1 | #!/bin/bash |
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2 | |
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3 | #set -vx |
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4 | |
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5 | source ~/env_Multi_atlas.sh |
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6 | |
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7 | echo OBSDIR is defined in env.sh : $OBSDIR |
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8 | |
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9 | years=$1 |
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10 | SEAS=$2 |
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11 | run=$3 |
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12 | zone=$4 |
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13 | |
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14 | vars='pr rstt rlut rtt crelt crest crett hfns hfls eva hfss tas sst hurs tauu tauv psl zg500 rsts rsut rsutcs rlutcs rsds rsdscs rsus rsuscs rlds rldscs rlus albs albt cress crels crets rts rah rahcs rahcre rlah rlahcs rlahcre rsah rsahcs rsahcre prw rttcs rsttcs cllcalipso clmcalipso clhcalipso cll clm clh' |
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15 | |
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16 | if [ "$run" = "OBS" ]; then |
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17 | SIM="$run" |
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18 | else |
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19 | SIM="$run"_"$years" |
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20 | fi |
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21 | |
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22 | echo ferret is $ferret |
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23 | |
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24 | force_create=1 |
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25 | GR=VLR |
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26 | MAINDIR=$DODSDIR/$login/lmdz |
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27 | WRK=$MAINDIR/WORK/biais$$ |
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28 | orig=$MAINDIR/$GR/$SEAS |
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29 | |
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30 | if [ ! -d $orig ] ; then mkdir $orig ; fi |
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31 | if [ ! -f $orig/OBS/NC ] ; then |
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32 | ln -s $OBSDIR/$GR/$SEAS/OBS/NC $orig/OBS/. |
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33 | fi |
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34 | |
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35 | |
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36 | if [ -d $WRK ] ; then WRK=$WRK$$ ; fi |
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37 | if [ -d $WRK ] ; then echo $WRK existe deja ; exit ; fi |
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38 | |
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39 | mkdir -p $WRK |
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40 | |
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41 | cd $orig |
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42 | for sim in $SIM ; do |
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43 | |
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44 | echo $sim |
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45 | bad=0 |
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46 | |
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47 | for var in $vars ; do |
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48 | |
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49 | #echo $orig/$sim/$d |
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50 | for d in $zone ; do |
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51 | echo $orig/$sim/$d |
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52 | mkdir -p $orig/$sim/$d |
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53 | if [ $force_create = 1 ] ; then |
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54 | \rm -f $orig/$sim/$d/$var.nc $orig/$sim/$d/$var |
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55 | fi |
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56 | done |
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57 | |
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58 | cd $WRK |
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59 | \rm -rf tmp* ferret* |
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60 | varobs=$var |
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61 | varmod=$var |
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62 | obs=$var |
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63 | echo $pal |
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64 | |
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65 | # contour levels for biases |
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66 | case $var in |
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67 | pr) lev='(-INF)(0.5)(1,4,1)(6,14,2)(INF)' ; levd='(-Inf)(-5)(-2,2,1)(-0.5)(-0.2)(0.2)(0.5)(5)(Inf)'; pal=rain_cmyk ;; |
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68 | prl) lev='(-INF)(0.5)(1,4,1)(6,14,2)(INF)' ; levd='(-Inf)(-5)(-2,2,1)(-0.5)(-0.2)(0.2)(0.5)(5)(Inf)'; pal=rain_cmyk ; varmod=prl ; varobs=86400.*pr ;; |
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69 | prc) lev='(-INF)(0.5)(1,4,1)(6,14,2)(INF)' ; levd='(-Inf)(-5)(-2,2,1)(-0.5)(-0.2)(0.2)(0.5)(5)(Inf)'; pal=rain_cmyk ; varmod=prc ; varobs=86400.*pr ;; |
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70 | hfns) lev='(-INF)(-200,200,50)(-75)(-25)(25)(75)(INF)'; levd='(-Inf)(-80,80,20)(Inf)' ;; |
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71 | tas) lev='(-INF)(-60,20,10)(6,26,4)(24)(27)(28)(30)(INF)' ; levd='(-Inf)(-8,8)(-4,4)(-2,2,1)(Inf)' ; varmod=-273.15+tas ; varobs=-273.15+tas ;; |
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72 | sst) lev='(-INF)(-60,20,10)(6,26,4)(24)(27)(28)(30)(INF)' ; levd='(-Inf)(-8,8)(-4,4)(-2,2,1)(Inf)' ; varmod=-273.15+tas ; varobs=-273.15+sst ;; |
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73 | tasc) lev='(-INF)(-60,20,10)(6,26,4)(24)(27)(28)(30)(INF)' ; levd='(-Inf)(-8,8)(-4,4)(-2,2,1)(Inf)' ;; |
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74 | tauu) lev='(-INF)(-.16,.16,0.02)(INF)' ; levd='(-1.)(-0.16,0.16,0.02)(1.)' ;; |
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75 | tauv) lev='(-INF)(-0.16,0.16,0.02)(INF)' ; levd='(-1.)(-0.16,0.16,0.02)(1.)' ;; |
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76 | psl) lev='(-INF)(975,1030,5)(1040,1100,10)(INF)' ; levd='(-Inf)(-100,-60,10)(-20,20,2.5)(20,100,10)(Inf)' ;; |
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77 | zg500) lev='(-INF)(4900,5800,50)(INF)' ; levd='(-Inf)(-260,100,20)(Inf)' ;; |
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78 | sfcWind) levd='(-Inf)(-1.5,1.5,0.2)(Inf)' ;; |
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79 | hurs) levd='(-Inf)(-10,10,1)(Inf)' ;; |
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80 | ts) levd='(-Inf)(-3,3,0.5)(Inf)' ; varobs=tsk ;; |
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81 | deltat) levd='(-Inf)(-1,1,0.1)(Inf)' ; varmod=tsmtas ;; |
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82 | huss) levd='(-Inf)(-2.4,2.4,0.3)(Inf)' ; varmod=1000.*huss ;; |
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83 | prw) lev='(-Inf)(0.,65.,5)(Inf)' ; levd='(-Inf)(-30.,30.,5)(Inf)' ;; |
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84 | hfls) lev='(-Inf)(0,200,20)(Inf)' ; levd='(-Inf)(-50,-10,10)(-5,5,5)(5,50,10)(Inf)' ;; |
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85 | eva) lev='(-Inf)(0.5)(1,4,1)(6,14,2)(Inf)' ; levd='(-Inf)(-5)(-2,2,1)(-0.5)(-0.2)(0.2)(0.5)(5)(Inf)' ;; |
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86 | hfss) lev='(-Inf)(0,120,10)(Inf)' ; levd='(-Inf)(-50,-10,10)(-5,5,5)(5,50,10)(Inf)' ;; |
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87 | hfns) levd='(-Inf)(-50,-10,10)(-5,5,5)(5,50,10)(Inf)' ;; |
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88 | bils) levd='(-Inf)(-50,-10,10)(-5,5,5)(5,50,10)(Inf)' ; varobs=bils ;; |
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89 | cress) lev='(-Inf)(-120,-10,10)(Inf)' ; levd="$radd" ;; |
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90 | crels) lev='(-Inf)(0,100,10)(Inf)' ; levd="$radd" ;; |
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91 | crets) lev='(-Inf)(-60,60,10)(Inf)' ; levd="$radd" ;; |
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92 | crest) lev='(-Inf)(-120,-10,10)(Inf)' ; levd="$radd" ;; |
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93 | crelt) lev='(-Inf)(0,70,5)(Inf)' ; levd="$radd" ;; |
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94 | crett) lev='(-Inf)(-60,60,10)(Inf)' ; levd="$radd" ;; |
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95 | rts) lev='(-Inf)(-20,200,10)(Inf)' ; levd="$radd" ;; |
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96 | rtt) lev='(-Inf)(-100,100,10)(Inf)' ; levd="$radd" ;; |
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97 | rttcs) lev='(-Inf)(-100,100,10)(Inf)' ; levd="$radd" ;; |
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98 | rlut) lev='(-Inf)(150,320,10)(Inf)' ; levd="$radd" ;; |
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99 | rlutcs) lev='(-Inf)(150,350,10)(Inf)' ; levd="$radd" ;; |
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100 | rlus) lev='(-Inf)(120,400,20)(440)(480)(Inf)' ; levd="$radd" ;; |
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101 | rlds) lev='(-Inf)(100,420,20)(Inf)' ; levd="$radd" ;; |
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102 | rldscs) lev='(-Inf)(80,320,20)(Inf)' ; levd="$radd" ;; |
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103 | rsds) lev='(-Inf)(80,320,20)(Inf)' ; levd="$radd" ;; |
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104 | rsdscs) lev='(-Inf)(80,320,20)(Inf)' ; levd="$radd" ;; |
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105 | rsuscs) lev='(-Inf)(20,150,10)(Inf)' ; levd="$radd" ;; |
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106 | rsus) lev='(-Inf)(10,150,10)(Inf)' ; levd="$radd" ;; |
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107 | rsutcs) lev='(-Inf)(10)(30)(50,160,10)(180)(Inf)' ; levd="$radd" ;; |
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108 | rstt) lev='(-Inf)(0,330,10)(Inf)' ; levd="$radd" ;; |
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109 | rsttcs) lev='(-Inf)(0,330,10)(Inf)' ; levd="$radd" ;; |
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110 | rsts) lev='(-Inf)(0,330,10)(Inf)' ; levd="$radd" ;; |
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111 | rstscs) lev='(-Inf)(0,400,10)(Inf)' ; levd="$radd" ;; |
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112 | rsut) lev='(-Inf)(50,160,10)(Inf)' ; levd="$radd" ;; |
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113 | rsutcs) lev='(-Inf)(50,160,10)(Inf)' ; levd="$radd" ;; |
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114 | rsdt) lev='(-Inf)(0,700,10)(Inf)' ; levd="$radd" ;; |
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115 | albt|albs) lev='(-Inf)(0,100,5)(Inf)' ; levd='(-Inf)(-50,-10,10)(-5,5,5)(10,50,10)(Inf)' ;; |
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116 | cll) lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ; varobs=cllcalipso ;; |
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117 | clm) lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ; varobs=clmcalipso ;; |
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118 | clh) lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ; varobs=clhcalipso ;; |
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119 | clt) lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ; varobs=cltcalipso ;; |
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120 | cltcalipso|clhcalipso|clmcalipso|cllcalipso) lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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121 | FO1cllcalipso|FO2cllcalipso|FO3cllcalipso) varmod=cllcalipso ; lev='(1)(2,24,2)(30,90,10)(INF)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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122 | FO1clmcalipso|FO2clmcalipso|FO3clmcalipso) varmod=clmcalipso ; lev='(1)(2,24,2)(30,90,10)(INF)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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123 | FO1clhcalipso|FO2clhcalipso|FO3clhcalipso) varmod=clhcalipso ; lev='(1)(2,24,2)(30,90,10)(INF)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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124 | clcalipso) lev='(1,4,1)(4,32,2)(40,70,10)(Inf)' ; levd='(-Inf)(-30,30,5)(Inf)' ;; |
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125 | rah) lev='(-INF)(-180,0,10)(INF)'; levd="$rahd" ;; |
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126 | rahcs) lev='(-INF)(-180,0,10)(INF)'; levd="$rahd" ;; |
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127 | rahcre) lev='(-INF)(-40,70,5)(INF)' ; levd="$rahd" ;; |
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128 | rlah) lev='(-INF)(-280,-50,10)(INF)'; levd="$rahd" ;; |
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129 | rlahcs) lev='(-INF)(-280,-50,5)(INF)' ; levd="$rahd" ;; |
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130 | rlahcre) lev='(-INF)(-60,60,5)(INF)' ; levd="$rahd" ;; |
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131 | rsah) lev='(-INF)(0,150,10)(INF)'; levd="$rahd" ;; |
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132 | rsahcs) lev='(-INF)(0,150,10)(INF)' ; levd="$rahd" ;; |
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133 | rsahcre) lev='(-INF)(-20,20,5)(INF)' ; levd="$rahd" ;; |
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134 | cltoce|clhoce|clmoce|clloce) vlim=0:100 ; lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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135 | cltter|clhter|clmter|cllter) vlim=0:100 ; lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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136 | cltsic|clhsic|clmsic|cllsic) vlim=0:100 ; lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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137 | cltlic|clhlic|clmlic|clllic) vlim=0:100 ; lev='(-Inf)(0,10,2)(0,100,10)(Inf)' ; levd='(-Inf)(-70)(-40,40,5)(70)(Inf)' ;; |
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138 | *) echo variable $var non prevue ; exit |
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139 | esac |
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140 | echo FIGURE FIGURE FIGURE $sim $title $var |
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141 | cat <<eod>| open.jnl |
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142 | use "$orig/$sim/NC/all.nc" |
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143 | eod |
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144 | |
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145 | cat <<eod>| vardef.jnl |
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146 | let cress=rsds-rsus-rsdscs+rsuscs |
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147 | let crels=rlds-rldscs |
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148 | let rstt=rsdt-rsut |
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149 | let rsttcs=rsdt-rsutcs |
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150 | let rsts=rsds-rsus |
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151 | let rtt=rstt-rlut |
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152 | let rttcs=rsttcs-rlutcs |
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153 | let albt=100*(rsut/rsdt) |
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154 | let albs=100*(rsus/rsds) |
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155 | let crets=cress+crels |
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156 | let crest=rsutcs-rsut |
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157 | let crelt=rlutcs-rlut |
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158 | let crett=crest+crelt |
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159 | let rts=rsds-rsus+rlds-rlus |
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160 | let bil=rts-hfls-hfss |
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161 | !let hfns=hfls+hfss+rts |
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162 | !let hfns=bils |
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163 | let eva=hfls*0.03456 |
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164 | let tsmtas=ts-tas |
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165 | let tsk=ts+273.15 |
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166 | ! let pslhPa=psl/100. |
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167 | let tasc=tas-273.15 |
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168 | |
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169 | let rlah=rlus-rlds-rlut |
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170 | let rlahcs=rlus-rldscs-rlutcs |
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171 | let rlahcre=rlah-rlahcs |
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172 | |
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173 | let rsah=rsdt-rsut+rsus-rsds |
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174 | let rsahcs=rsdt-rsutcs+rsuscs-rsdscs |
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175 | let rsahcre=rsah-rsahcs |
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176 | |
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177 | let rah=rsah+rlah |
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178 | let rahcs=rsahcs+rlahcs |
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179 | let rahcre=rah-rahcs |
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180 | |
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181 | let clloce = if oce[d=1] ge 99 then cllcalipso |
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182 | let cllter = if ter[d=1] ge 99 then cllcalipso |
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183 | let cllsic = if sic[d=1] ge 99 then cllcalipso |
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184 | let clllic = if lic[d=1] ge 99 then cllcalipso |
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185 | |
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186 | let clmoce = if oce[d=1] ge 99 then clmcalipso |
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187 | let clmter = if ter[d=1] ge 99 then clmcalipso |
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188 | let clmsic = if sic[d=1] ge 99 then clmcalipso |
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189 | let clmlic = if lic[d=1] ge 99 then clmcalipso |
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190 | |
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191 | let clhoce = if oce[d=1] ge 99 then clhcalipso |
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192 | let clhter = if ter[d=1] ge 99 then clhcalipso |
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193 | let clhsic = if sic[d=1] ge 99 then clhcalipso |
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194 | let clhlic = if lic[d=1] ge 99 then clhcalipso |
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195 | |
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196 | reg/x=-180.:180./l=1/y=-90:90 !globe |
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197 | eod |
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198 | |
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199 | cat <<eod>| ZON.jnl |
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200 | go open.jnl |
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201 | go vardef.jnl |
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202 | let vv=$varmod[i=@ave,d=1] |
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203 | list/format=(f15.3,f15.3) y*(0*vv+1.),vv |
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204 | !list/noh/file=$varmod.ASCII/format=(f15.3,e15.3,e15.3) y*(0*vv[d=1]+1.),vv[d=1],vv[d=2] |
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205 | eod |
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206 | |
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207 | cat <<eod>| AMMACROSS.jnl |
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208 | go open.jnl |
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209 | go vardef.jnl |
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210 | let vv=$varmod[i=@ave,d=1] |
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211 | list/x=-10.:10./y=-5.:25./format=(f15.3,f15.3) y*(0*vv+1.),vv |
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212 | !list/noh/file=$varmod.ASCII/format=(f15.3,e15.3,e15.3) y*(0*vv[d=1]+1.),vv[d=1],vv[d=2] |
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213 | eod |
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214 | |
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215 | cat <<eod>| GLOB.jnl |
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216 | go open.jnl |
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217 | go vardef.jnl |
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218 | list/format=(f15.3) $varmod[i=@ave,j=@ave,d=1] |
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219 | eod |
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220 | |
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221 | |
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222 | for d in $zone ; do |
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223 | outf=$orig/$sim/$d/$var |
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224 | echo $outf |
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225 | if [ $force_create = 1 ] ; then rm -f $outf ; fi |
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226 | if [ ! -f $outf ] ; then |
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227 | $ferret -batch tmp.ps -script $d.jnl | sed -e '/:/d' -e '/\*/d' >| $outf |
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228 | fi |
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229 | done |
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230 | |
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231 | done |
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232 | |
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233 | |
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234 | done |
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