def Simulator():
Simulator = TheHoleLot()
Simulator.Deleter('C:\\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\outputfiles')
Simulator.runcd3('C:\Program Files (x86)\CityDrain3\\bin\cd3.exe', 'C:\\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\outputfiles\GardenWatering.xml')
#Simulator.Fractioncalculator([[1,2,10000,0.2,0.4,0.4,0.9,0.29,1.5,0.4,0.5,380,510,710,0.04,0.05,0.06,'without']])
Simulator.getoutputdata('C:\\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\outputfiles')
Simulator.getinputdata('C:\\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\inputfiles')
#Simulator.Balance(['Current_Volume'], ['Test', 'Rain_Model'], ['Actual_Infiltration', 'Potable_Water_Demand', 'Sewer', 'Stormwaterdrain'])
Simulator.Plotter([20,10],[0,50], [0,1], [ 'outin','outout'])
#print Simulator.listtoplot
return
def Simulator():
Simulator = TheHoleLot()
#Simulator.Deleter('D:\studium\Masterarbeit\Modeloutput')
# Simulator.runcd3('C:\Program Files (x86)\CityDrain3\\bin\cd3.exe', 'D:\studium\Masterarbeit\Modeloutput\Harvesting\Melbourne2.xml')
Simulator.Fractioncalculator('D:\studium\Masterarbeit\Modeloutput\Harvesting\_100\Melbourne.xml')
Simulator.getoutputdata('D:\studium\Masterarbeit\Modeloutput\Harvesting\_100')
Simulator.getinputdata('D:\studium\Masterarbeit\Modelinput')
Simulator.Balance()
WriteVS()
return
def Simulator():
Simulator = TheHoleLot()
Simulator.Deleter('/Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/outputfiles/')
Simulator.runcd3('C:\Program Files (x86)\CityDrain3\\bin\cd3.exe', '/Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/outputfiles/Garden.xml')
Simulator.Fractioncalculator(Catchattrvec)#,[1,1.8,10000,0,0.5,0.5,0.6,0.21,1.5,0.4,0.5,380,510,710,0.04,0.05,0.06,'without']])
Simulator.getoutputdata('/Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/outputfiles')
Simulator.getinputdata('/Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/inputfiles')
Simulator.Balance(['Greywatertanklevels', 'Greywaterreservoirlevels', 'Rainwatertanklevels', 'Stormwaterreservoirlevels','Gardenwateringstorage'], ['Evapo_Model', 'Rain_Model'], ['Actual_Infiltration', 'Potable_Water_Demand', 'Sewer', 'Stormwaterdrain'])
Simulator.Plotter([20,8],[0,155], [0,20], [ 'Rainwatertanklevels','Greywatertanklevels', 'Greywaterreservoirlevels', 'Stormwaterreservoirlevels' ]) #, 'Rainwatertanklevels','Greywatertanklevels', 'Greywaterreservoirlevels', 'Stormwaterreservoirlevels'
return
def Simulator():
Simulator = TheHoleLot()
Simulator.Deleter('C:\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\outputfiles')
Simulator.runcd3('C:\Program Files (x86)\CityDrain3\\bin\cd3.exe', 'C:\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\outputfiles\GardenWatering.xml')
#Simulator.Fractioncalculator([[1,2,10000,0.2,0.4,0.4,0.9,0.29,1.5,0.4,0.5,380,510,710,0.04,0.05,0.06,'without']])
Simulator.getoutputdata('C:\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\outputfiles')
Simulator.getinputdata('C:\Users\Acer\Documents\GitHub\CD3Waterbalance\simulationwithpatterns\inputfiles')
#Simulator.Balance(['Current_Volume'], ['Test', 'Rain_Model'], ['Actual_Infiltration', 'Potable_Water_Demand', 'Sewer', 'Stormwaterdrain'])
Simulator.Plotter([20,10],[0,50], [0,1], [ 'outin','outout'])
#print Simulator.listtoplot
return
def Simulator(Catchattrvec):
Simulator = TheHoleLot()
Simulator.Deleter(
'/Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/outputfiles'
)
Simulator.runcd3(
'/Users/christianurich/Documents/CityDrain3/build/cd3',
'-m /Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/outputfiles/Garden.xml -v 1'
)
Simulator.Fractioncalculator(
Catchattrvec
) #,[1,1.8,10000,0,0.5,0.5,0.6,0.21,1.5,0.4,0.5,380,510,710,0.04,0.05,0.06,'without']])
Simulator.getoutputdata(
'/Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/outputfiles'
)
Simulator.getinputdata(
'/Users/christianurich/Documents/CD3Waterbalance/simulationwithpatterns/inputfiles'
)
Simulator.Balance([
'Greywatertanklevels', 'Rainwatertanklevels',
'Stormwaterreservoirlevels', 'Gardenwateringstorage'
], ['Evapo_Model', 'Rain_Model'], [
'Actual_Infiltration', 'Potable_Water_Demand', 'Sewer',
'Stormwaterdrain'
])
#Simulator.Plotter([20,10],[0,365], [0,100], [ 'Greywatertanklevels', 'Rainwatertanklevels', 'Stormwaterreservoirlevels'])
return