20190820 12574200 1.0 TRUE CopyFeatures fl_hexs "Q:\SACSIM19\Integration Data Summary\ILUT GIS\ILUT GIS.gdb\hex_ILUT20190730ilut_combined2016_22_2" # # # # CalculateField hex_ILUT20190730ilut_combined2016_22_2 EMP_noEx "[SUM_EMPTOT_propl] - [SUM_JOB_ExWorker_propl]" VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16_c get_vmt_per_cap_cat( !SUM_VMT_TOT_RES_propl! , !SUM_DU_TOT_propl! , !SUM_POP_TOT_propl!, 17.9258456411651) PYTHON_9.3 "def get_vmt_per_cap_cat(vmt, du, pop, avg_vmt_pcap):\n if pop == 0:\n return -1\n else:\n vmt_per_cap = vmt / pop\n if vmt_per_cap > 0 and vmt_per_cap <= 0.5 * avg_vmt_pcap:\n return 50\n elif vmt_per_cap >0.5 * avg_vmt_pcap and vmt_per_cap <= 0.85 * avg_vmt_pcap:\n return 85\n elif vmt_per_cap >0.85 * avg_vmt_pcap and vmt_per_cap <= 1 * avg_vmt_pcap:\n return 100\n elif vmt_per_cap >1 * avg_vmt_pcap and vmt_per_cap <= 1.15 * avg_vmt_pcap:\n return 115\n elif vmt_per_cap >1.15 * avg_vmt_pcap and vmt_per_cap <= 1.5 * avg_vmt_pcap:\n return 150\n elif vmt_per_cap >1.5 * avg_vmt_pcap:\n return 999\n\n\n" CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16_c get_vmt_per_cap_cat( !SUM_VMT_TOT_RES_propl! , !SUM_DU_TOT_propl! , !SUM_POP_TOT_propl!, 17.9258456411651) PYTHON_9.3 "def get_vmt_per_cap_cat(vmt, du, pop, avg_vmt_pcap):\n if pop == 0:\n return -1\n else:\n vmt_per_cap = vmt / pop\n if vmt_per_cap > 0 and vmt_per_cap <= 0.5 * avg_vmt_pcap:\n return 50\n elif vmt_per_cap >0.5 * avg_vmt_pcap and vmt_per_cap <= 0.85 * avg_vmt_pcap:\n return 85\n elif vmt_per_cap >0.85 * avg_vmt_pcap and vmt_per_cap <= 1 * avg_vmt_pcap:\n return 100\n elif vmt_per_cap >1 * avg_vmt_pcap and vmt_per_cap <= 1.15 * avg_vmt_pcap:\n return 115\n elif vmt_per_cap >1.15 * avg_vmt_pcap and vmt_per_cap <= 1.5 * avg_vmt_pcap:\n return 150\n elif vmt_per_cap >1.5 * avg_vmt_pcap:\n return 999\n\n\n" CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16W_c get_vmt_per_cap_cat( !SUM_VMT_wrk_tourend_propl! , !SUM_DU_TOT_propl! , !EMP_noEx! , 18.3122) PYTHON_9.3 "def get_vmt_per_cap_cat(vmt, du, pop, avg_vmt_pcap):\n if pop == 0:\n return -1\n else:\n vmt_per_cap = vmt / pop\n if vmt_per_cap > 0 and vmt_per_cap <= 0.5 * avg_vmt_pcap:\n return 50\n elif vmt_per_cap >0.5 * avg_vmt_pcap and vmt_per_cap <= 0.85 * avg_vmt_pcap:\n return 85\n elif vmt_per_cap >0.85 * avg_vmt_pcap and vmt_per_cap <= 1 * avg_vmt_pcap:\n return 100\n elif vmt_per_cap >1 * avg_vmt_pcap and vmt_per_cap <= 1.15 * avg_vmt_pcap:\n return 115\n elif vmt_per_cap >1.15 * avg_vmt_pcap and vmt_per_cap <= 1.5 * avg_vmt_pcap:\n return 150\n elif vmt_per_cap >1.5 * avg_vmt_pcap:\n return 999\n\n\n" CalculateField hex_ILUT20190730ilut_combined2016_22_2 DU16 [SUM_DU_TOT_propl] VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 POP16 [SUM_POP_TOT_propl] VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 EMP16 [SUM_EMPTOT_propl] VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 EMP16_noEx "[SUM_EMPTOT_propl] - [SUM_JOB_ExWorker_propl]" VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16_res [SUM_VMT_TOT_RES_propl] VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16_wrk [SUM_VMT_wrk_tourend_propl] VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16R_pp "[VMT16_res] / [POP16]" VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16W_J "[VMT16_wrk] / [EMP16_noEx]" VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT16R_C [VMT16_c] VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT40R_p "[VMT40_res] / [POP40]" VB # CalculateField hex_ILUT20190730ilut_combined2016_22_2 VMT40W_J "[VMT40_wrk] / [EMP40_noEx]" VB # CalculateField hex_VMT_16_40 POP1640 "[POP40] - [POP16]" VB # CalculateField hex_VMT_16_40 DU1640 "[DU40] - [DU16]" VB # CalculateField hex_VMT_16_40 EMP1640 "[EMP40] - [EMP16]" VB # CalculateField hex_VMT_16_40 VMT16R_C -1 VB # CalculateField hex_VMT_16_40 VMT40R_C -1 VB # CalculateField hex_VMT_16_40 VMTpp_chg "[VMT40R_p]- [VMT16R_pp]" VB # CalculateField hex_VMT_16_40 VMTchg_C 1 VB # CalculateField hex_VMT_16_40 VMTchg_C -1 VB # CalculateField hex_VMT_16_40 VMTchg_C 2 VB # CalculateField hex_VMT_16_40 VMTchg_C 3 VB # CalculateField hex_VMT_16_40 VMTchg_C -1 VB # CalculateField hex_VMT_16_40 VMTchg_C -1 VB # AddField "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' 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/2.1.0'><WorkspaceConnectionString>DATABASE=Q:\SACSIM19\Integration Data Summary\ILUT GIS\ILUT GIS.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>hex_VMT_16_40_copy</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" VMTchg_C2 "Double (double precision)" # # # VMTchg_C2 NULLABLE NON_REQUIRED # CalculateField hex_VMT_16_40_copy VMTchg_C2 1.0 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 2.0 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 3.1 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 3.2 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 4.1 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 4.2 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 5.1 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 5.2 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 4.1 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 1.0 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 -1 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 2.0 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 1.1 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 1.2 "Python 3" # CalculateField hex_VMT_16_40_copy VMTchg_C2 -1 "Python 3" # file://\\data-svr\Modeling\SACSIM19\Integration Data Summary\ILUT GIS\ILUT GIS.gdb Local Area Network vmt hex Hex VMT showing 2016-2040 change in VMT per capita hex_VMT_16_40_copy 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