ; @keyword OVERPLOT |
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| 136 | ; To make a plot over an other one. |
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| 137 | ; Comment: Contrarily to the use of CONTOUR or VECTEUR, the use of this keyword |
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[142] | 138 | ; does not the caption and/or the color bar. |
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[2] | 139 | ; |
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[231] | 140 | ; @keyword STRICTFILL |
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| 141 | ; Activate this keyword to that the filling of contours be |
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| 142 | ; precisely done between the min and the max specified letting values inferior at the |
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[142] | 143 | ; specified min and values superior at the specified max in white. |
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[2] | 144 | ; |
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[163] | 145 | ; @keyword STYLE {default=style=0} |
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| 146 | ; Contour's style to adopt to draw isolines. |
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[2] | 147 | ; |
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[163] | 148 | ; @keyword VECTEUR {type=struct} |
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[142] | 149 | ; It is a structure composed by 2 elements containing the 2 fields U |
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| 150 | ; and V of values of the zonal and meridian component of the vector of the fields |
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| 151 | ; to draw. These fields can be an array or a structure. |
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| 152 | ; For example: vecteur={matriceu:lec('unsurface'),matricev:lec('vnsurface')} |
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[163] | 153 | ; Comment: name of elements of vectors are inconsequential. |
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[142] | 154 | ; vecteur={u:lec('unsurface'),v:lec('vnsurface')} is also appropriated. |
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[2] | 155 | ; |
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[142] | 156 | ; @keyword _EXTRA |
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[231] | 157 | ; Used to pass keywords |
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| 158 | ; |
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| 159 | ; @keyword CONT_NOFILL |
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| 160 | ; Activate it not to fill the point mask to let them transparent! |
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[142] | 161 | ; Comment: Nevertheless, we trace mask's contour. |
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[231] | 162 | ; |
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[142] | 163 | ; @keyword USETRI |
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| 164 | ; To force using triangulation. |
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[231] | 165 | ; |
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| 166 | ; @keyword MASKFILL |
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| 167 | ; |
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[142] | 168 | ; @keyword DUPLICATE |
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[2] | 169 | ; |
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[142] | 170 | ; @keyword DECIMATETRI |
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[2] | 171 | ; |
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[142] | 172 | ; @uses |
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| 173 | ; common.pro |
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[2] | 174 | ; |
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[231] | 175 | ; @history |
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[157] | 176 | ; Sebastien Masson (smasson\@lodyc.jussieu.fr) |
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[142] | 177 | ; 7/1999 |
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| 178 | ; Sebastien Masson 08/02/2000 checkfield and |
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| 179 | ; notri keyword (or triangule = -1) . |
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[231] | 180 | ; |
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[142] | 181 | ; @version |
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| 182 | ; $Id$ |
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[231] | 183 | ; |
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| 184 | ; @todo seb |
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[142] | 185 | ; Changer param "tab1",keyword "REMPLI", "UNLABSUR", "UNSUR2", |
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| 186 | ; "UNVECTSUR"+ quelques trucs dans la routine. |
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[2] | 187 | ;- |
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[231] | 188 | ; |
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| 189 | PRO plt, tab1, param2, param3, param4, REALCONT = realcont, CONTOUR = contour $ |
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[67] | 190 | , INTERVALLE = intervalle, INV = inv, GRIDTYPE = gridtype, BOXZOOM = boxzoom $ |
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| 191 | , CONTINTERVALLE = contintervalle, LABEL = label, CONTLABEL = contlabel $ |
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| 192 | , STYLE = style, CONTMAX = contmax, CONTMIN = contmin, NLEVEL = nlevel, CONTNLEVEL = contnlevel $ |
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| 193 | , VECTEUR = vecteur, MAP = map, MININ = minin, MAXIN = maxin $ |
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| 194 | , CONT_NOFILL = cont_nofill $ |
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| 195 | , USETRI = usetri, NOTRI = notri, MASKFILL = maskfill $ |
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| 196 | , DUPLICATE = duplicate, STRICTFILL = strictfill, OVERPLOT = overplot $ |
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| 197 | , DECIMATETRI = decimatetri, LABMAP = labmap, _extra = ex |
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[114] | 198 | ; |
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| 199 | compile_opt idl2, strictarrsubs |
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| 200 | ; |
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[67] | 201 | @cm_4mesh |
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| 202 | @cm_4data |
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| 203 | IF NOT keyword_set(key_forgetold) THEN BEGIN |
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| 204 | @updatenew |
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| 205 | @updatekwd |
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| 206 | ENDIF |
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[2] | 207 | ;-------------------------------------------------------------- |
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[142] | 208 | tempsun = systime(1) ; To key_performance |
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[2] | 209 | ;-------------------------------------------------------------- |
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| 210 | ;-------------------------------------------------------------- |
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[142] | 211 | ; I) preparation of the graphic environment and small verifications. |
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[2] | 212 | ;-------------------------------------------------------------- |
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| 213 | ;-------------------------------------------------------------- |
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[142] | 214 | ; I1) verification of the grid's type associated to tab1. |
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[2] | 215 | ;-------------------------------------------------------------- |
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[67] | 216 | if keyword_set(gridtype) then vargrid = gridtype |
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| 217 | if keyword_set(vecteur) AND (NOT keyword_set(gridtype)) then BEGIN |
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| 218 | vargrid = litchamp(tab1, /grid) |
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| 219 | if vargrid eq '' then BEGIN |
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| 220 | vargrid = xquestion('What is the grid associated to the data to contour?', 'T', /chkwidget) |
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| 221 | vargrid = strupcase(vargrid) |
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| 222 | endif |
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| 223 | ENDIF |
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[2] | 224 | ;-------------------------------------------------------------- |
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[142] | 225 | ; I2) Reading of the field and checkup. |
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[2] | 226 | ;-------------------------------------------------------------- |
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[67] | 227 | if keyword_set(boxzoom) AND n_elements(contour) ne 4 then BEGIN |
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| 228 | savedbox = 1b |
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| 229 | saveboxparam, 'boxparam4plt.dat' |
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| 230 | END |
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[142] | 231 | if n_elements(param2) NE 0 then type = param2 |
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| 232 | if n_elements(param3) NE 0 then min = param3 |
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| 233 | if n_elements(param4) NE 0 then max = param4 |
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[231] | 234 | if n_elements(minin) NE 0 then min = minin |
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[67] | 235 | if n_elements(maxin) NE 0 then max = maxin |
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| 236 | checktypeminmax, 'plt', TYPE = type, MIN = min, MAX = max, _extra = ex |
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[231] | 237 | z2d = checkfield(tab1, 'plt', TYPE = type, BOXZOOM = boxzoom, DIREC = direc, VECTEUR = vecteur, _extra = ex) |
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| 238 | if z2d[0] EQ -1 then BEGIN |
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[67] | 239 | IF keyword_set(savedbox) THEN restoreboxparam, 'boxparam4plt.dat' |
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| 240 | return |
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| 241 | ENDIF |
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| 242 | IF n_elements(usetri) EQ 0 THEN BEGIN |
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| 243 | ; do we have holes in the triangulation? |
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[231] | 244 | holeintri = n_elements(triangles_list)/3 LT (jpi-1+keyword_set(key_periodic))*(jpj-1)*2 ; -> the triangulation must be used to draw the field |
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[67] | 245 | ; do we have a triangulation? |
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| 246 | wehavetri = triangles_list[0] NE -1 ; -> the triangulation must be used to draw the continents |
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| 247 | ; if we make a map, are we periodic and nx=jpi ? |
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| 248 | CASE strupcase(vargrid) OF |
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| 249 | 'T':nx = nxt |
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| 250 | 'W':nx = nxt |
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| 251 | 'U':nx = nxu |
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| 252 | 'V':nx = nxv |
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| 253 | 'F':nx = nxf |
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| 254 | ENDCASE |
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[231] | 255 | mapperio = keyword_set(map)*keyword_set(key_periodic)*(nx eq jpi) |
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[67] | 256 | usetri = (wehavetri*(wehavetri+holeintri+mapperio+keyword_set(key_irregular))) < 2 |
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| 257 | IF n_elements(notri) NE 0 THEN usetri = 0 > (2-notri) |
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| 258 | ENDIF |
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[2] | 259 | ;-------------------------------------------------------------- |
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[142] | 260 | ; I3) reinitialization. !p.,!x.,!y. |
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| 261 | ; Comment: We do not reinitializate when we call bck plt in loop to use contour. |
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[2] | 262 | ;-------------------------------------------------------------- |
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[67] | 263 | if n_elements(contour) ne 4 AND NOT keyword_set(overplot) then reinitplt, /z, /invert |
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[2] | 264 | ;--------------------------------------------------------------- |
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[142] | 265 | ; I4) attribution of the mask and of longitude and latitude arrays. |
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[2] | 266 | ;--------------------------------------------------------------- |
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[67] | 267 | IF strupcase(vargrid) EQ 'W' THEN profond = firstzw NE 0 $ |
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[231] | 268 | ELSE profond = firstzt NE 0 |
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[67] | 269 | ; do we need to extract now the triangulation that will be use for |
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[142] | 270 | ; contouring the field? |
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[67] | 271 | if keyword_set(profond) $ |
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| 272 | OR (usetri EQ 0 AND (vargrid EQ 'T' OR vargrid EQ 'W')) $ |
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| 273 | OR (usetri NE 2 AND (vargrid NE 'T' AND vargrid NE 'W')) THEN BEGIN |
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| 274 | grille, mask, glam, gphi, gdep, nx, ny, nz $ |
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| 275 | , firstx, firsty, firstz, lastx $ |
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| 276 | , lasty, lastz, /forplt, _extra = ex |
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| 277 | ENDIF ELSE BEGIN |
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| 278 | grille, mask, glam, gphi, gdep, nx, ny, nz $ |
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| 279 | , firstx, firsty, firstz, lastx, lasty $ |
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| 280 | , lastz, TRI = trifield, /forplt, _extra = ex |
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| 281 | ENDELSE |
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[2] | 282 | ;---------------------------------------------------------------------------- |
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[231] | 283 | ; I5 determination of the mi:min and of the ma:max of z2d in the same way |
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[142] | 284 | ; as max: max and min: min for the drawing. |
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[2] | 285 | ;----------------------------------------------------------------------------- |
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[67] | 286 | masknan = finite(z2d) |
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[231] | 287 | nan = total(masknan) NE n_elements(z2d) |
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[142] | 288 | ; Do we need to do an autoscale ??? |
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[67] | 289 | autoscale = testvar(var = min) EQ testvar(var = max) AND NOT keyword_set(intervalle) |
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| 290 | determineminmax, z2d, mask, mi, ma, glam, gphi, MININ = min, MAXIN = max $ |
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| 291 | , nan = nan, INTERVALLE = intervalle, usetri = usetri, _extra = ex |
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| 292 | if z2d[0] EQ -1 THEN GOTO, sortie |
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[142] | 293 | ; We do an autoscale if needed. |
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[67] | 294 | if autoscale then autoscale, min, max, intervalle |
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[2] | 295 | ;-------------------------------------------------------------- |
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| 296 | ;-------------------------------------------------------------- |
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[231] | 297 | ; II) We put the drawing in its place on the window or the page |
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[142] | 298 | ; and possible opening of the window or of the page. |
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[2] | 299 | ;-------------------------------------------------------------- |
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[67] | 300 | if n_elements(contour) NE 4 AND NOT keyword_set(overplot) THEN $ |
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| 301 | placedessin, 'plt', posfenetre, posbar $ |
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[2] | 302 | , CONTOUR = contour, VECTEUR = vecteur, MAP = map, DIREC = direc, _extra = ex |
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| 303 | ;-------------------------------------------------------------- |
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| 304 | ;-------------------------------------------------------------- |
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[142] | 305 | ; III) Covering of the drawing (labels,style,axis) |
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[2] | 306 | ;------------------------------------------------------------ |
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| 307 | ;-------------------------------------------------------------- |
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| 308 | ; |
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| 309 | ;-------------------------------------------------------------- |
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[142] | 310 | ; III1) Choice of labels |
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[2] | 311 | ;----------------------------------------------------------- |
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[67] | 312 | if keyword_set(intervalle) AND NOT keyword_set(label) then label = 1 |
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| 313 | if keyword_set(label) eq 0 then cas = 0 else cas = label |
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| 314 | label, cas, min, max, ncontour, level_z2d, colnumb, NLEVEL = nlevel $ |
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| 315 | , INTERVALLE = intervalle, strictfill = strictfill |
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[2] | 316 | ;-------------------------------------------------------------- |
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[142] | 317 | ; III2) Choice of style |
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[2] | 318 | ;----------------------------------------------------------- |
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[67] | 319 | if not keyword_set(style) then style = 0 |
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| 320 | style, style, level_z2d, linestyle, thick |
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| 321 | if keyword_set(inv) then colnumb = reverse(colnumb) |
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[2] | 322 | ;----------------------------------------------------------- |
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[142] | 323 | ; III3) Definition of axis |
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[2] | 324 | ;---------------------------------------------------------- |
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[67] | 325 | if NOT keyword_set(overplot) THEN axe, 'xy', _EXTRA = ex |
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[2] | 326 | ;-------------------------------------------------------------- |
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| 327 | ;-------------------------------------------------------------- |
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| 328 | ;------------------------------------------------------------ |
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[142] | 329 | ; IV) Drawing |
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[2] | 330 | ;-------------------------------------------------------------- |
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| 331 | ;-------------------------------------------------------------- |
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[67] | 332 | ;-------------------------------------------------------------- |
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[142] | 333 | ; extrapolation of field on lands and setup of min, max values |
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[67] | 334 | ;-------------------------------------------------------------- |
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| 335 | if keyword_set(nan) then begin |
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| 336 | z2d[where(masknan EQ 0)] = max |
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| 337 | ENDIF ELSE masknan = 1 |
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| 338 | ; filling the mask values |
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| 339 | ; we fill only masknan or we fill mask*masknan? |
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| 340 | IF keyword_set(nan) AND keyword_set(cont_nofill) THEN $ |
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| 341 | z2d = remplit(z2d, nite = 1+(vargrid NE 'T' AND vargrid NE 'W') $ |
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| 342 | , mask = masknan, _extra = ex) $ |
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| 343 | ELSE z2d = remplit(z2d, nite = (1 + (vargrid NE 'T' AND vargrid NE 'W') $ |
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| 344 | + keyword_set(nan)) $ |
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| 345 | *(1-keyword_set(cont_nofill)) $ |
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| 346 | *(1-(n_elements(maskfill) NE 0)) $ |
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| 347 | , mask = mask*masknan, _extra = ex) |
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| 348 | IF keyword_set(strictfill) EQ 0 AND n_elements(maskfill) EQ 0 then $ |
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| 349 | z2d = min > z2d < max |
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| 350 | if n_elements(maskfill) NE 0 then BEGIN |
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| 351 | z2d = temporary(z2d)*mask*masknan |
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| 352 | if maskfill NE 0 then z2d = temporary(z2d) + maskfill*(1-mask*masknan) |
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| 353 | ENDIF |
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| 354 | ;---------------------------------------------------------- |
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[171] | 355 | ; check mask and triangulation according to the grid type and NaN |
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[231] | 356 | ;---------------------------------------------------------- |
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| 357 | ; If we make a drawing at depth, we must redefine a triangulation |
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[171] | 358 | ; on the zoom because the land/sea mask at depth may differ from |
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| 359 | ; the one at the surface. |
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| 360 | ; As this triangulation will be used to draw the land/sea mask with |
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| 361 | ; the good shape, we use tmask to compute it even if the data are not |
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| 362 | ; located on the T grid |
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[67] | 363 | if (keyword_set(profond) OR keyword_set(cont_nofill)) $ |
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| 364 | AND ((usetri GE 1 AND (vargrid EQ 'T' OR vargrid EQ 'W')) $ |
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| 365 | OR (usetri EQ 2 AND (vargrid NE 'T' AND vargrid NE 'W'))) then BEGIN |
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| 366 | trifield = triangule(tmask[firstx:lastx, firsty:lasty, firstz] $ |
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| 367 | , coinmonte = coinmontemask $ |
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| 368 | , coindescend = coindescendmask $ |
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| 369 | , keep_cont = cont_nofill, _extra = ex) |
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| 370 | indicezoommask = (lindgen(jpi, jpj))[firstx:lastx, firsty:lasty] |
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| 371 | ENDIF |
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| 372 | ; triangulation for nan mask |
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| 373 | if keyword_set(nan) then BEGIN |
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[171] | 374 | trinan = triangule(masknan, /keep_cont, coinmonte = coinmontenan $ |
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[67] | 375 | , coindescend = coindescendnan) |
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| 376 | indicezoomnan = (lindgen(jpi, jpj))[firstx:lastx, firsty:lasty] |
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| 377 | ENDIF |
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| 378 | ; IF n_elements(twin_corners_up) EQ 0 THEN coinmontemask = -1 ELSE coinmontemask = twin_corners_up |
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| 379 | ; IF n_elements(twin_corners_dn) EQ 0 THEN coindescendmask = -1 ELSE coindescendmask = twin_corners_dn |
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[231] | 380 | if vargrid EQ 'T' OR vargrid EQ 'W' then BEGIN |
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[67] | 381 | glammsk = glam |
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| 382 | gphimsk = gphi |
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[171] | 383 | ENDIF ELSE begin |
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[231] | 384 | ; decoupe terre: To draw the coast in a clean way, we try to take additionally |
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[171] | 385 | ; points to draw the land. Like that, we do not see gap between T and U/V/F grid. |
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| 386 | ; It is what decoupeterre do. We also redefine trimsk. |
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| 387 | maskorg = mask |
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[67] | 388 | decoupeterre, mask, glammsk, gphimsk, type = 'xy'$ |
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| 389 | , TRI = trimsk, usetri = usetri, indicezoom = indicezoommask $ |
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| 390 | , coinmonte = coinmontemask, coindescend = coindescendmask $ |
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| 391 | , _EXTRA = ex |
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| 392 | ENDELSE |
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[2] | 393 | ;------------------------------------------------------------ |
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[142] | 394 | ; IV1) Choice of type of drawing. |
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[2] | 395 | ;------------------------------------------------------------ |
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[67] | 396 | typetrace = 'classique' |
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[231] | 397 | if keyword_set(map) AND key_onearth then BEGIN |
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[142] | 398 | ; Call of mapset when we want to do projections. |
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[67] | 399 | IF n_elements(map) NE 3 THEN map = [0, ((lon1+lon2)/2.) MOD 360, 0] |
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| 400 | typetrace = 'projection' |
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| 401 | map_lat = map[0] |
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| 402 | map_lon = map[1] |
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| 403 | map_rot = map[2] |
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| 404 | if chkstru(ex, 'TITLE') then begin |
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[231] | 405 | maptitre = ex.title |
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[67] | 406 | ex.title = '' |
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| 407 | endif |
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| 408 | map_set, map_lat, map_lon, map_rot, _extra = ex, position = posfenetre, /iso $ |
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| 409 | , limit = [lat1, lon1, lat2, lon2], /noborder |
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| 410 | if n_elements(maptitre) ne 0 then ex.title = maptitre |
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| 411 | if n_elements(trifield) GE 2 then trifield = ciseauxtri(trifield, glam, gphi, _EXTRA = ex) |
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| 412 | if n_elements(trimsk) GE 2 then trimsk = ciseauxtri(trimsk, glammsk, gphimsk, _EXTRA = ex) |
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[231] | 413 | if n_elements(trinan) GE 2 then BEGIN |
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[67] | 414 | trinan = ciseauxtri(trinan, glam, gphi, _EXTRA = ex) |
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| 415 | if trinan[0] EQ -1 then undefine, trinan |
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| 416 | endif |
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[231] | 417 | ENDIF ELSE BEGIN |
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[142] | 418 | ;To axes of coordinates be considerated. |
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[67] | 419 | if !x.type EQ 0 AND n_elements(contour) LE 4 then $ |
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[231] | 420 | plot, [0], [0], /nodata, xstyle = 5, ystyle = 5, title = '', subtitle = '', /noerase |
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[67] | 421 | if keyword_set(key_periodic) then BEGIN |
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[231] | 422 | ; In this case, triangulation is closed in x and cover all the sphere. |
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[142] | 423 | ; We have to cut it at the level where we cut the sphere to make the drawing. |
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[67] | 424 | if n_elements(trifield) GE 2 then trifield = ciseauxtri(trifield, glam, gphi, _EXTRA = ex) |
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| 425 | if n_elements(trimsk) GE 2 then trimsk = ciseauxtri(trimsk, glammsk, gphimsk, _EXTRA = ex) |
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| 426 | if n_elements(trinan) GE 2 then trinan = ciseauxtri(trinan, glam, gphi, _EXTRA = ex) |
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| 427 | ENDIF |
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| 428 | endelse |
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[2] | 429 | ;------------------------------------------------------------ |
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[142] | 430 | ; IV2) Contours and coloring |
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[2] | 431 | ;------------------------------------------------------------ |
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[67] | 432 | if keyword_set(duplicate) then BEGIN |
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[2] | 433 | ; pour marina uniquement ATTENTION C'EST TRES MAL CODE |
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[67] | 434 | lon = glam[*, 0] |
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| 435 | decalage = max(lon)-min(lon)+(lon-shift(lon, 1))[n_elements(lon)-1] |
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| 436 | !x.range[1] = !x.range[1]+(duplicate-1)*decalage |
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| 437 | for i = 1, duplicate-1 do BEGIN |
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| 438 | z2d = [z2d, z2d] |
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| 439 | gphi = [gphi, gphi] |
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| 440 | mask = [mask, mask] |
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| 441 | gphimsk = [gphimsk, gphimsk] |
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| 442 | glam = [glam, glam+i*decalage] |
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| 443 | glammsk = [glammsk, glammsk] |
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| 444 | ENDFOR |
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| 445 | endif |
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| 446 | ; save, glam, gphi, trifield, file = 'tri.dat' |
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| 447 | if keyword_set(decimatetri) then BEGIN |
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[142] | 448 | tempsdeux = systime(1) ; To key_performance |
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[67] | 449 | IF n_elements(trimsk) EQ 0 THEN trimsk = trifield |
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| 450 | Verts = transpose([[(temporary(glam))[*]], [(temporary(gphi))[*]] $ |
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| 451 | , [(temporary(z2d))[*]]]) |
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| 452 | Conn = [replicate(3, 1, n_elements(trifield)/3), trifield] |
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| 453 | Result = mesh_decimate(temporary(verts), (temporary(Conn))[*] $ |
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| 454 | , Connout, vertices = Vertsout $ |
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| 455 | , percent_vertices = decimatetri) |
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[231] | 456 | connout = reform(connout, 4, n_elements(connout)/4, /over) |
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[67] | 457 | trifield = (temporary(connout))[1:3, *] |
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| 458 | glam = reform(Vertsout[0, *]) |
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| 459 | gphi = reform(Vertsout[1, *]) |
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| 460 | z2d = reform(Vertsout[2, *]) |
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| 461 | undefine, Vertsout |
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[231] | 462 | print, 'temps decimatetri', systime(1)-tempsdeux |
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[67] | 463 | ENDIF |
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| 464 | pltbase, z2d, glam, gphi $ |
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| 465 | , mask, glammsk, gphimsk, trichamp = trifield, trimsk = trimsk, /forplt $ |
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| 466 | , level_z2d, colnumb, contour = contour, usetri = usetri, realcont = realcont $ |
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[2] | 467 | , overplot = keyword_set(overplot)+keyword_set(map) $ |
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[67] | 468 | , c_linestyle = linestyle, c_labels = 1-(indgen(n_elements(level_z2d)) MOD 2) $ |
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| 469 | , c_thick = thick, cont_nofill = cont_nofill, nan = nan $ |
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[2] | 470 | , coinmontemask = coinmontemask, coindescendmask = coindescendmask $ |
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| 471 | , coinmontenan = coinmontenan, coindescendnan = coindescendnan $ |
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| 472 | , indicezoommask = indicezoommask, indicezoomnan = indicezoomnan $ |
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[171] | 473 | , maskorg = maskorg, masknan = masknan, trinan = trinan, _extra = ex |
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[2] | 474 | ;------------------------------------------------------------ |
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[142] | 475 | ; IV3) Recall of plt in loop when contour is activated. |
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[2] | 476 | ;------------------------------------------------------------ |
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[67] | 477 | if n_elements(contour) eq 4 then BEGIN ; c''est la 2eme fois que je passe ds pltt |
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| 478 | contour = {mietma:[mi, ma], unit:varunit, inter:intervalle} ; je renvoie le min, le max et l''unite |
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| 479 | return |
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| 480 | endif |
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[231] | 481 | if keyword_set(contour) THEN BEGIN |
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[67] | 482 | pourlegende = [1, 1, 1, 1] |
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| 483 | oldattributs = saveatt() |
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| 484 | oldcolnumb = colnumb |
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| 485 | plt, contour, contmin, contmax, CONTOUR = pourlegende, /NOERASE $ |
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| 486 | , USETRI = usetri $ |
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| 487 | , INTERVALLE = contintervalle, LABEL = contlabel, STYLE = style $ |
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| 488 | , NLEVEL = contnlevel, DUPLICATE = duplicate, STRICTFILL = strictfill $ |
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| 489 | , MASKFILL = maskfill, _extra = ex |
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| 490 | restoreatt, oldattributs |
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| 491 | colnumb = oldcolnumb |
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| 492 | ENDIF |
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[2] | 493 | ;------------------------------------------------------------ |
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| 494 | ;------------------------------------------------------------ |
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[142] | 495 | ; V) Small functions |
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[2] | 496 | ;------------------------------------------------------------ |
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| 497 | ;------------------------------------------------------------ |
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| 498 | ; |
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| 499 | ;------------------------------------------------------------ |
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[142] | 500 | ; V1) Possible add of vectors in double exposure. |
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[2] | 501 | ;------------------------------------------------------------ |
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[231] | 502 | if keyword_set(vecteur) then BEGIN |
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[67] | 503 | oldattributs = saveatt() |
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| 504 | ajoutvect, vecteur, vectlegende, _extra = ex |
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| 505 | restoreatt, oldattributs |
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| 506 | ENDIF |
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[2] | 507 | ; |
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[67] | 508 | if keyword_set(overplot) then GOTO, fini |
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[2] | 509 | ;------------------------------------------------------------ |
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[142] | 510 | ; V2) Trace the line of change of date, the equator and the greenwich meridian, ... |
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[2] | 511 | ;------------------------------------------------------------ |
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[67] | 512 | if NOT keyword_set(map) AND key_onearth then meridienparallele, 'xy' |
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[2] | 513 | ;------------------------------------------------------------ |
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[142] | 514 | ; V3) To trace IDL's continents |
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[2] | 515 | ;------------------------------------------------------------ |
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[67] | 516 | if keyword_set(realcont) then BEGIN |
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[2] | 517 | ; si noease est passe de _extra, on s''assure qu''il est a 1 |
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[67] | 518 | if chkstru(ex, 'NOERASE') then begin |
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| 519 | oldnoerase = ex.noerase |
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| 520 | ex.noerase = 1 |
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| 521 | ENDIF |
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| 522 | if chkstru(ex, 'coast_thick') then mlinethick = ex.coast_thick ELSE mlinethick = 1 |
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| 523 | if chkstru(ex, 'coast_color') then mcolor = ex.coast_color ELSE mcolor = 0 |
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| 524 | IF NOT keyword_set(map) THEN $ |
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| 525 | map_set, 0, ((lon1+lon2)/2.) MOD 360, 0, position = posfenetre $ |
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| 526 | , limit = [lat1, lon1, lat2, lon2], /NOERASE, /noborder, color = 0 $ |
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| 527 | , _extra = ex |
---|
| 528 | if realcont NE 2 AND NOT keyword_set(cont_nofill) then BEGIN |
---|
| 529 | if chkstru(ex, 'cont_color') then cntcol = ex.coast_color $ |
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| 530 | ELSE cntcol = (!d.n_colors - 1) < 255 |
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| 531 | map_continents, /fill_continents, color = cntcol, _extra = ex, /noerase |
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| 532 | ENDIF |
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| 533 | map_continents, /continents, color = mcolor, MLINETHICK = mlinethick, /noerase, _extra = ex |
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| 534 | if chkstru(ex, 'NOERASE') THEN ex.noerase = oldnoerase |
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| 535 | ENDIF |
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[2] | 536 | ;------------------------------------------------------------ |
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[142] | 537 | ; V4) caption + display of these. |
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[2] | 538 | ;------------------------------------------------------------ |
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[67] | 539 | legende, mi, ma, 'xy', CONTOUR = pourlegende, VECTLEGENDE = vectlegende, INTERVALLE = intervalle, DIREC = direc, _EXTRA = ex |
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[231] | 540 | if n_elements(ex) NE 0 then BEGIN |
---|
[142] | 541 | ; To keep frame's axes in black |
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[67] | 542 | if (where(tag_names(ex) EQ 'COLOR'))[0] NE -1 then ex.COLOR = coast_color |
---|
| 543 | endif |
---|
[2] | 544 | ; |
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[67] | 545 | case typetrace of |
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| 546 | 'classique': $ |
---|
| 547 | plot, [0], [0], /nodata, /noerase, color = 0, xstyle = 1, ystyle = 1, _extra = ex |
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[231] | 548 | 'projection': BEGIN |
---|
[67] | 549 | if chkstru(ex, 'NOERASE') then begin |
---|
| 550 | oldnoerase = ex.noerase |
---|
| 551 | ex.noerase = 1 |
---|
| 552 | endif |
---|
| 553 | if chkstru(ex, 'SUBTITLE') then !p.subtitle = ex.SUBTITLE |
---|
| 554 | if n_elements(maptitre) ne 0 then ex.title = maptitre |
---|
| 555 | map_set, map_lat, map_lon, map_rot, _extra = ex, /iso, limit = [lat1, lon1, lat2, lon2]$ |
---|
| 556 | , /NOERASE, /noborder, title = !p.title, color = 0 |
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[2] | 557 | ; map_proj_info, numproj, /current |
---|
| 558 | ; map_proj_info, numproj, name = nomproj |
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| 559 | ; if nomproj EQ 'Mercator' OR nomproj EQ 'Cylindrical' OR nomproj EQ 'LambertConic'$ |
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| 560 | ; OR nomproj EQ 'Gnomic' OR nomproj EQ 'AlbersEqualAreaConic' $ |
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| 561 | ; OR nomproj EQ 'TransverseMercator' OR nomproj EQ 'MillerCylindrical' $ |
---|
| 562 | ; OR nomproj EQ 'LambertConicEllipsoid' then map_grid, box_axes=1,latdel=10,londel=10 $ |
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[67] | 563 | ; ELSE map_grid, charsize = 0.75, /label,latalign = 1,lonalign |
---|
| 564 | ; = 1,latdel = 10,londel = 30 |
---|
| 565 | IF n_elements(labmap) EQ 0 THEN labmap = 1 |
---|
| 566 | map_grid, charsize = 0.75, label = labmap, latalign = 1, lonalign = 1, latdel = 10, londel = 30, color = 0, _extra = ex |
---|
| 567 | if chkstru(ex, 'NOERASE') THEN ex.noerase = oldnoerase |
---|
| 568 | end |
---|
| 569 | endcase |
---|
[2] | 570 | ;------------------------------------------------------------ |
---|
[142] | 571 | ; V5) Colorbar. |
---|
[2] | 572 | ;------------------------------------------------------------ |
---|
[67] | 573 | colnumb = colnumb[0:ncontour-1-keyword_set(strictfill)] |
---|
| 574 | barrecouleur, colnumb, min, max, (ncontour-keyword_set(strictfill))/2 $ |
---|
| 575 | , position = posbar, _extra = ex |
---|
[2] | 576 | ;------------------------------------------------------------ |
---|
| 577 | ;------------------------------------------------------------ |
---|
[142] | 578 | ; VI) Possible print. |
---|
[2] | 579 | ;------------------------------------------------------------ |
---|
| 580 | ;------------------------------------------------------------ |
---|
| 581 | fini: |
---|
[67] | 582 | terminedessin, _extra = ex |
---|
[2] | 583 | ;------------------------------------------------------------ |
---|
| 584 | ;------------------------------------------------------------ |
---|
| 585 | sortie: |
---|
[67] | 586 | if keyword_set(savedbox) THEN restoreboxparam, 'boxparam4plt.dat' |
---|
[231] | 587 | if keyword_set(key_performance) NE 0 THEN print, 'temps plt', systime(1)-tempsun |
---|
[2] | 588 | ;------------------------------------------------------------ |
---|
| 589 | ;------------------------------------------------------------ |
---|
[67] | 590 | return |
---|
[2] | 591 | end |
---|
| 592 | |
---|
| 593 | |
---|