actions Subroutine

subroutine actions(ob_cur, ob_num, idtbl)

if unlimited source, set irrigation applied directly to hru set demand for irrigation from channel, reservoir or aquifer set the transfer amount - or duty - or water demand set demand to constant set to total irrigation demand calculated in wallo_start_day check number of applications per year check for generic plant-harv and set crops check to see if the crop is already growing don't plant if the crop is already growing check for generic plant-harv and set crops sum yield and num. of harvest to calc ave yields sum basin crop yields and area harvested sum regional crop yields for soft calibration check for generic plant-harv and set crops sum yield and number of harvests to calc ave yields sum basin crop yields and area harvested sum regional crop yields for soft calibration grazing operation set the transfer fraction from each object fraction of duty from POD source object 1 fraction of duty from POD source object 2 fraction of duty from POD source object 3 fraction of duty from POD source object 4 fraction of duty from POD source object 5 fraction of duty from POD source object 6 set amount of tile flow to send to buffer hru set tile flow diverted - can't be more than actual flow divert at least the minimum flow rate divert the maximum flow rate - can't be more than actual flow all flow diverted no flow diverted minimum - constant fraction drainage water management set drain depth for drainage water management xwalk with wetland.wet name xwalk with puddle.ops write to new landuse change file reset composite usle value - in hydro_init write to new landuse change file add new plants in simulation for yield output write to lu_change output file set new p factor reset composite usle value - in hydro_init write to new landuse change file set new p factor as function of slope - from cons_practice.lum relationship reset composite usle value - in hydro_init set new p factor as function of slope - from cons_practice.lum relationship adjust for pasture - above equation is for row crops reset composite usle value - in hydro_init set new p factor as function of slope - from cons_practice.lum relationship adjust for sod outlet - above equation is for underflow outlet reset composite usle value - in hydro_init set parameters for structural land use/management write to new landuse change file set parameters for structural land use/management set parameters for structural land use/management set parameters for structural land use/management set parameters for structural land use/management begin and end monsoon initiation period

Arguments