private void WritePCISample(List <SRSObjectPCI> listPCI, int m_nNextID, List <PCIDistressObject> distressRows, bool bIsMetricData)
{
if (listPCI.Count == 0)
{
return;
}
m_nNextID++;
double dArea = listPCI[0].Area;
string strMethod = listPCI[0].Method;
string strType = listPCI[0].Type;
StringBuilder sbDeduct = new StringBuilder();
double dPCI = 100.0;
foreach (SRSObjectPCI pci in listPCI)
{
string strDistress = pci.Distress;
string strSeverity = pci.Severity;
double dAmount = pci.Amount;
double dExtent = dAmount / dArea;
if (strDistress != "No Distress")
{
double dConvertArea = dArea;
if (bIsMetricData)
{
dConvertArea = dArea * ((distressRows.Find(delegate(PCIDistressObject distressObject)
{ return(distressObject.Distress == strDistress); })).MetricRatio);
}
double dDeduct = CalculateCurrentRowDeducts(strMethod, strDistress, strSeverity, dAmount, dConvertArea);
if (sbDeduct.Length != 0)
{
sbDeduct.Append(",");
}
sbDeduct.Append(dDeduct.ToString());
string strDetail = "\t" + m_nNextPCIID.ToString() + "\t" + strDistress + "\t" + strSeverity + "\t" + dAmount.ToString() + "\t" + dExtent.ToString("f8") + "\t" + dDeduct.ToString("f8");
m_twPCIDetail.WriteLine(strDetail);
}
}
if (sbDeduct.Length > 0)
{
if (listPCI[0].Facility == "TL1")
{
}
dPCI = PciDistress.ComputePCIValue(sbDeduct.ToString(), strMethod);
}
string strPCI = m_nNextPCIID.ToString() + "\t\t\t\t\t" + listPCI[0].Facility + "\t" + listPCI[0].Section + "\t" + listPCI[0].Sample + "\t" + listPCI[0].Date.ToString() + "\t\t" + listPCI[0].Method + "\t" + dArea.ToString() + "\t" + dPCI.ToString("f2") + "\t\t\t\t" + listPCI[0].Type + "\t";
m_twPCI.WriteLine(strPCI);
}
private double CalculateCurrentRowDeducts(string strMethod, string strDistress, string strSeverity, double dAmount, double dArea)
{
PCIMethodObject method = Validation.PCIMethods.Find(delegate(PCIMethodObject pciMethod){ return(pciMethod.Method == strMethod); });
if (method == null)
{
return(0.0);
}
double dPCIDeduct = 0.0;
if (PciDistress.IsWASHCLKMethod(method.Method))
{
double dExtent = dAmount / dArea;
string extent = string.Format("{0:F2}", dExtent);
int nDistress = method.GetDistress(strDistress);
dPCIDeduct = PciDistress.pvt_ComputeNonPCIDeduct(method.Method, nDistress, strSeverity, dExtent);
}
else
{
dPCIDeduct = PciDistress.pvt_ComputePCIDeduct(method.GetDistress(strDistress), strSeverity, dAmount, dArea);
}
return(dPCIDeduct);
}
public double pvt_ComputePCIDeduct(int nDistress, string sSeverity, double dAmount, double dSamsiz) => PciDistress.pvt_ComputePCIDeduct(nDistress, sSeverity, dAmount, dSamsiz);
public bool IsWASHCLKMethod(string s) => PciDistress.IsWASHCLKMethod(s);
public double ComputePCIValue(string sDeductValues, string sMethodology) => PciDistress.ComputePCIValue(sDeductValues, sMethodology);
