1 | #!/bin/bash |
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2 | |
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3 | set -vx |
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4 | force_create=1 |
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5 | |
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6 | comp=$1 |
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7 | local=`pwd` |
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8 | |
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9 | for season in YEAR ; do |
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10 | |
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11 | |
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12 | cd $local |
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13 | |
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14 | if [ "$season" = "YEAR" ] ; then |
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15 | masks="ter oce NAtl Arct circA otrop glob eto weak conv subs NH SH" |
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16 | mask_figs="NAtl Arct circA glob ter oce otrop interH etoa etow etows circAa NAtla conv weak subs" |
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17 | masks="glob" |
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18 | mask_figs="glob" |
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19 | else |
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20 | masks="NAtl Arct circA Sibe USA" |
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21 | mask_figs="NAtl Arct circA Sibe USA" |
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22 | fi |
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23 | |
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24 | WRK_D=$local/XMGR$$/$season |
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25 | if [ -d $WRK_D ] ; then WRK_D=$WRK_D$$ ; fi |
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26 | mkdir -p $WRK_D |
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27 | cd $WRK_D |
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28 | ln -s ../../mas*nc . |
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29 | |
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30 | comp=`basename $1` |
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31 | if [ -d /prodigfs/ipslfs/dods/fabric/lmdz/MultiSimu ] ; then |
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32 | # Installation multi modele fabric |
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33 | COMP_D=/prodigfs/ipslfs/dods/fabric/lmdz/MultiSimu/$comp |
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34 | CMOR_DIR=/prodigfs/ipslfs/dods/fabric/lmdz/VLR/$season |
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35 | elif [ "$comp" = "$1" ] ; then |
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36 | # Installation locale |
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37 | COMP_D=. |
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38 | CMOR_DIR=. |
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39 | else |
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40 | # Path absolu |
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41 | COMP_D=$1 |
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42 | CMOR_DIR=. |
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43 | fi |
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44 | |
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45 | ############################################### |
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46 | # Liste des simulations de la comparasion $comp |
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47 | listsims="" ; listsimsy="" |
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48 | DEF_FILE=$COMP_D/def.txt ; if [ ! -f "$DEF_FILE" ] ; then echo renseigner echo $DEF_FILE ; exit ; fi |
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49 | for s in `awk ' {print $1"_"$2 } ' $DEF_FILE` ; do listsimsy="$listsimsy $s" ; done |
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50 | for s in `awk ' {print $1 } ' $DEF_FILE` ; do listsims="$listsims $s" ; done |
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51 | ############################################### |
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52 | |
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53 | echo $listsimsy |
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54 | ici=`pwd` |
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55 | |
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56 | for simy in OBS $listsimsy ; do |
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57 | sim=`echo $simy | sed -e 's/_[0-9][0-9][0-9][0-9]_[0-9][0-9][0-9][0-9]//'` |
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58 | years=`echo $simy | sed -e s/${sim}//` |
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59 | echo SIM $sim |
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60 | echo years $years |
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61 | |
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62 | |
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63 | SIM_DIR=$CMOR_DIR/$GR/$sim$years |
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64 | ETOA_DIR=$SIM_DIR/METRICS |
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65 | |
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66 | |
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67 | for mask in $masks ; do |
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68 | # mkdir -p XMGR$$/$mask |
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69 | xmgr=$ETOA_DIR/$mask |
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70 | mkdir -p $ETOA_DIR |
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71 | if [ ! -f "$xmgr" -o "$force_create" = "1" ] ; then |
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72 | \rm -f $xmgr ; touch $xmgr |
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73 | if [ ! -d $SIM_DIR ] ; then echo $SIM_DIR absent ; exit ; fi |
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74 | set +e ; \rm resu$sim ; set -e |
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75 | for var in rsut clhcalipso cllcalipso clmcalipso cltcalipso clt hfls hfss hurs huss pr ts tas sst psl rldscs rlds rlus rlutcs rlut rsdscs rsds rsdt rsuscs rsus rsutcs prw ; do |
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76 | if [ -f "$SIM_DIR/NC/$var.nc" ] ; then |
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77 | if [ "$mask" = "glob" ] ; then |
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78 | val=`cdo output -fldmean -selvar,$var $SIM_DIR/NC/$var.nc` |
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79 | elif [ ! -f "mask$mask.nc" ] ; then |
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80 | echo Le fichier mask$mask.nc n existe pas ; exit |
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81 | else |
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82 | if [ 1 = 1 ] ; then |
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83 | if [ 1 = 0 ] && [ $var = "hfls" ] && [ $simy == "OBS" ]; then |
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84 | cdo remapcon,mask$mask.nc $SIM_DIR/NC/$var.nc_ocean-only tmp.nc |
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85 | val=`cdo output -fldmean -selvar,$var -mul tmp.nc mask$mask.nc` |
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86 | else |
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87 | cdo remapcon,mask$mask.nc $SIM_DIR/NC/$var.nc tmp.nc |
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88 | val=`cdo output -fldmean -selvar,$var -mul tmp.nc mask$mask.nc` |
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89 | fi |
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90 | else |
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91 | cdo remapcon,maskotrop.nc $SIM_DIR/NC/$var.nc tmp.nc |
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92 | cdo remapcon,maskotrop.nc mask$mask.nc mask.nc |
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93 | val=`cdo output -fldmean -selvar,$var -mul tmp.nc mask.nc` |
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94 | fi |
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95 | fi |
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96 | echo $mask $sim $var $val |
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97 | echo $var $val >> $xmgr |
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98 | else |
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99 | echo $var 999999 >> $xmgr |
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100 | fi |
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101 | done |
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102 | rsut=`grep '^rsut ' $xmgr | awk ' { print $2 } '` |
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103 | rsutcs=`grep '^rsutcs ' $xmgr | awk ' { print $2 } '` |
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104 | rlut=`grep '^rlut ' $xmgr | awk ' { print $2 } '` |
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105 | rlutcs=`grep '^rlutcs ' $xmgr | awk ' { print $2 } '` |
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106 | hfls=`grep '^hfls ' $xmgr | awk ' { print $2 } '` |
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107 | hfss=`grep '^hfss ' $xmgr | awk ' { print $2 } '` |
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108 | rlds=`grep '^rlds ' $xmgr | awk ' { print $2 } '` |
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109 | rldscs=`grep '^rldscs ' $xmgr | awk ' { print $2 } '` |
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110 | rsds=`grep '^rsds ' $xmgr | awk ' { print $2 } '` |
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111 | rsdscs=`grep '^rsdscs ' $xmgr | awk ' { print $2 } '` |
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112 | rlus=`grep '^rlus ' $xmgr | awk ' { print $2 } '` |
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113 | rsus=`grep '^rsus ' $xmgr | awk ' { print $2 } '` |
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114 | rsuscs=`grep '^rsuscs ' $xmgr | awk ' { print $2 } '` |
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115 | rsdt=`grep '^rsdt ' $xmgr | awk ' { print $2 } '` |
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116 | echo $rsut $rsutcs | awk ' { print "crest" , $2 - $1 } ' >> $xmgr |
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117 | echo $rlut $rlutcs | awk ' { print "crelt" , $2 - $1 } ' >> $xmgr |
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118 | echo $rsut $rsutcs $rlut $rlutcs | awk ' { print "cret" , $2 - $1 +$4 -$3 } ' >> $xmgr |
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119 | echo $rsdt $rsut | awk ' { print "rst" , $1 - $2 } ' >> $xmgr |
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120 | echo $rsdt $rsutcs | awk ' { print "rstcs" , $1 - $2 } ' >> $xmgr |
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121 | echo $rsdt $rsut $rlut | awk ' { print "rt" , $1 - $2 -$3 } ' >> $xmgr |
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122 | echo $hfls $hfss | awk ' { print "trbs" , $1 + $2 } ' >> $xmgr |
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123 | echo $rlds $rlus | awk ' { print "rls" , $1 - $2 } ' >> $xmgr |
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124 | echo $rsds $rsus | awk ' { print "rss" , $1 - $2 } ' >> $xmgr |
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125 | echo $rlds $rlus $rsds $rsus | awk ' { print "rs" , $1 - $2 +$3 - $4 } ' >> $xmgr |
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126 | echo $rlds $rldscs $rsds $rsdscs $rsus $rsuscs | awk ' { print "cres" , $1 - $2 + $3 - $4 - $5 + $6 } ' >> $xmgr |
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127 | echo $rlds $rldscs $rsds $rsdscs $rsus $rsuscs $hfls | awk ' { print "crehfls" , $1 - $2 + $3 - $4 - $5 + $6 - $7 } ' >> $xmgr |
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128 | echo $rlds $rlus $rsds $rsus $hfls $hfss | awk ' { print "bils" , $1 - $2 + $3 - $4 - $5 - $6 } ' >> $xmgr |
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129 | fi |
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130 | done |
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131 | |
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132 | # Masques combinés |
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133 | set +e |
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134 | paste $ETOA_DIR/otrop $ETOA_DIR/eto | awk ' { if ( $2 == 999999 || $4 == 999999 ) print $1 , 999999 ; else print $1 , $4 - $2 } ' >| $ETOA_DIR/etoa |
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135 | paste $ETOA_DIR/weak $ETOA_DIR/subs | awk ' { if ( $2 == 999999 || $4 == 999999 ) print $1 , 999999 ; else print $1 , $4 - $2 } ' >| $ETOA_DIR/etows |
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136 | paste $ETOA_DIR/weak $ETOA_DIR/eto | awk ' { if ( $2 == 999999 || $4 == 999999 ) print $1 , 999999 ; else print $1 , $4 - $2 } ' >| $ETOA_DIR/etow |
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137 | paste $ETOA_DIR/otrop $ETOA_DIR/circA | awk ' { if ( $2 == 999999 || $4 == 999999 ) print $1 , 999999 ; else print $1 , $4 - $2 } ' >| $ETOA_DIR/circAa |
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138 | paste $ETOA_DIR/NAtl $ETOA_DIR/otrop | awk ' { if ( $2 == 999999 || $4 == 999999 ) print $1 , 999999 ; else print $1 , $4 - $2 } ' >| $ETOA_DIR/NAtla |
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139 | paste $ETOA_DIR/SH $ETOA_DIR/NH | awk ' { if ( $2 == 999999 || $4 == 999999 ) print $1 , 999999 ; else print $1 , $4 - $2 } ' >| $ETOA_DIR/interH |
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140 | set -e |
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141 | |
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142 | done |
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143 | |
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144 | |
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145 | ######################################################################################### |
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146 | # Tracers |
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147 | ######################################################################################### |
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148 | |
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149 | |
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150 | |
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151 | cat <<eod>| descr |
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152 | clhcalipso 1 High Clouds |
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153 | cllcalipso 1 Low Clouds |
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154 | clmcalipso 1 Mid Clouds |
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155 | cltcalipso 1 Total Clouds |
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156 | clt 1 LMDZ Total Clouds |
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157 | hfls -1 -LE |
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158 | hfss -1 -H |
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159 | hurs 1 RHsrf |
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160 | huss 1 Surface specific humidity |
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161 | pr 10 PR*10 |
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162 | prw 1 PRW |
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163 | psl 1 SLP |
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164 | ts 10 Ts*10 |
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165 | sst 10 sst*10 |
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166 | tas 10 T2m*10 |
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167 | rlds 1 LWdn srf |
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168 | rldscs 1 LWdn srf Clr |
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169 | rlus -1 LWup Srf |
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170 | rlutcs -1 LW TOA Clr |
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171 | rlut -1 LW TOA |
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172 | rsdscs 1 SWdn srf Clr |
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173 | rsds 1 SWdn srf |
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174 | rsdt 1 SWdn TOA |
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175 | rsuscs -1 SWup srf Clr |
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176 | rsus -1 SWup srf |
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177 | rsutcs -1 SW TOA Clr |
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178 | rstcs -1 SW TOA Clr |
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179 | rsut -1 SW TOA |
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180 | crest 1 SW CRE TOA |
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181 | crelt 1 LW CRE TOA |
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182 | cres 1 CRE srf |
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183 | crehfls 1 CRE - LE |
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184 | cret 1 CRE TOA |
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185 | rst 1 SW TOA |
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186 | rt 1 SW+LW TOA |
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187 | trbs -1 -(LE+H) |
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188 | rls 1 LW srf |
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189 | rss 1 SW srf |
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190 | rs 1 SW+LW srf |
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191 | bils 1 Srf budget |
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192 | eod |
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193 | |
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194 | # ------------------- debut boucle sur les figures ---------------------------- |
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195 | for mask in $mask_figs ; do |
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196 | # ------------------- debut boucle sur les figures ---------------------------- |
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197 | |
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198 | case $mask in |
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199 | NAtla|circAa|etoa|etow|etows|oce|otrop) listevars="ts bils crehfls cres rs rss crest hfls tas cllcalipso clhcalipso " ;; |
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200 | interH|glob|ter|NAtl|circA|conv|weak|subs) listevars="bils tas rt rlutcs crelt rsutcs crest cllcalipso clmcalipso clhcalipso pr" ;; |
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201 | Arct|Sibe|USA) listevars="tas rs rlds rsds crelt crest cllcalipso clmcalipso clhcalipso pr prw" ;; |
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202 | *) echo cas non prevu ; exit |
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203 | esac |
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204 | |
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205 | nvars=`echo $listevars | wc -w | awk ' { print $1 } '` |
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206 | case $mask in |
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207 | NAtl) yax="North Atlantic " ;; |
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208 | Arct) yax="Arctic ocean" ;; |
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209 | circA) yax="Circum Antartica " ;; |
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210 | Sibe) yax="Siberia " ;; |
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211 | USA) yax="US Gr. Plains " ;; |
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212 | glob) yax="Global " ;; |
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213 | ter) yax="Land " ;; |
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214 | oce) yax="Ocean " ;; |
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215 | otrop) yax="Tropical ocean " ;; |
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216 | interH) yax="Inter Hemispheric " ;; |
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217 | etoa) yax="ETOA " ;; |
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218 | etow) yax="ETO - Weak " ;; |
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219 | etows) yax="subs - Weak " ;; |
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220 | circAa) yax="Circum Antartic Anom. " ;; |
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221 | NAtla) yax="Nort Atlantic Anom. " ;; |
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222 | conv) yax="Convective regimes " ;; |
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223 | weak) yax="Weak convection " ;; |
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224 | subs) yax="Subsidences " |
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225 | esac |
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226 | cat <<...eod>| tmp.param |
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227 | g0 type Chart |
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228 | world -0.5, -35, $nvars, 35 |
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229 | yaxis label "$yax Fluxes (W/m2) " |
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230 | xaxis ticklabel font 0 |
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231 | xaxis ticklabel color 1 |
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232 | xaxis tick place both |
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233 | xaxis tick spec type both |
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234 | xaxis tick spec 11 |
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235 | xaxis ticklabel char size 1.3 |
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236 | xaxis ticklabel angle 90 |
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237 | yaxis tick major 10 |
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238 | yaxis tick minor ticks 1 |
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239 | legend 1.20, 0.8 |
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240 | ...eod |
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241 | |
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242 | ii=0 |
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243 | for var in $listevars ; do |
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244 | fact=`grep "^$var " descr | awk ' { print $2 } '` |
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245 | titre=`grep "^$var " descr | sed -e 's/'$var'//' -e 's/'$fact'//'` |
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246 | cat <<......eod>> tmp.param |
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247 | xaxis tick major $ii, $ii |
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248 | xaxis ticklabel $ii, "$titre" |
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249 | ......eod |
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250 | (( ii = $ii + 1 )) |
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251 | done |
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252 | |
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253 | |
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254 | prev="" |
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255 | ip=0 |
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256 | listex="" |
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257 | echo LISTESIMSY $listsimsy |
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258 | for simy in $listsimsy ; do |
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259 | sim=`echo $simy | sed -e 's/_[0-9][0-9][0-9][0-9]_[0-9][0-9][0-9][0-9]//'` |
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260 | years=`echo $simy | sed -e s/${sim}//` |
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261 | echo $sim |
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262 | SIM_DIR=$CMOR_DIR/$sim$years/METRICS |
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263 | ls $SIM_DIR |
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264 | OBS_DIR=$CMOR_DIR/OBS/METRICS |
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265 | mkdir -p $WRK_D/$mask |
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266 | if [ "$sim" = "$prev" ] ; then # Cas ou on a plusieurs decennies de la meme simu |
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267 | (( ip = $ip + 1 )) |
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268 | xmgr=$WRK_D/$mask/$sim.$ip |
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269 | listex="$listex $sim.$ip" |
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270 | else |
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271 | xmgr=$WRK_D/$mask/$sim |
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272 | ip=0 ; prev=$sim |
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273 | listex="$listex $sim" |
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274 | fi |
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275 | rm -f $xmgr ; touch $xmgr |
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276 | for var in $listevars ; do |
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277 | echo var $var |
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278 | fact=`grep "^$var " descr | awk ' { print $2 } '` |
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279 | paste $OBS_DIR/$mask $SIM_DIR/$mask | grep "^$var " | awk ' { if ( $4 == 999999 ) print 0 ; else print '$fact' * ( $4 - $2 ) } ' >> $xmgr |
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280 | done |
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281 | done |
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282 | |
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283 | |
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284 | |
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285 | size=`echo $listsims | wc -w | awk ' { print 3. / $1 } '` |
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286 | for ii in 0 1 2 3 4 5 6 7 8 9 10 11 12 ; do |
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287 | echo "s$ii type bar" >> tmp.param |
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288 | echo "s$ii symbol fill pattern 1" >> tmp.param |
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289 | echo "s$ii symbol size $size" >> tmp.param |
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290 | echo "s$ii line linestyle 0" >> tmp.param |
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291 | done |
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292 | |
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293 | cd $WRK_D/$mask |
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294 | pwd ; echo xmgrace $listex -param ../../../tmp.param -legend load -hardcopy -hdevice EPS -printfile tmp.eps |
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295 | xmgrace $listex -param ../../../tmp.param -legend load -hardcopy -hdevice EPS -printfile tmp.eps |
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296 | epstopdf tmp.eps |
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297 | OUT_D=$COMP_D/METRICS/$season ; mkdir -p $OUT_D |
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298 | \mv -f tmp.pdf $OUT_D/$mask.pdf ; convert -density 144 $OUT_D/$mask.pdf $OUT_D/$mask.png |
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299 | cd ../../.. |
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300 | |
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301 | done |
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302 | |
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303 | cp mask*png $OUT_D |
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304 | done |
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