public void UpdateJumpVerWei(double jgbWei, List <ElecCalsWorkCondition> anWeathComm)
{
foreach (var nameWd in WireWorkConditionNames)
{
var wea = JmWireData.WeatherParas.WeathComm.Where(item => item.Name == nameWd).FirstOrDefault();
var anWea = anWeathComm.Where(item => item.Name == nameWd).FirstOrDefault();
var iceThick = Math.Max(wea == null ? 0 : wea.IceThickness, anWea == null ? 0 : anWea.IceThickness);
double rslt = JumpVerWei(JumpStr.Weight, JumpStr.PieceNum, JumpStr.LNum, JumpStr.GoldPieceNum, JumpStr.SuTubleLen, JumpStr.SoftLineLen, JumpStr.JGBNum, iceThick,
JmWireData.Wei, JmWireData.Dia, jgbWei, JmWireData.DevideNum, JumpStr.SuTubleWei, JumpStr.SuTubleDia, out string str);
int index = LoadList.FindIndex(item => item.GKName == nameWd);
if (index < 0)
{
LoadList.Add(new LoadThrDe()
{
GKName = nameWd,
JumpVerWei = rslt,
JumpVerWeiStr = str,
});
}
else
{
LoadList[index].JumpVerWei = rslt;
LoadList[index].JumpVerWeiStr = str;
}
}
}
public virtual void UpdateLoStr(double secInc, double constrError, double isntallError, double extendPara)
{
foreach (var nameWd in WireWorkConditionNames)
{
double rslt;
string str;
if (nameWd != "安装情况")
{
rslt = LoStr(out str, secInc, WireData.DevideNum, WireData.YLTableXls[nameWd], WireData.Sec, constrError);
}
else
{
rslt = LoStr(out str, secInc, WireData.DevideNum, WireData.YLTableXls[nameWd], WireData.Sec, isntallError, extendPara);
}
int index = LoadList.FindIndex(item => item.GKName == nameWd);
if (index < 0)
{
LoadList.Add(new LoadThrDe()
{
GKName = nameWd,
LoStr = rslt,
LoStrStr = str,
});
}
else
{
LoadList[index].LoStr = rslt;
LoadList[index].LoStrStr = str;
}
}
}
public void UpdateVerWei(double weiInc, int numJGB, double weiJGB, int numFZ, double weiFZ)
{
foreach (var nameWd in WireWorkConditionNames)
{
var wea = WireData.WeatherParas.WeathComm.Where(item => item.Name == nameWd).FirstOrDefault();
double iceThick = wea == null ? 0 : wea.IceThickness;
var laod = LoadList.Where(item => item.GKName == nameWd).FirstOrDefault();
double verSpan = laod == null ? 0 : laod.VetiSpan;
double rslt = VerWei(weiInc, WireData.DevideNum, WireData.BzDic[nameWd].VerHezai, verSpan, StrLoad[nameWd].VerLoad, numJGB, weiJGB, weiFZ, iceThick,
numFZ, HangStr.DampLength, WireData.bGrd, out string str);
int index = LoadList.FindIndex(item => item.GKName == nameWd);
if (index < 0)
{
LoadList.Add(new LoadThrDe()
{
GKName = nameWd,
VerWei = rslt,
VerWeiStr = str,
});
}
else
{
LoadList[index].VerWei = rslt;
LoadList[index].VerWeiStr = str;
}
}
}
public override void CheckLoStr(List <LoadThrDe> anLoads, ElecCalsCommRes commPara)
{
foreach (var nameWd in WireWorkConditionNames)
{
int index = LoadList.FindIndex(item => item.GKName == nameWd);
if (index < 0)
{
continue;
}
double loStr = LoadList[index].LoStr;
var loadAn = anLoads.Where(item => item.GKName == nameWd).FirstOrDefault();
double loStrAd = loadAn == null ? 0 : loadAn.LoStr;
if (loStr > loStrAd)
{
LoadList[index].LoStrCheckStr = Math.Round(loStr, 0).ToString();
}
else
{
double loStrCheck;
if (nameWd == "安装情况")
{
if (WireData.bGrd == 0)
{
loStrCheck = Math.Round(loStr / commPara.InstMaxPara / commPara.IndExMaxPara * commPara.InstMinPara * commPara.IndExMinPara, 0);
}
else
{
loStrCheck = Math.Round(loStr / commPara.InstMaxPara / commPara.GrdExMaxPara * commPara.InstMinPara * commPara.GrdExMinPara, 0);
}
}
else
{
loStrCheck = Math.Round(loStr / commPara.BuildMaxPara * commPara.BuildMinPara);
}
LoadList[index].LoStrCheckStr = Math.Round(loStr, 0).ToString() + "/(" + loStrCheck.ToString() + ")";
}
if (nameWd == "断线" || nameWd == "不均匀冰I" || nameWd == "不均匀冰II" || nameWd == "断线(导线+5mm)" || nameWd == "不均匀冰I(导线+5mm)" || nameWd == "不均匀冰II(导线+5mm)")
{
if (loStr > loStrAd)
{
LoadList[index].LoStrCheck2 = Math.Round(loStr, 0);
}
else
{
LoadList[index].LoStrCheck2 = Math.Round(loStr / commPara.BuildMaxPara * commPara.BuildMinPara);
}
}
}
}
public override void UpdateHorFor(double diaInc)
{
foreach (var nameWd in WireWorkConditionNames)
{
double rslt = HorFor(diaInc, WireData.DevideNum, SpaceStr.HorSpan, HangStr.DampLength, WireData.BzDic[nameWd].WindHezai, StrLoad[nameWd].WindLoad, out string str);
int index = LoadList.FindIndex(item => item.GKName == nameWd);
if (index < 0)
{
LoadList.Add(new LoadThrDe()
{
GKName = nameWd,
HorFor = rslt,
HorForStr = str,
});
}
else
{
LoadList[index].HorFor = rslt;
LoadList[index].HorForStr = str;
}
}
}
public void UpdateJumpHorFor()
{
foreach (var nameWd in WireWorkConditionNames)
{
double rslt = JumpHorFor(JumpStrLoad[nameWd].JumpStrWindLoad, JumpStrLoad[nameWd].JumpWindLoad, JumpStrLoad[nameWd].SuTubleWindLoad, JmWireData.DevideNum, out string str);
int index = LoadList.FindIndex(item => item.GKName == nameWd);
if (index < 0)
{
LoadList.Add(new LoadThrDe()
{
GKName = nameWd,
JumpHorFor = rslt,
JumpHorForStr = str,
});
}
else
{
LoadList[index].JumpHorFor = rslt;
LoadList[index].JumpHorForStr = str;
}
}
}
/// <summary>
/// 计算垂直档距
/// </summary>
///
public void UpdateVertialSpan()
{
foreach (var nameWd in WireWorkConditionNames)
{
//这儿比载excel中用的是孤立档应力，用的是普通档应力
double rslt = VerticalSpan(SpaceStr.Span, SpaceStr.SubHei, WireData.YLTableXls[nameWd], WireData.BzDic[nameWd].BiZai, out string str);
int index = LoadList.FindIndex(item => item.GKName == nameWd);
if (index < 0)
{
LoadList.Add(new LoadThrDe()
{
GKName = nameWd,
VetiSpan = rslt,
VetiSpanStr = str,
});
}
else
{
LoadList[index].VetiSpan = rslt;
LoadList[index].VetiSpanStr = str;
}
}
}