public void TestMethod2_TowerHang()
{
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "Txt Files (*.txt)|*.txt"
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
var pro = new ProjectInfo("新建工程", "施工图");
pro.Volt = 500;
pro.VoltStr = "500kV";
pro.ACorDC = 0;
ElecCalsWire DxData = new ElecCalsWire("JL/G2A-720/50-45/7", 1, 775.41, 36.23, 2397.7, 63000, 20.9, 170600, 0, 25, 4);
ElecCalsWire GrdData = new ElecCalsWire("JLB20A-150", 2, 148.07, 15.75, 989.4, 147200, 13, 178570, 1, 10);
ElecCalsWire OPGWData = new ElecCalsWire("JLB20A-150", 3, 148.07, 15.75, 989.4, 147200, 13, 178570, 2, 10);
ElecCalsWeaRes Weath15 = new ElecCalsWeaRes("15mm27m/s", 1);
List <ElecCalsWorkCondition> wkcList = new List <ElecCalsWorkCondition>()
{
new ElecCalsWorkCondition()
{
Name = "最大风速",
Temperature = 0,
WindSpeed = 31,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "最低气温",
Temperature = -20,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
//即Excel中的"电线覆冰"
Name = "最大覆冰",
Temperature = -5,
WindSpeed = 10,
IceThickness = 20,
},
new ElecCalsWorkCondition()
{
Name = "平均气温",
Temperature = 10,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "最高气温",
Temperature = 40,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "安装情况",
Temperature = -10,
WindSpeed = 10,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "不均匀风",
Temperature = 0,
WindSpeed = 31,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "验算冰",
Temperature = -5,
WindSpeed = 10,
IceThickness = 10,
},
new ElecCalsWorkCondition()
{
Name = "验算不均匀冰I",
Temperature = -5,
WindSpeed = 10,
IceThickness = 10,
},
new ElecCalsWorkCondition()
{
Name = "验算不均匀冰II",
Temperature = -5,
WindSpeed = 10,
IceThickness = 10,
},
};
Weath15.InsertGK(wkcList);
ElecCalsCommRes CommParas = new ElecCalsCommRes();
CommParas.Volt = pro.Volt;
CommParas.VoltStr = pro.VoltStr;
CommParas.Terrain = "山地";
CommParas.TerType = 'B';
CommParas.TerrainPara = 0.16;
CommParas.IndAveHei = 20;
CommParas.GrdAveHei = 20;
CommParas.GrdCl = 12;
CommParas.SetForIncrPara();
CommParas.SetForMaxMinPara(1.025, 1.025, 1.15 / 1.025, 1.1 / 1.025, 0.95, 0.95, 1, 1);
var iceThick = wkcList.Find(item => item.Name == "最大覆冰").IceThickness;
CommParas.CalMethodParaHang(1, 1, 1, iceThick, 1, 2);
ElecCalsSideRes OneWrieSidePara = new ElecCalsSideRes(0.95, 2.5, 25, 1, 4, 25, 1, 4, 25);
OneWrieSidePara.IceArea = "重冰区";
ElecCalsTowerAppre BackAppre = new ElecCalsTowerAppre();
BackAppre.SetTraPara(27.5, 13.3, 0, 35.3);
ElecCalsTowerAppre CalsAppre = new ElecCalsTowerAppre();
CalsAppre.SetTraPara(26.1, 12.4, 0, 28.8);
ElecCalsTowerAppre FrontAppre = new ElecCalsTowerAppre();
FrontAppre.SetTraPara(27.5, 13.3, 0, 35.3);
ElecCalsSpanFit SpanFit = new ElecCalsSpanFit(0, 5, 10, 0, 4, 5, 0, 18, 10);
TowerHangElecCals BackTower = new TowerHangElecCals();
TowerHangElecCals CalTower = new TowerHangElecCals();
TowerHangElecCals FrontTower = new TowerHangElecCals();
BackTower.SetPosInf("N6098", "SJ252D", 29, 1254.09997558594, -3, 0, 0, 0);
BackTower.TowerAppre = BackAppre;
BackTower.UpdataTowerTraHei();
BackTower.UpdateAtitudeTower();
CalTower.SetPosInf("N6099", "SZ253", 48, 1273, -4.7, 6, 0.3, 0);
CalTower.SetFrontBackPosInf(374, 428, 466, 428);
CalTower.TowerAppre = CalsAppre;
CalTower.UpdataTowerTraHei();
CalTower.UpdateAtitudeTower();
FrontTower.SetPosInf("N6100", "SJ252D", 33, 1309.69995117187, -5, 0, 0, 0);
FrontTower.TowerAppre = FrontAppre;
FrontTower.UpdataTowerTraHei();
FrontTower.UpdateAtitudeTower();
List <string> LogList = new List <string>();
LogList.AddRange(BackTower.PrintHei("小号塔", false));
LogList.AddRange(FrontTower.PrintHei("大号塔", false));
LogList.AddRange(CalTower.PrintHei("计算塔", false));
ElecCalsRes SideCalRes = new ElecCalsRes();
SideCalRes.SpanFit = SpanFit;
SideCalRes.IsBackSide = true; //只是为了计算45风
SideCalRes.UpdataSor(Weath15, DxData, GrdData, OPGWData, DxData, OneWrieSidePara, CommParas);
CommParas.UpateIceCovrage(SideCalRes.Weather.WeathComm, SideCalRes.SideParas.IceArea);
LogList.Add(CommParas.PrintIceCovrageHang());
CalTower.GetAndUpdateSideRes(SideCalRes);
LogList.Add("\n张力：");
LogList.AddRange(CalTower.SideRes.PrintTension(CalTower.TowerType));
LogList.Add("\n比载和应力：");
LogList.AddRange(CalTower.SideRes.PrintBzAndYL(CalTower.TowerType));
//绝缘子串参数
ElecCalsStrData IndStr = new ElecCalsStrData();
IndStr.SetIGPara(701.58, 1, 28, 0, 8, 0, 0);
ElecCalsStrData GrdStr = new ElecCalsStrData();
GrdStr.SetIGPara(29.08, 2, 1, 0, 4, 0, 0);
CalTower.GetAndUpdateStrData(IndStr, GrdStr);
for (int i = 0; i <= 9; i++)
{
CalTower.PhaseTraList[i].CalsStrLoad();
}
//导线有2侧，每侧有3相，因为三相的数据一样，故每侧打印一相
LogList.Add("\n侧绝缘子串风荷载和垂直荷载：");
LogList.Add("导线");
LogList.AddRange(CalTower.PhaseTraList[0].PrintStrLoad(CalTower.TowerType));
LogList.Add("地线");
LogList.AddRange(CalTower.PhaseTraList[3].PrintStrLoad(CalTower.TowerType));
CalTower.FlashBackHeiSub(BackTower);
CalTower.FlashFrontHeiSub(FrontTower);
CalTower.UpdateDFCure();
LogList.AddRange(CalTower.PrintDFCure());
CalTower.Cals();
LogList.AddRange(CalTower.PrintCalsReslt());
CalTower.UpdateTensionDiff();
LogList.AddRange(CalTower.PrintTensionDiff());
FileUtils.TextSaveByLine(saveFileDialog.FileName, LogList);
}
public void TestMethod1_TowerStrain()
{
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "Txt Files (*.txt)|*.txt"
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
var pro = new ProjectInfo("新建工程", "施工图");
pro.Volt = 500;
pro.VoltStr = "500kV";
pro.ACorDC = 0;
ElecCalsWire DxData = new ElecCalsWire("JL/G1A-630/45", 1, 674, 33.8, 2079, 63000, 20.9, 150450, 0, 25, 4);
ElecCalsWire GrdData = new ElecCalsWire("JLB20A-120", 2, 121.21, 14.25, 810, 147200, 13, 146180, 1, 10);
ElecCalsWire OPGWData = new ElecCalsWire("OPGW-15-120-1", 3, 120, 15.2, 832, 162000, 13, 147000, 2, 10);
ElecCalsWeaRes OneWeath15 = new ElecCalsWeaRes("15mm27m/s", 1);
ElecCalsWeaRes AnoWeath15 = new ElecCalsWeaRes("15mm27m/s", 2);
List <ElecCalsWorkCondition> wkcList = new List <ElecCalsWorkCondition>()
{
new ElecCalsWorkCondition()
{
Name = "最大风速",
Temperature = 10,
WindSpeed = 27,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "最低气温",
Temperature = -20,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
//即Excel中的"电线覆冰"
Name = "最大覆冰",
Temperature = -5,
WindSpeed = 10,
IceThickness = 15,
},
new ElecCalsWorkCondition()
{
Name = "平均气温",
Temperature = 15,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "最高气温",
Temperature = 50,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "安装情况",
Temperature = -10,
WindSpeed = 10,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "不均匀风",
Temperature = 10,
WindSpeed = 27,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "验算冰",
Temperature = -5,
WindSpeed = 10,
IceThickness = 15,
},
new ElecCalsWorkCondition()
{
Name = "验算不均匀冰I",
Temperature = -5,
WindSpeed = 10,
IceThickness = 15,
},
new ElecCalsWorkCondition()
{
Name = "验算不均匀冰II",
Temperature = -5,
WindSpeed = 10,
IceThickness = 15,
},
};
List <ElecCalsWorkCondition> wkcList2 = new List <ElecCalsWorkCondition>()
{
new ElecCalsWorkCondition()
{
Name = "最大风速",
Temperature = 10,
WindSpeed = 27,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "最低气温",
Temperature = -20,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
//即Excel中的"电线覆冰"
Name = "最大覆冰",
Temperature = -5,
WindSpeed = 10,
IceThickness = 25,
},
new ElecCalsWorkCondition()
{
Name = "平均气温",
Temperature = 15,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "最高气温",
Temperature = 50,
WindSpeed = 0,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "安装情况",
Temperature = -10,
WindSpeed = 10,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "不均匀风",
Temperature = 10,
WindSpeed = 27,
IceThickness = 0,
},
new ElecCalsWorkCondition()
{
Name = "验算冰",
Temperature = -5,
WindSpeed = 10,
IceThickness = 15,
},
new ElecCalsWorkCondition()
{
Name = "验算不均匀冰I",
Temperature = -5,
WindSpeed = 10,
IceThickness = 15,
},
new ElecCalsWorkCondition()
{
Name = "验算不均匀冰II",
Temperature = -5,
WindSpeed = 10,
IceThickness = 15,
},
};
OneWeath15.InsertGK(wkcList);
AnoWeath15.InsertGK(wkcList2);
ElecCalsCommRes CommParas = new ElecCalsCommRes();
CommParas.Volt = pro.Volt;
CommParas.VoltStr = pro.VoltStr;
CommParas.Terrain = "山地";
CommParas.TerrainPara = 0.16;
CommParas.IndAveHei = 20;
CommParas.GrdAveHei = 20;
CommParas.GrdCl = 12;
CommParas.SetForIncrPara(1, 1.05, 1, 1.1, 1.1, 1.1, 1.1, 1.1, 1.1);
CommParas.SetForMaxMinPara(1.025, 1.025, 1.122, 1.08, 0.95, 0.95, 1, 1);
CommParas.SetOverDrive(0, 0);
CommParas.CalMethodParaStrain(1, 1, 1, 1, 1, 1, 2, 2, 1, 1);
ElecCalsSideRes OneWrieSidePara = new ElecCalsSideRes(0.95, 2.85, 25, 1, 4.1, 20, 1, 4.1, 20);
OneWrieSidePara.IceArea = "中冰区";
ElecCalsSideRes AnoWrieSidePara = new ElecCalsSideRes(0.95, 2.8, 25, 1, 4.1, 20, 1, 4.1, 20);
AnoWrieSidePara.IceArea = "中冰区";
ElecCalsTowerAppre BackAppre = new ElecCalsTowerAppre();
BackAppre.SetTraPara(29.2, 14.1, 0, 37.2, 29.2, 14.1, 0);
ElecCalsTowerAppre CalsAppre = new ElecCalsTowerAppre();
CalsAppre.SetTraPara(29.2, 14.1, 0, 37.2, 29.2, 14.1, 0);
ElecCalsTowerAppre FrontAppre = new ElecCalsTowerAppre();
FrontAppre.SetTraPara(30, 14.3, 0, 34, 30, 14.3, 0);
ElecCalsSpanFit BackSpanFit = new ElecCalsSpanFit(0, 4, 10, 0, 2, 7, 0, 12, 15);
ElecCalsSpanFit FrontSpanFit = new ElecCalsSpanFit(0, 0, 10, 0, 2, 7, 0, 7, 15);
TowerStrainElecCals BackTower = new TowerStrainElecCals();
TowerStrainElecCals CalTower = new TowerStrainElecCals();
TowerHangElecCals FrontTower = new TowerHangElecCals();
List <string> LogList = new List <string>();
BackTower.SetPosInf("NAB204", "SJC29152", 48, 1997.1, -4.1, 0, 0, 0);
BackTower.TowerAppre = BackAppre;
BackTower.UpdataTowerTraHei();
BackTower.UpdateAtitudeTower();
CalTower.SetPosInf("NAB205", "SJC29152", 48, 2277.1, -6.3, 0, 0, 45.98);
CalTower.SetFrontBackPosInf(325, 430, 593, 593);
CalTower.TowerAppre = CalsAppre;
CalTower.UpdataTowerTraHei();
CalTower.UpdateAtitudeTower();
FrontTower.SetPosInf("NAB206", "SZC27154A", 67, 2350.8, -5, 8, 0.5, 45.98);
FrontTower.TowerAppre = FrontAppre;
FrontTower.UpdataTowerTraHei();
FrontTower.UpdateAtitudeTower();
//打印高差
LogList.AddRange(BackTower.PrintHei("小号塔", false));
LogList.AddRange(FrontTower.PrintHei("大号塔", false));
LogList.AddRange(CalTower.PrintHei("计算塔", true));
ElecCalsRes BackSideCalRes = new ElecCalsRes();
ElecCalsRes FrontSideCalRes = new ElecCalsRes();
BackSideCalRes.IsBackSide = true;
BackSideCalRes.SpanFit = BackSpanFit;
FrontSideCalRes.IsBackSide = false;
FrontSideCalRes.SpanFit = FrontSpanFit;
BackSideCalRes.UpdataSor(OneWeath15, DxData, GrdData, OPGWData, DxData, OneWrieSidePara, CommParas);
FrontSideCalRes.UpdataSor(AnoWeath15, DxData, GrdData, OPGWData, DxData, AnoWrieSidePara, CommParas);
//更新全局参数的断线覆冰率和不均冰覆冰率
CommParas.UpateIceCovrage(CalTower.TowerType, BackSideCalRes.Weather.WeathComm, BackSideCalRes.SideParas.IceArea, FrontSideCalRes.Weather.WeathComm, FrontSideCalRes.SideParas.IceArea);
LogList.Add(CommParas.PrintIceCovrageStrain());
CalTower.GetAndUpdateSideRes(BackSideCalRes, FrontSideCalRes);
LogList.Add("\n小号塔张力：");
LogList.AddRange(CalTower.BackSideRes.PrintTension(CalTower.TowerType));
LogList.Add("\n大号塔张力：");
LogList.AddRange(CalTower.FrontSideRes.PrintTension(CalTower.TowerType));
LogList.Add("\n小号塔比载和应力：");
LogList.AddRange(CalTower.BackSideRes.PrintBzAndYL(CalTower.TowerType));
LogList.Add("\n大号塔比载和应力：");
LogList.AddRange(CalTower.FrontSideRes.PrintBzAndYL(CalTower.TowerType));
//绝缘子串参数
ElecCalsStrData IndStr = new ElecCalsStrData();
IndStr.SetIGPara(1500, 2, 29, 205, 15, 2.5, 0);
ElecCalsStrData GrdStr = new ElecCalsStrData();
GrdStr.SetIGPara(40, 2, 2, 146, 4, 2.5, 0);
ElecCalsStrData JumpStr = new ElecCalsStrData();
//JumpStr.SetJumPara(400, 1, 38, 8, 30, 4, 0, 20, 10);
JumpStr.SetJumPara(400, 1, 38, 8, 30, 4, 0);
CalTower.GetAndUpdateStrData(IndStr, GrdStr, JumpStr);
for (int i = 0; i <= 9; i++)
{
CalTower.PhaseTraList[i].CalsStrLoad();
}
//导线有2侧，每侧有3相，因为三相的数据一样，故每侧打印一相
LogList.Add("\n小号侧绝缘子串风荷载和垂直荷载：");
LogList.Add("导线");
LogList.AddRange(CalTower.PhaseTraList[0].PrintStrLoad(CalTower.TowerType));
LogList.Add("地线");
LogList.AddRange(CalTower.PhaseTraList[3].PrintStrLoad(CalTower.TowerType));
LogList.Add("\n大号侧绝缘子串风荷载和垂直荷载：");
LogList.Add("导线");
LogList.AddRange(CalTower.PhaseTraList[5].PrintStrLoad(CalTower.TowerType));
LogList.Add("地线");
LogList.AddRange(CalTower.PhaseTraList[8].PrintStrLoad(CalTower.TowerType));
for (int i = 0; i <= 2; i++)
{
CalTower.PhaseTraList[i].CalsWindLoad(CommParas.VoltStr, CalTower.PhaseTraList[i + 5].WireData.WeatherParas.WeathComm);
CalTower.PhaseTraList[i + 5].CalsWindLoad(CommParas.VoltStr, CalTower.PhaseTraList[i].WireData.WeatherParas.WeathComm);
}
LogList.Add("\n跳线绝缘子串风荷载：");
LogList.AddRange(CalTower.PrintJumpStrLoad());
CalTower.FlashBackHeiSub(BackTower);
CalTower.FlashFrontHeiSub(FrontTower);
CalTower.UpdateWindPara();
LogList.Add("\n高差和风压系数：");
LogList.AddRange(CalTower.PrintWindPara());
CalTower.Cals();
LogList.AddRange(CalTower.PrintCalsReslt());
CalTower.UpdateTensionDiff();
CalTower.UpateAnchor();
CalTower.CalsTensionChcek();
LogList.AddRange(CalTower.PrintTensionDiff());
LogList.AddRange(CalTower.PrintBreakUnabCheck());
LogList.AddRange(CalTower.PrintAnchor());
CalTower.CalDFCure();
LogList.AddRange(CalTower.PrintDFCure());
CalTower.CalDFCurePY();
LogList.AddRange(CalTower.PrintDFCurePY());
FileUtils.TextSaveByLine(saveFileDialog.FileName, LogList);
return;
}
