2024112213335800FALSECalculateField global_g2008_2 SEAS_START 1 VB #CalculateField global_g2008_2 FEWS_ID "[ADM0_NAME] +"+" + [ADM1_NAME] +"+" + [ADM2_NAME]" VB #DefineProjection global_g2008_2 GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]]AddField D:\FEWS\temp\G4\Global\g2008_2.shp POLY_ID TEXT # # 50 # NULLABLE NON_REQUIRED #CalculateField D:\FEWS\temp\G4\Global\g2008_2.shp POLY_ID calcValue(!POLY_ID!, None, !ADM0_CODE!, !ADM1_CODE!, !ADM2_CODE!, '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\Global\g2008_2.shp POLY_NAME String # # 250 # NULLABLE NON_REQUIRED #CalculateField D:\FEWS\temp\G4\Global\g2008_2.shp POLY_NAME calcValue(!POLY_NAME!, !FEWS_ID!, None, None, None, 'POLY_NAME', '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\Global\g2008_2.shp GS_START SHORT 5 # # # NULLABLE NON_REQUIRED #CalculateField D:\FEWS\temp\G4\Global\g2008_2.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\Global\g2008_2.shp WS_START SHORT 5 # # # NULLABLE NON_REQUIRED #CalculateField D:\FEWS\temp\G4\Global\g2008_2.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"Copy M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_production\static_data\Global_adm2_v1\g2008_2.shp M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\updates\g2008_2.shp Shapefile #Rename M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\updates\g2008_2.shp M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\updates\g2008_2_before_merge_ad_adm2.shp ShapeFileDeleteFeatures "NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2"Merge 'NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2';'NEW viewer_G5\vector_data\NEW - g2008_af_2' M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\updates\g2008_2.shp "AREA "AREA" true true false 20 Double 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,AREA,-1,-1;PERIMETER "PERIMETER" true true false 20 Double 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,PERIMETER,-1,-1;G2008_2B_ "G2008_2B_" true true false 11 Double 0 11,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,G2008_2B_,-1,-1;G2008_2B_I "G2008_2B_I" true true false 11 Double 0 11,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,G2008_2B_I,-1,-1;ADM2_CODE "ADM2_CODE" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,ADM2_CODE,-1,-1,NEW viewer_G5\vector_data\NEW - g2008_af_2,ADM2_CODE,-1,-1;ADM0_CODE "ADM0_CODE" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,ADM0_CODE,-1,-1,NEW viewer_G5\vector_data\NEW - g2008_af_2,ADM0_CODE,-1,-1;ADM0_NAME "ADM0_NAME" true true false 100 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,ADM0_NAME,0,99,NEW viewer_G5\vector_data\NEW - g2008_af_2,ADM0_NAME,0,99;ADM1_NAME "ADM1_NAME" true true false 100 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,ADM1_NAME,0,99,NEW viewer_G5\vector_data\NEW - g2008_af_2,ADM1_NAME,0,99;ADM1_CODE "ADM1_CODE" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,ADM1_CODE,-1,-1,NEW viewer_G5\vector_data\NEW - g2008_af_2,ADM1_CODE,-1,-1;ADM2_NAME "ADM2_NAME" true true false 100 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,ADM2_NAME,0,99,NEW viewer_G5\vector_data\NEW - g2008_af_2,ADM2_NAME,0,99;LAST_UPDAT "LAST_UPDAT" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,LAST_UPDAT,-1,-1;CONTINENT "CONTINENT" true true false 150 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,CONTINENT,0,149;REGION "REGION" true true false 150 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,REGION,0,149;STR_YEAR0 "STR_YEAR0" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,STR_YEAR0,-1,-1;STR_YEAR1 "STR_YEAR1" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,STR_YEAR1,-1,-1;STR_YEAR2 "STR_YEAR2" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,STR_YEAR2,-1,-1;EXP_YEAR0 "EXP_YEAR0" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,EXP_YEAR0,-1,-1;EXP_YEAR1 "EXP_YEAR1" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,EXP_YEAR1,-1,-1;EXP_YEAR2 "EXP_YEAR2" true true false 16 Double 0 16,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,EXP_YEAR2,-1,-1;FEWS_ID "FEWS_ID" true true false 250 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,FEWS_ID,0,249;SEAS_START "SEAS_START" true true false 10 Long 0 10,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,SEAS_START,-1,-1;POLY_ID "POLY_ID" true true false 50 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,POLY_ID,0,49,NEW viewer_G5\vector_data\NEW - g2008_af_2,POLY_ID,0,49;POLY_NAME "POLY_NAME" true true false 250 Text 0 0,First,#,NEW viewer_G5\static_data\before_updates\NEW - g2008_2_before_merge_ad_adm2,POLY_NAME,0,249,NEW viewer_G5\vector_data\NEW - g2008_af_2,POLY_NAME,0,253;GS_START "GS_START" true true false 5 Long 0 5,First,#,NEW viewer_G5\vector_data\NEW - g2008_af_2,GS_START,-1,-1;WS_START "WS_START" true true false 5 Long 0 5,First,#,NEW viewer_G5\vector_data\NEW - g2008_af_2,WS_START,-1,-1" NO_SOURCE_INFOCopy M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\updates\g2008_2.shp M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\g2008_2.shp Shapefile #RepairGeometry M:\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\g2008_2.shp DELETE_NULL Esrifile://\\igskmncnfs016\fewsfs1\FEWS\Users\Claudia\G5_shapefiles\CY-SCIGEOENG5-1900\viewer_G5_updates_workspace\static_data\Global_adm2_v2\g2008_2Local Area Networkg2008_20020.000GeographicGCS_WGS_1984Angular Unit: Degree (0.017453)<GeographicCoordinateSystem xsi:type='typens:GeographicCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.3.0'><WKT>GEOGCS[&quot;GCS_WGS_1984&quot;,DATUM[&quot;D_WGS_1984&quot;,SPHEROID[&quot;WGS_1984&quot;,6378137.0,298.257223563]],PRIMEM[&quot;Greenwich&quot;,0.0],UNIT[&quot;Degree&quot;,0.0174532925199433],AUTHORITY[&quot;EPSG&quot;,4326]]</WKT><XOrigin>-400</XOrigin><YOrigin>-400</YOrigin><XYScale>11258999068426.238</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>8.983152841195215e-09</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><LeftLongitude>-180</LeftLongitude><WKID>4326</WKID><LatestWKID>4326</LatestWKID></GeographicCoordinateSystem>20241122124623002024112212462300Microsoft Windows 10 Version 10.0 (Build 19045) ; Esri ArcGIS 13.3.2.52636g2008_2Shapefile0.000datasetEPSG6.2(3.0.1)0SimpleFALSE0FALSEFALSEg2008_2Feature Class0FIDFIDOID400Internal feature number.EsriSequential unique whole numbers that are automatically generated.ShapeShapeGeometry000Feature geometry.EsriCoordinates defining the features.AREAAREADouble1900PERIMETERPERIMETERDouble1900G2008_2B_G2008_2B_Double11110G2008_2B_IG2008_2B_IDouble11110ADM2_CODEADM2_CODEDouble16160ADM0_CODEADM0_CODEDouble16160ADM0_NAMEADM0_NAMEString10000ADM1_NAMEADM1_NAMEString10000ADM1_CODEADM1_CODEDouble16160ADM2_NAMEADM2_NAMEString10000LAST_UPDATLAST_UPDATDouble16160CONTINENTCONTINENTString15000REGIONREGIONString15000STR_YEAR0STR_YEAR0Double16160STR_YEAR1STR_YEAR1Double16160STR_YEAR2STR_YEAR2Double16160EXP_YEAR0EXP_YEAR0Double16160EXP_YEAR1EXP_YEAR1Double16160EXP_YEAR2EXP_YEAR2Double16160FEWS_IDFEWS_IDString25000SEAS_STARTSEAS_STARTInteger10100POLY_IDPOLY_IDString5000POLY_NAMEPOLY_NAMEString25000GS_STARTGS_STARTInteger550WS_STARTWS_STARTInteger55020241122