public void TestPerformTimeStep()
{
PT_Evapotranspiration.PT_PET component = new PT_PET();
//Initialize Component
System.Collections.Hashtable args = new System.Collections.Hashtable();
args.Add("ConfigFile", "../../../Source/PT_PETconfig.xml");
args.Add("DataFolder", "../../../data");
args.Add("OutDir", "../../../");
component.Initialize(args);
//Define Inputs
double[] NetRadiation = { 4, 17.28, 6, 7 };
component.SetValues("NSR", "NetRadiation", new ScalarSet(NetRadiation));
double[] temp = { 4.3, 25, 6.5, 7.6 };
component.SetValues("Temp", "T", new ScalarSet(temp));
double[] elevation = { 14, 0, 16, 17 };
component.SetValues("Elevation", "Z", new ScalarSet(elevation));
//Call perform timestep in the component class
component.PerformTimeStep();
//retrieve values from the compenent class
ScalarSet OutputValues = (ScalarSet)component.GetValues("PET", "pet");
ScalarSet OutputValues2 = (ScalarSet)component.GetValues("StandardizedET", "ETsz");
double[] PET = OutputValues.data;
double[] ETsz = OutputValues2.data;
//Call finish
component.Finish();
}
public void TestInitialize()
{
PT_Evapotranspiration.PT_PET component = new PT_PET();
System.Collections.Hashtable args = new System.Collections.Hashtable();
args.Add("ConfigFile", "../../../Source/PT_PETconfig.xml");
args.Add("DataFolder", "../../../data");
args.Add("OutDir", "../../../");
component.Initialize(args);
}
