from integrated.Modules.Core.Handlers.FileHandler import FileHandler
from integrated.Modules.Hydrology.IHACRES.IHACRES import IHACRES
import pandas as pd
if __name__ == '__main__':
ClimateData = FileHandler().loadCSV('test_data/climate/Echuca.txt',
columns=[0, 7, 9],
skiprows=41,
delimiter=r'\s*',
engine='python') #
ClimateData.index = pd.to_datetime(ClimateData[ClimateData.columns[0]],
format='%Y%m%d')
ClimateData.columns = ['Date', 'rainfall', 'ET']
RRmodel = IHACRES(ClimateData, 50)
prev_storage = 50
inflow = 100
irrig_out = 25
evap = 10
local_inflow = 10
base_flow = 5
deep_drainage = 10
storage_coef = 0.5
ET_f = 1.1
#Test flow calculation
print RRmodel.calcFlow(prev_storage, inflow, irrig_out, evap, local_inflow,
base_flow, deep_drainage, storage_coef, ET_f)
from integrated.Modules.Core.Handlers.FileHandler import FileHandler
from integrated.Modules.Hydrology.Routing.Routing import Routing
import pandas as pd
if __name__ == "__main__":
ClimateData = FileHandler().loadCSV(
"test_data/climate/Echuca.txt", columns=[0, 7, 9], skiprows=41, delimiter=r"\s*", engine="python"
) #
ClimateData.index = pd.to_datetime(ClimateData[ClimateData.columns[0]], format="%Y%m%d")
ClimateData.columns = ["Date", "rainfall", "ET"]
WaterRouter = Routing(ClimateData, 50)
prev_storage = 50
inflow = 100
irrig_out = 25
evap = 10
local_inflow = 10
base_flow = 5
deep_drainage = 10
storage_coef = 0.5
ET_f = 1.1
# Test flow calculation
print WaterRouter.calcFlow(
prev_storage, inflow, irrig_out, evap, local_inflow, base_flow, deep_drainage, storage_coef, ET_f
)
