1 | from XDR import * |
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2 | |
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3 | |
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4 | ########################### |
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5 | # INITIALIZATION |
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6 | |
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7 | init() |
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8 | |
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9 | |
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10 | gridline="******************************************************************" |
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11 | gridline+="\n" |
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12 | gridline+="*** Summary of the coupling fields and their transformations: \n" |
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13 | gridline+="******************************************************************" |
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14 | gridline+="\n" |
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15 | gridline+="******************************************************************" |
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16 | gridline+="\n" |
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17 | multiple_list= [] |
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18 | mult_fields_name=[] |
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19 | mult_array={} |
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20 | grid_array={} |
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21 | grid_names_list=[] |
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22 | |
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23 | # Get the possible type of fields (single, multiple1, multiple2 ...) |
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24 | # depending on nb_mult (by default list initialized to (single,multiple1)) |
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25 | mult_fields_name=getListValue("mult_fields_name") |
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26 | grid_names_list=getListValue("grid_names_list") |
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27 | #print("nb_mult",nb_mult) |
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28 | #print("mult_fields_name",mult_fields_name) |
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29 | |
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30 | # Construction of the real names of the sent fields and the received |
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31 | # fields for each multiple and store them in the array mult_array |
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32 | for mult in mult_fields_name: |
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33 | if mult != "single" : |
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34 | # print(mult) |
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35 | sendnames = [] |
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36 | recvnames = [] |
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37 | for fields in getChildrenName("flddef"): |
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38 | if getValue("fldmult",fields) == mult: |
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39 | send =getValue("fldnamebef",fields) |
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40 | recv =getValue("fldnameaft",fields) |
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41 | field_label = getValue(fields) |
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42 | for fields2 in getChildrenName("group"): |
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43 | field_label2 = getValue(fields2,"group") |
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44 | for fields3 in getChildrenName("crs"): |
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45 | field_label3 = getValue(fields3,"crs") |
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46 | # print(field_label3,field_label2) |
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47 | if field_label3 == field_label2 : |
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48 | statusf= getValue("status",fields3).upper() |
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49 | # Treat the case where the field is INPUT or OUTPUT : |
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50 | # source and target symbolic names must be the same |
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51 | if ( (statusf == "OUTPUT") or (statusf == "INPUT") ) : |
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52 | send =getValue("fldnamebef",fields) |
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53 | recv = getValue("fldnamebef",fields) |
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54 | sendnames.append(send) |
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55 | recvnames.append(recv) |
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56 | mult_array[mult,"sendnames"] = sendnames |
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57 | mult_array[mult,"recvnames"] = recvnames |
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58 | # print(sendnames) |
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59 | # print(recvnames) |
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60 | |
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61 | |
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62 | # Create a tab with the characteristics of the |
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63 | # different grids defined in Grids and used in Fields |
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64 | for gridid in getChildrenName("gridsline"): |
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65 | grid_name=getValue(gridid) |
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66 | grid_array[grid_name,"grid_name"] = grid_name |
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67 | grid_array[grid_name,"grdstatus"] = getValue("gridstatus",gridid) |
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68 | grid_array[grid_name,"overlap"] = getValue("grid_overlap",gridid) |
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69 | grid_array[grid_name,"grddims"] = getValue("dimsgrid",gridid) |
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70 | if grid_array[grid_name,"grddims"] == "dims_on": |
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71 | grid_array[grid_name,"ni"] = getValue("ni_grid",gridid) |
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72 | grid_array[grid_name,"nj"] = getValue("nj_grid",gridid) |
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73 | |
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74 | |
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75 | # Loop over all the coupling fields to write the transformations |
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76 | # associated to each field. |
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77 | # treat the multiple fields only once. |
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78 | for fields in getChildrenName("flddef"): |
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79 | mult_cat = getValue("fldmult",fields) |
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80 | # print("mult_cat",mult_cat) |
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81 | if (mult_cat == "single") : |
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82 | field_label = getValue(fields) |
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83 | for fields3 in getChildrenName("crs"): |
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84 | field_label3 = getValue(fields3,"crs") |
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85 | # print(field_label3,field_label) |
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86 | if field_label3 == field_label : |
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87 | statusf= getValue("status",fields3).upper() |
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88 | # Treat the case where the field is INPUT or OUTPUT : |
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89 | # source and target symbolic names must be the same |
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90 | if ( (statusf == "OUTPUT") or (statusf == "INPUT") ) : |
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91 | gridline+=getValue("fldnamebef",fields)+"-"+getValue("fldnamebef",fields)+":" |
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92 | else : |
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93 | gridline+=getValue("fldnamebef",fields)+"-"+getValue("fldnameaft",fields)+":" |
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94 | gridline+="\n" |
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95 | else: |
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96 | if mult_cat in multiple_list: |
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97 | print ("Multiple field alreay treated") |
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98 | field_label="nothing" |
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99 | else : |
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100 | multiple_list.append(mult_cat) |
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101 | field_label=mult_cat |
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102 | gridline+=":".join(mult_array[mult_cat,"sendnames"]) + "-" |
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103 | gridline+=":".join(mult_array[mult_cat,"recvnames"]) |
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104 | gridline+="\n" |
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105 | |
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106 | # Get the grids informations |
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107 | if (field_label != "nothing"): |
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108 | src_name=getValue("srcgrid",fields) |
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109 | tgt_name=getValue("tgtgrid",fields) |
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110 | if grid_array[src_name,"grddims"] == "dims_on": |
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111 | gridline+="Source grid :" |
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112 | gridline+=" " |
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113 | gridline+=src_name |
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114 | gridline+="\n" |
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115 | gridline+="Dimensions :" |
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116 | gridline+=" " |
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117 | gridline+=grid_array[src_name,"ni"]+"x"+grid_array[src_name,"nj"] |
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118 | gridline+="\n" |
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119 | gridline+="Target grid :" |
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120 | gridline+=" " |
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121 | gridline+=tgt_name |
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122 | gridline+="\n" |
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123 | gridline+="Dimensions :" |
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124 | gridline+=" " |
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125 | gridline+=grid_array[tgt_name,"ni"]+"x"+grid_array[tgt_name,"nj"] |
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126 | gridline+="\n" |
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127 | else : |
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128 | gridline+="Source grid :" |
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129 | gridline+=" " |
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130 | gridline+=src_name |
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131 | gridline+="\n" |
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132 | gridline+="Target grid :" |
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133 | gridline+=" " |
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134 | gridline+=tgt_name |
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135 | gridline+="\n" |
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136 | |
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137 | for fields2 in getChildrenName("crs"): |
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138 | field_label2 = getValue(fields2,"crs") |
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139 | if field_label == field_label2 : |
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140 | src_status=grid_array[src_name,"grdstatus"] |
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141 | src_overlap=grid_array[src_name,"overlap"] |
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142 | tgt_status=grid_array[tgt_name,"grdstatus"] |
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143 | tgt_overlap=grid_array[tgt_name,"overlap"] |
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144 | if src_status == "periodical_grid" : |
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145 | gridline+="Source grid periodical with " |
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146 | gridline+=" " |
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147 | gridline+=src_overlap+" overlapping points" |
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148 | gridline+="\n" |
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149 | elif src_status == "regional_grid" : |
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150 | gridline+="Source grid regional" |
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151 | gridline+="\n" |
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152 | if tgt_status == "periodical_grid" : |
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153 | gridline+="Target grid periodical with " |
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154 | gridline+=" " |
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155 | gridline+=tgt_overlap+" overlapping points" |
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156 | gridline+=" " |
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157 | elif tgt_status == "regional_grid" : |
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158 | gridline+="Target grid regional" |
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159 | gridline+=" " |
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160 | gridline+="\n" |
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161 | |
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162 | # Get the informations concerning the coupling period, the restart file and the |
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163 | # status of the field |
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164 | for fields2 in getChildrenName("crs"): |
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165 | field_label2 = getValue(fields2,"crs") |
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166 | # print(field_label, field_label2) |
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167 | if field_label == field_label2 : |
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168 | gridline+="Coupling period="+getValue("cpl",fields2) |
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169 | gridline+="\n" |
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170 | gridline+="Restart file: "+getValue("restart",fields2) |
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171 | gridline+="\n" |
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172 | gridline+="Field status: "+getValue("status",fields2).upper() |
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173 | gridline+="\n" |
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174 | |
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175 | for fields3 in getChildrenName("seqlag","defseqlag"): |
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176 | field_label3 = getValue(fields3,"seqlag") |
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177 | if field_label == field_label3 : |
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178 | if getValue("seq",fields3) == "seq_on" : |
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179 | gridline+=" " |
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180 | gridline+="SEQ="+getValue("seq_fld",fields3) |
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181 | if getValue("lag",fields3) == "lag_on" : |
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182 | gridline+=" " |
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183 | gridline+="LAG="+getValue("lag_fld",fields3) |
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184 | gridline+="\n" |
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185 | |
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186 | |
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187 | # Transformations done on the coupling fields |
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188 | for fields2 in getChildrenName("time"): |
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189 | field_label2 = getValue(fields2,"time") |
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190 | if field_label == field_label2 : |
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191 | if getValue("loctrans",fields2) == "loctrans_on" : |
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192 | gridline+="Time transformation:"+getValue("loctransdef",fields2).upper() |
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193 | gridline+="\n" |
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194 | |
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195 | for fields2 in getChildrenName("checkinoutminmax"): |
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196 | field_label2 = getValue(fields2,"checkinoutminmax") |
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197 | if field_label == field_label2 : |
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198 | if getValue("checkin",fields2) == "checkin_on" : |
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199 | gridline+="Min and max of the field sent calculated" |
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200 | gridline+="\n" |
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201 | |
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202 | for fields2 in getChildrenName("checkinoutminmax"): |
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203 | field_label2 = getValue(fields2,"checkinoutminmax") |
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204 | if field_label == field_label2 : |
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205 | if getValue("checkout",fields2) == "checkout_on" : |
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206 | gridline+="Min and max of the received field calculated" |
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207 | gridline+="\n" |
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208 | |
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209 | for fields2 in getChildrenName("multaddoldnew"): |
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210 | field_label2 = getValue(fields2,"multaddoldnew") |
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211 | if field_label == field_label2 : |
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212 | if getValue("blasold",fields2) == "blasold_on" : |
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213 | gridline+="Multiply by "+getValue("xmult_blso","blasold_on",fields2)+" the field sent" |
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214 | gridline+="\n" |
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215 | if getValue("xadd_blso","blasold_on",fields2) == "0." : |
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216 | gridline+=" " |
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217 | else: |
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218 | gridline+="Add "+getValue("xadd_blso","blasold_on",fields2)+" to the field sent" |
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219 | gridline+="\n" |
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220 | |
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221 | for fields2 in getChildrenName("multaddoldnew"): |
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222 | field_label2 = getValue(fields2,"multaddoldnew") |
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223 | if field_label == field_label2 : |
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224 | if getValue("blasnew",fields2) == "blasnew_on" : |
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225 | gridline+="Multiply by "+getValue("xmult_blsn","blasnew_on",fields2)+" the received field" |
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226 | gridline+="\n" |
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227 | if getValue("xadd_blsn","blasnew_on",fields2) == "0." : |
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228 | gridline+=" " |
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229 | else: |
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230 | gridline+="Add "+getValue("xadd_blsn","blasnew_on",fields2)+" to the received field" |
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231 | gridline+="\n" |
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232 | |
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233 | |
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234 | for fields2 in getChildrenName("map"): |
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235 | field_label2 = getValue(fields2,"map") |
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236 | if field_label == field_label2 : |
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237 | if getValue("mapremapping",fields2) == "mapping_on" : |
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238 | gridline+="MAPPING is used with options: "+getValue("maploc",fields2)+" and "+getValue("mapstrategy",fields2) |
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239 | gridline+="\n" |
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240 | |
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241 | for fields2 in getChildrenName("interp"): |
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242 | field_label2 = getValue(fields2,"interp") |
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243 | if field_label == field_label2 : |
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244 | if getValue("scrip",fields2) == "scrip_on" : |
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245 | gridline+="SCRIPR is used: " |
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246 | gridline+="\n" |
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247 | if getValue("scriprinterp",fields2) == "distwgt" : |
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248 | gridline+="DISTWGT interpolation with "+getValue("nv_dist",fields2)+" neighbours" |
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249 | gridline+="\n" |
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250 | if getValue("scriprinterp",fields2) == "gauswgt" : |
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251 | gridline+="GAUSWGT interpolation with "+getValue("nv_gaus",fields2)+" neighbours" |
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252 | gridline+="\n" |
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253 | if getValue("scriprinterp",fields2) == "bilinear" : |
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254 | gridline+="BILINEAR interpolation" |
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255 | gridline+="\n" |
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256 | if getValue("scriprinterp",fields2) == "bicubic" : |
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257 | gridline+="BICUBIC interpolation" |
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258 | gridline+="\n" |
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259 | if getValue("scriprinterp",fields2) == "conserv_interp" : |
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260 | gridline+="CONSERVATIVE interpolation of: " |
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261 | gridline+="\n" |
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262 | if getValue("order_conserv",fields2) == "first_conserv" : |
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263 | gridline+= "FIRST ORDER" |
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264 | gridline+= "\n" |
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265 | elif getValue("order_conserv",fields2) == "second_conserv" : |
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266 | gridline+= "SECOND ORDER" |
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267 | gridline+= "\n" |
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268 | if getValue("norm_conserv",fields2) == "fracnnei_conserv" : |
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269 | gridline+= "using FRACNNEI option" |
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270 | gridline+= " " |
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271 | elif getValue("norm_conserv",fields2) == "fracarea_conserv" : |
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272 | gridline+= "FRACAREA" |
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273 | gridline+= " " |
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274 | elif getValue("norm_conserv",fields2) == "destarea_conserv" : |
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275 | gridline+= "DESTAREA" |
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276 | gridline+= " " |
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277 | |
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278 | |
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279 | for fields2 in getChildrenName("conservation"): |
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280 | field_label2 = getValue(fields2,"conservation") |
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281 | if field_label == field_label2 : |
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282 | if getValue("conservopt",fields2) == "conserv_on" : |
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283 | gridline+="Redistribution after interpolation (CONSERV)" |
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284 | gridline+="\n" |
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285 | gridline+= "with conserv option: "+getValue("conservstrategy",fields2).upper() |
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286 | gridline+="\n" |
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287 | if getValue("conservalgo",fields2) == "bfb_conserv_on" : |
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288 | gridline+="and bit-for-bit reproductibility option" |
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289 | gridline+="\n" |
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290 | elif getValue("conservalgo",fields2) == "opt_conserv_on" : |
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291 | gridline+="and optimize option" |
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292 | gridline+="\n" |
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293 | |
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294 | if (field_label == "nothing" ): |
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295 | gridline+="" |
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296 | else: |
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297 | gridline+="********************************************************" |
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298 | gridline+="\n" |
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299 | gridline+="********************************************************" |
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300 | gridline+="\n" |
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301 | |
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302 | |
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303 | summaryline=gridline |
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304 | # Write the informations in a window of the interface |
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305 | # not at the namcouple format |
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306 | setValue(summaryline,"summaryscript") |
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307 | |
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308 | ######################### |
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309 | # FINISHING |
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310 | finish() |
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311 | |
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