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Home My WebLink About03_TRBM_Appendix_A_-_Model_Static_Input_Data_and_Run_Code APPENDIX A – Model Static Input Data and Run Code [from basecase run called “SimBase” using current conditions] Static data tables included are: All Model Nodes All Model Arcs Reservoirs Nodes Reservoir Rules Reservoir SAE Data Demand Patterns Wastewater Return Patterns Arc Minimum Flows County Irrigation Data Crop Irrigation Coefficients OCL files included are: main.ocl udef_list.ocl agric_calculation.ocl agric_allocation.ocl set_inflows.ocl return_flows.ocl routing.ocl Rocky_Mt_Ops.ocl drought_plans.ocl Model Nodes Node Number Type Inflow Name 010 Junction OCL Tar River Gage 012 Demand None Tarr Ag 015 Junction None Oxford WWTP 025 Reservoir None Tar R. Routing 030 Junction OCL Kerr Lake RWS Transfer 050 Junction OCL Louisburg Gage 052 Demand None Loui Ag 060 Reservoir OCL New City Pond 066 Reservoir OCL Old City Pond 070 Junction OCL Cedar Creek gage 072 Junction None Franklinton Jnc. 074 Demand None Franklinton 075 Junction None Franklin Co. Jnc. 076 Demand None Franklin Co. Demand 077 Junction None Franklin Co WWTP 082 Demand None Cedr Ag 084 Junction None Louisburg Jnc. 086 Demand None Louisburg 090 Junction None Taylor Ck. Jnc. 093 Junction Pattern Bunn WWTP 095 Reservoir None Louisburg>Reservoir Routing 097 Junction Pattern Spring Hope WWTP 100 Junction None Node100 110 Junction None Ag Offtake 115 Junction OCL Wilson Emer. Transfer 120 Reservoir OCL Tar River Reservoir 122 Demand None Resv Ag 130 Junction None Lemon's Ferry Gage 135 Junction None Sunset Ave. WTP 140 Reservoir OCL Quarry 146 Demand None Rocky Mt. Demand 147 Junction Pattern Hospira WW 149 Junction Pattern EdgeGen WW 150 Junction None NC 97 (WWTP) 155 Reservoir None Reservoir>Tarboro Routing 190 Junction OCL Little Fishing Creek 200 Junction OCL Fishing Ck. Enfield Gage 202 Demand None Fish Ag 203 Junction None Warrenton WWTP Node Number Type Inflow Name 205 Junction None Littleton WWTP 210 Junction OCL Halifax Transfer 220 Junction None Enfield WD 226 Demand None Enfield Demand 230 Junction None Node230 240 Junction OCL Swift Creek 242 Demand None Swif Ag 243 Junction None Scotland Neck WWTP 250 Junction None Fishing Ck. Jnc. 296 Demand None Tarboro 300 Junction OCL Tarboro Gage 302 Demand None Tarb Ag 325 Junction Pattern Pinetops WWTP 327 Junction Pattern Macclesfield WWTP 330 Junction None Town Ck. Jnc. 335 Reservoir None Tarboro>Greenville Routing 380 Junction OCL Conetoe Creek gage 382 Demand None Cone Ag 390 Junction OCL GUC WD 391 Junction None GUC Total WD 392 Demand None GUC Demand 394 Demand None Farmville IBT 396 Demand None Greene Co. IBT 398 Demand None Winterville IBT 400 Junction OCL Greenville Gage 402 Demand None Gree Ag 999 Junction None Outflow Model Arcs U/S Number D/S Number Name Min Flow Max Flow 010 012 Tarr Ag None None 010 025 Tar R. Gage Flow None None 015 010 Oxford WW None None 025 050 Tar. R. Routed Flow None None 030 015 Kerr>Oxford Transfer None None 030 075 Kerr to Frank Co. None None 030 203 Kerr>Warrenton Transfer None None 050 052 Loui Ag None None 050 084 Total Louis. WD None None 050 090 Louisburg Gage Flow None None 060 070 60>70 None None 060 072 Cedar Ck. WD None None 066 070 66>70 None None 066 072 Taylor Ck. WD None None 070 082 Cedr Ag None None 070 090 70>90 None None 072 074 Franklinton WD None None 072 075 Franklinton>Franklin Co. None None 074 077 Franklinton WW None None 075 076 Franklin Co. WD None None 076 077 Franklin Co. WW None None 077 090 Franklin Co. Total WW None None 084 075 Louisburg>Franklin Co. None None 084 086 Louisburg WD None None 086 090 Louisburg WW None None 090 095 90>95 None None 093 100 Bunn WW None None 095 100 Louisburg Routed Flow None None 097 100 Spring Hope WW None None 100 110 100>110 None None 110 120 110>120 None None 110 122 Resv Ag WD None None 115 146 Wilson Emer. Trans. None Pattern 120 130 Tar. Res. Release OCL None 120 146 Tar Res. WD None Pattern 130 135 130>135 None None 135 146 Sunset Ave. WD None Pattern 135 150 135>150 None None U/S Number D/S Number Name Min Flow Max Flow 140 135 Quarry Release None None 146 150 Rocky Mt. WW None None 146 296 RM<>Tarboro Transfer None Pattern 147 150 Hospira WW None None 149 150 EdgeGen WW None None 150 155 150>200 None None 155 250 Res. Routed Flow None None 190 200 Lfsh>Fsh None None 200 202 Fish Ag None None 200 220 Enfield Gage Flow None None 203 200 Warrenton WW None None 205 200 Littleton WW None None 210 205 Halifax>Littleton Transfe None None 210 243 Halifax>ScotNeck Trans. None None 220 226 Enfield WD None None 220 230 220>230 None None 226 230 Enfield WW None None 230 250 230>250 None None 240 242 Swif Ag None None 240 250 Swift Creek None None 243 250 Scotland Neck WW None None 250 296 Tarboro WD None None 250 300 250>300 None None 296 330 Tarboro WW None None 300 302 Tarb Ag None None 300 330 300>330 None None 325 330 Pinetops WW None None 327 330 Macclesfield WW None None 330 335 330>335 None None 335 390 Tarboro Routed Flow None None 380 382 Cone Ag None None 380 390 380>390 None None 390 391 GUC WD None None 390 400 390>400 None None 390 402 Gree Ag None None 391 392 GUC Demand None None 391 394 Farmville IBT None None 391 396 Greene Co IBT None None 391 398 Winterville IBT None None U/S Number D/S Number Name Min Flow Max Flow 392 999 GUC WW Return None None 400 999 400>999 None None Reservoir Nodes Node Number Name Dead Storage Dead Stor Units Lower Rule Upper Rule Max Storage Max Stor Units 025 Tar R. Routing 0.0 AF None None 999.0 KAF 060 New City Pond 347.3 FT Pattern Pattern 354.0 FT 066 Old City Pond 294.3 FT None None 300.0 FT 095 Louisburg>Reservoir Routing 0.0 AF None None 999.0 KAF 120 Tar River Reservoir 100.0 feet Pattern Pattern 130.0 feet 140 Quarry 0.0 AF None None 2240.0 AF 155 Reservoir>Tarboro Routing 0.0 AF None None 999.0 KAF 335 Tarboro>Greenville Routing 0.0 AF None None 999.0 KAF Reservoir Rules Node Number Name Units Month Day Upper Rule Lower Rule 060 New City Pond FT 1 1 354.00 347.34 060 New City Pond FT 12 31 354.00 347.34 120 Tar River Reservoir FT 1 1 125.00 110.00 120 Tar River Reservoir FT 12 31 125.00 110.00 Reservoir SAE Data Node Number Name Elevation Elevation Units Storage Storage Units Area Area Units 120 Tar River Reservoir 100 feet 28 af 11 acre 120 Tar River Reservoir 105 feet 279 af 89 acre 120 Tar River Reservoir 110 feet 984 af 193 acre 120 Tar River Reservoir 115 feet 2431 af 386 acre 120 Tar River Reservoir 120 feet 5269 af 749 acre 120 Tar River Reservoir 125 feet 10151 af 1203 acre 120 Tar River Reservoir 130 feet 22930 af 2400 acre 140 Quarry -89 feet 0 af 0 acre 140 Quarry 3 feet 657 af 7.6 acre 140 Quarry 88 feet 2240 af 17 acre 060 New City Pond 347.34 FT 0 MG 0 acre 060 New City Pond 349.03 FT 6.8 MG 4.7 acre 060 New City Pond 350.29 FT 11.4 MG 7.9 acre 060 New City Pond 351.07 FT 14.8 MG 10.3 acre 060 New City Pond 351.52 FT 17.1 MG 11.9 acre 060 New City Pond 354 FT 22.8 MG 15.8 acre 066 Old City Pond 294.34 FT 0 MG 0 acre 066 Old City Pond 296.03 FT 3 MG 2.1 acre 066 Old City Pond 297.29 FT 5 MG 3.5 acre 066 Old City Pond 298.07 FT 6.5 MG 4.5 acre 066 Old City Pond 298.52 FT 7.5 MG 5.2 acre 066 Old City Pond 300 FT 10 MG 6.9 acre Demand Patterns Node Number Name Units Factor Month Day Demand 074 Franklinton MGD 0.318 1 1 0.952 074 Franklinton MGD 0.318 1 31 0.952 074 Franklinton MGD 0.318 2 1 0.909 074 Franklinton MGD 0.318 2 29 0.909 074 Franklinton MGD 0.318 3 1 0.874 074 Franklinton MGD 0.318 3 31 0.874 074 Franklinton MGD 0.318 4 1 0.990 074 Franklinton MGD 0.318 4 30 0.990 074 Franklinton MGD 0.318 5 1 0.986 074 Franklinton MGD 0.318 5 31 0.986 074 Franklinton MGD 0.318 6 1 1.086 074 Franklinton MGD 0.318 6 30 1.086 074 Franklinton MGD 0.318 7 1 1.140 074 Franklinton MGD 0.318 7 31 1.140 074 Franklinton MGD 0.318 8 1 1.139 074 Franklinton MGD 0.318 8 31 1.139 074 Franklinton MGD 0.318 9 1 1.155 074 Franklinton MGD 0.318 9 30 1.155 074 Franklinton MGD 0.318 10 1 0.986 074 Franklinton MGD 0.318 10 31 0.986 074 Franklinton MGD 0.318 11 1 0.924 074 Franklinton MGD 0.318 11 30 0.924 074 Franklinton MGD 0.318 12 1 0.860 074 Franklinton MGD 0.318 12 31 0.860 076 Franklin Co. Demand MGD 2.44 1 1 0.940 076 Franklin Co. Demand MGD 2.44 1 31 0.940 076 Franklin Co. Demand MGD 2.44 2 1 0.868 076 Franklin Co. Demand MGD 2.44 2 29 0.868 076 Franklin Co. Demand MGD 2.44 3 1 0.822 076 Franklin Co. Demand MGD 2.44 3 31 0.822 076 Franklin Co. Demand MGD 2.44 4 1 0.944 076 Franklin Co. Demand MGD 2.44 4 30 0.944 076 Franklin Co. Demand MGD 2.44 5 1 1.123 076 Franklin Co. Demand MGD 2.44 5 31 1.123 076 Franklin Co. Demand MGD 2.44 6 1 1.136 076 Franklin Co. Demand MGD 2.44 6 30 1.136 076 Franklin Co. Demand MGD 2.44 7 1 1.090 076 Franklin Co. Demand MGD 2.44 7 31 1.090 076 Franklin Co. Demand MGD 2.44 8 1 1.144 076 Franklin Co. Demand MGD 2.44 8 31 1.144 076 Franklin Co. Demand MGD 2.44 9 1 1.083 076 Franklin Co. Demand MGD 2.44 9 30 1.083 076 Franklin Co. Demand MGD 2.44 10 1 1.023 076 Franklin Co. Demand MGD 2.44 10 31 1.023 076 Franklin Co. Demand MGD 2.44 11 1 0.947 076 Franklin Co. Demand MGD 2.44 11 30 0.947 076 Franklin Co. Demand MGD 2.44 12 1 0.881 076 Franklin Co. Demand MGD 2.44 12 31 0.881 086 Louisburg MGD 0.555 1 1 0.937 086 Louisburg MGD 0.555 1 31 0.937 086 Louisburg MGD 0.555 2 1 0.964 086 Louisburg MGD 0.555 2 29 0.964 086 Louisburg MGD 0.555 3 1 0.991 086 Louisburg MGD 0.555 3 31 0.991 Node Number Name Units Factor Month Day Demand 086 Louisburg MGD 0.555 4 1 1.011 086 Louisburg MGD 0.555 4 30 1.011 086 Louisburg MGD 0.555 5 1 0.996 086 Louisburg MGD 0.555 5 31 0.996 086 Louisburg MGD 0.555 6 1 1.046 086 Louisburg MGD 0.555 6 30 1.046 086 Louisburg MGD 0.555 7 1 1.072 086 Louisburg MGD 0.555 7 31 1.072 086 Louisburg MGD 0.555 8 1 1.111 086 Louisburg MGD 0.555 8 31 1.111 086 Louisburg MGD 0.555 9 1 1.088 086 Louisburg MGD 0.555 9 30 1.088 086 Louisburg MGD 0.555 10 1 0.977 086 Louisburg MGD 0.555 10 31 0.977 086 Louisburg MGD 0.555 11 1 0.929 086 Louisburg MGD 0.555 11 30 0.929 086 Louisburg MGD 0.555 12 1 0.880 086 Louisburg MGD 0.555 12 31 0.880 146 Rocky Mt. Demand MGD 10 1 1 0.936 146 Rocky Mt. Demand MGD 10 1 31 0.936 146 Rocky Mt. Demand MGD 10 2 1 0.932 146 Rocky Mt. Demand MGD 10 2 29 0.932 146 Rocky Mt. Demand MGD 10 3 1 0.918 146 Rocky Mt. Demand MGD 10 3 31 0.918 146 Rocky Mt. Demand MGD 10 4 1 0.949 146 Rocky Mt. Demand MGD 10 4 30 0.949 146 Rocky Mt. Demand MGD 10 5 1 1.027 146 Rocky Mt. Demand MGD 10 5 31 1.027 146 Rocky Mt. Demand MGD 10 6 1 1.136 146 Rocky Mt. Demand MGD 10 6 30 1.136 146 Rocky Mt. Demand MGD 10 7 1 1.135 146 Rocky Mt. Demand MGD 10 7 31 1.135 146 Rocky Mt. Demand MGD 10 8 1 1.114 146 Rocky Mt. Demand MGD 10 8 31 1.114 146 Rocky Mt. Demand MGD 10 9 1 1.017 146 Rocky Mt. Demand MGD 10 9 30 1.017 146 Rocky Mt. Demand MGD 10 10 1 0.998 146 Rocky Mt. Demand MGD 10 10 31 0.998 146 Rocky Mt. Demand MGD 10 11 1 0.953 146 Rocky Mt. Demand MGD 10 11 30 0.953 146 Rocky Mt. Demand MGD 10 12 1 0.887 146 Rocky Mt. Demand MGD 10 12 31 0.887 226 Enfield Demand MGD 0.519 1 1 1.014 226 Enfield Demand MGD 0.519 1 31 1.014 226 Enfield Demand MGD 0.519 2 1 1.008 226 Enfield Demand MGD 0.519 2 29 1.008 226 Enfield Demand MGD 0.519 3 1 0.920 226 Enfield Demand MGD 0.519 3 31 0.920 226 Enfield Demand MGD 0.519 4 1 0.937 226 Enfield Demand MGD 0.519 4 30 0.937 226 Enfield Demand MGD 0.519 5 1 0.985 226 Enfield Demand MGD 0.519 5 31 0.985 226 Enfield Demand MGD 0.519 6 1 1.033 226 Enfield Demand MGD 0.519 6 30 1.033 226 Enfield Demand MGD 0.519 7 1 1.051 226 Enfield Demand MGD 0.519 7 31 1.051 Node Number Name Units Factor Month Day Demand 226 Enfield Demand MGD 0.519 8 1 1.060 226 Enfield Demand MGD 0.519 8 31 1.060 226 Enfield Demand MGD 0.519 9 1 1.033 226 Enfield Demand MGD 0.519 9 30 1.033 226 Enfield Demand MGD 0.519 10 1 1.018 226 Enfield Demand MGD 0.519 10 31 1.018 226 Enfield Demand MGD 0.519 11 1 0.971 226 Enfield Demand MGD 0.519 11 30 0.971 226 Enfield Demand MGD 0.519 12 1 0.971 226 Enfield Demand MGD 0.519 12 31 0.971 296 Tarboro MGD 2.797 1 1 0.911 296 Tarboro MGD 2.797 1 31 0.911 296 Tarboro MGD 2.797 2 1 0.899 296 Tarboro MGD 2.797 2 29 0.899 296 Tarboro MGD 2.797 3 1 0.901 296 Tarboro MGD 2.797 3 31 0.901 296 Tarboro MGD 2.797 4 1 0.965 296 Tarboro MGD 2.797 4 30 0.965 296 Tarboro MGD 2.797 5 1 1.094 296 Tarboro MGD 2.797 5 31 1.094 296 Tarboro MGD 2.797 6 1 1.166 296 Tarboro MGD 2.797 6 30 1.166 296 Tarboro MGD 2.797 7 1 1.072 296 Tarboro MGD 2.797 7 31 1.072 296 Tarboro MGD 2.797 8 1 1.073 296 Tarboro MGD 2.797 8 31 1.073 296 Tarboro MGD 2.797 9 1 1.001 296 Tarboro MGD 2.797 9 30 1.001 296 Tarboro MGD 2.797 10 1 0.995 296 Tarboro MGD 2.797 10 31 0.995 296 Tarboro MGD 2.797 11 1 0.949 296 Tarboro MGD 2.797 11 30 0.949 296 Tarboro MGD 2.797 12 1 0.973 296 Tarboro MGD 2.797 12 31 0.973 392 GUC Demand MGD 13.699 1 1 0.915 392 GUC Demand MGD 13.699 1 31 0.915 392 GUC Demand MGD 13.699 2 1 0.922 392 GUC Demand MGD 13.699 2 29 0.922 392 GUC Demand MGD 13.699 3 1 0.909 392 GUC Demand MGD 13.699 3 31 0.909 392 GUC Demand MGD 13.699 4 1 1.000 392 GUC Demand MGD 13.699 4 30 1.000 392 GUC Demand MGD 13.699 5 1 1.035 392 GUC Demand MGD 13.699 5 31 1.035 392 GUC Demand MGD 13.699 6 1 1.083 392 GUC Demand MGD 13.699 6 30 1.083 392 GUC Demand MGD 13.699 7 1 1.086 392 GUC Demand MGD 13.699 7 31 1.086 392 GUC Demand MGD 13.699 8 1 1.114 392 GUC Demand MGD 13.699 8 31 1.114 392 GUC Demand MGD 13.699 9 1 1.060 392 GUC Demand MGD 13.699 9 30 1.060 392 GUC Demand MGD 13.699 10 1 1.019 392 GUC Demand MGD 13.699 10 31 1.019 392 GUC Demand MGD 13.699 11 1 0.954 392 GUC Demand MGD 13.699 11 30 0.954 Node Number Name Units Factor Month Day Demand 392 GUC Demand MGD 13.699 12 1 0.903 392 GUC Demand MGD 13.699 12 31 0.903 394 Farmville IBT MGD 0.64 1 1 1.000 394 Farmville IBT MGD 0.64 12 31 1.000 396 Greene Co. IBT MGD 0.367 1 1 1.000 396 Greene Co. IBT MGD 0.367 12 31 1.000 398 Winterville IBT MGD 1.252 1 1 1.000 398 Winterville IBT MGD 1.252 12 31 1.000 Wastewater Return Patterns (as fraction of demand) Name Month Factor Name Month Factor Enfield_Return 1 1.405 Oxford_Return 1 1.029 Enfield_Return 2 1.476 Oxford_Return 2 1.165 Enfield_Return 3 1.637 Oxford_Return 3 1.211 Enfield_Return 4 1.571 Oxford_Return 4 1.117 Enfield_Return 5 1.321 Oxford_Return 5 0.958 Enfield_Return 6 1.382 Oxford_Return 6 0.916 Enfield_Return 7 1.097 Oxford_Return 7 0.919 Enfield_Return 8 1.144 Oxford_Return 8 0.945 Enfield_Return 9 1.212 Oxford_Return 9 0.904 Enfield_Return 10 0.987 Oxford_Return 10 0.883 Enfield_Return 11 1.213 Oxford_Return 11 0.903 Enfield_Return 12 1.331 Oxford_Return 12 1.051 Frank_Return 1 0.274 RM_Return 1 1.094 Frank_Return 2 0.254 RM_Return 2 1.174 Frank_Return 3 0.277 RM_Return 3 1.248 Frank_Return 4 0.218 RM_Return 4 1.169 Frank_Return 5 0.18 RM_Return 5 0.915 Frank_Return 6 0.181 RM_Return 6 0.808 Frank_Return 7 0.173 RM_Return 7 0.774 Frank_Return 8 0.191 RM_Return 8 0.804 Frank_Return 9 0.213 RM_Return 9 0.968 Frank_Return 10 0.244 RM_Return 10 0.827 Frank_Return 11 0.233 RM_Return 11 0.956 Frank_Return 12 0.278 RM_Return 12 1.103 GUC_Return 1 0.857 ScotlandNeck_Return 1 0.99 GUC_Return 2 0.909 ScotlandNeck_Return 2 1.112 GUC_Return 3 0.925 ScotlandNeck_Return 3 1.187 GUC_Return 4 0.841 ScotlandNeck_Return 4 1.156 GUC_Return 5 0.703 ScotlandNeck_Return 5 0.973 GUC_Return 6 0.656 ScotlandNeck_Return 6 0.989 GUC_Return 7 0.674 ScotlandNeck_Return 7 0.875 GUC_Return 8 0.733 ScotlandNeck_Return 8 0.95 GUC_Return 9 0.784 ScotlandNeck_Return 9 0.914 GUC_Return 10 0.773 ScotlandNeck_Return 10 0.829 GUC_Return 11 0.808 ScotlandNeck_Return 11 0.925 GUC_Return 12 0.847 ScotlandNeck_Return 12 1.1 Littleton_Return 1 1.075 Tarboro_Return 1 0.984 Littleton_Return 2 1.222 Tarboro_Return 2 1.011 Name Month Factor Name Month Factor Littleton_Return 3 1.263 Tarboro_Return 3 1.044 Littleton_Return 4 1.349 Tarboro_Return 4 0.895 Littleton_Return 5 0.974 Tarboro_Return 5 0.746 Littleton_Return 6 0.921 Tarboro_Return 6 0.711 Littleton_Return 7 0.778 Tarboro_Return 7 0.687 Littleton_Return 8 0.75 Tarboro_Return 8 0.729 Littleton_Return 9 0.751 Tarboro_Return 9 0.808 Littleton_Return 10 0.807 Tarboro_Return 10 0.735 Littleton_Return 11 1.004 Tarboro_Return 11 0.873 Littleton_Return 12 1.107 Tarboro_Return 12 0.883 Loui_Return 1 0.942 Warrenton_Return 1 1.015 Loui_Return 2 0.953 Warrenton_Return 2 0.991 Loui_Return 3 1.049 Warrenton_Return 3 1.082 Loui_Return 4 0.983 Warrenton_Return 4 1.007 Loui_Return 5 0.841 Warrenton_Return 5 0.925 Loui_Return 6 0.818 Warrenton_Return 6 0.875 Loui_Return 7 0.744 Warrenton_Return 7 0.901 Loui_Return 8 0.75 Warrenton_Return 8 0.957 Loui_Return 9 0.799 Warrenton_Return 9 1.009 Loui_Return 10 0.828 Warrenton_Return 10 1.008 Loui_Return 11 0.938 Warrenton_Return 11 1.094 Loui_Return 12 0.999 Warrenton_Return 12 1.136 Arc Minimum Flows Name U/S Node D/S Node Units Month Day Min Flow MinReleaseTarRes 120 130 CFS 1 1 80 MinReleaseTarRes 120 130 CFS 12 31 80 MinReleaseTarResSeasonal 120 130 CFS 1 1 80 MinReleaseTarResSeasonal 120 130 CFS 5 31 80 MinReleaseTarResSeasonal 120 130 CFS 6 1 70 MinReleaseTarResSeasonal 120 130 CFS 10 31 70 MinReleaseTarResSeasonal 120 130 CFS 11 1 80 MinReleaseTarResSeasonal 120 130 CFS 12 31 80 County Irrigation Data Crop Units Edge Frank Gran Hali Mart Nash Pers Pitt Vance Warr Wils IrrTobacco ac. 184.7 1065.89 181.97 129.02 0 696.18 55.91 4.98 116.36 113.82 28.44 Turf ac. 150 0 0 36.24 0 517 0 0 0 0 0 Golf ac. 200 0 0 0 0 406.3 0 167.44 0 10 0 ContNurs ac. 10 0 6.97 0 0 4.79 0 1.25 12 15 0 FieldNurs ac. 110 0 9.96 0 0 17.43 0 28.48 18 60 0 IrrCotton ac. 36.94 0 0 3.87 0 5.26 0 0 0 0 0 IrrEarlySoy ac. 0 63.17 0 224.05 0 0.6 0 0 0 0 0 IrrLateSoy ac. 0 117.32 0 224.05 0 0.6 0 0 0 0 0 IrrCorn ac. 293.27 127.65 3.41 363 0 80.8 0 0.21 0 0 0 IrrVeg ac. 170.5 51.66 59.2 122.67 0 340.96 0 3.68 0.45 52.87 18.07 IrrPas&Hay ac. 159.94 0 0 7.68 0 0 0 0 0 0 45.39 IrrPeanut ac. 125.69 0 0 0 0 8.8 0 5.13 0 0 0 IrrBlueberry ac. 0 0 0 0 0 0 0 0 0 0 0 IrrStrawberry ac. 4 0 0 0 0 0 0 0 0 5 5 IrrFruit ac. 14 0 0 0 0 1.6 0 0 0 0 0 Beef Cattle # 1834 1573 0 978.48 0 225 300 180.32 414 2088 80 Dairy Cows # 0 0 0 198.96 0 7.22 0 0 41.4 252 50 Horses # 0 349.2 61.51 156.01 0 0 10.78 2.29 0 150 49.7 Pigs # 0 4725 0 43488 0 0 0 0 0.6 0 0 Chickens # 0 19714.6 0 11174 0 0 0 0 34.5 0 0 Turkeys # 0 10.56 0 0 0 0 0 0 1.6 0 0 Other Animals # 325 1902 0 391.94 0 0 0 3.42 49.07 145 54.9 Crop Irrigation Coefficients Name Month Day Value Name Month Day Value IrrCoef_Beef 1 1 12 IrrCoef_OtherAnimal 1 1 2 IrrCoef_Beef 12 31 12 IrrCoef_OtherAnimal 12 31 2 IrrCoef_Blueberry 1 1 0 IrrCoef_PastHay 1 1 0 IrrCoef_Blueberry 2 28 0 IrrCoef_PastHay 4 30 0 IrrCoef_Blueberry 3 1 1 IrrCoef_PastHay 5 1 0.142857 IrrCoef_Blueberry 4 14 1 IrrCoef_PastHay 9 30 0.142857 IrrCoef_Blueberry 4 15 0.178571 IrrCoef_PastHay 10 1 0 IrrCoef_Blueberry 9 30 0.178571 IrrCoef_PastHay 12 31 0 IrrCoef_Blueberry 10 1 0 IrrCoef_Peanut 1 1 0 IrrCoef_Blueberry 12 31 0 IrrCoef_Peanut 5 7 0 IrrCoef_Chicken 1 1 9 IrrCoef_Peanut 5 8 0.00014 IrrCoef_Chicken 12 31 9 IrrCoef_Peanut 5 9 0.00028 IrrCoef_ContNurs 1 1 0.2 IrrCoef_Peanut 5 10 0.00042 IrrCoef_ContNurs 3 31 0.2 IrrCoef_Peanut 5 11 0.00056 IrrCoef_ContNurs 4 1 0.5 IrrCoef_Peanut 5 12 0.0007 IrrCoef_ContNurs 5 31 0.5 IrrCoef_Peanut 5 13 0.00084 IrrCoef_ContNurs 6 1 0.75 IrrCoef_Peanut 5 14 0.00098 IrrCoef_ContNurs 8 31 0.75 IrrCoef_Peanut 5 15 0.00112 IrrCoef_ContNurs 9 1 0.5 IrrCoef_Peanut 5 16 0.00126 IrrCoef_ContNurs 10 31 0.5 IrrCoef_Peanut 5 17 0.0014 IrrCoef_ContNurs 11 1 0.2 IrrCoef_Peanut 5 18 0.0028 IrrCoef_ContNurs 12 31 0.2 IrrCoef_Peanut 5 19 0.0042 IrrCoef_Corn 1 1 0 IrrCoef_Peanut 5 20 0.0056 IrrCoef_Corn 4 23 0 IrrCoef_Peanut 5 21 0.007 IrrCoef_Corn 5 4 0.02 IrrCoef_Peanut 5 22 0.0084 IrrCoef_Corn 5 14 0.039 IrrCoef_Peanut 5 23 0.0098 IrrCoef_Corn 5 23 0.0543 IrrCoef_Peanut 5 24 0.0112 IrrCoef_Corn 5 24 0.056 IrrCoef_Peanut 5 25 0.0126 IrrCoef_Corn 6 2 0.0722 IrrCoef_Peanut 5 26 0.014 IrrCoef_Corn 6 3 0.074 IrrCoef_Peanut 5 27 0.0158 IrrCoef_Corn 6 12 0.0974 IrrCoef_Peanut 5 28 0.0176 IrrCoef_Corn 6 13 0.1 IrrCoef_Peanut 5 29 0.0194 IrrCoef_Corn 6 18 0.115 IrrCoef_Peanut 5 30 0.0212 IrrCoef_Corn 6 23 0.1425 IrrCoef_Peanut 5 31 0.023 IrrCoef_Corn 7 2 0.21675 IrrCoef_Peanut 6 1 0.0248 IrrCoef_Corn 7 3 0.225 IrrCoef_Peanut 6 2 0.0266 IrrCoef_Corn 7 4 0.229 IrrCoef_Peanut 6 3 0.0284 IrrCoef_Corn 7 5 0.233 IrrCoef_Peanut 6 4 0.0302 IrrCoef_Corn 7 6 0.237 IrrCoef_Peanut 6 5 0.032 IrrCoef_Corn 7 7 0.241 IrrCoef_Peanut 6 6 0.0338 IrrCoef_Corn 7 8 0.245 IrrCoef_Peanut 6 7 0.0356 IrrCoef_Corn 7 9 0.247 IrrCoef_Peanut 6 8 0.0374 IrrCoef_Corn 7 10 0.249 IrrCoef_Peanut 6 9 0.0392 IrrCoef_Corn 7 11 0.251 IrrCoef_Peanut 6 10 0.041 IrrCoef_Corn 7 12 0.253 IrrCoef_Peanut 6 11 0.0428 IrrCoef_Corn 7 13 0.255 IrrCoef_Peanut 6 12 0.0446 IrrCoef_Corn 7 17 0.261 IrrCoef_Peanut 6 13 0.0464 IrrCoef_Corn 7 18 0.2625 IrrCoef_Peanut 6 14 0.0482 IrrCoef_Corn 7 22 0.2565 IrrCoef_Peanut 6 15 0.05 IrrCoef_Corn 7 23 0.255 IrrCoef_Peanut 6 16 0.0526 IrrCoef_Corn 8 1 0.23925 IrrCoef_Peanut 6 17 0.0552 IrrCoef_Corn 8 2 0.2375 IrrCoef_Peanut 6 18 0.0578 IrrCoef_Corn 8 11 0.206 IrrCoef_Peanut 6 19 0.0604 IrrCoef_Corn 8 12 0.2025 IrrCoef_Peanut 6 20 0.063 IrrCoef_Corn 8 21 0.1665 IrrCoef_Peanut 6 21 0.0656 IrrCoef_Corn 8 22 0.1625 IrrCoef_Peanut 6 22 0.0682 IrrCoef_Corn 8 31 0.12875 IrrCoef_Peanut 6 23 0.0708 IrrCoef_Corn 9 1 0.125 IrrCoef_Peanut 6 24 0.0734 Name Month Day Value Name Month Day Value IrrCoef_Corn 9 10 0.0935 IrrCoef_Peanut 6 25 0.076 IrrCoef_Corn 9 11 0.09 IrrCoef_Peanut 6 26 0.07915 IrrCoef_Corn 9 20 0.072 IrrCoef_Peanut 6 27 0.0823 IrrCoef_Corn 9 21 0.07 IrrCoef_Peanut 6 28 0.08545 IrrCoef_Corn 9 30 0.061 IrrCoef_Peanut 6 29 0.0886 IrrCoef_Corn 10 1 0.06 IrrCoef_Peanut 6 30 0.09175 IrrCoef_Corn 10 12 0.050833 IrrCoef_Peanut 7 1 0.0949 IrrCoef_Corn 10 13 0.05 IrrCoef_Peanut 7 2 0.09805 IrrCoef_Corn 10 14 0 IrrCoef_Peanut 7 3 0.1012 IrrCoef_Corn 12 31 0 IrrCoef_Peanut 7 4 0.10435 IrrCoef_Cotton 1 1 0 IrrCoef_Peanut 7 5 0.1075 IrrCoef_Cotton 5 7 0 IrrCoef_Peanut 7 6 0.113 IrrCoef_Cotton 5 8 0.001 IrrCoef_Peanut 7 7 0.1185 IrrCoef_Cotton 5 9 0.002 IrrCoef_Peanut 7 8 0.124 IrrCoef_Cotton 5 30 0.0288 IrrCoef_Peanut 7 9 0.1295 IrrCoef_Cotton 5 31 0.0304 IrrCoef_Peanut 7 10 0.135 IrrCoef_Cotton 6 1 0.032 IrrCoef_Peanut 7 11 0.1405 IrrCoef_Cotton 6 2 0.0336 IrrCoef_Peanut 7 12 0.146 IrrCoef_Cotton 6 3 0.0352 IrrCoef_Peanut 7 13 0.1515 IrrCoef_Cotton 6 4 0.0368 IrrCoef_Peanut 7 14 0.157 IrrCoef_Cotton 6 5 0.0384 IrrCoef_Peanut 7 15 0.1625 IrrCoef_Cotton 6 6 0.04 IrrCoef_Peanut 7 16 0.168 IrrCoef_Cotton 6 7 0.0417 IrrCoef_Peanut 7 17 0.1735 IrrCoef_Cotton 6 8 0.0434 IrrCoef_Peanut 7 18 0.179 IrrCoef_Cotton 6 9 0.0451 IrrCoef_Peanut 7 19 0.1845 IrrCoef_Cotton 6 10 0.0468 IrrCoef_Peanut 7 20 0.19 IrrCoef_Cotton 6 11 0.0485 IrrCoef_Peanut 7 21 0.1955 IrrCoef_Cotton 6 12 0.0502 IrrCoef_Peanut 7 22 0.201 IrrCoef_Cotton 6 13 0.0519 IrrCoef_Peanut 7 23 0.2065 IrrCoef_Cotton 6 14 0.0536 IrrCoef_Peanut 7 24 0.212 IrrCoef_Cotton 6 15 0.0553 IrrCoef_Peanut 7 25 0.2175 IrrCoef_Cotton 6 16 0.057 IrrCoef_Peanut 7 26 0.22 IrrCoef_Cotton 6 17 0.0587 IrrCoef_Peanut 7 27 0.2225 IrrCoef_Cotton 6 18 0.0604 IrrCoef_Peanut 7 28 0.225 IrrCoef_Cotton 6 19 0.0621 IrrCoef_Peanut 7 29 0.2275 IrrCoef_Cotton 6 20 0.0638 IrrCoef_Peanut 7 30 0.23 IrrCoef_Cotton 6 21 0.0655 IrrCoef_Peanut 7 31 0.2325 IrrCoef_Cotton 6 22 0.0672 IrrCoef_Peanut 8 1 0.235 IrrCoef_Cotton 6 23 0.0689 IrrCoef_Peanut 8 2 0.2375 IrrCoef_Cotton 6 24 0.0706 IrrCoef_Peanut 8 3 0.24 IrrCoef_Cotton 6 25 0.0723 IrrCoef_Peanut 8 4 0.2425 IrrCoef_Cotton 6 26 0.074 IrrCoef_Peanut 8 5 0.243 IrrCoef_Cotton 6 27 0.0764 IrrCoef_Peanut 8 6 0.2435 IrrCoef_Cotton 6 28 0.0788 IrrCoef_Peanut 8 7 0.244 IrrCoef_Cotton 6 29 0.0812 IrrCoef_Peanut 8 8 0.2445 IrrCoef_Cotton 6 30 0.0836 IrrCoef_Peanut 8 9 0.245 IrrCoef_Cotton 7 1 0.086 IrrCoef_Peanut 8 10 0.2455 IrrCoef_Cotton 7 2 0.0884 IrrCoef_Peanut 8 11 0.246 IrrCoef_Cotton 7 3 0.0908 IrrCoef_Peanut 8 12 0.2465 IrrCoef_Cotton 7 4 0.0932 IrrCoef_Peanut 8 13 0.247 IrrCoef_Cotton 7 5 0.0956 IrrCoef_Peanut 8 14 0.2475 IrrCoef_Cotton 7 6 0.098 IrrCoef_Peanut 8 15 0.247 IrrCoef_Cotton 7 7 0.1009 IrrCoef_Peanut 8 16 0.2465 IrrCoef_Cotton 7 8 0.1038 IrrCoef_Peanut 8 17 0.246 IrrCoef_Cotton 7 9 0.1067 IrrCoef_Peanut 8 18 0.2455 IrrCoef_Cotton 7 10 0.1096 IrrCoef_Peanut 8 19 0.245 IrrCoef_Cotton 7 11 0.1125 IrrCoef_Peanut 8 20 0.2445 IrrCoef_Cotton 7 12 0.1175 IrrCoef_Peanut 8 21 0.244 IrrCoef_Cotton 7 13 0.1225 IrrCoef_Peanut 8 22 0.2435 IrrCoef_Cotton 7 14 0.1275 IrrCoef_Peanut 8 23 0.243 Name Month Day Value Name Month Day Value IrrCoef_Cotton 7 15 0.1325 IrrCoef_Peanut 8 24 0.2425 IrrCoef_Cotton 7 16 0.1375 IrrCoef_Peanut 8 25 0.24075 IrrCoef_Cotton 7 17 0.145 IrrCoef_Peanut 8 26 0.239 IrrCoef_Cotton 7 18 0.1525 IrrCoef_Peanut 8 27 0.23725 IrrCoef_Cotton 7 19 0.16 IrrCoef_Peanut 8 28 0.2355 IrrCoef_Cotton 7 20 0.1675 IrrCoef_Peanut 8 29 0.23375 IrrCoef_Cotton 7 21 0.175 IrrCoef_Peanut 8 30 0.232 IrrCoef_Cotton 7 22 0.1825 IrrCoef_Peanut 8 31 0.23025 IrrCoef_Cotton 7 23 0.19 IrrCoef_Peanut 9 1 0.2285 IrrCoef_Cotton 7 24 0.1975 IrrCoef_Peanut 9 2 0.22675 IrrCoef_Cotton 7 25 0.205 IrrCoef_Peanut 9 3 0.225 IrrCoef_Cotton 7 26 0.2125 IrrCoef_Peanut 9 4 0.22275 IrrCoef_Cotton 7 27 0.2175 IrrCoef_Peanut 9 5 0.2205 IrrCoef_Cotton 7 28 0.2225 IrrCoef_Peanut 9 6 0.21825 IrrCoef_Cotton 7 29 0.2275 IrrCoef_Peanut 9 7 0.216 IrrCoef_Cotton 7 30 0.2325 IrrCoef_Peanut 9 8 0.21375 IrrCoef_Cotton 7 31 0.2375 IrrCoef_Peanut 9 9 0.2115 IrrCoef_Cotton 8 1 0.24 IrrCoef_Peanut 9 10 0.20925 IrrCoef_Cotton 8 2 0.2425 IrrCoef_Peanut 9 11 0.207 IrrCoef_Cotton 8 3 0.245 IrrCoef_Peanut 9 12 0.20475 IrrCoef_Cotton 8 4 0.2475 IrrCoef_Peanut 9 13 0.2025 IrrCoef_Cotton 8 5 0.25 IrrCoef_Peanut 9 14 0.19975 IrrCoef_Cotton 8 6 0.25 IrrCoef_Peanut 9 15 0.197 IrrCoef_Cotton 8 7 0.25 IrrCoef_Peanut 9 16 0.19425 IrrCoef_Cotton 8 8 0.25 IrrCoef_Peanut 9 17 0.1915 IrrCoef_Cotton 8 9 0.25 IrrCoef_Peanut 9 18 0.18875 IrrCoef_Cotton 8 10 0.25 IrrCoef_Peanut 9 19 0.186 IrrCoef_Cotton 8 11 0.25 IrrCoef_Peanut 9 20 0.18325 IrrCoef_Cotton 8 12 0.25 IrrCoef_Peanut 9 21 0.1805 IrrCoef_Cotton 8 13 0.25 IrrCoef_Peanut 9 22 0.17775 IrrCoef_Cotton 8 14 0.25 IrrCoef_Peanut 9 23 0.175 IrrCoef_Cotton 8 15 0.25 IrrCoef_Peanut 9 24 0.1725 IrrCoef_Cotton 8 16 0.2485 IrrCoef_Peanut 9 25 0.17 IrrCoef_Cotton 8 17 0.247 IrrCoef_Peanut 9 26 0.1675 IrrCoef_Cotton 8 18 0.2455 IrrCoef_Peanut 9 27 0.165 IrrCoef_Cotton 8 19 0.244 IrrCoef_Peanut 9 28 0.1625 IrrCoef_Cotton 8 20 0.2425 IrrCoef_Peanut 9 29 0.16 IrrCoef_Cotton 8 21 0.241 IrrCoef_Peanut 9 30 0.1575 IrrCoef_Cotton 8 22 0.2395 IrrCoef_Peanut 10 1 0.155 IrrCoef_Cotton 8 23 0.238 IrrCoef_Peanut 10 2 0.1525 IrrCoef_Cotton 8 24 0.2365 IrrCoef_Peanut 10 3 0.15 IrrCoef_Cotton 8 25 0.235 IrrCoef_Peanut 10 4 0.14775 IrrCoef_Cotton 8 26 0.232 IrrCoef_Peanut 10 5 0.1455 IrrCoef_Cotton 8 27 0.229 IrrCoef_Peanut 10 6 0.14325 IrrCoef_Cotton 8 28 0.226 IrrCoef_Peanut 10 7 0.141 IrrCoef_Cotton 8 29 0.223 IrrCoef_Peanut 10 8 0.13875 IrrCoef_Cotton 8 30 0.22 IrrCoef_Peanut 10 9 0.1365 IrrCoef_Cotton 8 31 0.217 IrrCoef_Peanut 10 10 0.13425 IrrCoef_Cotton 9 1 0.214 IrrCoef_Peanut 10 11 0.132 IrrCoef_Cotton 9 2 0.211 IrrCoef_Peanut 10 12 0.12975 IrrCoef_Cotton 9 3 0.208 IrrCoef_Peanut 10 13 0.1275 IrrCoef_Cotton 9 4 0.205 IrrCoef_Peanut 10 14 0.126 IrrCoef_Cotton 9 5 0.202 IrrCoef_Peanut 10 15 0.1245 IrrCoef_Cotton 9 6 0.199 IrrCoef_Peanut 10 16 0.123 IrrCoef_Cotton 9 7 0.196 IrrCoef_Peanut 10 17 0.1215 IrrCoef_Cotton 9 8 0.193 IrrCoef_Peanut 10 18 0.12 IrrCoef_Cotton 9 9 0.19 IrrCoef_Peanut 10 19 0.1185 IrrCoef_Cotton 9 10 0.187 IrrCoef_Peanut 10 20 0.117 IrrCoef_Cotton 9 11 0.184 IrrCoef_Peanut 10 21 0.1155 IrrCoef_Cotton 9 12 0.181 IrrCoef_Peanut 10 22 0.114 Name Month Day Value Name Month Day Value IrrCoef_Cotton 9 13 0.178 IrrCoef_Peanut 10 23 0.1125 IrrCoef_Cotton 9 14 0.175 IrrCoef_Peanut 10 24 0.110417 IrrCoef_Cotton 9 15 0.1725 IrrCoef_Peanut 10 25 0.108333 IrrCoef_Cotton 9 16 0.17 IrrCoef_Peanut 10 26 0.10625 IrrCoef_Cotton 9 17 0.1675 IrrCoef_Peanut 10 27 0.104167 IrrCoef_Cotton 9 18 0.165 IrrCoef_Peanut 10 28 0.102083 IrrCoef_Cotton 9 19 0.1625 IrrCoef_Peanut 10 29 0.1 IrrCoef_Cotton 9 20 0.16 IrrCoef_Peanut 10 30 0 IrrCoef_Cotton 9 21 0.1575 IrrCoef_Peanut 12 31 0 IrrCoef_Cotton 9 22 0.155 IrrCoef_Pig 1 1 4 IrrCoef_Cotton 9 23 0.1525 IrrCoef_Pig 12 31 4 IrrCoef_Cotton 9 24 0.15 IrrCoef_Strawberry 1 1 0 IrrCoef_Cotton 9 25 0.1475 IrrCoef_Strawberry 2 28 0 IrrCoef_Cotton 9 26 0.145 IrrCoef_Strawberry 3 1 1 IrrCoef_Cotton 9 27 0.1425 IrrCoef_Strawberry 3 31 1 IrrCoef_Cotton 9 28 0.14 IrrCoef_Strawberry 4 1 0.178571 IrrCoef_Cotton 9 29 0.1375 IrrCoef_Strawberry 5 31 0.178571 IrrCoef_Cotton 9 30 0.135 IrrCoef_Strawberry 6 1 0 IrrCoef_Cotton 10 1 0.1325 IrrCoef_Strawberry 9 14 0 IrrCoef_Cotton 10 2 0.13 IrrCoef_Strawberry 9 15 0.178571 IrrCoef_Cotton 10 3 0.1275 IrrCoef_Strawberry 9 30 0.178571 IrrCoef_Cotton 10 4 0.125 IrrCoef_Strawberry 10 1 1 IrrCoef_Cotton 10 5 0.12275 IrrCoef_Strawberry 11 15 1 IrrCoef_Cotton 10 6 0.1205 IrrCoef_Strawberry 11 16 0 IrrCoef_Cotton 10 7 0.11825 IrrCoef_Strawberry 12 31 0 IrrCoef_Cotton 10 8 0.116 IrrCoef_Tobacco 1 1 0 IrrCoef_Cotton 10 9 0.11375 IrrCoef_Tobacco 5 20 0 IrrCoef_Cotton 10 10 0.1115 IrrCoef_Tobacco 5 21 0.06 IrrCoef_Cotton 10 11 0.10925 IrrCoef_Tobacco 6 10 0.06 IrrCoef_Cotton 10 12 0.107 IrrCoef_Tobacco 6 11 0.062 IrrCoef_Cotton 10 13 0.10475 IrrCoef_Tobacco 6 12 0.064 IrrCoef_Cotton 10 14 0.1025 IrrCoef_Tobacco 6 22 0.083333 IrrCoef_Cotton 10 15 0 IrrCoef_Tobacco 6 23 0.086667 IrrCoef_Cotton 12 31 0 IrrCoef_Tobacco 6 24 0.09 IrrCoef_Cotton 5 10 0.003 IrrCoef_Tobacco 6 25 0.0933 IrrCoef_Cotton 5 11 0.004 IrrCoef_Tobacco 6 26 0.0967 IrrCoef_Cotton 5 12 0.005 IrrCoef_Tobacco 6 27 0.1 IrrCoef_Cotton 5 13 0.006 IrrCoef_Tobacco 6 28 0.10625 IrrCoef_Cotton 5 14 0.007 IrrCoef_Tobacco 6 29 0.1125 IrrCoef_Cotton 5 15 0.008 IrrCoef_Tobacco 6 30 0.11875 IrrCoef_Cotton 5 16 0.009 IrrCoef_Tobacco 7 1 0.125 IrrCoef_Cotton 5 17 0.01 IrrCoef_Tobacco 7 2 0.133333 IrrCoef_Cotton 5 18 0.0114 IrrCoef_Tobacco 7 3 0.141667 IrrCoef_Cotton 5 19 0.0128 IrrCoef_Tobacco 7 4 0.15 IrrCoef_Cotton 5 20 0.0142 IrrCoef_Tobacco 7 5 0.155625 IrrCoef_Cotton 5 21 0.0156 IrrCoef_Tobacco 7 6 0.16125 IrrCoef_Cotton 5 22 0.017 IrrCoef_Tobacco 7 7 0.166875 IrrCoef_Cotton 5 23 0.0184 IrrCoef_Tobacco 7 8 0.1725 IrrCoef_Cotton 5 24 0.0198 IrrCoef_Tobacco 7 9 0.18 IrrCoef_Cotton 5 25 0.0212 IrrCoef_Tobacco 7 10 0.1875 IrrCoef_Cotton 5 26 0.0226 IrrCoef_Tobacco 7 11 0.195 IrrCoef_Cotton 5 27 0.024 IrrCoef_Tobacco 7 12 0.200625 IrrCoef_Cotton 5 28 0.0256 IrrCoef_Tobacco 7 13 0.20625 IrrCoef_Cotton 5 29 0.0272 IrrCoef_Tobacco 7 14 0.211875 IrrCoef_Dairy 1 1 40 IrrCoef_Tobacco 7 15 0.2175 IrrCoef_Dairy 12 31 40 IrrCoef_Tobacco 7 18 0.2325 IrrCoef_EarlySoy 1 1 0 IrrCoef_Tobacco 7 23 0.24 IrrCoef_EarlySoy 5 20 0 IrrCoef_Tobacco 7 24 0.241667 IrrCoef_EarlySoy 5 21 0.001 IrrCoef_Tobacco 7 25 0.243333 IrrCoef_EarlySoy 5 30 0.01 IrrCoef_Tobacco 7 26 0.245 Name Month Day Value Name Month Day Value IrrCoef_EarlySoy 5 31 0.012 IrrCoef_Tobacco 7 30 0.24 IrrCoef_EarlySoy 6 19 0.05 IrrCoef_Tobacco 7 31 0.235 IrrCoef_EarlySoy 6 29 0.075 IrrCoef_Tobacco 8 1 0.23 IrrCoef_EarlySoy 7 9 0.11 IrrCoef_Tobacco 8 2 0.225 IrrCoef_EarlySoy 7 19 0.16 IrrCoef_Tobacco 8 3 0.219375 IrrCoef_EarlySoy 7 29 0.2025 IrrCoef_Tobacco 8 4 0.21375 IrrCoef_EarlySoy 8 8 0.2375 IrrCoef_Tobacco 8 5 0.208125 IrrCoef_EarlySoy 8 18 0.2525 IrrCoef_Tobacco 8 6 0.2025 IrrCoef_EarlySoy 8 28 0.2475 IrrCoef_Tobacco 8 7 0.193333 IrrCoef_EarlySoy 9 7 0.21 IrrCoef_Tobacco 8 8 0.184167 IrrCoef_EarlySoy 9 27 0.09 IrrCoef_Tobacco 8 9 0.175 IrrCoef_EarlySoy 10 7 0.059 IrrCoef_Tobacco 8 10 0.17 IrrCoef_EarlySoy 10 17 0.034 IrrCoef_Tobacco 8 11 0.165 IrrCoef_EarlySoy 10 27 0.019 IrrCoef_Tobacco 8 12 0.16 IrrCoef_EarlySoy 10 28 0 IrrCoef_Tobacco 8 13 0.155 IrrCoef_EarlySoy 12 31 0 IrrCoef_Tobacco 8 14 0.1475 IrrCoef_FieldNurs 1 1 0 IrrCoef_Tobacco 8 18 0.125 IrrCoef_FieldNurs 4 30 0 IrrCoef_Tobacco 8 19 0.12125 IrrCoef_FieldNurs 5 1 0.178571 IrrCoef_Tobacco 8 20 0.1175 IrrCoef_FieldNurs 10 31 0.178571 IrrCoef_Tobacco 8 21 0.113333 IrrCoef_FieldNurs 11 1 0 IrrCoef_Tobacco 8 22 0.109167 IrrCoef_FieldNurs 12 31 0 IrrCoef_Tobacco 8 23 0.105 IrrCoef_Fruit 1 1 0 IrrCoef_Tobacco 8 24 0.10125 IrrCoef_Fruit 2 28 0 IrrCoef_Tobacco 8 25 0.0975 IrrCoef_Fruit 3 1 1.214286 IrrCoef_Tobacco 8 26 0.09375 IrrCoef_Fruit 4 15 1.214286 IrrCoef_Tobacco 8 27 0.09 IrrCoef_Fruit 4 16 0.178571 IrrCoef_Tobacco 8 28 0.089 IrrCoef_Fruit 8 31 0.178571 IrrCoef_Tobacco 8 29 0.088 IrrCoef_Fruit 9 1 0 IrrCoef_Tobacco 9 6 0.08 IrrCoef_Fruit 12 31 0 IrrCoef_Tobacco 9 7 0 IrrCoef_Golf 1 1 0.0145 IrrCoef_Tobacco 12 31 0 IrrCoef_Golf 3 31 0.0145 IrrCoef_Turf 1 1 0 IrrCoef_Golf 4 1 0.081429 IrrCoef_Turf 4 14 0 IrrCoef_Golf 10 31 0.081429 IrrCoef_Turf 4 15 0.178571 IrrCoef_Golf 11 1 0.0145 IrrCoef_Turf 10 15 0.178571 IrrCoef_Golf 12 31 0.0145 IrrCoef_Turf 10 16 0 IrrCoef_Horse 1 1 12 IrrCoef_Turf 12 31 0 IrrCoef_Horse 12 31 12 IrrCoef_Turkey 1 1 9 IrrCoef_LateSoy 1 1 0 IrrCoef_Turkey 12 31 9 IrrCoef_LateSoy 6 20 0 IrrCoef_Veg 1 1 0 IrrCoef_LateSoy 6 21 0.001 IrrCoef_Veg 3 31 0 IrrCoef_LateSoy 6 30 0.01 IrrCoef_Veg 4 1 0.178571 IrrCoef_LateSoy 7 1 0.012 IrrCoef_Veg 8 15 0.178571 IrrCoef_LateSoy 7 20 0.05 IrrCoef_Veg 8 16 0.142857 IrrCoef_LateSoy 7 30 0.075 IrrCoef_Veg 10 31 0.142857 IrrCoef_LateSoy 8 9 0.11 IrrCoef_Veg 11 1 0 IrrCoef_LateSoy 8 19 0.16 IrrCoef_Veg 12 31 0 IrrCoef_LateSoy 8 29 0.2025 IrrCoef_LateSoy 9 8 0.2375 IrrCoef_LateSoy 9 18 0.2525 IrrCoef_LateSoy 9 28 0.2475 IrrCoef_LateSoy 10 8 0.21 IrrCoef_LateSoy 10 28 0.09 IrrCoef_LateSoy 11 7 0.059 IrrCoef_LateSoy 11 17 0.034 IrrCoef_LateSoy 11 27 0.019 IrrCoef_LateSoy 11 28 0 IrrCoef_LateSoy 12 31 0 main.ocl :INCLUDE: OCL\constants.ocl :INCLUDE: OCL\Forecast-Trigger_Parms.ocl :INCLUDE: ocl\Forecast_Horizon_Days.ocl :Static: statdata.mdb :Time: [HomeDir]\basedata\basedata.dss :if: {[UseForecast]=1} :if: {[ForecastData]=cond} :Time: [HomeDir]\basedata\forecasts_cond.dss :else: :Time: [HomeDir]\basedata\forecasts_non_cond.dss :endif: :endif: :MODULE: DLL AgricDem = modules\AgricDem.DLL :Include: ocl\udef_list.ocl :Commands: :Include: ocl\Agric_calculation.ocl :Include: ocl\Agric_allocation.ocl :Include: ocl\inflows.ocl :Include: ocl\routing.ocl :Include: ocl\return_flows.ocl :Include: ocl\Rocky_Mt_Ops.ocl :Include: ocl\drought_plans.ocl :End: Udef_list.ocl :Udef: // For Rocky Mt. operations */ // For:Next loop to declare udefs for RM Ops :FOR: { [level_num] = { 1, 2, 3 } } Udef : _ProjInflow[level_num] Udef : _ProjDemand[level_num] Udef : _ProjMinFlow[level_num] Udef : _ProjEvap[level_num] Udef : _ProjStorage[level_num] Udef : _ProjElev[level_num] Udef : _Consvn_[level_num]_Demand Udef : _Trigger_[level_num]_On init {0} Udef : _Stage_[level_num]_counter init {0} Udef : _Ph_[level_num]_event_counter init {0} :NEXT: Udef : _RM_Trigger_Level // For agricultural demand calculations and allocations :FOR: { [county] = { 01, 02, 03, 04, 05, 06, 07, 08, 09, 10, 11 } } Udef : dem[county] :NEXT: // For inflow filtering :For: { [node] = {010, 050, 060, 066, 070, 120, 200, 240, 300, 380, 390, 400} } Udef : _TempInf[node] Udef : _InfDeficit[node] init{0} :Next: // Louisburg height Udef : _Louis_Ht // Franklinton Usable Storage Udef : _Frank_Usable_Stor init {69.96} Udef : _Frank_Usable_Stor_Pct init {100} // For:Next loop to declare drought plan udefs for other utilities :FOR: { [Util] = { Loui, Frank, Tarb, Enf, GUC } } :FOR: { [level_num] = { 1, 2, 3, 4, 5 } } Udef : _[Util]_Consvn_[level_num]_Demand Udef : _[Util]_Trigger_[level_num]_On init {0} Udef : _[Util]_Stage_[level_num]_counter init {0} Udef : _[Util]_Ph_[level_num]_event_counter init {0} :NEXT: :NEXT: Udef : _CumTarRivNatInf init {0} Udef : _CumLouisNatInf init {0} Udef : _CumResNatInf init {0} Udef : _CumTarboroNatInf init {0} Udef : _CumGreenNatInf init {0} Udef : _CumBasinNatInf init {0} // For use in output tables :substitute: [InflowNd] = "010, 050, 060, 066, 070, 120, 200, 240, 300, 380, 390, 400" :substitute: [level_num] = "1, 2, 3, 4" // for drought trigger and level determination // For municipal and industrial demand throughout the basin :substitute: [DemandNd] = "074, 076, 086, 146, 226, 296, 392, 394, 396, 398" // For Ag demand throughout the basin :substitute: [AgricNd] = "012, 052, 082, 122, 202, 242, 302, 382, 402" // For WW returns linked to demands throughout the basin :substitute: [LinkedWWRetArc] = "015.010, 074.077, 076.077, 077.090, 086.090, 146.150, 226.230, 296.330, 392.999" // For independent WW returns in the basin (or WW transfers into the basin) :substitute: [IndepWWRetNd] = "030, 093, 097, 147, 149, 210, 325, 327" Agric_Calculation.ocl /* Note the precip data is contained in the basedata file and is based on the record for Tar River Reservoir (using the Nashville station). This should be fairly representative of the basin as it is in the middle. */ // Read in the counties, which are labeled in the Edit Agricultural Data dialog box in the GUI. :For: { [cty] = {01, 02, 03, 04, 05, 06, 07, 08, 09, 10, 11} } RUN_MODULE: AgricDem { Input: { [cty], // County number timesers(Tar/precip), // Precip in inches pattern(IrrCoef_Tobacco), // Water Use Coefficients for Tobacco, etc. pattern(IrrCoef_Turf), pattern(IrrCoef_Golf), pattern(IrrCoef_ContNurs), pattern(IrrCoef_FieldNurs), pattern(IrrCoef_Cotton), pattern(IrrCoef_EarlySoy), pattern(IrrCoef_LateSoy), pattern(IrrCoef_Corn), pattern(IrrCoef_Veg), pattern(IrrCoef_PastHay), pattern(IrrCoef_Peanut), pattern(IrrCoef_Blueberry), pattern(IrrCoef_Strawberry), pattern(IrrCoef_Fruit), pattern(IrrCoef_Beef), pattern(IrrCoef_Dairy), pattern(IrrCoef_Horse), pattern(IrrCoef_Pig), pattern(IrrCoef_Chicken), pattern(IrrCoef_Turkey), pattern(IrrCoef_OtherAnimal) } Output: { dem[cty] } } :Next: /* The results are in mgd. Now convert these to acre feet for use in the agric_allocation.ocl file */ Set : dem01 { value : convert_units {dem01, mgd, af } } Set : dem02 { value : convert_units {dem02, mgd, af } } Set : dem03 { value : convert_units {dem03, mgd, af } } Set : dem04 { value : convert_units {dem04, mgd, af } } Set : dem05 { value : convert_units {dem05, mgd, af } } Set : dem06 { value : convert_units {dem06, mgd, af } } Set : dem07 { value : convert_units {dem07, mgd, af } } Set : dem08 { value : convert_units {dem08, mgd, af } } Set : dem09 { value : convert_units {dem09, mgd, af } } Set : dem10 { value : convert_units {dem10, mgd, af } } Set : dem11 { value : convert_units {dem11, mgd, af } } Agric_allocation.ocl /* This file allocates the agricultural water demands by the assumed distribution of demand within each reach of interest */ /* The county demand is represented by "dem__" that varies by number. These numbers are established in the agricultural input dialog box, with 01 set for Edgecombe, 02 for Franklin, and so on. (Also see agric_calculation.ocl file and agricultural dialog box) */ Set Demand_Tarr_Ag : demand012 { value : 1.000 * dem07 + 0.586 * dem03 } Set Demand_Loui_Ag : demand052 { value : 0.414 * dem03 + 0.633 * dem09 + 0.213 * dem02 } Set Demand_Cedr_Ag : demand082 { value : 0.113 * dem02 } Set Demand_Resv_Ag : demand122 { value : 0.137 * dem06 + 0.349 * dem02 } Set Demand_Swif_Ag : demand242 { value : 0.078 * dem06 + 0.026 * dem10 + 0.276 * dem09 + 0.211 * dem02 } Set Demand_Fish_Ag : demand202 { value : 0.092 * dem09 + 0.974 * dem10 + 0.070 * dem02 + 0.387 * dem04 + 0.113 * dem06 } Set Demand_Tarb_Ag : demand302 { value : 0.651 * dem06 + 0.493 * dem01 + 0.043 * dem02 + 0.613 * dem04 } Set Demand_Cone_Ag : demand382 { value : 0.097 * dem01 + 0.889 * dem05 + 0.087 * dem08 } Set Demand_Gree_Ag : demand402 { value : 0.410 * dem01 + 0.913 * dem08 + 0.448 * dem11 + 0.021 * dem06 } inflows.ocl /* Sets the inflows for nodes that need to be filtered. The finalized inflows (through September 2009) were already filtered. However, the provisional inflows from the update record routine can be negative due to time of travel or imperfect impairment estimations, and therefore are filtered here to prevent model infeasibility or unrealistic reservoir releases and/or demand shortages. */ :For: { [node] = {010, 050, 060, 066, 070, 120, 200, 240, 300, 380, 390, 400} } Set : _TempInf[node] { Value : timesers([node]/inflow) } Set : inflow[node] { Value : max{0, _TempInf[node] - _InfDeficit[node](-1) } } Set : _InfDeficit[node] { Value : max{0, _InfDeficit[node](-1) - _TempInf[node] } } :Next: // Also set the inflows for transfer locations Set : inflow030 { value : 0 } // Kerr Lake RWS Set : inflow115 { value : 0 } // Wilson (emergency) Set : inflow210 { value : 0 } // Halifax // To ensure quarry refills by May 1 (see RockyMt_Ops.ocl), provide the adequate inflow Set : inflow140 { condition : month = 4 and day = 30 value : max_stor140 - storage140 condition : default value : 0 } /* Let's calculate natural inflow to the gage locations. The totals should match the unimpaired gage flows (filtered) on a monthly basis. Start with the Tar River gage */ Set : _CumTarRivNatInf { Value : inflow010 } /* Louisburg */ Set : _CumLouisNatInf { Value : _CumTarRivNatInf + inflow050 } // Reservoir inflow :For: { [node] = {010, 050, 060, 066, 070, 120} } Set : _CumResNatInf { Value : _CumResNatInf + inflow[node] } :Next: // Tarboro inflow :For: { [node] = {010, 050, 060, 066, 070, 120, 200, 240, 300} } Set : _CumTarboroNatInf { Value : _CumTarboroNatInf + inflow[node] } :Next: // Greenville inflow Set : _CumGreenNatInf { Value : _CumTarboroNatInf + inflow380 + inflow390 + inflow400 } // Total unimpaired inflow in the basin :For: { [node] = {010, 050, 060, 066, 070, 120, 200, 240, 300, 380, 390, 400} } Set : _CumBasinNatInf { Value : _CumBasinNatInf + inflow[node] } :Next: return_flows.ocl // Compute returns coming from transfers. // Kerr Transfer - 'inflow' is Oxford & Warrenton return patterns * ann. avg. ret // + transfer amount to Franklin County demand Set: inflow030 { value: convert_units { 1.683, mgd, af} * lookup {Oxford_Return, month} + convert_units { 0.488, mgd, af} * lookup {Warrenton_Return, month} + 0.79 * demand076 // get 79% of demand from Kerr; // remaining 13% from Franklinton & 8% from Louisburg - estimated from LWSPs } // Also set the transfers to Franklin Co. Target Kerr_FrankCo : dflow030.075 { condition : default priority : 1 penalty+ : 10 penalty- : 10 value : demand076 * 0.79 // 72% of demand } Target Frank_FrankCo : dflow072.075 { condition : default priority : 1 penalty+ : 10 penalty- : 10 value : demand076 * 0.13 // 13% of demand } Target Loui_FrankCo : dflow084.075 { condition : default priority : 1 penalty+ : 10 penalty- : 10 value : demand076 * 0.08 // 8% of demand } // Oxford Constraint : {dFlow015.010 = convert_units { 1.683, mgd, af} * lookup {Oxford_Return, month} } // Warrenton Constraint : {dFlow203.200 = convert_units { 0.488, mgd, af} * lookup {Warrenton_Return, month} } // Halifax Transfer - 'inflow' is Littleton & Scotland Neck return patterns * ann. avg. ret Set: inflow210 { value: convert_units { 0.073, mgd, af} * lookup {Littleton_Return, month} + convert_units { 1.033, mgd, af} * lookup {ScotlandNeck_Return, month} } // Littleton Constraint : {dFlow205.200 = convert_units { 0.073, mgd, af} * lookup {Littleton_Return, month} } // Scotland Neck Constraint : {dFlow243.250 = convert_units { 1.033, mgd, af} * lookup {ScotlandNeck_Return, month} } // Compute returns associated w/ demands using lookup tables // Franklinton / Franklin county Constraint : {dFlow077.090 = lookup {Frank_Return, month} * (ddelivery074 + ddelivery076)} // Louisburg Constraint : {dFlow086.090 = lookup {Loui_Return, month} * ddelivery086} // Rocky Mt. Constraint : {dFlow146.150 = lookup {RM_Return, month} * ddelivery146} // Enfield Constraint : {dFlow226.230 = lookup {Enfield_Return, month} * ddelivery226} // Tarboro Constraint : {dFlow296.330 = lookup {Tarboro_Return, month} * ddelivery296} // Greenville Constraint : {dFlow392.999 = lookup {GUC_Return, month} * ddelivery392} //Remaining independent return flows are input using inflow patterns. routing.ocl /* File is ROUTING.OCL, which has the coding to handle the Tar R. -> Louisburg, Louisburg -> Reservoir, Reservoir -> Tarboro, and Tarboro -> Greenville routing, daily time step only. */ /* 1-day lag for each reach. Nodes 025, 095, 155, and 335 are reservoirs used for channel storage. The flow into these three nodes is unrouted; the release from them is routed. The storage in the nodes makes up the difference. Use high weights to ensure routing is computed before withdrawals, etc. Note that for the first day of the simulation the routed flows need to be estimated; the current values set the routed flows equal sum of the natural inflows for that day when the simulation is started on 01/01/1929; they may need to be adjusted if the run is started on a different date. */ Target TarrRout : dflow025.050 { Condition : abs_period <= 1 priority : 1 penalty+ : 10000 penalty- : 10000 value : convert_units { 42.84, cfs, af } Condition : default priority : 1 penalty+ : 10000 penalty- : 10000 value : flow010.025(-1) } Target LouiRout : dflow095.100 { Condition : abs_period <= 1 priority : 1 penalty+ : 10000 penalty- : 10000 value : convert_units { 137.25, cfs, af } Condition : default priority : 1 penalty+ : 10000 penalty- : 10000 value : flow090.095(-1) } Target ResvRout : dflow155.250 { Condition : abs_period <= 1 priority : 1 penalty+ : 10000 penalty- : 10000 value : convert_units { 298.92, cfs, af } Condition : default priority : 1 penalty+ : 10000 penalty- : 10000 value : flow150.155(-1) } Target TarbRout : dflow335.390 { Condition : abs_period <= 1 priority : 1 penalty+ : 10000 penalty- : 10000 value : convert_units { 1317.22, cfs, af } Condition : default priority : 1 penalty+ : 10000 penalty- : 10000 value : flow330.335(-1) } Rocky_Mt_Ops.ocl /* File is ROCKY_MT_OPS.OCL, which has the coding to handle the probability-based operations for Rocky Mount, whose supply consists of the reservoir and quarries. */ /* For simplicity, the City said to assume that withdrawals from the reservoir will be made to meet the city demand. However, when the reservoir drops below full, the production will shift to the Sunset Ave plant downstream. The city's quarry refills from a tributary of the Tar River, and it can be safely assumed that it is full by April of each year. The quarry is connected hydraulically to a smaller quarry that the city does not own. [This storage is not included in the quarry SAE in this model.] The city says that for each unit of storage drawn down in its quarry, half of the available storage in the other quarry is lost to the city's quarry???? For this model, there is no additional quarry to reflect this. */ // Shift WTP production away from reservoir (over to Sunset Ave. plant) when reservoir drops below full (set 124.9 to reduce fluctuation) Target : dflow120.146 { condition : elevation120 < 124.9 priority : 1 penalty+ : 500 penalty- : 0 value : 0 condition : default priority : 1 penalty+ : 0 penalty- : 500 value : demand146 } // It is assumed the quarry is full at the start of every drought season. Target : dstorage140 { condition : month = 5 and day = 1 priority : 1 penalty+ : 0 penalty- : 5000 value : max_stor140 condition : default priority : 1 penalty+ : 0 penalty- : 0 value : 0 } // The City has a voluntary reduction in minimum release from 80 to 70 cfs (with no associated demand reduction) from June 1 to Oct 31 every year, independent // of any forecast-based triggers below. They call this phase Voluntary 1. See the end of this file when setting the min release. /* Now for determining when the triggers go into effect. I've reversed the order of the triggers, so 1, 2, and 3 are the current triggers in the plan (which lead to voluntary2, man1, and man2). */ /* This section computes the projected demand, min flow, and net evap for each of the three forecast horizons. The forecast horizon # is the forecast used to help establish when level # (same number) restrictions are imposed. */ :If: {[Drought_Plans_On] = 1} // First check if drought plans are being used (basinwide) /* If forecasts are used, set the switch here */ :If: {[UseForecast] = 1} /* The inflow to the reservoir will be the total inflow, not the gain, so identify the record with something different than the node number of 120. Use 997. We could generate forecasts for each inflow node, then sum them. The problem with this is the individual node forecast will be affected by scaling to the supernode (or the sum of all the nodal inflows in the basin), which may not be accurate. We eliminate the issue of scaling by running a forecast only on the total inflow to the reservoir. This is the only location for which we are interested in generating a forecast. */ // Trigger 1 horizon. Set : _ProjInflow1 { condition : weekday{year, month, day} <= 1 value : 7 * timesers(997/[ForcCode_1]) condition : default value : _ProjInflow1(-1) } Set : _ProjDemand1 { condition : weekday{year, month, day} <= 1 value : accumulate { demand146 , 0 , +[Forecast_1_Horizon_Days] } condition : default value : _ProjDemand1(-1) } Set : _ProjMinFlow1 { condition : weekday{year, month, day} <= 1 value : accumulate { pattern(MinReleaseTarResSeasonal) , 0 , +[Forecast_1_Horizon_Days]} condition : default value : _ProjMinFlow1(-1) } Set : _ProjEvap1 { condition : weekday{year, month, day} <= 1 value : stor_to_area { 120 , storage120 } * 7 * timesers(120/Evap_[ForcCode_1]) / 12 condition : default value : _ProjEvap1(-1) } // Trigger 2 horizon Set : _ProjInflow2 { condition : weekday{year, month, day} <= 1 value : 7 * timesers(997/[ForcCode_2]) condition : default value : _ProjInflow2(-1) } Set : _ProjDemand2 { condition : weekday{year, month, day} <= 1 value : accumulate { demand146 , 0 , +[Forecast_2_Horizon_Days] } * ( 1 - [Dem_1_Red_Factor]/100 ) condition : default value : _ProjDemand2(-1) } Set : _ProjMinFlow2 { condition : weekday{year, month, day} <= 1 value : accumulate { pattern(MinReleaseTarRes) , 0 , +[Forecast_2_Horizon_Days]} * ( 1 - [Min_Rel_1_Red_Factor]/100 ) condition : default value : _ProjMinFlow2(-1) } Set : _ProjEvap2 { condition : weekday{year, month, day} <= 1 value : stor_to_area { 120 , storage120 } * 7 * timesers(120/Evap_[ForcCode_2]) / 12 condition : default value : _ProjEvap2(-1) } // Trigger 3 horizon Set : _ProjInflow3 { condition : weekday{year, month, day} <= 1 value : 7 * timesers(997/[ForcCode_3]) condition : default value : _ProjInflow3(-1) } Set : _ProjDemand3 { condition : weekday{year, month, day} <= 1 value : accumulate { demand146 , 0 , +[Forecast_3_Horizon_Days] } * ( 1 - [Dem_2_Red_Factor]/100 ) condition : default value : _ProjDemand3(-1) } Set : _ProjMinFlow3 { condition : weekday{year, month, day} <= 1 value : accumulate { pattern(MinReleaseTarRes) , 0 , +[Forecast_3_Horizon_Days]} * ( 1 - [Min_Rel_2_Red_Factor]/100 ) condition : default value : _ProjMinFlow3(-1) } Set : _ProjEvap3 { condition : weekday{year, month, day} <= 1 value : stor_to_area { 120 , storage120 } * 7 * timesers(120/Evap_[ForcCode_3]) / 12 condition : default value : _ProjEvap3(-1) } // Compute projected storage and stage for each trigger. Projected storage will not exceed the upper rule, or 125 feet. :For: { [trig] = {1, 2, 3} } Set : _ProjStorage[trig] { Condition : weekday{year, month, day} <= 1 Value : min{storage120 + _ProjInflow[trig] - _ProjDemand[trig] - _ProjEvap[trig] - _ProjMinFlow[trig] , upper_rule120} Condition : default Value : _ProjStorage[trig](-1) } Set : _ProjElev[trig] { Condition : weekday{year, month, day} <= 1 Value : stor_to_elev{ 120, _ProjStorage[trig]} Condition : default Value : _ProjElev[trig](-1) } :Next: /* This section evaluates whether any of the three triggers were on during the last time step. If so, it checks to see whether the reservoir has re-filled to the release elevation (defined in constants table), in which case the triggers are released. If the trigger was not on in the last timestep, it compares the projected stage with the threshold to determine whether it should be turned on. Note the projected stage is calculated only at beginning of week, so determination of triggers is kept to the beginning of the week. That provides some delay in enactment of triggers and duplicates to some extent the waiting period requirement below. */ // Enact only if trigger elevation is met and put in some waiting period as shown below. // Triggers 2 and 3 can only turn on in sequence after trigger 1 has turned on. // These triggers turn off if the pond has refilled to the user-defined release elevation of 124 feet. Set : _Trigger_3_On { Condition : _Trigger_3_On(-1) = 1 { Condition : elevation120 >= [ReleaseElev] Value : 0 Condition : default Value : _Trigger_3_On(-1) } Condition : _Stage_2_Counter(-1) >= 14 // Require a 7 day waiting period before going into phase 3 { Condition : weekday{year, month, day} <= 1 { Condition : _ProjElev3 <= [Trigger_3_Elevation] Value : 1 } Condition : default Value : _Trigger_3_On(-1) } Condition : default Value : _Trigger_3_On(-1) } Set : _Trigger_2_On { Condition : _Trigger_2_On(-1) = 1 { Condition : elevation120 >= [ReleaseElev] Value : 0 Condition : default Value : _Trigger_2_On(-1) } Condition : _Stage_1_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 2 { Condition : weekday{year, month, day} <= 1 { Condition : _ProjElev2 <= [Trigger_2_Elevation] Value : 1 } Condition : default Value : _Trigger_2_On(-1) } Condition : default Value : _Trigger_2_On(-1) } Set : _Trigger_1_On { Condition : _Trigger_1_On(-1) = 1 { Condition : elevation120 >= [ReleaseElev] Value : 0 Condition : default Value : _Trigger_1_On(-1) } // Assume no waiting period since trigger 1 only leads to voluntary (keep in mind there may be a week's delay because the // the condition is only checked on weekday 1), which has no demand reduction hardship. To make it more realistic, keep existing plan requirement // that trigger 1 won't be imposed until below 124. Condition : weekday{year, month, day} <= 1 { Condition : _ProjElev1 <= [Trigger_1_Elevation] and elevation120 < 124 Value : 1 Condition : default Value : _Trigger_1_On(-1) } Condition : default Value : _Trigger_1_On(-1) } /* This section sets/resets the counters used to maintain the proper spacing of conservation stages */ :For: { [trig] = {1, 2, 3} } Set : _Stage_[trig]_Counter { Condition : _Stage_[trig]_Counter(-1) > 0 and _Trigger_[trig]_On = 0 Value : 0 Condition : _Trigger_[trig]_On = 1 Value : _Stage_[trig]_Counter(-1) + 1 Condition : default Value : _Stage_[trig]_Counter(-1) } /* Count all trigger events lasting at least 7 days */ Set : _Ph_[trig]_event_counter { Condition : _Stage_[trig]_Counter = 7 and _Stage_[trig]_Counter(-1) = 6 Value : _Ph_[trig]_event_counter(-1) + 1 Condition : default Value : _Ph_[trig]_event_counter(-1) } // Set conservation demand and delivery constraints for each trigger level in effect Set : _Consvn_[trig]_Demand { Condition : _Trigger_[trig]_On = 1 Value : Demand146 * ( 1 - [Dem_[trig]_Red_Factor] / 100 ) Condition : default Value : Demand146 } Constraint Demand_Limit_Consvn_[trig] : { Condition : _Trigger_[trig]_On = 1 Expression : dflow120.146 + dflow135.146 <= _Consvn_[trig]_Demand } :Next: // Set the minimum release. Adjust this for the Voluntary 1 policy in which the minimum release is reduced from 80 to 70 cfs from June 1 to Oct 31. Set MinRelease_fromRes : min_flow120.130 { condition : _Trigger_3_On = 1 value : ( 1 - [Min_Rel_3_Red_Factor] / 100 ) * pattern(MinReleaseTarRes) condition : _Trigger_2_On = 1 value : ( 1 - [Min_Rel_2_Red_Factor] / 100 ) * pattern(MinReleaseTarRes) condition : _Trigger_1_On = 1 value : ( 1 - [Min_Rel_1_Red_Factor] / 100 ) * pattern(MinReleaseTarRes) condition : default value : pattern(MinReleaseTarResSeasonal) } // Set the trigger level for displaying purposes Set : _RM_Trigger_Level { condition : _Trigger_3_On = 1 value : 3 condition : _Trigger_2_On = 1 value : 2 condition : _Trigger_1_On = 1 value : 1 condition : default value : 0 } // Set maximum withdrawal from quarry to 10 cfs as defined in constants table. Set as a target to avoid infeasibility since // quarry may be spilling. Target : dflow140.135 { // Pump 10 cfs from quarry into stream (which then flows into Tar downstream of Lemon's Ferry gage but upstream of Sunset plant) whenever // triggers 2, 3 are on condition : _Trigger_2_On = 1 or _Trigger_3_On = 1 priority : 1 penalty+ : 1000 penalty- : 1000 value : convert_units { [FromQuarryPumpRate] , cfs , af } // Otherwise, only allow for spill condition : default priority : 1 penalty+ : 2000 penalty- : 0 value : 0 } /* If forecasts are not used, just release the minimum from the reservoir */ :else: Set MinRelease_fromRes : min_flow120.130 { value : pattern(MinReleaseTarRes) } :endif: :else: // If drought plans basinwide are not being used Set MinRelease_fromRes : min_flow120.130 { value : pattern(MinReleaseTarRes) } :endif: Drought_plans.ocl /* File is drought_plans.ocl. Computes trigger levels and demand reductions. */ :If: {[Drought_Plans_On] = 1} // First check if drought plan variable is on /* LOUISBURG */ /* First convert flow at gage to stage since plan is based on gage ht. Gage ht is stage + datum (175.75 ft) */ Set : _Louis_Ht { Condition : abs_period <= 1 Value : 6.54 + 175.75 // Estimate for day 1 (assuming starting 1/1/1930) Condition : default Value : lookup { LouisStage, flow050.090 } + 175.75 } /* Gage heights returned from this seem low compared to their triggers (often below the trigger); need some way of converting height at gage to height at their intake. Comment out in the meantime Set : _Loui_Trigger_5_On { Condition : _Loui_Trigger_5_On(-1) = 1 { Condition : _Louis_Ht > 179 Value : 0 Condition : default Value : _Loui_Trigger_5_On(-1) } Condition : _Loui_Stage_4_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 5 { Condition : weekday{year, month, day} <= 1 { Condition : _Louis_Ht <= 179 Value : 1 } Condition : default Value : _Loui_Trigger_5_On(-1) } Condition : default Value : _Loui_Trigger_5_On(-1) } Set : _Loui_Trigger_4_On { Condition : _Loui_Trigger_4_On(-1) = 1 { Condition : _Louis_Ht > 180 Value : 0 Condition : default Value : _Loui_Trigger_4_On(-1) } Condition : _Loui_Stage_3_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 4 { Condition : weekday{year, month, day} <= 1 { Condition : _Louis_Ht <= 180 Value : 1 } Condition : default Value : _Loui_Trigger_4_On(-1) } Condition : default Value : _Loui_Trigger_4_On(-1) } Set : _Loui_Trigger_3_On { Condition : _Loui_Trigger_3_On(-1) = 1 { Condition : _Louis_Ht > 181 Value : 0 Condition : default Value : _Loui_Trigger_3_On(-1) } Condition : _Loui_Stage_2_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 3 { Condition : weekday{year, month, day} <= 1 { Condition : _Louis_Ht <= 181 Value : 1 } Condition : default Value : _Loui_Trigger_3_On(-1) } Condition : default Value : _Loui_Trigger_3_On(-1) } Set : _Loui_Trigger_2_On { Condition : _Loui_Trigger_2_On(-1) = 1 { Condition : _Louis_Ht > 182 Value : 0 Condition : default Value : _Loui_Trigger_2_On(-1) } Condition : _Loui_Stage_1_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 2 { Condition : weekday{year, month, day} <= 1 { Condition : _Louis_Ht <= 182 Value : 1 } Condition : default Value : _Loui_Trigger_2_On(-1) } Condition : default Value : _Loui_Trigger_2_On(-1) } Set : _Loui_Trigger_1_On { Condition : _Loui_Trigger_1_On(-1) = 1 { Condition : _Louis_Ht > 183 Value : 0 Condition : default Value : _Loui_Trigger_1_On(-1) } // Assume no waiting period since Loui_Trigger 1 only drought alert Condition : weekday{year, month, day} <= 1 { Condition : _Louis_Ht <= 183 Value : 1 Condition : default Value : _Loui_Trigger_1_On(-1) } Condition : default Value : _Loui_Trigger_1_On(-1) } */ /* FRANKLINTON */ Set : _Frank_Usable_Stor { Value : max { upper_rule060 - lower_rule060, storage060 - lower_rule060 } } Set : _Frank_Usable_Stor_Pct { Value : 100 * _Frank_Usable_Stor / (upper_rule060 - lower_rule060) } Set : _Frank_Trigger_5_On { Condition : _Frank_Trigger_5_On(-1) = 1 { Condition : _Frank_Usable_Stor_Pct >= 100 Value : 0 Condition : default Value : _Frank_Trigger_5_On(-1) } Condition : _Frank_Stage_4_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 5 { Condition : weekday{year, month, day} <= 1 { Condition : _Frank_Usable_Stor_Pct <= 0 Value : 1 } Condition : default Value : _Frank_Trigger_5_On(-1) } Condition : default Value : _Frank_Trigger_5_On(-1) } Set : _Frank_Trigger_4_On { Condition : _Frank_Trigger_4_On(-1) = 1 { Condition : _Frank_Usable_Stor_Pct >= 100 Value : 0 Condition : default Value : _Frank_Trigger_4_On(-1) } Condition : _Frank_Stage_3_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 4 { Condition : weekday{year, month, day} <= 1 { Condition : _Frank_Usable_Stor_Pct < 30 Value : 1 } Condition : default Value : _Frank_Trigger_4_On(-1) } Condition : default Value : _Frank_Trigger_4_On(-1) } Set : _Frank_Trigger_3_On { Condition : _Frank_Trigger_3_On(-1) = 1 { Condition : _Frank_Usable_Stor_Pct >= 100 Value : 0 Condition : default Value : _Frank_Trigger_3_On(-1) } Condition : _Frank_Stage_2_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 3 { Condition : weekday{year, month, day} <= 1 { Condition : _Frank_Usable_Stor_Pct < 50 Value : 1 } Condition : default Value : _Frank_Trigger_3_On(-1) } Condition : default Value : _Frank_Trigger_3_On(-1) } Set : _Frank_Trigger_2_On { Condition : _Frank_Trigger_2_On(-1) = 1 { Condition : _Frank_Usable_Stor_Pct >= 100 Value : 0 Condition : default Value : _Frank_Trigger_2_On(-1) } Condition : _Frank_Stage_1_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 2 { Condition : weekday{year, month, day} <= 1 { Condition : _Frank_Usable_Stor_Pct < 65 Value : 1 } Condition : default Value : _Frank_Trigger_2_On(-1) } Condition : default Value : _Frank_Trigger_2_On(-1) } Set : _Frank_Trigger_1_On { Condition : _Frank_Trigger_1_On(-1) = 1 { Condition : _Frank_Usable_Stor_Pct >= 100 Value : 0 Condition : default Value : _Frank_Trigger_1_On(-1) } // Assume no waiting period since Frank_Trigger 1 only drought alert Condition : weekday{year, month, day} <= 1 { Condition : _Frank_Usable_Stor_Pct < 75 Value : 1 Condition : default Value : _Frank_Trigger_1_On(-1) } Condition : default Value : _Frank_Trigger_1_On(-1) } /* Enfield */ Set : _Enf_Trigger_5_On { Value : 0 } // No phase 5 for Enfield Set : _Enf_Trigger_4_On { Value : 0 } // No phase 4 for Enfield Set : _Enf_Trigger_3_On { Condition : _Enf_Trigger_3_On(-1) = 1 { Condition : flow200.220 > 0.2 * convert_units { lookup { Fish_Norm_Flow, month }, cfs, af } Value : 0 Condition : default Value : _Enf_Trigger_3_On(-1) } Condition : _Enf_Stage_2_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 3 { Condition : weekday{year, month, day} <= 1 { Condition : flow200.220 <= 0.2 * convert_units { lookup {Fish_Norm_Flow, month}, cfs, af } Value : 1 } Condition : default Value : _Enf_Trigger_3_On(-1) } Condition : default Value : _Enf_Trigger_3_On(-1) } Set : _Enf_Trigger_2_On { Condition : _Enf_Trigger_2_On(-1) = 1 { Condition : flow200.220 > 0.4 * convert_units { lookup {Fish_Norm_Flow, month}, cfs, af } Value : 0 Condition : default Value : _Enf_Trigger_2_On(-1) } Condition : _Enf_Stage_1_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 2 { Condition : weekday{year, month, day} <= 1 { Condition : flow200.220 <= 0.4 * convert_units { lookup {Fish_Norm_Flow, month}, cfs, af } Value : 1 } Condition : default Value : _Enf_Trigger_2_On(-1) } Condition : default Value : _Enf_Trigger_2_On(-1) } Set : _Enf_Trigger_1_On { Condition : _Enf_Trigger_1_On(-1) = 1 { Condition : flow200.220 > 0.6 * convert_units { lookup {Fish_Norm_Flow, month}, cfs, af } Value : 0 Condition : default Value : _Enf_Trigger_1_On(-1) } // Assume no waiting period since Enf_Trigger 1 only drought alert Condition : weekday{year, month, day} <= 1 { Condition : flow200.220 <= 0.6 * convert_units { lookup {Fish_Norm_Flow, month}, cfs, af } Value : 1 Condition : default Value : _Enf_Trigger_1_On(-1) } Condition : default Value : _Enf_Trigger_1_On(-1) } /* TARBORO */ Set : _Tarb_Trigger_5_On { Value : 0 } // No phase 5 for Tarboro Set : _Tarb_Trigger_4_On { Condition : _Tarb_Trigger_4_On(-1) = 1 { Condition : flow300.330 > convert_units { 30, cfs, af } Value : 0 Condition : default Value : _Tarb_Trigger_4_On(-1) } Condition : _Tarb_Stage_3_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 4 { Condition : weekday{year, month, day} <= 1 { Condition : flow300.330 < convert_units { 30, cfs, af } and flow300.330(-1) < convert_units { 30, cfs, af } and flow300.330(-2) < convert_units { 30, cfs, af } and flow300.330(-3) < convert_units { 30, cfs, af } and flow300.330(-4) < convert_units { 30, cfs, af } Value : 1 } Condition : default Value : _Tarb_Trigger_4_On(-1) } Condition : default Value : _Tarb_Trigger_4_On(-1) } Set : _Tarb_Trigger_3_On { Condition : _Tarb_Trigger_3_On(-1) = 1 { Condition : flow300.330 > convert_units { 40, cfs, af } Value : 0 Condition : default Value : _Tarb_Trigger_3_On(-1) } Condition : _Tarb_Stage_2_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 3 { Condition : weekday{year, month, day} <= 1 { Condition : flow300.330 < convert_units { 40, cfs, af } and flow300.330(-1) < convert_units { 40, cfs, af } and flow300.330(-2) < convert_units { 40, cfs, af } and flow300.330(-3) < convert_units { 40, cfs, af } and flow300.330(-4) < convert_units { 40, cfs, af } Value : 1 } Condition : default Value : _Tarb_Trigger_3_On(-1) } Condition : default Value : _Tarb_Trigger_3_On(-1) } Set : _Tarb_Trigger_2_On { Condition : _Tarb_Trigger_2_On(-1) = 1 { Condition : flow300.330 > convert_units { 50, cfs, af } Value : 0 Condition : default Value : _Tarb_Trigger_2_On(-1) } Condition : _Tarb_Stage_1_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 2 { Condition : weekday{year, month, day} <= 1 { Condition : flow300.330 < convert_units { 50, cfs, af } and flow300.330(-1) < convert_units { 50, cfs, af } and flow300.330(-2) < convert_units { 50, cfs, af } and flow300.330(-3) < convert_units { 50, cfs, af } and flow300.330(-4) < convert_units { 50, cfs, af } and flow300.330(-5) < convert_units { 50, cfs, af } and flow300.330(-6) < convert_units { 50, cfs, af } Value : 1 } Condition : default Value : _Tarb_Trigger_2_On(-1) } Condition : default Value : _Tarb_Trigger_2_On(-1) } Set : _Tarb_Trigger_1_On { Condition : _Tarb_Trigger_1_On(-1) = 1 { Condition : flow300.330 > convert_units { 70, cfs, af } Value : 0 Condition : default Value : _Tarb_Trigger_1_On(-1) } // Assume no waiting period since Tarb_Trigger 1 only drought alert Condition : weekday{year, month, day} <= 1 { Condition : flow300.330 < convert_units { 70, cfs, af } and flow300.330(-1) < convert_units { 70, cfs, af } and flow300.330(-2) < convert_units { 70, cfs, af } and flow300.330(-3) < convert_units { 70, cfs, af } and flow300.330(-4) < convert_units { 70, cfs, af } and flow300.330(-5) < convert_units { 70, cfs, af } and flow300.330(-6) < convert_units { 70, cfs, af } Value : 1 Condition : default Value : _Tarb_Trigger_1_On(-1) } Condition : default Value : _Tarb_Trigger_1_On(-1) } /* Greenville */ /* Commented out because triggers are based on height at intake, need some way of modeling that Set : _GUC_Trigger_3_On { Condition : _GUC_Trigger_3_On(-1) = 1 { Condition : flow390.400 > convert_units { 5.4, cfs, af } Value : 0 Condition : default Value : _GUC_Trigger_3_On(-1) } Condition : _GUC_Stage_2_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 3 { Condition : weekday{year, month, day} <= 1 { Condition : flow390.400 <= convert_units { 5.4, cfs, af } Value : 1 } Condition : default Value : _GUC_Trigger_3_On(-1) } Condition : default Value : _GUC_Trigger_3_On(-1) } Set : _GUC_Trigger_2_On { Condition : _GUC_Trigger_2_On(-1) = 1 { Condition : flow390.400 > convert_units { 5.4, cfs, af } Value : 0 Condition : default Value : _GUC_Trigger_2_On(-1) } Condition : _GUC_Stage_1_Counter(-1) >= 14 // Require a 14 day waiting period before going into phase 2 { Condition : weekday{year, month, day} <= 1 { Condition : flow390.400 <= convert_units { 5.4, cfs, af } Value : 1 } Condition : default Value : _GUC_Trigger_2_On(-1) } Condition : default Value : _GUC_Trigger_2_On(-1) } Set : _GUC_Trigger_1_On { Condition : _GUC_Trigger_1_On(-1) = 1 { Condition : flow390.400 > convert_units { 5.4, cfs, af } Value : 0 Condition : default Value : _GUC_Trigger_1_On(-1) } // Assume no waiting period since GUC_Trigger 1 only drought alert Condition : weekday{year, month, day} <= 1 { Condition : flow390.400 <= convert_units { 5.4, cfs, af } Value : 1 Condition : default Value : _GUC_Trigger_1_On(-1) } Condition : default Value : _GUC_Trigger_1_On(-1) } */ /* This section sets/resets the counters used to maintain the proper spacing of conservation stages */ :For: { [Util] = { /*Loui, */Frank, Enf, Tarb/*, GUC*/ } } :For: { [trig] = {1, 2, 3, 4, 5} } Set : _[Util]_Stage_[trig]_Counter { Condition : _[Util]_Stage_[trig]_Counter(-1) > 0 and _[Util]_Trigger_[trig]_On = 0 Value : 0 Condition : _[Util]_Trigger_[trig]_On = 1 Value : _[Util]_Stage_[trig]_Counter(-1) + 1 Condition : default Value : _[Util]_Stage_[trig]_Counter(-1) } /* Count all trigger events lasting at least 7 days */ Set : _[Util]_Ph_[trig]_event_counter { Condition : _[Util]_Stage_[trig]_Counter = 7 and _[Util]_Stage_[trig]_Counter(-1) = 6 Value : _[Util]_Ph_[trig]_event_counter(-1) + 1 Condition : default Value : _[Util]_Ph_[trig]_event_counter(-1) } :Next: :Next: // Set conservation demand and delivery constraints for each trigger level in effect. // Set demand reduction factors :SUBSTITUTE: [Dem_1_Red_Factor] = 5 :SUBSTITUTE: [Dem_2_Red_Factor] = 10 :SUBSTITUTE: [Dem_3_Red_Factor] = 20 :SUBSTITUTE: [Dem_4_Red_Factor] = 25 :SUBSTITUTE: [Dem_5_Red_Factor] = 35 :For: { [trig] = {1, 2, 3, 4, 5} } // Louisburg /*Set : _Loui_Consvn_[trig]_Demand { Condition : _Loui_Trigger_[trig]_On = 1 Value : Demand086 * ( 1 - [Dem_[trig]_Red_Factor] / 100 ) Condition : default Value : Demand086 } Constraint Loui_Demand_Limit_Consvn_[trig] : { Condition : _Loui_Trigger_[trig]_On = 1 Expression : dflow050.086 <= _Loui_Consvn_[trig]_Demand } */ // Franklinton Set : _Frank_Consvn_[trig]_Demand { Condition : _Frank_Trigger_[trig]_On = 1 Value : Demand074 * ( 1 - [Dem_[trig]_Red_Factor] / 100 ) Condition : default Value : Demand074 } Constraint Frank_Demand_Limit_Consvn_[trig] : { Condition : _Frank_Trigger_[trig]_On = 1 Expression : dflow072.074 <= _Frank_Consvn_[trig]_Demand } // Enfield Set : _Enf_Consvn_[trig]_Demand { Condition : _Enf_Trigger_[trig]_On = 1 Value : Demand226 * ( 1 - [Dem_[trig]_Red_Factor] / 100 ) Condition : default Value : Demand226 } Constraint Enf_Demand_Limit_Consvn_[trig] : { Condition : _Enf_Trigger_[trig]_On = 1 Expression : dflow220.226 <= _Enf_Consvn_[trig]_Demand } // Tarboro Set : _Tarb_Consvn_[trig]_Demand { Condition : _Tarb_Trigger_[trig]_On = 1 Value : Demand296 * ( 1 - [Dem_[trig]_Red_Factor] / 100 ) Condition : default Value : Demand296 } Constraint Tarb_Demand_Limit_Consvn_[trig] : { Condition : _Tarb_Trigger_[trig]_On = 1 Expression : dflow250.296 <= _Tarb_Consvn_[trig]_Demand } // Greenville /*Set : _Gree_Consvn_[trig]_Demand { Condition : _Gree_Trigger_[trig]_On = 1 Value : Demand392 * ( 1 - [Dem_[trig]_Red_Factor] / 100 ) Condition : default Value : Demand392 } Constraint Gree_Demand_Limit_Consvn_[trig] : { Condition : _Gree_Trigger_[trig]_On = 1 Expression : dflow391.392 <= _Gree_Consvn_[trig]_Demand } */ :Next: :else: // Do nothing if not using drought plans :endif: