2019032013142400TRUEDefineProjection G:\Iraq\NewRivBas\snowbasins.shp PROJCS['User_Defined_Lambert_Azimuthal_Equal_Area',GEOGCS['GCS_User_Defined',DATUM['D_User_Defined',SPHEROID['User_Defined_Spheroid',6378137.0,0.0]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Lambert_Azimuthal_Equal_Area'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',20.0],PARAMETER['Latitude_Of_Origin',55.0],UNIT['Meter',1.0]] G:\Iraq\NewRivBas\snowbasins.shpCalculateField Palu_gage_catchment FEWS_CODE [NAME] VB #CalculateField Palu_gage_catchment SEAS_START 10 VB #Project Palu_gage_catchment B:\Gdrive\Iraq\NewRivBas\Palu_gage_basin_geo.shp GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]] # PROJCS['User_Defined_Lambert_Azimuthal_Equal_Area',GEOGCS['GCS_User_Defined',DATUM['D_User_Defined',SPHEROID['User_Defined_Spheroid',6378137.0,0.0]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Lambert_Azimuthal_Equal_Area'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',20.0],PARAMETER['Latitude_Of_Origin',55.0],UNIT['Meter',1.0]] NO_PRESERVE_SHAPE # NO_VERTICALAddField D:\FEWS\temp\G4\IraqGaugeCatchments\palu_gauge_bsn.shp POLY_ID String # # 20 # NULLABLE NON_REQUIRED #CalculateField D:\FEWS\temp\G4\IraqGaugeCatchments\palu_gauge_bsn.shp POLY_ID calcValue(!POLY_ID!, !FEWS_CODE!, None, None, None, 'POLY_ID', 'utf-8') PYTHON_9.3 "\ndef calcValue(new_fld, old_fld, fld0, fld1, fld2, new_fld_name, ecode):\n # print(new_fld, old_fld, fld0, fld1, fld2, new_fld_name, ecode)\n calc_exp_res = ''\n if new_fld_name == 'POLY_ID':\n if fld0 is not None and fld1 is not None and fld2 is not None:\n calc_exp_res = (str(int(fld0)) + '+' + str(int(fld1)) + '+' +\n str(int(fld2)))\n elif fld0 is not None and fld1 is not None and fld2 is None:\n calc_exp_res = str(int(fld0)) + '+' + str(int(fld1))\n elif fld0 is not None and fld1 is None and fld2 is None:\n calc_exp_res = str(int(fld0))\n elif old_fld is not None:\n calc_exp_res = str(old_fld)\n elif new_fld_name == 'POLY_NAME':\n if fld0 is not None and fld1 is not None and fld2 is not None:\n calc_exp_res = (fld0.encode(ecode) + '+' + fld1.encode(ecode) +\n '+' + fld2.encode(ecode))\n elif fld0 is not None and fld1 is not None and fld2 is None:\n calc_exp_res = fld0.encode(ecode) + '+' + fld1.encode(ecode)\n elif fld0 is not None and fld1 is None and fld2 is None:\n calc_exp_res = fld0.encode(ecode)\n elif old_fld is not None:\n calc_exp_res = old_fld.encode(ecode)\n elif new_fld_name == 'GS_START' or new_fld_name == 'WS_START':\n calc_exp_res = int(old_fld)\n # print(calc_exp_res) # for debugging\n return calc_exp_res\n"AddField D:\FEWS\temp\G4\IraqGaugeCatchments\palu_gauge_bsn.shp GS_START SHORT 5 # # # NULLABLE NON_REQUIRED #CalculateField D:\FEWS\temp\G4\IraqGaugeCatchments\palu_gauge_bsn.shp GS_START calcValue(!GS_START!, !SEAS_START!, None, None, None, 'GS_START', 'utf-8') PYTHON_9.3 "\ndef calcValue(new_fld, old_fld, fld0, fld1, fld2, new_fld_name, ecode):\n # print(new_fld, old_fld, fld0, fld1, fld2, new_fld_name, ecode)\n calc_exp_res = ''\n if new_fld_name == 'POLY_ID':\n if fld0 is not None and fld1 is not None and fld2 is not None:\n calc_exp_res = (str(int(fld0)) + '+' + str(int(fld1)) + '+' +\n str(int(fld2)))\n elif fld0 is not None and fld1 is not None and fld2 is None:\n calc_exp_res = str(int(fld0)) + '+' + str(int(fld1))\n elif fld0 is not None and fld1 is None and fld2 is None:\n calc_exp_res = str(int(fld0))\n elif old_fld is not None:\n calc_exp_res = str(old_fld)\n elif new_fld_name == 'POLY_NAME':\n if fld0 is not None and fld1 is not None and fld2 is not None:\n calc_exp_res = (fld0.encode(ecode) + '+' + fld1.encode(ecode) +\n '+' + fld2.encode(ecode))\n elif fld0 is not None and fld1 is not None and fld2 is None:\n calc_exp_res = fld0.encode(ecode) + '+' + fld1.encode(ecode)\n elif fld0 is not None and fld1 is None and fld2 is None:\n calc_exp_res = fld0.encode(ecode)\n elif old_fld is not None:\n calc_exp_res = old_fld.encode(ecode)\n elif new_fld_name == 'GS_START' or new_fld_name == 'WS_START':\n calc_exp_res = int(old_fld)\n # print(calc_exp_res) # for debugging\n return calc_exp_res\n"AddField D:\FEWS\temp\G4\IraqGaugeCatchments\palu_gauge_bsn.shp WS_START SHORT 5 # # # NULLABLE NON_REQUIRED #CalculateField D:\FEWS\temp\G4\IraqGaugeCatchments\palu_gauge_bsn.shp WS_START calcValue(!WS_START!, !SEAS_START!, None, None, None, 'WS_START', 'utf-8') PYTHON_9.3 "\ndef calcValue(new_fld, old_fld, fld0, fld1, fld2, new_fld_name, ecode):\n # print(new_fld, old_fld, fld0, fld1, fld2, new_fld_name, ecode)\n calc_exp_res = ''\n if new_fld_name == 'POLY_ID':\n if fld0 is not None and fld1 is not None and fld2 is not None:\n calc_exp_res = (str(int(fld0)) + '+' + str(int(fld1)) + '+' +\n str(int(fld2)))\n elif fld0 is not None and fld1 is not None and fld2 is None:\n calc_exp_res = str(int(fld0)) + '+' + str(int(fld1))\n elif fld0 is not None and fld1 is None and fld2 is None:\n calc_exp_res = str(int(fld0))\n elif old_fld is not None:\n calc_exp_res = str(old_fld)\n elif new_fld_name == 'POLY_NAME':\n if fld0 is not None and fld1 is not None and fld2 is not None:\n calc_exp_res = (fld0.encode(ecode) + '+' + fld1.encode(ecode) +\n '+' + fld2.encode(ecode))\n elif fld0 is not None and fld1 is not None and fld2 is None:\n calc_exp_res = fld0.encode(ecode) + '+' + fld1.encode(ecode)\n elif fld0 is not None and fld1 is None and fld2 is None:\n calc_exp_res = fld0.encode(ecode)\n elif old_fld is not None:\n calc_exp_res = old_fld.encode(ecode)\n elif new_fld_name == 'GS_START' or new_fld_name == 'WS_START':\n calc_exp_res = int(old_fld)\n # print(calc_exp_res) # for debugging\n return calc_exp_res\n"CalculateField palu_gauge_bsn FEWS_CODE [GRIDCODE] VB #CalculateField palu_gauge_bsn FEWS_ID [NAME] VB #file://\\gs.doi.net\siouxfallssd-n\CITT\FS2$\90daytemp\Pervez\Iraq_gage_catchments\Palu_gage_basin_geoLocal Area Network1.0