public override FTableCalculator Clone()
{
FTableCalcOCOrificeRiser lClone = new FTableCalcOCOrificeRiser();
lClone.myExit = this.myExit;
lClone.OrificePipeDiameter = this.OrificePipeDiameter;
lClone.OrificeDepth = this.OrificeDepth;
lClone.OrificeDischargeCoefficient = this.OrificeDischargeCoefficient;
return(lClone);
}
private FTableCalculator GetControlDeviceFromForm()
{
List <FTableCalculator.ControlDeviceType> listOCTypes = FTableCalculator.OCTypeNames.Keys.ToList <FTableCalculator.ControlDeviceType>();
List <string> listOCCommonNames = FTableCalculator.OCTypeNames.Values.ToList <string>();
FTableCalculator.ControlDeviceType lSelectedOCType = FTableCalculator.ControlDeviceType.None;
for (int i = 0; i < listOCTypes.Count; i++)
{
if (cboOCTypes.SelectedItem.ToString() == listOCCommonNames[i])
{
lSelectedOCType = listOCTypes[i];
break;
}
}
int lSelectedExit = SelectedExit();
double lParam0 = 0;
double lParam1 = 0;
double lDisCoe = 0;
double.TryParse(txtOCParm_0.Text, out lParam0);
double.TryParse(txtOCParm_1.Text, out lParam1);
double.TryParse(txtOCDisCoeff.Text, out lDisCoe);
FTableCalculator lCalc = null;
switch (lSelectedOCType)
{
case FTableCalculator.ControlDeviceType.OrificeRiser:
lCalc = new FTableCalcOCOrificeRiser();
((FTableCalcOCOrificeRiser)lCalc).myExit = lSelectedExit;
((FTableCalcOCOrificeRiser)lCalc).OrificePipeDiameter = lParam0;
((FTableCalcOCOrificeRiser)lCalc).OrificeDepth = lParam1;
((FTableCalcOCOrificeRiser)lCalc).OrificeDischargeCoefficient = lDisCoe;
break;
case FTableCalculator.ControlDeviceType.OrificeUnderdrain:
lCalc = new FTableCalcOCOrificeUnderflow();
((FTableCalcOCOrificeUnderflow)lCalc).myExit = lSelectedExit;
((FTableCalcOCOrificeUnderflow)lCalc).OrificePipeDiameter = lParam0;
((FTableCalcOCOrificeUnderflow)lCalc).OrificeInvertDepth = lParam1;
((FTableCalcOCOrificeUnderflow)lCalc).OrificeDischargeCoefficient = lDisCoe;
break;
case FTableCalculator.ControlDeviceType.WeirBroadCrest:
lCalc = new FTableCalcOCWeirBroad();
((FTableCalcOCWeirBroad)lCalc).myExit = lSelectedExit;
((FTableCalcOCWeirBroad)lCalc).WeirWidth = lParam0;
((FTableCalcOCWeirBroad)lCalc).WeirInvert = lParam1;
((FTableCalcOCWeirBroad)lCalc).DischargeCoefficient = lDisCoe;
break;
case FTableCalculator.ControlDeviceType.WeirRectangular:
lCalc = new FTableCalcOCWeirRectangular();
((FTableCalcOCWeirRectangular)lCalc).myExit = lSelectedExit;
((FTableCalcOCWeirRectangular)lCalc).WeirWidth = lParam0;
((FTableCalcOCWeirRectangular)lCalc).WeirInvert = lParam1;
((FTableCalcOCWeirRectangular)lCalc).DischargeCoefficient = lDisCoe;
break;
case FTableCalculator.ControlDeviceType.WeirTrapeCipolletti:
lCalc = new FTableCalcOCWeirTrapeCipolletti();
((FTableCalcOCWeirTrapeCipolletti)lCalc).myExit = lSelectedExit;
((FTableCalcOCWeirTrapeCipolletti)lCalc).WeirWidth = lParam0;
((FTableCalcOCWeirTrapeCipolletti)lCalc).WeirInvert = lParam1;
((FTableCalcOCWeirTrapeCipolletti)lCalc).DischargeCoefficient = lDisCoe;
break;
case FTableCalculator.ControlDeviceType.WeirTriVNotch:
lCalc = new FTableCalcOCWeirTriVNotch();
((FTableCalcOCWeirTriVNotch)lCalc).myExit = lSelectedExit;
((FTableCalcOCWeirTriVNotch)lCalc).WeirAngle = lParam0;
((FTableCalcOCWeirTriVNotch)lCalc).WeirInvert = lParam1;
((FTableCalcOCWeirTriVNotch)lCalc).DischargeCoefficient = lDisCoe;
break;
}
return(lCalc);
}
/**
*
*<P>Get the control device result form the calculators by calling the GenerateFTable method in each of them. </P>
*<P><B>Limitations:</B> </P>
* @return The result vector from the calcualtion.s
*/
public ArrayList getControlDeviceResult()
{
ArrayList cdResult = new ArrayList();
string lInput1 = "";
string lInput2 = "";
string lInput3 = "";
string lInput4 = "";
if (myCalcType == FTableCalculator.ControlDeviceType.WeirBroadCrest)
{
FTableCalcOCWeirBroad bft = new FTableCalcOCWeirBroad();
lInput1 = (string)calcInputs[calcInputDefs[0]];
lInput2 = (string)calcInputs[calcInputDefs[1]];
lInput3 = (string)calcInputs[calcInputDefs[2]];
lInput4 = (string)calcInputs[calcInputDefs[3]];
cdResult = bft.GenerateFTable(
double.Parse(lInput1),
double.Parse(lInput2),
double.Parse(lInput3),
double.Parse(lInput4));
}
else if (myCalcType == FTableCalculator.ControlDeviceType.WeirTrapeCipolletti)
{
FTableCalcOCWeirTrapeCipolletti cft = new FTableCalcOCWeirTrapeCipolletti();
lInput1 = (string)calcInputs[calcInputDefs[0]];
lInput2 = (string)calcInputs[calcInputDefs[1]];
lInput3 = (string)calcInputs[calcInputDefs[2]];
lInput4 = (string)calcInputs[calcInputDefs[3]];
cdResult = cft.GenerateFTable(
double.Parse(lInput1),
double.Parse(lInput2),
double.Parse(lInput3),
double.Parse(lInput4));
}
else if (myCalcType == FTableCalculator.ControlDeviceType.WeirRectangular)
{
FTableCalcOCWeirRectangular rft = new FTableCalcOCWeirRectangular();
lInput1 = (string)calcInputs[calcInputDefs[0]];
lInput2 = (string)calcInputs[calcInputDefs[1]];
lInput3 = (string)calcInputs[calcInputDefs[2]];
lInput4 = (string)calcInputs[calcInputDefs[3]];
cdResult = rft.GenerateFTable(
double.Parse(lInput1),
double.Parse(lInput2),
double.Parse(lInput3),
double.Parse(lInput4));
}
else if (myCalcType == FTableCalculator.ControlDeviceType.OrificeRiser)
{
FTableCalcOCOrificeRiser rft = new FTableCalcOCOrificeRiser();
lInput1 = (string)calcInputs[calcInputDefs[0]];
lInput2 = (string)calcInputs[calcInputDefs[1]];
lInput3 = (string)calcInputs[calcInputDefs[2]];
cdResult = rft.GenerateFTable(
double.Parse(lInput1),
double.Parse(lInput2),
double.Parse(lInput3));
}
else if (myCalcType == FTableCalculator.ControlDeviceType.OrificeUnderdrain)
{
FTableCalcOCOrificeUnderflow uft = new FTableCalcOCOrificeUnderflow();
lInput1 = (string)calcInputs[calcInputDefs[0]];
lInput2 = (string)calcInputs[calcInputDefs[1]];
lInput3 = (string)calcInputs[calcInputDefs[2]];
cdResult = uft.GenerateFTable(
double.Parse(lInput1),
double.Parse(lInput2),
double.Parse(lInput3));
}
else if (myCalcType == FTableCalculator.ControlDeviceType.WeirTriVNotch)
{
FTableCalcOCWeirTriVNotch vft = new FTableCalcOCWeirTriVNotch();
//this should still work as long as the string array input defs are still in order.
lInput1 = (string)calcInputs[calcInputDefs[0]];
lInput2 = (string)calcInputs[calcInputDefs[1]];
lInput3 = (string)calcInputs[calcInputDefs[2]];
lInput4 = (string)calcInputs[calcInputDefs[3]];
cdResult = vft.GenerateFTable(
double.Parse(lInput1),
double.Parse(lInput2),
double.Parse(lInput3),
double.Parse(lInput4));
}
return(cdResult);
}
private void cboOCTypes_SelectedIndexChanged(object sender, EventArgs e)
{
if (!pLoaded)
{
return;
}
string lSelectedOCName = cboOCTypes.SelectedItem.ToString();
if (lSelectedOCName == "None")
{
return;
}
string lName = "";
FTableCalculator.ControlDeviceType lSelectedOCType = FTableCalculator.ControlDeviceType.None;
foreach (FTableCalculator.ControlDeviceType lOCType in FTableCalculator.OCTypeNames.Keys)
{
if (FTableCalculator.OCTypeNames.TryGetValue(lOCType, out lName))
{
if (lSelectedOCName == lName)
{
lSelectedOCType = lOCType;
break;
}
}
}
Dictionary <string, double> lDefaults = null;
FTableCalculator lCalc = null;
switch (lSelectedOCType)
{
case FTableCalculator.ControlDeviceType.WeirTriVNotch:
lCalc = new FTableCalcOCWeirTriVNotch();
lDefaults = ((FTableCalcOCWeirTriVNotch)lCalc).ParamValueDefaults();
break;
case FTableCalculator.ControlDeviceType.WeirTrapeCipolletti:
lCalc = new FTableCalcOCWeirTrapeCipolletti();
lDefaults = ((FTableCalcOCWeirTrapeCipolletti)lCalc).ParamValueDefaults();
break;
case FTableCalculator.ControlDeviceType.WeirRectangular:
lCalc = new FTableCalcOCWeirRectangular();
lDefaults = ((FTableCalcOCWeirRectangular)lCalc).ParamValueDefaults();
break;
case FTableCalculator.ControlDeviceType.WeirBroadCrest:
lCalc = new FTableCalcOCWeirBroad();
lDefaults = ((FTableCalcOCWeirBroad)lCalc).ParamValueDefaults();
break;
case FTableCalculator.ControlDeviceType.OrificeUnderdrain:
lCalc = new FTableCalcOCOrificeUnderflow();
lDefaults = ((FTableCalcOCOrificeUnderflow)lCalc).ParamValueDefaults();
break;
case FTableCalculator.ControlDeviceType.OrificeRiser:
lCalc = new FTableCalcOCOrificeRiser();
lDefaults = ((FTableCalcOCOrificeRiser)lCalc).ParamValueDefaults();
break;
}
;
List <string> lParamLbls = lDefaults.Keys.ToList <string>();
List <double> lParamVals = lDefaults.Values.ToList <double>();
lblOCParm0.Text = lParamLbls[0];
lblOCParm1.Text = lParamLbls[1];
txtOCParm_0.Text = lParamVals[0].ToString();
txtOCParm_1.Text = lParamVals[1].ToString();
txtOCDisCoeff.Text = lParamVals[2].ToString();
//if (clsGlobals.gToolType == clsGlobals.ToolType.Gray)
//{
// rdoExit2.Checked = true;
//}
//else
//{
// rdoExit1.Checked = true;
//}
}