[8] | 1 | #!/bin/ksh |
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| 2 | #set -vx |
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| 3 | |
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| 4 | #************************************************************** |
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| 5 | # Author: Martial Mancip, Nicolas Vuichard |
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| 6 | # Contact: Nioclas.Vuichard@lsce.jussieu.fr |
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| 7 | # $Date: |
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| 8 | # $Name: OOL_1_9_5 $ |
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| 9 | # $Revision: 1.2 $ |
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| 10 | # History: |
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| 11 | # Modification: Nicolas Vuichard |
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| 12 | # |
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| 13 | #************************************************************** |
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| 14 | |
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| 15 | input=$@ |
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| 16 | paper=-p |
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| 17 | quality=cx1800 |
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| 18 | #cx800 cx1200 |
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| 19 | #frequency=1:12:6 |
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| 20 | echo $input |
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| 21 | #reference_file=RRRRRRR |
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| 22 | #validation directory=VVVVVVV |
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| 23 | debug= |
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| 24 | #-d |
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| 25 | |
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| 26 | # Ratio one day over time step |
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| 27 | one_day=86400 |
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| 28 | ratio=$(( one_day/1800 )) |
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| 29 | |
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| 30 | ssbx=481 |
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| 31 | |
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| 32 | #---------------------- |
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| 33 | |
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| 34 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "PFT distribution" -o pft ORCHIDEE_pft.jnl \ |
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| 35 | "\"PFT distribution\" RRRRRRR inputfile MAXVEGETFRAC" |
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| 36 | |
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| 37 | |
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| 38 | # Smooth over sbx values |
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| 39 | |
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| 40 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Sensible heat flux : diff with obs" -o fluxsens_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 41 | "\"Sensible heat flux : diff with obs\" VVVVVVV RRRRRRR inputfile Fh Qh $FYEAR \"W/m2\" $ssbx" |
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| 42 | |
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| 43 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Latent heat flux : diff with obs" -o fluxlat_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 44 | "\"Latent heat flux : diff with obs\" VVVVVVV RRRRRRR inputfile Fle Qle $FYEAR \"W/m2\" $ssbx" |
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| 45 | |
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| 46 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Surface Temperature : diff with obs" -o tsoil_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 47 | "\"Surface Temperature : diff with obs\" VVVVVVV RRRRRRR inputfile TSOIL (AvgSurfT-273.15) $FYEAR \"degC\" $ssbx " |
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| 48 | |
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| 49 | # slowproc : veget(ji,jv) = veget_max(ji,jv) * ( 1. - exp( - lai(ji,jv) * ext_coef(jv) ) ) |
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| 50 | # => lai = - ln( 1. - veget/veget_max) / ext_coef |
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| 51 | ext_coef=0.5 |
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| 52 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "LAI : lai mean with tsoil/4 obs" -o lai_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 53 | "\"lai : lai mean with tsoil/4\" VVVVVVV RRRRRRR inputfile (tsoil/4) (0.-maxvegetfrac*ln(1.-vegetfrac/maxvegetfrac)/$ext_coef) $FYEAR \"1\" $ssbx " |
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| 54 | |
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| 55 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Potential evapotranspiration : diff with obs" -o epot_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 56 | "\"Potential evapotranspiration : diff with obs\" VVVVVVV RRRRRRR inputfile (ET*${ratio}) (PotEvap*${one_day}) $FYEAR \"mm/d\" $ssbx " |
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| 57 | |
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| 58 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Soil moisture stress : diff with obs" -o humr_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 59 | "\"Soil moisture stress : diff with obs\" VVVVVVV RRRRRRR inputfile RH humrel $FYEAR \"%\" $ssbx " |
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| 60 | |
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| 61 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Soil moisture content 1 : diff with obs" -o humr1_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 62 | "\"Soil moisture content 1 : diff with obs\" VVVVVVV RRRRRRR inputfile SWC humrel $FYEAR \"%\" $ssbx " |
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| 63 | |
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| 64 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "gpp : diff with obs" -o gpp_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 65 | "\"gpp : diff with obs\" VVVVVVV RRRRRRR inputfile (GPP*${ratio}) (GPP*${one_day}) $FYEAR \"gC/m2/day\" $ssbx" |
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| 66 | |
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| 67 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "nee : diff with obs" -o nee_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 68 | "\"nee : diff with obs\" VVVVVVV RRRRRRR inputfile (NEE*${ratio}) (NEE*${one_day}) $FYEAR \"gC/m2/day\" $ssbx" |
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| 69 | |
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| 70 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Ecosystem respiration : diff with obs" -o reco_sbx ORCHIDEE_3sbxdif.jnl \ |
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| 71 | "\"Ecosystem respiration\" VVVVVVV RRRRRRR inputfile (Reco*${ratio}) ((maint_resp+hetero_resp+growth_resp)*${one_day}) $FYEAR \"gC/m2/day\" $ssbx " |
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| 72 | |
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| 73 | |
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| 74 | # Annual cumulative values |
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| 75 | |
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| 76 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Sensible heat flux : Annual diff with obs" -o fluxsens_year ORCHIDEE_3yeardif.jnl \ |
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| 77 | "\"Sensible heat flux : Annual diff with obs\" VVVVVVV RRRRRRR inputfile Fh Qh $FYEAR $DUREE \"W/m2\" ave" |
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| 78 | |
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| 79 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Latent heat flux : Annual diff with obs" -o fluxlat_year ORCHIDEE_3yeardif.jnl \ |
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| 80 | "\"Latent heat flux : Annual diff with obs\" VVVVVVV RRRRRRR inputfile Fle Qle $FYEAR $DUREE \"W/m2\" ave" |
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| 81 | |
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| 82 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Surface Temperature : Annual diff with obs" -o tsoil_year ORCHIDEE_3yeardif.jnl \ |
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| 83 | "\"Surface Temperature : Annual diff with obs\" VVVVVVV RRRRRRR inputfile TSOIL (AvgSurfT-273.15) $FYEAR $DUREE \"degC\" ave" |
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| 84 | |
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| 85 | if [ "${F_FILE}" != "Cabauw" ] && [ "${FLAG}" != "SECHIBA" ]; then |
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| 86 | |
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| 87 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "gpp : Annual diff with obs" -o gpp_year ORCHIDEE_3yeardif.jnl \ |
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| 88 | "\"gpp : Annual diff with obs\" VVVVVVV RRRRRRR inputfile (GPP) (GPP*1800) $FYEAR $DUREE \"gC/m2/an\" sum" |
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| 89 | |
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| 90 | fi |
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| 91 | |
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| 92 | if [ "${F_FILE}" != "Cabauw" ] && [ "${FLAG}" = "OK_STOMATE" ]; then |
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| 93 | |
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| 94 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "nee : Annual diff with obs" -o nee_year ORCHIDEE_3yeardif.jnl \ |
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| 95 | "\"nee : Annual diff with obs\" VVVVVVV RRRRRRR inputfile (NEE) (NEE*1800) $FYEAR $DUREE \"gC/m2/an\" sum" |
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| 96 | |
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| 97 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -p -i "Ecosystem respiration : Annual diff with obs" -o reco_year ORCHIDEE_3yeardif.jnl \ |
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| 98 | "\"Ecosystem respiration : Annual diff with obs\" VVVVVVV RRRRRRR inputfile (Reco) ((maint_resp+hetero_resp+growth_resp)*1800) $FYEAR $DUREE \"gC/m2/an\" sum" |
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| 99 | fi |
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| 100 | |
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| 101 | |
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| 102 | #Â Diurnal cycle |
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| 103 | |
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| 104 | let ANNEE=0 |
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| 105 | while [ $ANNEE -lt $DUREE ]; do |
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| 106 | let ANNEE2=$ANNEE+1 |
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| 107 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -s ${ANNEE}:${ANNEE}:1 -p -i "Sensible heat flux : climatologie_${ANNEE2}" -o fluxsens_day ORCHIDEE_12day.jnl \ |
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| 108 | "\"Sensible heat flux\" VVVVVVV RRRRRRR inputfile Fh Qh sloop" |
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| 109 | |
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| 110 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -s ${ANNEE}:${ANNEE}:1 -p -i "Latent heat flux : climatologie_${ANNEE2}" -o fluxlat_day ORCHIDEE_12day.jnl \ |
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| 111 | "\"Latent heat flux\" VVVVVVV RRRRRRR inputfile Fle Qle sloop" |
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| 112 | |
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| 113 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -s ${ANNEE}:${ANNEE}:1 -p -i "Surface Temperature : climatologie_${ANNEE2}" -o tsoil_day ORCHIDEE_12day.jnl \ |
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| 114 | "\"Surface Temperature\" VVVVVVV RRRRRRR inputfile TSOIL (AvgSurfT-273.15) sloop" |
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| 115 | |
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| 116 | |
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| 117 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -s ${ANNEE}:${ANNEE}:1 -p -i "LAI : climatologie_${ANNEE2}" -o lai_day ORCHIDEE_12day.jnl \ |
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| 118 | "\"LAI\" VVVVVVV RRRRRRR inputfile (tsoil/4) (0.-maxvegetfrac*ln(1.-vegetfrac/maxvegetfrac)/$ext_coef) sloop" |
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| 119 | |
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| 120 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -s ${ANNEE}:${ANNEE}:1 -p -i "gpp : climatologie_${ANNEE2}" -o gpp_day ORCHIDEE_12day.jnl \ |
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| 121 | "\"GPP\" VVVVVVV RRRRRRR inputfile (GPP*${ratio}) (GPP*${one_day}) sloop" |
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| 122 | |
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| 123 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -s ${ANNEE}:${ANNEE}:1 -p -i "nee : climatologie_${ANNEE2}" -o nee_day ORCHIDEE_12day.jnl \ |
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| 124 | "\"nee\" VVVVVVV RRRRRRR inputfile (NEE*${ratio}) (NEE*${one_day}) sloop" |
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| 125 | |
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| 126 | echo $input | ferretloop - ${debug} --ps2gif_option "-g $quality" -s ${ANNEE}:${ANNEE}:1 -p -i "Ecosystem respiration : climatologie_${ANNEE2}" -o reco_day ORCHIDEE_12day.jnl \ |
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| 127 | "\"Ecosystem respiration\" VVVVVVV RRRRRRR inputfile (Reco*${ratio}) ((maint_resp+hetero_resp+growth_resp)*${one_day}) sloop" |
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| 128 | |
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| 129 | let ANNEE=$ANNEE+1 |
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| 130 | done |
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