//复数加法运算
public complex complex_add(complex c)
{
//取得加法运算后的实部
double complex_real = this.complex_real + c.complex_real;
//取得加法运算后的虚部
double complex_imagin = this.complex_imagin + c.complex_imagin;
//返回一个复数类
return new complex(complex_real, complex_imagin);
}
//复数减法运算
public complex complex_minus(complex c)
{
//取得减法运算后的实部
double complex_real = this.complex_real - c.complex_real;
//取得减法运算后的虚部
double complex_imagin = this.complex_imagin - c.complex_imagin;
//返回一个复数类
return new complex(complex_real, complex_imagin);
}
//乘法运算
public complex complex_multi(complex c)
{
//取得乘法运算后的实部
double complex_real = this.complex_real * c.complex_real - this.complex_imagin * c.complex_imagin;
//取得乘法运算后的虚部
double complex_imagin = this.complex_real * c.complex_imagin + this.complex_imagin * c.complex_real;
//返回一个复数类
return(new complex(complex_real, complex_imagin));
}
//复数减法运算
public complex complex_minus(complex c)
{
//取得减法运算后的实部
double complex_real = this.complex_real - c.complex_real;
//取得减法运算后的虚部
double complex_imagin = this.complex_imagin - c.complex_imagin;
//返回一个复数类
return(new complex(complex_real, complex_imagin));
}
//复数加法运算
public complex complex_add(complex c)
{
//取得加法运算后的实部
double complex_real = this.complex_real + c.complex_real;
//取得加法运算后的虚部
double complex_imagin = this.complex_imagin + c.complex_imagin;
//返回一个复数类
return(new complex(complex_real, complex_imagin));
}
//除法运算结果 (a+bi)/(c+di)=(a+bi)(c-di)/(c+di)(c-di)
public complex complex_divide(complex c)
{
//取得(c+di)(c-di)的值
double d = c.complex_real * c.complex_real + c.complex_imagin * c.complex_imagin;
//取得除法运算后的实部
double complex_real = (this.complex_real * c.complex_real + this.complex_imagin * c.complex_imagin) / d;
//取得除法运算后的虚部
double complex_imagin = (this.complex_real * (-c.complex_imagin) + this.complex_imagin * c.complex_real) / d;
//返回一个复数类
return new complex(complex_real, complex_imagin);
}
//除法运算结果 (a+bi)/(c+di)=(a+bi)(c-di)/(c+di)(c-di)
public complex complex_divide(complex c)
{
//取得(c+di)(c-di)的值
double d = c.complex_real * c.complex_real + c.complex_imagin * c.complex_imagin;
//取得除法运算后的实部
double complex_real = (this.complex_real * c.complex_real + this.complex_imagin * c.complex_imagin) / d;
//取得除法运算后的虚部
double complex_imagin = (this.complex_real * (-c.complex_imagin) + this.complex_imagin * c.complex_real) / d;
//返回一个复数类
return(new complex(complex_real, complex_imagin));
}
public bool DFS(IList branchlist, IList buslist, string projectSUID, float ratedCapacity)
{
string strCon1 = ",PSP_ELCDEVICE WHERE PSPDEV.SUID = PSP_ELCDEVICE.DeviceSUID AND PSP_ELCDEVICE.ProjectSUID = '" + projectSUID + "'";
string strCon2 = null;
string strCon = null;
double Rad_to_Deg = 180 / Math.PI;
double Deg_to_Rad = Math.PI / 180;
strCon2 = " AND Type = '01'";
strCon = strCon1 + strCon2;
IList listMX = Services.BaseService.GetList("SelectPSPDEVByCondition", strCon);
strCon2 = " AND Type = '05'";
strCon = strCon1 + strCon2;
IList listXL = Services.BaseService.GetList("SelectPSPDEVByCondition", strCon);
strCon2 = " AND Type = '02'";
strCon = strCon1 + strCon2;
IList listBYQ2 = Services.BaseService.GetList("SelectPSPDEVByCondition", strCon);
strCon2 = " AND Type = '03'";
strCon = strCon1 + strCon2;
IList listBYQ3 = Services.BaseService.GetList("SelectPSPDEVByCondition", strCon);
foreach (PSPDEV devBUS in buslist)
{
ArrayList listLine = new ArrayList();
ArrayList listLineTemp = new ArrayList();
IList listBusTxt = new List<PSPDEV>();
bool visited = false;
foreach (PSPDEV line in listXL)
{
if (line.FirstNode == devBUS.Number && !branchlist.Contains(line))
{
if (visited == false)
{
visited = true;
listLine.Add(line);
}
else if (visited == true)
{
listLineTemp.Add(line);
}
}
}
PSPDEV lineTemp = new PSPDEV();
if (listLineTemp.Count > 0)
{
lineTemp = (PSPDEV)listLineTemp[listLineTemp.Count - 1];
}
else
{
lineTemp = (PSPDEV)listLine[listLine.Count - 1];
}
bool dFlag = true;
bool flag = true;
while ((lineTemp.LastNode > 0 && !branchlist.Contains(lineTemp)) || dFlag)
{
bool TFlag = false;
foreach (PSPDEV lineDEV in branchlist)
{
if (lineDEV.SUID == lineTemp.SUID)
{
TFlag = true;
}
}
if (TFlag == true)
{
break;
}
flag = true;
while (flag)
{
visited = false;
flag = false;
lineTemp = (PSPDEV)listLine[listLine.Count - 1];
foreach (PSPDEV line in listXL)
{
if (line.FirstNode == lineTemp.LastNode && !branchlist.Contains(line.SUID))
{
bool cFlag = false;
foreach (PSPDEV lineDEV in branchlist)
{
if (lineDEV.SUID == line.SUID)
{
cFlag = true;
}
}
if (cFlag == true)
{
continue;
}
flag = true;
if (visited == false)
{
visited = true;
listLine.Add(line);
}
else if (visited == true)
{
listLineTemp.Add(line);
}
}
}
}
dFlag = false;
if (listLineTemp.Count > 0)
{
lineTemp = (PSPDEV)listLineTemp[listLineTemp.Count - 1];
if (!branchlist.Contains(lineTemp))
{
listLine.Add(lineTemp);
}
listLineTemp.Remove(lineTemp);
}
else
{
lineTemp = new PSPDEV();
}
}
listBusTxt.Add(devBUS);
foreach (PSPDEV busDEV in listMX)
{
foreach (PSPDEV lineD in listLine)
{
if (busDEV.Number == lineD.LastNode)
{
listBusTxt.Add(busDEV);
}
}
}
string strData = null;
string strBus = null;
string strBranch = null;
foreach (PSPDEV dev in listLine)
{
if (dev.KSwitchStatus == "0")
{
if (strBranch != null)
{
strBranch += "\r\n";
}
if (strData != null)
{
strData += "\r\n";
}
if (dev.UnitFlag == "0")
{
strBranch += dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + dev.Name.ToString() + " " + "1" + " " + dev.LineR.ToString() + " " + dev.LineTQ.ToString() + " " + (dev.LineGNDC * 2).ToString() + " " + "0";
//strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "0" + " " + (dev.LineR).ToString() + " " + (dev.LineTQ).ToString() + " " + (dev.LineGNDC).ToString() + " " + "0" + " " + dev.Name.ToString());
}
else
{
strBranch += dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + dev.Name.ToString() + " " + "1" + " " + (dev.LineR * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.LineTQ * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.LineGNDC * 2 * dev.ReferenceVolt * dev.ReferenceVolt / (ratedCapacity * 1000000)).ToString() + " " + "0";
//strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "0" + " " + (dev.LineR * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.LineTQ * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + ((dev.LineGNDC) * dev.ReferenceVolt * dev.ReferenceVolt / (ratedCapacity * 1000000)).ToString() + " " + "0" + " " + dev.Name.ToString());
}
}
}
foreach (PSPDEV dev in listBYQ2)
{
if (dev.KSwitchStatus == "0")
{
if (strBranch != null)
{
strBranch += "\r\n";
}
if (strData != null)
{
//strData += "\r\n";
}
if (dev.UnitFlag == "0")
{
strBranch += dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + dev.LineR.ToString() + " " + dev.LineTQ.ToString() + " " + (dev.LineGNDC * 2).ToString() + " " + dev.K.ToString();
// strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "1" + " " + (dev.LineR).ToString() + " " + (dev.LineTQ).ToString() + " " + (dev.K).ToString() + " " + dev.G.ToString() + " " + dev.Name.ToString());
}
else
{
strBranch += dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + (dev.LineR * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.LineTQ * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.LineGNDC * 2 * dev.ReferenceVolt * dev.ReferenceVolt / (ratedCapacity * 1000000)).ToString() + " " + dev.K.ToString();
// strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "1" + " " + (dev.LineR * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.LineTQ * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.K.ToString()).ToString() + " " + dev.G.ToString() + " " + dev.Name.ToString());
}
}
}
foreach (PSPDEV dev in listBYQ3)
{
if (dev.KSwitchStatus == "0")
{
if (strData != null)
{
// strData += "\r\n";
}
if (dev.UnitFlag == "0")
{
if (strBranch != null)
{
strBranch += "\r\n";
}
strBranch += dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + dev.HuganTQ1.ToString() + " " + dev.HuganTQ4.ToString() + " " + "0" + " " + dev.K.ToString();
//strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "1" + " " + (dev.HuganTQ1).ToString() + " " + (dev.HuganTQ4).ToString() + " " + (dev.K).ToString() + " " + "0" + " " + dev.Name.ToString());
if (strBranch != null)
{
strBranch += "\r\n";
}
strBranch += dev.LastNode.ToString() + " " + dev.Flag.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + dev.HuganTQ2.ToString() + " " + dev.HuganTQ5.ToString() + " " + "0" + " " + dev.StandardCurrent.ToString();
//strData += (dev.LastNode.ToString() + " " + dev.Flag.ToString() + " " + "1" + " " + (dev.HuganTQ2).ToString() + " " + (dev.HuganTQ5).ToString() + " " + (dev.StandardCurrent).ToString() + " " + "0" + " " + dev.Name.ToString());
if (strBranch != null)
{
strBranch += "\r\n";
}
strBranch += dev.FirstNode.ToString() + " " + dev.Flag.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + dev.HuganTQ3.ToString() + " " + dev.ZeroTQ.ToString() + " " + "0" + " " + dev.BigP.ToString();
//strData += (dev.FirstNode.ToString() + " " + dev.Flag.ToString() + " " + "1" + " " + (dev.HuganTQ3).ToString() + " " + (dev.HuganFirst).ToString() + " " + (dev.BigP).ToString() + " " + "0" + " " + dev.Name.ToString());
}
else
{
if (strBranch != null)
{
strBranch += "\r\n";
}
strBranch += dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + (dev.HuganTQ1 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.HuganTQ4 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + "0" + " " + dev.K.ToString();
// strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "1" + " " + (dev.HuganTQ1 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.HuganTQ4 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.K).ToString() + " " + "0" + " " + dev.Name.ToString());
if (strBranch != null)
{
strBranch += "\r\n";
}
strBranch += dev.LastNode.ToString() + " " + dev.Flag.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + (dev.HuganTQ2 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.HuganTQ5 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + "0" + " " + dev.StandardCurrent.ToString();
//strData += (dev.LastNode.ToString() + " " + dev.Flag.ToString() + " " + "1" + " " + (dev.HuganTQ2 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.HuganTQ5 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.StandardCurrent).ToString() + " " + "0" + " " + dev.Name.ToString());
if (strBranch != null)
{
strBranch += "\r\n";
}
strBranch += dev.FirstNode.ToString() + " " + dev.Flag.ToString() + " " + dev.Name.ToString() + " " + "2" + " " + (dev.HuganTQ3 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.ZeroTQ * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + "0" + " " + dev.BigP.ToString();
//strData += (dev.FirstNode.ToString() + " " + dev.Flag.ToString() + " " + "1" + " " + (dev.HuganTQ3 * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + ((float)dev.HuganFirst * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.BigP).ToString() + " " + "0" + " " + dev.Name.ToString());
}
}
}
foreach (PSPDEV dev in listBusTxt)
{
if (dev.KSwitchStatus == "0")
{
if (strBus != null)
{
strBus += "\r\n";
}
if (strData != null)
{
//strData += "\r\n";
}
if (dev.UnitFlag == "0")
{
strBus += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + MXNodeType(dev.NodeType) + " " + (dev.VoltR).ToString() + " " + dev.VoltV.ToString() + " " + ((dev.InPutP - dev.OutP)).ToString() + " " + ((dev.InPutQ - dev.OutQ)).ToString());
//strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "0" + " " + (dev.LineR).ToString() + " " + (dev.LineTQ).ToString() + " " + (dev.LineGNDC).ToString() + " " + "0" + " " + dev.Name.ToString());
//if (dev.NodeType == "1")
//{
// strData += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + dev.NodeType + " " + ((dev.OutP)).ToString() + " " + ((dev.OutQ)).ToString());
//}
//else if (dev.NodeType == "2")
//{
// strData += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + dev.NodeType + " " + ((dev.OutP)).ToString() + " " + (dev.VoltR / dev.ReferenceVolt).ToString());
//}
//else if (dev.NodeType == "0")
//{
// strData += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + dev.NodeType + " " + (dev.VoltR / dev.ReferenceVolt).ToString() + " " + "0");
//}
}
else
{
strBus += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + MXNodeType(dev.NodeType) + " " + (dev.VoltR / dev.ReferenceVolt).ToString() + " " + dev.VoltV.ToString() + " " + ((dev.InPutP - dev.OutP) / ratedCapacity).ToString() + " " + ((dev.InPutQ - dev.OutQ) / ratedCapacity).ToString());
//strData += (dev.FirstNode.ToString() + " " + dev.LastNode.ToString() + " " + "0" + " " + (dev.LineR * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + (dev.LineTQ * ratedCapacity / (dev.ReferenceVolt * dev.ReferenceVolt)).ToString() + " " + ((dev.LineGNDC) * dev.ReferenceVolt * dev.ReferenceVolt / (ratedCapacity * 1000000)).ToString() + " " + "0" + " " + dev.Name.ToString());
//if (dev.NodeType == "1")
//{
// strData += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + dev.NodeType + " " + ((dev.OutP) / ratedCapacity).ToString() + " " + ((dev.OutQ) / ratedCapacity).ToString());
//}
//else if (dev.NodeType == "2")
//{
// strData += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + dev.NodeType + " " + ((dev.OutP) / ratedCapacity).ToString() + " " + (dev.VoltR / dev.ReferenceVolt).ToString());
//}
//else if (dev.NodeType == "0")
//{
// strData += (dev.Number.ToString() + " " + dev.Name.ToString() + " " + dev.NodeType + " " + (dev.VoltR / dev.ReferenceVolt).ToString() + " " + "0");
//}
}
}
}
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\branch.txt"))
{
File.Delete(System.Windows.Forms.Application.StartupPath + "\\branch.txt");
}
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\bus.txt"))
{
File.Delete(System.Windows.Forms.Application.StartupPath + "\\bus.txt");
}
FileStream VK1 = new FileStream((System.Windows.Forms.Application.StartupPath + "\\branch.txt"), FileMode.OpenOrCreate);
StreamWriter str3 = new StreamWriter(VK1, Encoding.Default);
str3.Write(strBranch);
str3.Close();
FileStream L = new FileStream((System.Windows.Forms.Application.StartupPath + "\\bus.txt"), FileMode.OpenOrCreate);
StreamWriter str2 = new StreamWriter(L, Encoding.Default);
str2.Write(strBus);
str2.Close();
if (strBus.Contains("非数字") || strBus.Contains("正无穷大") || strBranch.Contains("非数字") || strBranch.Contains("正无穷大"))
{
MessageBox.Show("缺少参数，请检查输入参数！", "提示", MessageBoxButtons.OK, MessageBoxIcon.Information);
return false;
}
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\PF1.txt"))
{
File.Delete(System.Windows.Forms.Application.StartupPath + "\\PF1.txt");
}
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\DH1.txt"))
{
File.Delete(System.Windows.Forms.Application.StartupPath + "\\DH1.txt");
}
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\IH1.txt"))
{
File.Delete(System.Windows.Forms.Application.StartupPath + "\\IH1.txt");
}
DisFlowCal disf = new DisFlowCal();
disf.CurrentCal(1);
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\PF1.txt"))
{
}
else
{
return false;
}
FileStream pf = new FileStream(System.Windows.Forms.Application.StartupPath + "\\PF1.txt", FileMode.Open);
StreamReader readLine = new StreamReader(pf, Encoding.Default);
char[] charSplit = new char[] { ' ' };
string strLine = readLine.ReadLine();
while (strLine != null && strLine != "")
{
string[] array1 = strLine.Split(charSplit);
strCon2 = " AND Type= '01' AND Number = " + array1[0];
strCon = strCon1 + strCon2;
PSPDEV devMX = (PSPDEV)Services.BaseService.GetObject("SelectPSPDEVByCondition", strCon);
if (devMX != null)
{
PSP_ElcDevice elcDev = new PSP_ElcDevice();
elcDev.ProjectSUID = projectSUID;
elcDev.DeviceSUID = devMX.SUID;
elcDev = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDev);
if (elcDev != null)
{
elcDev.COL1 = devMX.Name;
elcDev.COL19 = devMX.ReferenceVolt.ToString();
elcDev.COL20 = ratedCapacity.ToString();
double temp = 0.0;
double.TryParse(array1[1], out temp);
elcDev.COL2 = (temp * (devMX.ReferenceVolt)).ToString();
temp = 0.0;
double.TryParse(array1[2], out temp);
elcDev.COL3 = (temp * Rad_to_Deg).ToString();
temp = 0.0;
double.TryParse(array1[3], out temp);
elcDev.COL4 = (temp * ratedCapacity).ToString();
temp = 0.0;
double.TryParse(array1[4], out temp);
elcDev.COL5 = (temp * ratedCapacity).ToString();
Services.BaseService.Update<PSP_ElcDevice>(elcDev);
}
}
strLine = readLine.ReadLine();
}
readLine.Close();
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\DH1.txt"))
{
}
else
{
return false;
}
FileStream dh = new FileStream(System.Windows.Forms.Application.StartupPath + "\\DH1.txt", FileMode.Open);
readLine = new StreamReader(dh, Encoding.Default);
strLine = readLine.ReadLine();
while (strLine != null && strLine != "")
{
string[] array1 = strLine.Split(charSplit);
strCon2 = " AND Type= '05' AND Name = '" + array1[0] + "' AND FirstNode = " + array1[1] + " AND LastNode = " + array1[2];
strCon = strCon1 + strCon2;
PSPDEV devMX = (PSPDEV)Services.BaseService.GetObject("SelectPSPDEVByCondition", strCon);
if (devMX != null)
{
PSP_ElcDevice elcDev = new PSP_ElcDevice();
elcDev.ProjectSUID = projectSUID;
elcDev.DeviceSUID = devMX.SUID;
elcDev = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDev);
if (elcDev != null)
{
elcDev.COL1 = devMX.Name;
elcDev.COL2 = devMX.FirstNode.ToString();
elcDev.COL3 = devMX.LastNode.ToString();
elcDev.COL19 = devMX.ReferenceVolt.ToString();
if (Convert.ToDouble(devMX.Burthen) ==0.0)
{
elcDev.COL20 = ratedCapacity.ToString();
}
else
elcDev.COL20 = devMX.Burthen.ToString();
double temp = 0.0;
double.TryParse(array1[3], out temp);
elcDev.COL4 = (temp * ratedCapacity).ToString();
temp = 0.0;
double.TryParse(array1[4], out temp);
elcDev.COL5 = (temp * ratedCapacity).ToString();
temp = 0.0;
double.TryParse(array1[5], out temp);
elcDev.COL6 = (temp * ratedCapacity).ToString();
temp = 0.0;
double.TryParse(array1[6], out temp);
elcDev.COL7 = (temp * ratedCapacity).ToString();
temp = 0.0;
double.TryParse(array1[7], out temp);
elcDev.COL8 = (temp * ratedCapacity).ToString();
temp = 0.0;
double.TryParse(array1[8], out temp);
elcDev.COL9 = (temp * ratedCapacity).ToString();
temp = 0.0;
double.TryParse(array1[9], out temp);
elcDev.COL10 = (temp * ratedCapacity / (Math.Sqrt(3) * devMX.ReferenceVolt)).ToString();
temp = 0.0;
double.TryParse(array1[10], out temp);
elcDev.COL11 = (temp * Rad_to_Deg).ToString();
temp = 0.0;
double.TryParse(array1[11], out temp);
elcDev.COL12 = (temp * (devMX.ReferenceVolt)).ToString();
temp = 0.0;
double.TryParse(array1[12], out temp);
elcDev.COL13 = (temp * (devMX.ReferenceVolt)).ToString();
PSP_ElcDevice elcTemp = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDev);
Services.BaseService.Update<PSP_ElcDevice>(elcDev);
}
}
strLine = readLine.ReadLine();
}
readLine.Close();
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\IH1.txt"))
{
}
else
{
return false;
}
FileStream ih = new FileStream(System.Windows.Forms.Application.StartupPath + "\\IH1.txt", FileMode.Open);
readLine = new StreamReader(ih, Encoding.Default);
strLine = readLine.ReadLine();
while (strLine != null && strLine != "")
{
string[] array1 = strLine.Split(charSplit);
strCon2 = " AND Type= '05' AND Name = '" + array1[0] + "' AND FirstNode = " + array1[1] + " AND LastNode = " + array1[2];
strCon = strCon1 + strCon2;
PSPDEV devMX = (PSPDEV)Services.BaseService.GetObject("SelectPSPDEVByCondition", strCon);
if (devMX != null)
{
PSP_ElcDevice elcDev = new PSP_ElcDevice();
elcDev.ProjectSUID = projectSUID;
elcDev.DeviceSUID = devMX.SUID;
elcDev = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDev);
if (elcDev != null)
{
elcDev.COL1 = devMX.Name;
elcDev.COL2 = devMX.FirstNode.ToString();
elcDev.COL3 = devMX.LastNode.ToString();
elcDev.COL19 = devMX.ReferenceVolt.ToString();
if (Convert.ToDouble(devMX.Burthen) == 0.0)
{
elcDev.COL20 = ratedCapacity.ToString();
}
else
elcDev.COL20 = devMX.Burthen.ToString();
double temp = 0.0;
double.TryParse(array1[3], out temp);
elcDev.COL14 = (temp * ratedCapacity / (Math.Sqrt(3) * devMX.ReferenceVolt)).ToString();
temp = 0.0;
double.TryParse(array1[4], out temp);
elcDev.COL15 = (temp * Rad_to_Deg).ToString();
PSP_ElcDevice elcTemp = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDev);
Services.BaseService.Update<PSP_ElcDevice>(elcDev);
}
}
strLine = readLine.ReadLine();
}
readLine.Close();
}
foreach (PSPDEV devLine in branchlist)
{
PSP_ElcDevice elcDev = new PSP_ElcDevice();
elcDev.ProjectSUID = projectSUID;
elcDev.DeviceSUID = devLine.SUID;
elcDev = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDev);
strCon2 = " AND Type= '01' AND Number = " + devLine.FirstNode;
strCon = strCon1 + strCon2;
PSPDEV devMXI = (PSPDEV)Services.BaseService.GetObject("SelectPSPDEVByCondition", strCon);
PSP_ElcDevice elcDevi = new PSP_ElcDevice();
elcDevi.ProjectSUID = projectSUID;
elcDevi.DeviceSUID = devMXI.SUID;
elcDevi = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDevi);
strCon2 = " AND Type= '01' AND Number = " + devLine.LastNode;
strCon = strCon1 + strCon2;
PSPDEV devMXJ = (PSPDEV)Services.BaseService.GetObject("SelectPSPDEVByCondition", strCon);
PSP_ElcDevice elcDevj = new PSP_ElcDevice();
elcDevj.ProjectSUID = projectSUID;
elcDevj.DeviceSUID = devMXJ.SUID;
elcDevj = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDevj);
complex Vi = new complex((Convert.ToDouble(GetColValue(elcDevi, 0).COL2) / devMXI.ReferenceVolt) * Math.Sin(Convert.ToDouble(GetColValue(elcDevi, 0).COL3) * Deg_to_Rad), (Convert.ToDouble(GetColValue(elcDevi, 0).COL2) / devMXI.ReferenceVolt) * Math.Cos(Convert.ToDouble(GetColValue(elcDevi, 0).COL3) * Deg_to_Rad));
complex Vj = new complex((Convert.ToDouble(GetColValue(elcDevj, 0).COL2) / devMXJ.ReferenceVolt) * Math.Sin(Convert.ToDouble(GetColValue(elcDevj, 0).COL3) * Deg_to_Rad), (Convert.ToDouble(GetColValue(elcDevj, 0).COL2) / devMXJ.ReferenceVolt) * Math.Cos(Convert.ToDouble(GetColValue(elcDevj, 0).COL3) * Deg_to_Rad));
complex Iij;
complex Iji;
if (devLine.UnitFlag == "0")
{
Iij = (Vi.complex_minus(Vj)).complex_divide(new complex(devLine.LineR, devLine.LineTQ));
Iji = (Vj.complex_minus(Vi)).complex_divide(new complex(devLine.LineR, devLine.LineTQ));
}
else
{
Iij = (Vi.complex_minus(Vj)).complex_divide(new complex(devLine.LineR * ratedCapacity / (devLine.ReferenceVolt * devLine.ReferenceVolt), devLine.LineTQ * ratedCapacity / (devLine.ReferenceVolt * devLine.ReferenceVolt)));
Iji = (Vj.complex_minus(Vi)).complex_divide(new complex(devLine.LineR * ratedCapacity / (devLine.ReferenceVolt * devLine.ReferenceVolt), devLine.LineTQ * ratedCapacity / (devLine.ReferenceVolt * devLine.ReferenceVolt)));
}
complex Pij = Vi.complex_multi(Iij);
complex Pji = Vj.complex_multi(Iji);
if (elcDev != null)
{
elcDev.COL1 = devLine.Name;
elcDev.COL2 = devLine.FirstNode.ToString();
elcDev.COL3 = devLine.LastNode.ToString();
elcDev.COL19 = devLine.ReferenceVolt.ToString();
elcDev.COL20 = ratedCapacity.ToString();
elcDev.COL4 = (Pij.Real * ratedCapacity).ToString();
elcDev.COL5 = (Pij.Image * ratedCapacity).ToString();
elcDev.COL6 = ((Pij.Real - Pji.Real) * ratedCapacity).ToString();
elcDev.COL7 = ((Pij.Image - Pij.Image) * ratedCapacity).ToString();
elcDev.COL8 = (Pji.Real * ratedCapacity).ToString();
elcDev.COL9 = (Pji.Image * ratedCapacity).ToString();
elcDev.COL12 = GetColValue(elcDevi, 0).COL2;
elcDev.COL13 = GetColValue(elcDevj, 0).COL2;
elcDev.COL14 = (Math.Sqrt(Iij.Real * Iij.Real + Iij.Image * Iij.Image) * ratedCapacity / (Math.Sqrt(3) * devLine.ReferenceVolt)).ToString();
elcDev.COL15 = (Math.Atan(Iij.Image / Iij.Real) * Rad_to_Deg).ToString();
PSP_ElcDevice elcTemp = (PSP_ElcDevice)Services.BaseService.GetObject("SelectPSP_ElcDeviceByKey", elcDev);
Services.BaseService.Update<PSP_ElcDevice>(elcDev);
}
}
return true;
}
//乘法运算
public complex complex_multi(complex c)
{
//取得乘法运算后的实部
double complex_real = this.complex_real * c.complex_real - this.complex_imagin * c.complex_imagin;
//取得乘法运算后的虚部
double complex_imagin = this.complex_real * c.complex_imagin + this.complex_imagin * c.complex_real;
//返回一个复数类
return new complex(complex_real, complex_imagin);
}
