public StruCalsLibBaseDataViewModel()
{
var libParas = GlobalInfo.GetInstance().GetStruCalsLibParas();
if (libParas == null)
{
return;
}
OverhangingTowerParas = libParas.OverhangingTowerBaseParas;
TensionTowerParas = libParas.TensionTowerBaseParas;
}
/// <summary>
/// 从配置文件中获取默认参数
/// </summary>
protected void SetDefaultValue(TowerTypeEnum towerType)
{
var libParas = GlobalInfo.GetInstance().GetStruCalsLibParas();
//有配置文件就从配置文件中读出
if (libParas != null)
{
var config = new MapperConfiguration(x => x.CreateMap <StruCalsLibBaseParas, StruCalseBaseParas>().ForMember(des => des.Type, item => item.Ignore()));
IMapper mapper = new Mapper(config);
StruCalsLibBaseParas libBaseParas = (towerType == TowerTypeEnum.LineTower || towerType == TowerTypeEnum.LineCornerTower) ? libParas.OverhangingTowerBaseParas : libParas.TensionTowerBaseParas;
BaseParas = mapper.Map <StruCalseBaseParas>(libBaseParas);
//这种初始化有点问题，当两种标准的共同参数的值取不一样时会有错误
//正确的做法是应该是在加入库时，就选择标准。
//但这种做法两种标准切换时，两种标准共同参数取值不一样时，仍然无法切换到正确的值，
//故维持现在的做法。
BaseParas.RGBad = libBaseParas.BaseParasGB50545.RGBad;
BaseParas.RGGood = libBaseParas.BaseParasGB50545.RGGood;
BaseParas.RQ = libBaseParas.BaseParasGB50545.RQ;
BaseParas.VcFInstall = libBaseParas.BaseParasGB50545.VcFInstall;
BaseParas.VcFBroken = libBaseParas.BaseParasGB50545.VcFBroken;
BaseParas.VcFUnevenIce = libBaseParas.BaseParasGB50545.VcFUnevenIce;
BaseParas.VcFNormal = libBaseParas.BaseParasGB50545.VcFNormal;
BaseParas.VcFCheck = libBaseParas.BaseParasGB50545.VcFCheck;
BaseParas.RGOverturn = libBaseParas.BaseParasDLT5551.RGOverturn;
BaseParas.VcFIce = libBaseParas.BaseParasDLT5551.VcFIce;
BaseParas.VcFCold = libBaseParas.BaseParasDLT5551.VcFCold;
BaseParas.LoadRatio = 1;
BaseParas.R1Install = 1;
BaseParas.R0Normal = 1;
List <StruLineParas> lineParas = new List <StruLineParas>();
for (int i = 0; i < Template.Wires.Count; i++)
{
lineParas.Add(new StruLineParas()
{
Index = i + 1,
WireType = Template.Wires[i],
DrawingCoef = ((towerType == TowerTypeEnum.LineTower || towerType == TowerTypeEnum.LineCornerTower) ? libParas.OverhangingTowerBaseParas.DrawingCoef
: libParas.TensionTowerBaseParas.DrawingCoef)
});
}
LineParas = lineParas;
}
//没有默认文件就默认为0
else
{
List <StruLineParas> lineParas = new List <StruLineParas>();
for (int i = 0; i < Template.Wires.Count; i++)
{
lineParas.Add(new StruLineParas()
{
Index = i + 1,
WireType = Template.Wires[i],
});
}
LineParas = lineParas;
}
//BaseParas下列参数中在映射后赋值的原因在于：
//如果先复制，在前面的映射过程中，会导致某些值会改变
BaseParas.SelectedStandard = "GB50545-2010";
BaseParas.Type = towerType;
BaseParas.IsMethod1Selected = true;
}
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);
}
