public WireLoadGroup(WireAndWeather wireAndWeather, ILoadCode loadCode, IELoadCode eLoadCode)
{
abstractWire = wireAndWeather.WireAndCoefficient.Conductor;
weatherGroup = wireAndWeather.WeatherGroup;
this.loadCode = loadCode;
this.eLoadCode = eLoadCode;
SetP();
}
/// <summary>
/// 采用OTL中的标准生成荷载力学计算用P值
/// </summary>
public WireLoad(AbstractWire conductor, Weather weather, LoadType loadType = LoadType.M, double g = 9.80665, double iceDensity = 0.9, double Lp = 100)
{
Assembly assembly = Assembly.LoadFrom("Standard.dll");
var cType = assembly.GetType("Standard." + OTL.OTLProject.ProjectInfo.LoadCode);
var loadCode = (ILoadCode)Activator.CreateInstance(cType);
SetP1P2(conductor, weather, g, iceDensity);
this.P4 = loadCode.P4(conductor, weather, loadType, Lp);
}
public WireLoadGroup(WireAndWeather wireAndWeather)
{
abstractWire = wireAndWeather.WireAndCoefficient.Conductor;
weatherGroup = wireAndWeather.WeatherGroup;
Assembly assembly = Assembly.LoadFrom("Standard.dll");
var cType = assembly.GetType("Standard." + OTL.OTLProject.ProjectInfo.LoadCode);
loadCode = (ILoadCode)Activator.CreateInstance(cType);
cType = assembly.GetType("Standard." + OTL.OTLProject.ProjectInfo.ELoadCode);
eLoadCode = (IELoadCode)Activator.CreateInstance(cType);
SetP();
}
double ILoadCode.P4(AbstractWire conductor, Weather weather, LoadType loadType, double L)
{
double z;
if (weather is MaxWind)
{
z = 10 * Math.Pow(weather.WindSpeed / weather.BasicWindSpeed, 1 / 0.15);
}
else
{
z = 10;
}
// return βc(z)* this.α(weather.BasicWindSpeed) * weather.WindPress * this.μsc(conductor.Diameter, weather.IceThickness) * (conductor.Diameter + 2 * weather.IceThickness) * this.B1(weather.IceThickness);
return(1);
}
double IELoadCode.P4(AbstractWire conductor, Weather weather, LoadType loadType, double L)
{
return(this.αE(weather.BasicWindSpeed) * weather.WindPress * this.μsc(conductor.Diameter, weather.IceThickness) * (conductor.Diameter + 2 * weather.IceThickness) * this.B1(weather.IceThickness));
}
private void SetP1P2(AbstractWire conductor, Weather weather, double g, double iceDensity)
{
P1 = g * conductor.Quality;
P2 = g * iceDensity * Math.PI * weather.IceThickness * (weather.IceThickness + conductor.Diameter) / 1000;
}
public WireLoad(AbstractWire conductor, Weather weather, IELoadCode eLoadCode, LoadType loadType = LoadType.E, double g = 9.80665, double iceDensity = 0.9, double Lp = 100)
{
SetP1P2(conductor, weather, g, iceDensity);
this.P4 = eLoadCode.P4(conductor, weather, loadType, Lp);
}
