private void jianxiancheck()
{
FileStream dh;
StreamReader readLine;
char[] charSplit;
string strLine;
string[] array1;
string output = null;
string[] array2;
string strLine2;
char[] charSplit2 = new char[] { ' ' };
FileStream op;
StreamWriter str1;
FileStream dh2;
StreamReader readLine2;
if (!Check())
{
return;
}
//NIULA pspniula = new NIULA();
//pspniula.CurrentCal();
N1Test.NBcal zl = new NBcal();
//zl.Show_KmRelia(1);
zl.ZLpsp();
double yinzi = 0, capability = 0, volt = 0, current = 0, standvolt = 0, Rad_to_Deg = 57.29577951;
PSPDEV benchmark = new PSPDEV();
benchmark.Type = "power";
benchmark.SvgUID = tlVectorControl1.SVGDocument.SvgdataUid;
IList list3 = Services.BaseService.GetList("SelectPSPDEVBySvgUIDAndType", benchmark);
if (list3 == null)
{
MessageBox.Show("请设置基准后再进行计算!", "提示", MessageBoxButtons.OK, MessageBoxIcon.Information);
return;
}
foreach (PSPDEV dev in list3)
{
yinzi = Convert.ToDouble(dev.PowerFactor);
capability = Convert.ToDouble(dev.StandardCurrent);
volt = Convert.ToDouble(dev.StandardVolt);
if (dev.PowerFactor == 0)
{
yinzi = 1;
}
if (dev.StandardCurrent == 0)
{
capability = 1;
}
if (dev.StandardVolt == 0)
{
volt = 1;
}
standvolt = volt;
current = capability / (Math.Sqrt(3) * volt);
}
capability = 100;
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\DH1.txt"))
{
}
else
{
return;
}
dh = new FileStream(System.Windows.Forms.Application.StartupPath + "\\DH1.txt", FileMode.Open);
readLine = new StreamReader(dh);
charSplit = new char[] { ' ' };
strLine = readLine.ReadLine();
output = null;
while (!string.IsNullOrEmpty(strLine))
{
array1 = strLine.Split(charSplit);
string[] dev = new string[2];
dev.Initialize();
int i = 0;
PSPDEV CR = new PSPDEV();
CR.SvgUID = tlVectorControl1.SVGDocument.CurrentLayer.ID;
foreach (string str in array1)
{
if (str != "")
{
if (i == 0)
{
dev[i++] = str.ToString();
}
else
{
if (str != "NaN")
{
dev[i++] = Convert.ToDouble(str).ToString();
}
else
{
dev[i++] = str;
}
}
}
}
CR.Name = dev[0];
CR.Type = "Polyline";
CR = (PSPDEV)Services.BaseService.GetObject("SelectPSPDEVByName", CR);
if (CR != null && CR.ReferenceVolt != 0)
{
volt = CR.ReferenceVolt;
}
else
volt = standvolt;
current = capability / (Math.Sqrt(3) * volt);
if (CR != null)
{
if (CR.LineStatus == "待选")
{
for (int n = 0; n < waitlinecoll.Count; n++) //加入线路功率
{
if (waitlinecoll[n].linename == CR.Name)
{
double linepij = System.Math.Abs(Convert.ToDouble(dev[1])) * capability;
XmlNode el = tlVectorControl1.SVGDocument.SelectSingleNode("svg/polyline[@layer='" + tlVectorControl1.SVGDocument.CurrentLayer.ID + "' and @id='" + CR.EleID + "']");
double linevalue = 0;
if (!string.IsNullOrEmpty(((XmlElement)el).GetAttribute("linevalue")))
{
linevalue = Convert.ToDouble(((XmlElement)el).GetAttribute("linevalue"));
}
else
linevalue = 1;
waitlinecoll[n].Suid = CR.SUID;
waitlinecoll[n].linepij = linepij;
waitlinecoll[n].linevalue = linevalue;
waitlinecoll[n].linetouzilv = linepij / linevalue;
}
}
}
//output += "'" + CR.Name.ToString() + "," + (Convert.ToDouble(dev[3]) * capability).ToString() + "," + (Convert.ToDouble(dev[4]) * capability).ToString() + "," + (Convert.ToDouble(dev[5]) * capability).ToString() + "," + (Convert.ToDouble(dev[6]) * capability).ToString() + "," + (Convert.ToDouble(dev[7]) * current).ToString() + "," + (Convert.ToDouble(dev[8]) * Rad_to_Deg).ToString() + "," + dev[11] + "," + "\r\n";
}
strLine = readLine.ReadLine();
}
readLine.Close();
waitlinecoll.Sort(); //进行大小排序 然后进行直流方法的检验
bool lineflag = true; //只要有一个不合格则就为不合格
bool jielieflag = true; //判断有没有线路解裂
for (int i = 0; i < waitlinecoll.Count; i++)
{
N1Test.NBcal kk = new N1Test.NBcal();
kk.Show_KmRelia(waitlinecoll[i].linenum);
if (File.Exists(System.Windows.Forms.Application.StartupPath + "\\ZL.txt"))
{
}
else
{
return;
}
dh2 = new FileStream(System.Windows.Forms.Application.StartupPath + "\\ZL.txt", FileMode.Open);
readLine2 = new StreamReader(dh2);
charSplit2 = new char[] { ' ' };
strLine2 = readLine2.ReadLine();
output = null;
while (!string.IsNullOrEmpty(strLine2))
{
array2 = strLine2.Split(charSplit2);
string[] dev = new string[2 * brchcount + 1];
dev.Initialize();
PSPDEV CR = new PSPDEV();
CR.SvgUID = tlVectorControl1.SVGDocument.CurrentLayer.ID;
int m = 0;
foreach (string str in array2)
{
if (str != "")
{
dev[m++] = str.ToString();
}
}
//进行解裂和负荷判断
if (dev[1] != "-1")
{
for (int j = 0; j < brchcount; j++)
{
double pij = System.Math.Abs(Convert.ToDouble(dev[j * 2 + 2])) * capability;
PSPDEV psp = new PSPDEV();
psp.Name = dev[j * 2 + 1];
psp.Type = "Polyline";
psp.SvgUID = tlVectorControl1.SVGDocument.CurrentLayer.ID;
IList listName = Services.BaseService.GetList("SelectPSPDEVByName", psp);
PSPDEV pspline = (PSPDEV)listName[0];
double voltR = pspline.VoltR;
WireCategory wirewire = new WireCategory();
wirewire.WireType = pspline.LineType;
if (string.IsNullOrEmpty(pspline.LineType))
{
MessageBox.Show(pspline.Name + "的线路类型没有输入，无法进行可靠性检验", "提示", MessageBoxButtons.OK, MessageBoxIcon.Information);
return;
}
WireCategory listware = (WireCategory)Services.BaseService.GetObject("SelectWireCategoryByKey", wirewire);
double Ichange = (double)listware.WireChange;
double linXij = System.Math.Sqrt(3) * voltR * Ichange / 1000;
if (pij >= linXij)
{
lineflag = false;
//lineclass _line = new lineclass(n, j);
//Overlinp.Add(_line);
// OverPhege[n] = j;
}
}
}
else
{
jielieflag = false;
}
if (jielieflag && lineflag)
{
readLine2.Close(); //关闭读取的文件
PSPDEV psp = new PSPDEV();
psp.Name = dev[0];
psp.Type = "Polyline";
psp.SvgUID = tlVectorControl1.SVGDocument.CurrentLayer.ID;
IList listName = Services.BaseService.GetList("SelectPSPDEVByName", psp);
PSPDEV pspline = (PSPDEV)listName[0];
pspline.LineStatus = "等待";
Services.BaseService.Update<PSPDEV>(pspline);
jianxiancheck(); //进行下一轮的减线处理
return;
}
/*
else
break;*/
strLine2 = readLine2.ReadLine();
}
readLine2.Close();
}
// readLine2.Close();
}
