public ControlCondition(WireAndWeather wireAndWeather)
{
this.wireAndCoefficient = wireAndWeather.WireAndCoefficient;
this.weatherGroup = wireAndWeather.WeatherGroup;
WeatherAndControlspanList = new SortedList <double, Weather>();
this.WeatherAndControlspanListSet();
}
///<summary> 电气张力</summary>
public static double TensionE(WireAndWeather wireAndWeather, Weather weather, double L)
{
var controlCondition = new ControlCondition(wireAndWeather);
WireMechanic.wireAndWeather = wireAndWeather;
WireMechanic.weather = weather;
WireMechanic.L = L;
controlWeather = controlCondition.ControlWeather(L);
Tc = controlCondition.Tc(L);
WireMechanic.Pc = new WireLoad(wireAndWeather.WireAndCoefficient.Conductor, controlWeather).P7;
if (weather == wireAndWeather.WeatherGroup.MaxWind)
{
WireMechanic.P = new WireLoadGroup(wireAndWeather).P6E_Maxwind;
}
else if (weather == wireAndWeather.WeatherGroup.Lightning)
{
WireMechanic.P = new WireLoadGroup(wireAndWeather).P6E_Maxwind;
}
else if (weather == wireAndWeather.WeatherGroup.Operate)
{
WireMechanic.P = new WireLoadGroup(wireAndWeather).P6E_Operate;
}
else
{
throw new Exception("电气气象有误");
}
return(MathNet.Numerics.RootFinding.RobustNewtonRaphson.FindRoot
(Fx, dFx, 2 * wireAndWeather.WireAndCoefficient.Conductor.RatedStrength, 1, 0.5));
}
public WireLoadGroup(WireAndWeather wireAndWeather, ILoadCode loadCode, IELoadCode eLoadCode)
{
abstractWire = wireAndWeather.WireAndCoefficient.Conductor;
weatherGroup = wireAndWeather.WeatherGroup;
this.loadCode = loadCode;
this.eLoadCode = eLoadCode;
SetP();
}
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();
}
/// <summary> 力学张力</summary>
public static double Tension(WireAndWeather wireAndWeather, Weather weather, double L)
{
var controlCondition = new ControlCondition(wireAndWeather);
WireMechanic.wireAndWeather = wireAndWeather;
WireMechanic.weather = weather;
WireMechanic.L = L;
controlWeather = controlCondition.ControlWeather(L);
Tc = controlCondition.Tc(L);
WireMechanic.Pc = new WireLoad(wireAndWeather.WireAndCoefficient.Conductor, controlWeather).P7;
WireMechanic.P = new WireLoad(wireAndWeather.WireAndCoefficient.Conductor, weather).P7;
if (weather == controlWeather)
{
return(Tc);
}
else
{
return(MathNet.Numerics.RootFinding.RobustNewtonRaphson.FindRoot
(Fx, dFx, 2 * wireAndWeather.WireAndCoefficient.Conductor.RatedStrength, 1, accuracy: 2));
}
}
/// <summary>某档控制气象条件及张力</summary>
public static (Weather, double) ControlWeatherAndTm(WireAndWeather wireAndWeather, double L)
{
var s = new ControlCondition(wireAndWeather);
return(s.ControlWeather(L), s.Tc(L));
}
public static double Tc(WireAndWeather wireAndWeather, double L)
{
return(new ControlCondition(wireAndWeather).Tc(L));
}
public static double K(WireAndWeather wireAndWeather, Weather weather, double L)
{
return(1);
}