public static void ShowDetentionPlot(BMP bmp, string plotTitle = "Wet Detention System Plot")
{
frmChart formC = new frmChart(bmp, "WetDetention");
formC.Text = plotTitle;
formC.ShowDialog();
}
public void CreateFromBMP(BMP bmp)
{
this.CatchmentID = bmp.CatchmentID;
this.BMPType = bmp.BMPType;
this.AnnualCost = bmp.TotalAnnualCost;
this.ConstructionCost = bmp.BMPCost;
this.PresentValue = bmp.PresentWorth;
}
public string SpecificBMPReport(int i, BMP bmp)
{
string s = "<br/>BMP in Series Number: " + i.ToString() + "<br/>";
s += "BMP Type: " + bmp.BMPType + "<br/>";
s += bmp.BMPInputVariables();
return(s);
}
public static void ShowVFSPlot(BMP bmp, string plotTitle = "Vegetated Filter Strip Plot")
{
VegetatedFilterStrip vnb = (VegetatedFilterStrip)bmp;
frmChart formC = new frmChart(bmp, "VFS");
formC.Text = plotTitle;
formC.ShowDialog();
}
public static void ShowVNBPlot(BMP bmp, string plotTitle = "Vegetated Natural Buffer Plot")
{
VegetatedNaturalBuffer vnb = (VegetatedNaturalBuffer)bmp;
frmChart formC = new frmChart(bmp, "VNB");
formC.Text = plotTitle;
formC.ShowDialog();
}
public static void ShowRetentionPlot(BMP bmp, string plotTitle = "Retention Treatment Efficiency")
{
frmChart formC = new frmChart(bmp, "Storage");
formC.Text = plotTitle;
formC.AddMarker(bmp.RetentionDepth, bmp.HydraulicCaptureEfficiency,
"System Efficiency at Treatment Depth (in over watershed): " + XmlPropertyObject.AsString(bmp.RetentionDepth, 2));
formC.ShowDialog();
}
public MultipleBMP(Catchment c) : base(c)
{
RetentionCount = 0;
RunoffVolume = c.PostRunoffVolume;
BMPType = BMPTrainsProject.sMultipleBMP;
bmp1 = new BMP(c); bmp1.BMPType = c.BMP1;
bmp2 = new BMP(c); bmp2.BMPType = c.BMP2;
bmp3 = new BMP(c); bmp3.BMPType = c.BMP3;
bmp4 = new BMP(c); bmp4.BMPType = c.BMP4;
}
private void CalculateReductions(BMP bmp)
{
bmp.BMPNMassLoadOut = bmp.BMPNMassLoadIn * (100 - bmp.ProvidedNTreatmentEfficiency) / 100;
bmp.BMPPMassLoadOut = bmp.BMPPMassLoadIn * (100 - bmp.ProvidedPTreatmentEfficiency) / 100;
//
//if (!bmp.isRetention()) {
// bmp.GroundwaterNMassLoadIn = bmp.BMPNMassLoadIn * bmp.ProvidedNTreatmentEfficiency / 100;
// bmp.GroundwaterPMassLoadIn = bmp.BMPPMassLoadIn * bmp.ProvidedPTreatmentEfficiency / 100;
//}
}
private void CalculateTraditional(BMP bmp)
{
if (bmp.isDefined())
{
bmp.BMPNMassLoadIn = bmp1.BMPNMassLoadOut;
bmp.BMPPMassLoadIn = bmp1.BMPPMassLoadOut;
CalculateReductions(bmp);
ProvidedNTreatmentEfficiency = 100 * (bmp1.BMPNMassLoadIn - bmp.BMPNMassLoadOut) / bmp1.BMPNMassLoadIn;
ProvidedPTreatmentEfficiency = 100 * (bmp1.BMPPMassLoadIn - bmp.BMPPMassLoadOut) / bmp1.BMPPMassLoadIn;
CalculateMassLoading();
}
}
public static void SetButtonColor(Catchment catchment, BMP bmp, System.Windows.Forms.Button btn)
{
System.Drawing.Color dColor = System.Drawing.Color.LightGreen;
System.Drawing.Color bColor = System.Drawing.Color.LightGray;
System.Drawing.Color sColor = System.Drawing.Color.LightCyan;
setButtonColor(bmp.isDefined(), btn);
if ((catchment.getSelectedBMP() == bmp) && bmp.isDefined())
{
btn.BackColor = sColor;
}
}
public void AddCost(BMP bmp)
{
bmp.CalculateCost(Globals.Project.InterestRate, Globals.Project.ProjectDuration, Globals.Project.CostOfWater);
LandCost += bmp.LandCost;
FixedCost += bmp.FixedCost;
BMPCost += bmp.BMPCost;
AnnualCostRecovery += bmp.AnnualCostRecovery;
MaintenanceCost += bmp.MaintenanceCost;
TotalAnnualCost += bmp.TotalAnnualCost;
PresentValueOfReplacement += bmp.PresentValueOfReplacement;
PresentWorth += bmp.PresentWorth;
}
private void RouteRetentionToWetDetention(BMP up, BMP down)
{
double rt = 0.0; // Adjusted Residence time based on incoming flow difference due to removal
// e is provided retention treatment efficiency
double e = CalculateEffectiveRetentionTreatmentEfficiency();
up.BMPVolumeOut = up.BMPVolumeIn * e / 100; // This is retention calculation for VOlume Out
if (((Storage)up).BMPVolumeOut != 0)
{
rt = ((WetDetention)down).PermanentPoolVolume / ((Storage)up).BMPVolumeOut * 365;
}
((WetDetention)down).Calculate(rt);
down.BMPNMassLoadIn = up.BMPNMassLoadOut;
down.BMPPMassLoadIn = up.BMPPMassLoadOut;
// Now we have to adjust the overall efficiency to take into account the additional removal
double NonAdjustedN = CalculateAdjustedEfficiency(e, down.ProvidedNTreatmentEfficiency);
double NonAdjustedP = CalculateAdjustedEfficiency(e, down.ProvidedPTreatmentEfficiency);
//if (e > down.ProvidedNTreatmentEfficiency)
// down.ProvidedNTreatmentEfficiency = down.ProvidedNTreatmentEfficiency - 22;
//else
down.ProvidedNTreatmentEfficiency = down.ProvidedNTreatmentEfficiency - e / 7.0;
//down.ProvidedNTreatmentEfficiency = NonAdjustedN - e / 7.0;
//if (e > down.ProvidedPTreatmentEfficiency)
// down.ProvidedPTreatmentEfficiency = down.ProvidedPTreatmentEfficiency - 12;
//else
down.ProvidedPTreatmentEfficiency = down.ProvidedPTreatmentEfficiency - e / 7.0;
//down.ProvidedPTreatmentEfficiency = NonAdjustedP - e / 7.0;
if (down.ProvidedNTreatmentEfficiency <= 0)
{
down.ProvidedNTreatmentEfficiency = 0.0;
}
if (down.ProvidedPTreatmentEfficiency <= 0)
{
down.ProvidedPTreatmentEfficiency = 0.0;
}
ProvidedNTreatmentEfficiency = CalculateAdjustedEfficiency(e, down.ProvidedNTreatmentEfficiency);
ProvidedPTreatmentEfficiency = CalculateAdjustedEfficiency(e, down.ProvidedPTreatmentEfficiency);
CalculateReductions(down);
CalculateReductions(this);
}
public void AddBMP(int i, BMP bmp)
{
if (i == 1)
{
bmp1 = bmp;
}
if (i == 2)
{
bmp2 = bmp;
}
if (i == 3)
{
bmp3 = bmp;
}
if (i == 4)
{
bmp4 = bmp;
}
}
public frmChart(DomainCode.BMP _bmp, string BMPType)
{
InitializeComponent();
ChartType = BMPType;
bmp = _bmp;
if (BMPType == "Storage")
{
PlotStorage(bmp);
}
if (BMPType == "VNB")
{
PlotVNB((VegetatedNaturalBuffer)bmp, "Nitrogen");
}
if (BMPType == "VFS")
{
PlotVFS((VegetatedFilterStrip)bmp, "Nitrogen");
}
if (BMPType == "WetDetention")
{
PlotWetDetention((WetDetention)bmp, "Nitrogen");
}
}
