private void btnCalcInfil_Click(object sender, EventArgs e)
{
Dictionary <Infiltration_Calc.GAMPPARAM, double> gavarmap = new Dictionary <Infiltration_Calc.GAMPPARAM, double>();
if (!InputsAreOK(gavarmap))
{
System.Windows.Forms.MessageBox.Show("Some fields contain inputs that are not valid. \n" +
"Enter values for the indicated parameters.", "Invalid Input");
return;
}
if (Calculator == null)
{
Calculator = new Infiltration_Calc();
}
//Do GAmp calculation
double[] InfiltrationResults = Calculator.GreemAmptMethod(gavarmap);
//Save results
Infiltration_Calc.ResultInfiltrationRate = InfiltrationResults[0];
Infiltration_Calc.ResultInfiltrationDepth = InfiltrationResults[1];
Infiltration_Calc.ResultInfiltrationDrainTime = InfiltrationResults[2];
RaiseInfilEvent("", "", "");
}
private void cboSoilMenu_SelectedIndexChanged(object sender, EventArgs e)
{
if (cboSoilMenu.SelectedItem == null)
{
System.Windows.Forms.MessageBox.Show("Must select a soil type first", "Infiltration Calculator");
return;
}
if (Calculator == null)
{
Calculator = new Infiltration_Calc();
}
string lSoilName = cboSoilMenu.SelectedItem.ToString();
Dictionary <string, string> soilprop = Calculator.MDMethod(lSoilName);
string lVal = "";
bool lValIsOK;
foreach (string lKey in soilprop.Keys)
{
lValIsOK = false;
if (soilprop.TryGetValue(lKey, out lVal))
{
lValIsOK = true;
}
if (lKey.StartsWith("Porosity"))
{
if (lValIsOK)
{
txtGAmpPorosity.Text = lVal;
}
}
else if (lKey.StartsWith("Effective Porosity"))
{
if (lValIsOK)
{
txtGAmpEffPorosity.Text = lVal;
}
}
else if (lKey.StartsWith("Suction Head"))
{
if (lValIsOK)
{
txtGAmpSuction.Text = lVal;
}
}
else if (lKey.StartsWith("Pore Size Distribution"))
{
}
else if (lKey.StartsWith("Residual Water Content"))
{
if (lValIsOK)
{
txtGAmpResWater.Text = lVal;
}
}
else if (lKey.StartsWith("Hydraulic Head"))
{
}
else if (lKey.StartsWith("Hydraulic Conductivity"))
{
if (lValIsOK)
{
txtGAmpSatHydCond.Text = lVal;
}
}
else if (lKey.StartsWith("Typical Water Capacity"))
{
}
else if (lKey.StartsWith("Typical Infilteration Rate"))
{
if (rdoInfilMethodMaryland.Checked)
{
Infiltration_Calc.ResultInfiltrationRate = double.Parse(lVal);
}
}
else if (lKey.StartsWith("Hydrologic Soil Group"))
{
}
}
if (rdoInfilMethodMaryland.Checked)
{
InfiltrationMethodChangeEventArgs args = new InfiltrationMethodChangeEventArgs();
args.InfilMethod = Infiltration_Calc.INFILCALCMETHODS.MARYLANDLOOKUP;
args.ResultInfiltrationRate = Infiltration_Calc.ResultInfiltrationRate.ToString();
args.ResultInfiltrationDepth = "";
args.ResultInfiltrationDrainTime = "";
OnInfiltrationMethodChanged(args);
}
}
