public StruCalsLib GetStruCalsLibParas()
{
if (_struCalsLibParas == null)
{
_struCalsLibParas = ProjectUtils.GetInstance().ReadStruCalsLibParas();
}
return(_struCalsLibParas);
}
public void TestMethod02_StruCalsLibParasSerializer()
{
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "XML Files (*.xml)|*.xml",
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
StruCalsLibBaseParas baseParasOverhanging = new StruCalsLibBaseParas
{
WindAdjustFactor = 1.2f,
OtherWindAdjustFactor = 1,
DynamicCoef = 1.1f,
DrawingCoef = 1.2f,
AnchorWindCoef = 0.8f,
AnchorGravityCoef = 0.8f,
AnchorAngle = 20,
BaseParasGB50545 = new StruCalsLibGB50545BaseParas
{
RGBad = 1.2f,
RGGood = 1,
RQ = 1.4f,
VcFNormal = 1,
VcFInstall = 0.9f,
VcFBroken = 0.9f,
VcFUnevenIce = 0.9f,
VcFCheck = 0.75f,
},
BaseParasDLT5551 = new StruCalsLibDLT5551BaseParas
{
RGBad = 1.2f,
RGGood = 1,
RQ = 1.4f,
RGOverturn = 0.9f,
VcFNormal = 1,
VcFIce = 1,
VcFCold = 1,
VcFBroken = 0.9f,
VcFInstall = 0.9f,
VcFUnevenIce = 0.9f,
}
};
StruCalsLibBaseParas baseParasTension = new StruCalsLibBaseParas
{
WindAdjustFactor = 1.2f,
OtherWindAdjustFactor = 1,
DynamicCoef = 1.1f,
DrawingCoef = 1.2f,
LiftCoefJumper = 2,
TempStayWireAngle = 45,
TractionAgnle = 20,
BaseParasGB50545 = new StruCalsLibGB50545BaseParas
{
RGBad = 1.2f,
RGGood = 1,
RQ = 1.4f,
VcFNormal = 1,
VcFInstall = 0.9f,
VcFBroken = 0.9f,
VcFUnevenIce = 0.9f,
VcFCheck = 0.75f,
},
BaseParasDLT5551 = new StruCalsLibDLT5551BaseParas
{
RGBad = 1.2f,
RGGood = 1,
RQ = 1.4f,
RGOverturn = 0.9f,
VcFNormal = 1,
VcFIce = 1,
VcFCold = 1,
VcFBroken = 0.9f,
VcFInstall = 0.9f,
VcFUnevenIce = 0.9f,
}
};
List <StruCalsLibWireExtraLoadParas> wireExtraLoadParas = new List <StruCalsLibWireExtraLoadParas>
{
new StruCalsLibWireExtraLoadParas
{
Index = 1,
Voltage = 110,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1,
OverhangingTowerEarthWireExtraLoad = 1,
OverhangingTowerWireExtraLoad = 1.5f,
TensionTowerEarthWireExtraLoad = 1.5f,
TensionTowerWireExtraLoad = 2,
TensionTowerJumperWireExtraLoad = 1
},
new StruCalsLibWireExtraLoadParas
{
Index = 2,
Voltage = 220,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1,
OverhangingTowerEarthWireExtraLoad = 2,
OverhangingTowerWireExtraLoad = 3.5f,
TensionTowerEarthWireExtraLoad = 2,
TensionTowerWireExtraLoad = 4.5f,
TensionTowerJumperWireExtraLoad = 2
},
new StruCalsLibWireExtraLoadParas
{
Index = 3,
Voltage = 330,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1,
OverhangingTowerEarthWireExtraLoad = 2,
OverhangingTowerWireExtraLoad = 3.5f,
TensionTowerEarthWireExtraLoad = 2,
TensionTowerWireExtraLoad = 4.5f,
TensionTowerJumperWireExtraLoad = 2
},
new StruCalsLibWireExtraLoadParas
{
Index = 4,
Voltage = 500,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1,
OverhangingTowerEarthWireExtraLoad = 2,
OverhangingTowerWireExtraLoad = 4,
TensionTowerEarthWireExtraLoad = 2,
TensionTowerWireExtraLoad = 6,
TensionTowerJumperWireExtraLoad = 3
},
new StruCalsLibWireExtraLoadParas
{
Index = 5,
Voltage = 750,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1,
OverhangingTowerEarthWireExtraLoad = 2,
OverhangingTowerWireExtraLoad = 4,
TensionTowerEarthWireExtraLoad = 2,
TensionTowerWireExtraLoad = 6,
TensionTowerJumperWireExtraLoad = 3
},
new StruCalsLibWireExtraLoadParas
{
Index = 6,
Voltage = 800,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1.1f,
OverhangingTowerEarthWireExtraLoad = 4,
OverhangingTowerWireExtraLoad = 8,
TensionTowerEarthWireExtraLoad = 4,
TensionTowerWireExtraLoad = 12,
TensionTowerJumperWireExtraLoad = 6
},
new StruCalsLibWireExtraLoadParas
{
Index = 7,
Voltage = 1000,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1.1f,
OverhangingTowerEarthWireExtraLoad = 4,
OverhangingTowerWireExtraLoad = 8,
TensionTowerEarthWireExtraLoad = 4,
TensionTowerWireExtraLoad = 12,
TensionTowerJumperWireExtraLoad = 6
},
new StruCalsLibWireExtraLoadParas
{
Index = 8,
Voltage = 1100,
InstallImportanceCoef = 1,
OtherImportanceCoef = 1.1f,
OverhangingTowerEarthWireExtraLoad = 4,
OverhangingTowerWireExtraLoad = 8,
TensionTowerEarthWireExtraLoad = 4,
TensionTowerWireExtraLoad = 12,
TensionTowerJumperWireExtraLoad = 6
},
};
List <StruCalsLibIceCoverParas> iceCoverParas = new List <StruCalsLibIceCoverParas>
{
new StruCalsLibIceCoverParas
{
Index = 1,
IceThickness = 5,
TowerWindLoadAmplifyCoef = 1.1f,
TowerGravityLoadAmplifyCoef = 1,
},
new StruCalsLibIceCoverParas
{
Index = 2,
IceThickness = 10,
TowerWindLoadAmplifyCoef = 1.2f,
TowerGravityLoadAmplifyCoef = 1,
},
new StruCalsLibIceCoverParas
{
Index = 3,
IceThickness = 15,
TowerWindLoadAmplifyCoef = 1.6f,
TowerGravityLoadAmplifyCoef = 1.2f,
},
new StruCalsLibIceCoverParas
{
Index = 4,
IceThickness = 20,
TowerWindLoadAmplifyCoef = 1.8f,
TowerGravityLoadAmplifyCoef = 1.5f,
},
new StruCalsLibIceCoverParas
{
Index = 5,
IceThickness = 25,
TowerWindLoadAmplifyCoef = 2f,
TowerGravityLoadAmplifyCoef = 1.8f,
},
new StruCalsLibIceCoverParas
{
Index = 6,
IceThickness = 30,
TowerWindLoadAmplifyCoef = 2.2f,
TowerGravityLoadAmplifyCoef = 2f,
},
new StruCalsLibIceCoverParas
{
Index = 7,
IceThickness = 40,
TowerWindLoadAmplifyCoef = 2.3f,
TowerGravityLoadAmplifyCoef = 2.2f,
},
new StruCalsLibIceCoverParas
{
Index = 8,
IceThickness = 45,
TowerWindLoadAmplifyCoef = 2.3f,
TowerGravityLoadAmplifyCoef = 2.2f,
},
};
var paras = new StruCalsLib {
OverhangingTowerBaseParas = baseParasOverhanging,
TensionTowerBaseParas = baseParasTension,
WireExtraLoadParas = wireExtraLoadParas,
IceCoverParas = iceCoverParas,
};
XmlUtils.Serializer(saveFileDialog.FileName, paras);
var paras2 = XmlUtils.Deserializer <StruCalsLib>(saveFileDialog.FileName);
}
public void GenerateLoadFile(string path, List <StruCalsPointLoad> pointLoads)
{
List <string> processString = new List <string>();
StruCalsLib libParas = GlobalInfo.GetInstance().GetStruCalsLibParas();
if (libParas == null)
{
return;
}
if (libParas.IceCoverParas == null || libParas.IceCoverParas.Count == 0)
{
return;
}
#region 保存工况
int wccNumTemp = 0;
for (int i = 0; i < Template.WorkConditionCombos.Count; i++)
{
//gongjian 200728 没有选择的工况在load文件也不用计算
if (!Template.WorkConditionCombos[i].IsCalculate)
{
continue;
}
wccNumTemp++;
WorkConditionCombo wcCombo = Template.WorkConditionCombos[i];
float wcWind = WorkConditionWind[wcCombo.WorkCode - 1];
float wdIceThickness = WorkConditionIceThickness[wcCombo.WorkCode - 1];
float windLoad = 1, gravityLoad = 1;
//对于冰厚，首先寻找和工况中指定冰厚一样，没有的情况下向下取最大的值
if (libParas.IceCoverParas.Where(item => item.IceThickness == wdIceThickness).Count() > 0)
{
windLoad = libParas.IceCoverParas.Where(item => item.IceThickness == wdIceThickness).First().TowerWindLoadAmplifyCoef;
gravityLoad = libParas.IceCoverParas.Where(item => item.IceThickness == wdIceThickness).First().TowerGravityLoadAmplifyCoef;
}
else
{
for (int j = libParas.IceCoverParas.Count - 1; j >= 0; j--)
{
if (wdIceThickness - libParas.IceCoverParas[j].IceThickness > 0)
{
windLoad = libParas.IceCoverParas[j].TowerWindLoadAmplifyCoef;
gravityLoad = libParas.IceCoverParas[j].TowerGravityLoadAmplifyCoef;
break;
}
}
}
float installCoef = 1, otherCoef = 1.1f;
if (libParas.WireExtraLoadParas.Where(item => item.Voltage == Paras.Voltage).Count() > 0)
{
installCoef = libParas.WireExtraLoadParas.Where(item => item.Voltage == Paras.Voltage).First().InstallImportanceCoef;
otherCoef = libParas.WireExtraLoadParas.Where(item => item.Voltage == Paras.Voltage).First().OtherImportanceCoef;
}
float comboCoef, importanceCoef;
if (wcCombo.WorkConditionCode.StartsWith("N"))
{
comboCoef = Paras.VcFNormal * windLoad;
importanceCoef = otherCoef;
}
else if (wcCombo.WorkConditionCode.StartsWith("D"))
{
comboCoef = Paras.VcFCold * windLoad;
importanceCoef = otherCoef;
}
else if (wcCombo.WorkConditionCode.StartsWith("I"))
{
comboCoef = (Paras.SelectedStandard == "GB50545-2010" ? Paras.VcFNormal : Paras.VcFIce) * windLoad;
importanceCoef = otherCoef;
}
else if (wcCombo.WorkConditionCode.StartsWith("L") || wcCombo.WorkConditionCode.StartsWith("G") || wcCombo.WorkConditionCode.StartsWith("M") ||
wcCombo.WorkConditionCode.StartsWith("C") || wcCombo.WorkConditionCode.StartsWith("J"))
{
comboCoef = Paras.VcFInstall * windLoad;
importanceCoef = installCoef;
}
else if (wcCombo.WorkConditionCode.StartsWith("B"))
{
comboCoef = Paras.VcFBroken * windLoad;
importanceCoef = otherCoef;
}
else if (wcCombo.WorkConditionCode.StartsWith("U"))
{
comboCoef = Paras.VcFUnevenIce * windLoad;
importanceCoef = otherCoef;
}
else if (wcCombo.WorkConditionCode.StartsWith("T") || wcCombo.WorkConditionCode.StartsWith("Y"))
{
comboCoef = Paras.VcFCheck * windLoad;
importanceCoef = installCoef;
}
else
{
//不应该走到此分支
comboCoef = 1 * windLoad;
importanceCoef = 1;
throw new Exception("生成Load文件出错：1；工况代号" + wcCombo.WorkConditionCode);
}
float windAngle = wcCombo.WindDirectionCode;
//gongjian 200728 修改风向角小于0，将负号挪到组合系统
if (windAngle < 0)
{
windAngle = Math.Abs(windAngle);
comboCoef = -1 * comboCoef;
}
float temperature = WorkConditionTemperate[wcCombo.WorkCode - 1];
string str = wcWind.ToString("0.000").PadLeft(8) + comboCoef.ToString("0.000").PadLeft(8) + windAngle.ToString("0.000").PadLeft(8)
+ importanceCoef.ToString("0.000").PadLeft(8) + gravityLoad.ToString("0.000").PadLeft(8) + temperature.ToString("0.00").PadLeft(8)
+ " " + wccNumTemp.ToString() + "-" + wcCombo.WorkComment;
processString.Add(str);
}
#endregion
#region 保存挂点荷载
List <int> points = pointLoads.Select(p => p.Name).Distinct().ToList();
points.Sort();
foreach (var point in points)
{
int wdNumTmep = 0;
for (int j = 0; j < Template.WorkConditionCombos.Count; j++)
{
//gongjian 200728 没有选择的工况在load文件也不用计算
if (!Template.WorkConditionCombos[j].IsCalculate)
{
continue;
}
wdNumTmep++;
string str = (wdNumTmep == 1) ? point.ToString().PadLeft(9) : (" ").PadLeft(9);
float xLoad = pointLoads.Where(p => p.Name == point && p.WorkConditionId == j && p.Orientation == "X").Sum(p => p.Load);
float yLoad = pointLoads.Where(p => p.Name == point && p.WorkConditionId == j && p.Orientation == "Y").Sum(p => p.Load);
float zLoad = pointLoads.Where(p => p.Name == point && p.WorkConditionId == j && p.Orientation == "Z").Sum(p => p.Load);
str += xLoad.ToString("0.00").PadLeft(14) + yLoad.ToString("0.00").PadLeft(9) + zLoad.ToString("0.00").PadLeft(9);
processString.Add(str);
}
}
#endregion
FileUtils.TextSaveByLine(path, processString);
}
