public new void Calculate()
{
RetentionVolume = ((WellDepth * WellLength * WellWidth * SoilStorageCapacity) + (WellLength * WellWidth * WellStorage)) * NumWells;
if (ContributingArea != 0.0)
{
RetentionDepth = 12.0 * RetentionVolume / (ContributingArea * 43560.0);
}
base.CalculateTreatmentEfficiency(RetentionDepth, WatershedNDCIACurveNumber, WatershedDCIAPercent);
if (RetentionOrDetention == sDetention)
{
MediaNPercentReduction = MediaMix.TNRemoval(this.MediaMixType);
MediaPPercentReduction = MediaMix.TPRemoval(this.MediaMixType);
ProvidedNTreatmentEfficiency = ProvidedNTreatmentEfficiency * MediaNPercentReduction / 100;
ProvidedPTreatmentEfficiency = ProvidedPTreatmentEfficiency * MediaPPercentReduction / 100;
}
base.CaclulateRemainingEfficiency();
}
public void CalculateMediaMixTreatmentEfficiency()
{
// If Groundwater Calculations are required then calculates the efficiency
// and reductions of groundwater discharge.
MediaNPercentReduction = MediaMix.TNRemoval(this.MediaMixType, MediaNPercentReduction);
MediaPPercentReduction = MediaMix.TPRemoval(this.MediaMixType, MediaPPercentReduction);
PostMediaNTreatmentEfficiency = 0;
PostMediaPTreatmentEfficiency = 0;
//if (BMPType == BMPTrainsProject.sVegetatedFilterStrip)
//{
// PostMediaNTreatmentEfficiency = 0; MediaNPercentReduction = 0;
// PostMediaPTreatmentEfficiency = 0; MediaPPercentReduction = 0;
// return;
//}
if (MediaNPercentReduction != 0)
{
PostMediaNTreatmentEfficiency = 100 * (0.3 * ProvidedNTreatmentEfficiency / 100 + 0.7 * ProvidedNTreatmentEfficiency / 100 * MediaNPercentReduction / 100);
//GroundwaterNMassDischarge =
}
else
{
PostMediaNTreatmentEfficiency = 0;// ProvidedNTreatmentEfficiency;
}
if (MediaPPercentReduction != 0)
{
PostMediaPTreatmentEfficiency = 100 * (0.3 * ProvidedPTreatmentEfficiency / 100 + 0.7 * ProvidedPTreatmentEfficiency / 100 * MediaPPercentReduction / 100);
//GroundwaterPMassDischarge =
}
else
{
PostMediaPTreatmentEfficiency = 0;// ProvidedPTreatmentEfficiency;
}
}
public new void Calculate()
{
base.CalculateTreatmentEfficiency(RetentionDepth, WatershedNDCIACurveNumber, WatershedDCIAPercent);
HydraulicCaptureEfficiency = ProvidedNTreatmentEfficiency; // in over watershed
bool WetD = (WetDetentionEffluent == "Yes" ? true : false);
if ((MediaMixType == MediaMix.None) || (MediaMixType == MediaMix.NotSpecified))
{
ProvidedNTreatmentEfficiency = 0;
ProvidedPTreatmentEfficiency = 0;
}
else
{
MediaNPercentReduction = MediaMix.TNRemoval(MediaMixType, MediaNPercentReduction, WetD);
ProvidedNTreatmentEfficiency = HydraulicCaptureEfficiency * MediaNPercentReduction / 100;
MediaPPercentReduction = MediaMix.TPRemoval(MediaMixType, MediaPPercentReduction, WetD);
ProvidedPTreatmentEfficiency = HydraulicCaptureEfficiency * MediaPPercentReduction / 100;
if (WatershedArea != 0)
{
TreatmentMediaVolume = RetentionDepth / WatershedArea / 12;
}
}
RechargeRate = RunoffVolume * 0.3258724 * HydraulicCaptureEfficiency / 100;
if (RechargeRate != 0)
{
GroundwaterTNConcentration = BMPNMassLoadOut / (RechargeRate * 3.785);
}
if (RechargeRate != 0)
{
GroundwaterTPConcentration = BMPPMassLoadOut / (RechargeRate * 3.785);
}
base.CaclulateRemainingEfficiency();
base.CalculateMassLoading();
}
public new void Calculate()
{
VolumeStorageCF = VoidFraction * MediaVolume + WaterAboveMedia;
VolumeStorageIn = VolumeStorageCF * 12 / (43560 * ContributingArea);
// First Calculate the efficiency of the retention
RetentionDepth = VolumeStorageIn; // Treatment Volume is volume used in Storage Calculation
ProvidedRetentionVolume = ContributingArea * RetentionDepth / 12;
TreatmentMediaDepth = ProvidedRetentionVolume * 12 / ContributingArea;
if (MediaMix.GPM_SF(MediaMixType) != 0)
{
MinimumMediaArea = 12 * VolumeStorageCF / (2 * MediaMix.GPM_SF(MediaMixType) * 96.15 * 24);
}
else
{
MinimumMediaArea = 0;
}
base.Calculate();
if (RetentionOrDetention == RainGarden.sRetention)
{
ProvidedNTreatmentEfficiency = HydraulicCaptureEfficiency;
ProvidedPTreatmentEfficiency = HydraulicCaptureEfficiency;
}
// The input is Retention Depth in inches over watershed
if (RetentionOrDetention == RainGarden.sDetention)
{
if (MediaMixType != MediaMix.User_Defined)
{
MediaNPercentReduction = MediaMix.TNRemoval(MediaMixType);
MediaPPercentReduction = MediaMix.TPRemoval(MediaMixType);
}
ProvidedNTreatmentEfficiency = ProvidedNTreatmentEfficiency * MediaNPercentReduction / 100;
ProvidedPTreatmentEfficiency = ProvidedPTreatmentEfficiency * MediaPPercentReduction / 100;
}
}
public static bool isDefined(string mix)
{
if (mix == NotSpecified)
{
return(false);
}
if (mix == None)
{
return(false);
}
if (mix == "")
{
return(false);
}
if (mix == null)
{
return(false);
}
if (!MediaMix.MediaMixes().Keys.Contains <string>(mix))
{
return(false);
}
return(true);
}
public static void PopulateComboBox(ComboBox cb)
{
cb.DataSource = new System.Windows.Forms.BindingSource(MediaMix.MediaMixes(), null);
cb.DisplayMember = "Key";
cb.ValueMember = "Key";
}
