//returns unit hydrograph data
public Dictionary <double, TR55> ExecuteHydro(double area, double precip, double crvnum, int dur, Dictionary <double, double> hyetograph)
{
double tempP = 0;
double tempPe = 0;
double tempT = 0;
double tdiff = 0;
Dictionary <double, TR55> hydrotable = new Dictionary <double, TR55>();
int count1 = hyetograph.Count;
hyetograph = AddOne2Hyetograph(count1, hyetograph);
for (int i = 0; i < hyetograph.Count; i++)
{
TR55 hydrodata = new TR55(precip, crvnum, dur);
double d = hyetograph.ElementAt(i).Key;
double p = hyetograph.ElementAt(i).Value * 0.01;
double t;
t = d * 60;
//t = d * 0.01 * dur * 60;
tdiff = t - tempT;
hydrodata.DRNAREA = area;
hydrodata.P = p * precip;
hydrodata.dP = (p * precip) - tempP;
hydrodata.PIa = hydrodata.P - hydrodata.Ia;
if (hydrodata.PIa <= 0)
{
hydrodata.Pe = 0;
hydrodata.dPe = 0;
hydrodata.Pl = hydrodata.dP - hydrodata.dPe;
}
else
{
hydrodata.Pe = Math.Pow(hydrodata.P - 0.2 * hydrodata.S, 2) / (hydrodata.P + 0.8 * hydrodata.S);
hydrodata.dPe = hydrodata.Pe - tempPe;
hydrodata.Pl = hydrodata.dP - hydrodata.dPe;
}
if (hydrodata.dP <= 0)
{
hydrodata.Q = 0;
}
else
{
hydrodata.Q = CalcQ(hydrodata.DRNAREA, hydrodata.dPe, crvnum, tdiff, hydrodata.Ia);
}
hydrotable.Add(d, hydrodata);
tempT = t;
tempP = hydrodata.P;
tempPe = hydrodata.Pe;
}
return(hydrotable);
}
//retrieves Q
public TR55 Execute(double precip, double crvnum, int dur)
{
try
{
TR55 Result = new TR55(precip, crvnum, dur);
Result.Q = CalcQin(precip, crvnum, Result.Ia);
return(Result);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
return(null);
}
