1 | ### Wrapper for all gcm utilities. |
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2 | ### |
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3 | ### A. Colaitis -- LMD -- 08/11/2011 <-- Added ZRECAST for altitude mode, and MCS and TES modes for Pressure |
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4 | ### A. Colaitis -- LMD -- 08/11/2011 <-- Added HRECAST for MCS and TES predefined grids |
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5 | ### Added wrapper to streamfunction.e |
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6 | ### Added wrapper to localtime.e |
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7 | |
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8 | def call_zrecast ( interp_mode = '4', \ |
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9 | input_name = None, \ |
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10 | fields = 'all', \ |
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11 | limites = None, \ |
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12 | predefined = None): |
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13 | |
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14 | import numpy as np |
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15 | from myplot import separatenames |
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16 | from os import system |
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17 | pressure_axis_tes=[1658.152,1291.37,1005.72,783.2555,610.,475.0685,369.9837,288.1436,224.4065,174.7679,136.1094,106.0021,82.55452,64.29353,50.07185,38.99599,30.37011,23.65227,18.4204,14.34583,11.17254] |
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18 | pressure_axis_mcs=[1878.9, 1658.2, 1463.3, 1291.4, 1139.6, 1005.7, 887.54, 783.26,691.22, 610., 538.32, 475.07, 419.25, 369.98, 326.51, 288.14, 254.29,224.41, 198.04, 174.77, 154.23, 136.11, 120.12, 106., 93.547, 82.555,72.854, 64.294, 56.739, 50.072, 44.188, 38.996, 34.414, 30.37, 26.802,23.652, 20.873, 18.42, 16.256, 14.346, 12.66, 11.173, 9.8597, 8.7012,7.6788, 6.7765, 5.9802, 5.2775, 4.6574, 4.1101, 3.6272, 3.201, 2.8249,2.4929, 2.2, 1.9415, 1.7134, 1.512, 1.3344, 1.1776, 1.0392, 0.9171,0.80934, 0.71424, 0.63031, 0.55625, 0.49089, 0.43321, 0.3823, 0.33738,0.29774, 0.26275, 0.23188, 0.20463, 0.18059, 0.15937, 0.14064, 0.12412,0.10953, 0.096661, 0.085303, 0.07528, 0.066434, 0.058628, 0.051739,0.04566, 0.040294, 0.03556, 0.031381, 0.027694, 0.02444, 0.021568,0.019034, 0.016797, 0.014824, 0.013082, 0.011545, 0.010188, 0.0089909,0.0079345, 0.0070021, 0.0061794, 0.0054533, 0.0048125, 0.004247] |
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19 | system("rm -f zrecast.auto.def") |
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20 | system("touch zrecast.auto.def") |
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21 | indicefile=0 |
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22 | outputfilename="" |
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23 | f = open('zrecast.auto.def', 'w') |
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24 | |
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25 | for zfile in input_name: |
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26 | f.write(zfile+"\n") |
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27 | for zvar in fields: |
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28 | f.write(zvar+"\n") |
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29 | f.write("\n") |
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30 | if interp_mode == 4: |
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31 | append="_S" |
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32 | f.write("3"+"\n") |
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33 | f.write("yes"+"\n") |
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34 | f.write("0 150000"+"\n") |
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35 | elif interp_mode == 2: |
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36 | append="_P" |
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37 | if predefined in ["TES","tes"]: |
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38 | print "Using TES pressure levels" |
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39 | f.write("1"+"\n") |
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40 | f.write("no"+"\n") |
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41 | f.write(str(len(pressure_axis_tes))+"\n") |
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42 | for zp in pressure_axis_tes: |
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43 | f.write(str(zp)+"\n") |
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44 | f.write("\n") |
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45 | elif predefined in ["MCS","mcs"]: |
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46 | print "Using MCS pressure levels" |
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47 | f.write("1"+"\n") |
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48 | f.write("no"+"\n") |
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49 | f.write(str(len(pressure_axis_mcs))+"\n") |
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50 | for zp in pressure_axis_mcs: |
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51 | f.write(str(zp)+"\n") |
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52 | f.write("\n") |
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53 | else: |
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54 | f.write("1"+"\n") |
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55 | f.write("yes"+"\n") |
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56 | if limites[0] != -9999.: f.write(str(limites[0])+" "+str(limites[-1])+"\n") |
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57 | else: f.write("370 0.1"+"\n") |
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58 | #f.write("1000000 100"+"\n") |
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59 | f.write("20"+"\n") |
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60 | else: |
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61 | print "zrecast interp option unsupported for now. Exiting." |
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62 | exit() |
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63 | f.close() |
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64 | system("zrecast.e < zrecast.auto.def") |
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65 | |
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66 | if indicefile is 0: |
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67 | outputfilename=input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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68 | else: |
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69 | outputfilename=outputfilename+","+input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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70 | indicefile = indicefile +1 |
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71 | |
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72 | for i in range(len(outputfilename)): |
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73 | output_name = separatenames(outputfilename) |
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74 | |
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75 | return output_name |
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76 | |
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77 | def call_hrecast ( input_name = None, \ |
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78 | fields = 'all', \ |
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79 | predefined = None): |
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80 | |
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81 | import numpy as np |
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82 | from myplot import separatenames |
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83 | from os import system |
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84 | # Beware that latitude axis in mcs and tes files is reversed |
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85 | # When comparing to MCS or TES data, one has to reverse the latitude axis and data along latitude axis. |
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86 | # This is for exemple automatically done in mcs.py. |
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87 | # This could also be done in a future tes.py. |
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88 | latitudes_reversed_tes_mcs=[88.5, 85.5, 82.5, 79.5, 76.5, 73.5, 70.5, 67.5, 64.5, 61.5, 58.5, 55.5, 52.5, 49.5, 46.5, 43.5, 40.5, 37.5, 34.5, 31.5, 28.5, 25.5, 22.5, 19.5, 16.5, 13.5, 10.5, 7.5, 4.5, 1.5, -1.5, -4.5, -7.5, -10.5, -13.5, -16.5, -19.5, -22.5, -25.5, -28.5, -31.5, -34.5, -37.5, -40.5, -43.5, -46.5, -49.5, -52.5, -55.5, -58.5, -61.5, -64.5, -67.5, -70.5, -73.5, -76.5, -79.5, -82.5, -85.5, -88.5] |
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89 | longitudes_tes_mcs=[-176.25, -168.75, -161.25, -153.75, -146.25, -138.75, -131.25,-123.75, -116.25, -108.75, -101.25, -93.75, -86.25, -78.75, -71.25, -63.75, -56.25, -48.75, -41.25, -33.75, -26.25, -18.75, -11.25, -3.75, 3.75, 11.25, 18.75, 26.25, 33.75, 41.25, 48.75, 56.25, 63.75, 71.25, 78.75, 86.25, 93.75, 101.25, 108.75, 116.25, 123.75, 131.25, 138.75, 146.25, 153.75, 161.25, 168.75, 176.25] |
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90 | system("rm -f hrecast.auto.def") |
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91 | system("touch hrecast.auto.def") |
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92 | indicefile=0 |
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93 | outputfilename="" |
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94 | append="_h" |
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95 | f = open('hrecast.auto.def', 'w') |
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96 | for zfile in input_name: |
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97 | f.write(zfile+"\n") |
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98 | for zvar in fields: |
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99 | f.write(zvar+"\n") |
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100 | f.write("\n") |
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101 | if predefined in ["MCS","mcs","TES","tes"]: |
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102 | f.write(str(len(longitudes_tes_mcs))+"\n") |
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103 | for lon in longitudes_tes_mcs: |
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104 | f.write(str(lon)+"\n") |
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105 | f.write(str(len(latitudes_reversed_tes_mcs))+"\n") |
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106 | for lat in latitudes_reversed_tes_mcs: |
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107 | f.write(str(lat)+"\n") |
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108 | f.close() |
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109 | system("hrecast.e < hrecast.auto.def") |
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110 | |
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111 | if indicefile is 0: |
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112 | outputfilename=input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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113 | else: |
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114 | outputfilename=outputfilename+","+input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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115 | indicefile = indicefile +1 |
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116 | |
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117 | for i in range(len(outputfilename)): |
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118 | output_name = separatenames(outputfilename) |
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119 | |
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120 | return output_name |
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121 | |
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122 | def call_localtime ( input_name = None, \ |
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123 | fields = 'all', \ |
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124 | times = None): |
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125 | |
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126 | import numpy as np |
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127 | from myplot import separatenames |
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128 | from os import system |
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129 | system("rm -f localtime.auto.def") |
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130 | system("touch localtime.auto.def") |
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131 | indicefile=0 |
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132 | outputfilename="" |
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133 | append="_LT" |
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134 | f = open('localtime.auto.def', 'w') |
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135 | for zfile in input_name: |
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136 | f.write(zfile+"\n") |
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137 | for zvar in fields: |
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138 | f.write(zvar+"\n") |
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139 | f.write("\n") |
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140 | f.write(str(len(times))+"\n") |
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141 | for t in times: |
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142 | f.write(str(t)+"\n") |
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143 | f.close() |
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144 | system("localtime.e < localtime.auto.def") |
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145 | |
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146 | if indicefile is 0: |
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147 | outputfilename=input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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148 | else: |
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149 | outputfilename=outputfilename+","+input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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150 | indicefile = indicefile +1 |
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151 | |
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152 | for i in range(len(outputfilename)): |
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153 | output_name = separatenames(outputfilename) |
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154 | |
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155 | return output_name |
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156 | |
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157 | def call_streamfunction ( input_name = None): |
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158 | import numpy as np |
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159 | from myplot import separatenames |
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160 | from os import system |
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161 | system("rm -f streamfunction.auto.def") |
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162 | system("touch streamfunction.auto.def") |
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163 | indicefile=0 |
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164 | outputfilename="" |
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165 | append="_stream" |
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166 | f = open('streamfunction.auto.def', 'w') |
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167 | for zfile in input_name: |
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168 | f.write(zfile+"\n") |
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169 | f.close() |
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170 | system("streamfunction.e < streamfunction.auto.def") |
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171 | |
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172 | if indicefile is 0: |
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173 | outputfilename=input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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174 | else: |
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175 | outputfilename=outputfilename+","+input_name[indicefile][0:len(input_name[0])-3]+append+".nc" |
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176 | indicefile = indicefile +1 |
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177 | |
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178 | for i in range(len(outputfilename)): |
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179 | output_name = separatenames(outputfilename) |
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180 | |
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181 | return output_name |
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182 | |
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