/// <summary>
/// 平面布梁函数
/// </summary>
/// <param name="StStation">起点桩号</param>
/// <param name="EdStation">终点桩号</param>
/// <param name="StLines">起点布梁线组，从左到右</param>
/// <param name="EdLines">终点布梁线组，从左到右</param>
/// <param name="StartC2C">起点桩号-支座线偏移</param>
/// <param name="EndC2C">终点点桩号-支座线偏移</param>
/// <returns>该跨梁表</returns>
public static List <BoxBeam> ArrangePlan2(double StStation, double EdStation, double StW, double EdW,
Line[] StLines, Line[] EdLines, double StartC2C, double EndC2C, double StartAng, double EndAng,
ref Align StAlign, ref Align EdAlign)
{
if (StStation == 402)
{
;
}
List <BoxBeam> res = new List <BoxBeam>();
int BeamNum = 0;
int[] BeamNums = null;
double DeltSt = 0, DeltEd = 0;
double[] DeltEds;
double[] DeltSts;
if (StLines.Count() == 1 && EdLines.Count() == 1)
{
// 普通起终点
double SideNominal = NormalSide;
double SideSt = SideNominal;
double SideEd = SideNominal;
double StartA = Math.Abs(StartAng - 90.0);
double EndA = Math.Abs(EndAng - 90.0);
Line Stline = StLines[0];
Line EdLine = EdLines[0];
if (StStation == 402)
{
// MUB 调整加宽
Vector3 Vst = Stline.Direction;
Vector3 Ved = EdLine.Direction;
Vst.Normalize();
Ved.Normalize();
Stline.StartPoint = Stline.EndPoint + Vst * -8.9;
EdLine.StartPoint = EdLine.EndPoint + Ved * -8.9;
}
if (StStation == 432.5)
{
// MUB 调整加宽
Vector3 Vst = Stline.Direction;
Vector3 Ved = EdLine.Direction;
Vst.Normalize();
Ved.Normalize();
Stline.StartPoint = Stline.EndPoint + Vst * -8.9;
EdLine.StartPoint = EdLine.EndPoint + Ved * -8.9;
}
bool NoNumApp = true;
double StLineLength = StLines[0].Length();
double EdLineLength = EdLines[0].Length();
var Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.35, 1, SideNominal, out SideSt);
var Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.35, 1, SideNominal, out SideEd);
var Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
if (NoNumApp)
{
SideNominal = NormalSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.35, 1.1, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.35, 1.1, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = NormalSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.35, 1.2, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.35, 1.2, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = SpecialSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.4, 1, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.4, 1, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = SpecialSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.4, 1.1, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.4, 1.1, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = SpecialSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.3, 1.2, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.3, 1.2, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = SpecialSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.25, 1.2, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.25, 1.2, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = NormalSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.4, 1.4, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.4, 1.4, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = NormalSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.4, 1.45, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.4, 1.45, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = NormalSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.3, 1.45, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.3, 1.45, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (NoNumApp)
{
SideNominal = NormalSide;
Num1 = AvilibleBeamNum(StLineLength, StartA, 2.4, 0.38, 1.7, SideNominal, out SideSt);
Num2 = AvilibleBeamNum(EdLineLength, EndA, 2.4, 0.38, 1.7, SideNominal, out SideEd);
Num = (from a in Num1 where Num2.Contains(a) select a).ToList();
NoNumApp = Num.Count == 0;
}
if (!NoNumApp)
{
BeamNum = Num.Min();
DeltSt = (StLineLength - 2 * SideSt) / (BeamNum - 1);
DeltEd = (EdLineLength - 2 * SideEd) / (BeamNum - 1);
AppendBeam(ref res, Stline, EdLine, BeamNum, DeltSt, DeltEd, StartC2C, EndC2C, SideSt, SideEd, ref StAlign, ref EdAlign);
}
}
else
{
// 错误
throw new Exception("布置参数错误");
}
for (int i = 0; i < res.Count; i++)
{
BoxBeam bb = res[i];
bb.ID = i + 1;
}
return(res);
}
public static List <BoxBeam> ArrangePlan(double StartStation, double EndStation,
Line Left0, Line Right0, Line Left1, Line Right1, ref Align StAlign, ref Align EdAlign, double StartC2C, double EndC2C,
bool isStPub, bool isEdPub, double Side = 1.65)
{
if (StartStation == 19645)
{
;
}
List <BoxBeam> res = new List <BoxBeam>();
if (isStPub || isEdPub)
{
return(res);
}
Line LineStart = new Line(Left0.EndPoint, Right0.EndPoint);
Line LineEnd = new Line(Left1.EndPoint, Right1.EndPoint);
var xx = LineEnd.Length();
if ((StAlign.Name.StartsWith("R1K") || StAlign.Name.StartsWith("L1K")) || (EdAlign.Name.StartsWith("R1K") || EdAlign.Name.StartsWith("L1K")))
{
Side = 1.2;
}
var Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.4, 1, Side);
var Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.4, 1, Side);
var tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.1, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.1, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.35, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.35, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
int aa;
double delt0 = 0; // = (LineStart.Length() - 2 * Side) / (Num1.Max() - 1);
double delt1 = 0; // = (LineEnd.Length() - 2 * Side) / (Num2.Max() - 1);
if (Num1.Count == 0 || Num2.Count == 0)
{
return(res);
}
if (tmp.Count == 0)
{
if (Num1.Max() > Num2.Max())
{
// 匝道分出
if ((Left0.Length() - Left1.Length()) > (Right0.Length() - Right1.Length()))
{
// 左侧分出
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num2.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa + 2);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
else
{
// 匝道汇入
if ((Left1.Length() - Left0.Length()) > (Right1.Length() - Right0.Length()))
{
// 左侧匝道汇入
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num1.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa + 2);
}
}
else
{
aa = tmp.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
BoxBeam cc;
Vector2 stend, edend;
Vector2 stpin, edpin;
for (int i = 0; i < aa; i++)
{
Vector2 Cdir0 = LineStart.Direction.Convert2D();
Cdir0.Normalize();
Vector2 Cdir1 = LineEnd.Direction.Convert2D();
Cdir1.Normalize();
stend = LineStart.StartPoint.Convert2D() + Cdir0 * Side + Cdir0 * (i) * delt0;
edend = LineEnd.StartPoint.Convert2D() + Cdir1 * Side + Cdir1 * (i) * delt1;
Vector2 BeamDir = edend - stend;
BeamDir.Normalize();
stpin = stend + BeamDir * StartC2C;
edpin = edend - BeamDir * EndC2C;
var VecSt = (stpin.Convert2DS() - new Vector2D(Left0.StartPoint.X, Left0.StartPoint.Y));
var VecEd = (edpin.Convert2DS() - new Vector2D(Left1.StartPoint.X, Left1.StartPoint.Y));
Vector2D BeamAxis = (edpin - stpin).Convert2DS();
double startA = 90 - Cdir0.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
double endA = 90 - Cdir1.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
cc = new BoxBeam(stpin.Convert3D().Convert3DS(0, 0, 0), edpin.Convert3D().Convert3DS(0, 0, 0), 0, 0, 0.5, 0.5, startA, endA, false, 0);
cc.ID = i;
res.Add(cc);
}
return(res);
}
public static List <BoxBeam> Arrange(double StartStation, double EndStation,
Line Left0, Line Right0, Line Left1, Line Right1, ref Align StAlign, ref Align EdAlign, double StartC2C, double EndC2C,
double Side = 1.65, double BearingH = 0.3, double BeamH = 1.6, double SurfaceH = 0.170)
{
if (StartStation == 19645)
{
;
}
List <BoxBeam> res = new List <BoxBeam>();
Line LineStart = new Line(Left0.EndPoint, Right0.EndPoint);
Line LineEnd = new Line(Left1.EndPoint, Right1.EndPoint);
if ((StAlign.Name.StartsWith("R1K") || StAlign.Name.StartsWith("L1K")) || (EdAlign.Name.StartsWith("R1K") || EdAlign.Name.StartsWith("L1K")))
{
Side = 1.2;
}
var Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.4, 1, Side);
var Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.4, 1, Side);
var tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.1, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.1, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.35, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.35, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
int aa;
double delt0 = 0; // = (LineStart.Length() - 2 * Side) / (Num1.Max() - 1);
double delt1 = 0; // = (LineEnd.Length() - 2 * Side) / (Num2.Max() - 1);
if (Num1.Count == 0 || Num2.Count == 0)
{
return(res);
}
if (tmp.Count == 0)
{
if (Num1.Max() > Num2.Max())
{
// 匝道分出
if ((Left0.Length() - Left1.Length()) > (Right0.Length() - Right1.Length()))
{
// 左侧分出
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num2.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa + 2);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
else
{
// 匝道汇入
if ((Left1.Length() - Left0.Length()) > (Right1.Length() - Right0.Length()))
{
// 左侧匝道汇入
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num1.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa + 2);
}
}
else
{
aa = tmp.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
BoxBeam cc;
Vector2 stend, edend;
Vector2 stpin, edpin;
double StandardH = SurfaceH + BeamH + BearingH;
double H0_St = StAlign.curSQX.GetBG(StartStation) - StandardH;
double H0_Ed = EdAlign.curSQX.GetBG(EndStation) - StandardH;
List <double[]> HPListCB = new List <double[]>()
{
StAlign.curCG.GetHP(StartStation), EdAlign.curCG.GetHP(EndStation)
};
double HLeftSt = H0_St - HPListCB[0][0] * Left0.Length() * 0.01;
double HLeftEd = H0_Ed - HPListCB[1][0] * Left1.Length() * 0.01;
double slop;
for (int i = 0; i < aa; i++)
{
bool isSide = i == 0 || i == aa - 1;
Vector2 Cdir0 = LineStart.Direction.Convert2D();
Cdir0.Normalize();
Vector2 Cdir1 = LineEnd.Direction.Convert2D();
Cdir1.Normalize();
stend = LineStart.StartPoint.Convert2D() + Cdir0 * Side + Cdir0 * (i) * delt0;
edend = LineEnd.StartPoint.Convert2D() + Cdir1 * Side + Cdir1 * (i) * delt1;
Vector2 BeamDir = edend - stend;
BeamDir.Normalize();
stpin = stend + BeamDir * StartC2C;
edpin = edend - BeamDir * EndC2C;
double Hbot_st = StAlign.GetSurfaceBG(stpin.X, stpin.Y) - SurfaceH - BeamH;
double Hbot_ed = EdAlign.GetSurfaceBG(edpin.X, edpin.Y) - SurfaceH - BeamH;
double HCB_st = 0;
double HCB_ed = 0;
var VecSt = (stpin.Convert2DS() - new Vector2D(Left0.StartPoint.X, Left0.StartPoint.Y));
var VecEd = (edpin.Convert2DS() - new Vector2D(Left1.StartPoint.X, Left1.StartPoint.Y));
Vector2D dirForwoard = new Vector2D(StAlign.curPQX.GetDir(StartStation)[0], StAlign.curPQX.GetDir(StartStation)[1]);
if (VecSt.SignedAngleTo(dirForwoard).Degrees <= 180)
{
// 使用右坡
HCB_st = H0_St + HPListCB[0][1] * 0.01 * VecSt.Length;
slop = -2.5;
}
else
{
// 左坡
HCB_st = H0_St - HPListCB[0][0] * 0.01 * VecSt.Length;
slop = 2.5;
}
if (aa % 2 == 1 && i == (int)(0.5 * aa))
{
slop = 0;
}
dirForwoard = new Vector2D(EdAlign.curPQX.GetDir(EndStation)[0], EdAlign.curPQX.GetDir(EndStation)[1]);
if (VecEd.SignedAngleTo(dirForwoard).Degrees <= 180)
{
HCB_ed = H0_Ed + HPListCB[1][1] * 0.01 * VecEd.Length;
}
else
{
HCB_ed = H0_Ed - HPListCB[1][0] * 0.01 * VecEd.Length;
}
Vector2D BeamAxis = (edpin - stpin).Convert2DS();
double startA = 90 - Cdir0.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
double endA = 90 - Cdir1.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
cc = new BoxBeam(stpin.Convert3D().Convert3DS(0, 0, Hbot_st), edpin.Convert3D().Convert3DS(0, 0, Hbot_ed),
(Hbot_st - HCB_st), (Hbot_ed - HCB_ed), 0.5, 0.5, startA, endA, isSide, slop);
//(int)(StartStation*100)+i
cc.ID = (int)(StartStation * 100) + i;
res.Add(cc);
}
return(res);
}
//private static void AppendBeam(ref List<BoxBeam> res, Line LineStart, Line[] LinesEnd,int[] bmNums, double deltSt, double[] deltEd, double StartC2C, double EndC2C,
// double[] Side)
//{
// BoxBeam cc;
// Vector2 stend=new Vector2(), edend=new Vector2();
// Vector2 stpin, edpin;
// Vector2 Cdir0 = LineStart.Direction.Convert2D();
// Cdir0.Normalize();
// Vector2 Cdir1 = LinesEnd[0].Direction.Convert2D();
// Cdir1.Normalize();
// Vector2 BeamDir;
// Vector2D BeamAxis;
// for (int i = 0; i < bmNums[0]; i++)
// {
// stend = LineStart.StartPoint.Convert2D() + Cdir0 * Side[0] + Cdir0 * (i) * deltSt;
// edend = LinesEnd[0].StartPoint.Convert2D() + Cdir1 * Side[0] + Cdir1 * (i) * deltEd[0];
// BeamDir = edend - stend;
// BeamDir.Normalize();
// stpin = stend + BeamDir * StartC2C;
// edpin = edend - BeamDir * EndC2C;
// BeamAxis = (edpin - stpin).Convert2DS();
// double startA = 90 - Cdir0.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
// double endA = 90 - Cdir1.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
// cc = new BoxBeam(stpin.Convert3D().Convert3DS(0, 0, 0), edpin.Convert3D().Convert3DS(0, 0, 0), 0, 0, 0.5, 0.5, startA, endA, false, 0);
// cc.ID = i;
// res.Add(cc);
// }
// for (int i = 0; i < bmNums[1]; i++)
// {
// stend = stend + Cdir0 * deltSt;
// edend = LinesEnd[1].StartPoint.Convert2D() + Cdir1 * Side[2] + Cdir1 * (i) * deltEd[1];
// BeamDir = edend - stend;
// BeamDir.Normalize();
// stpin = stend + BeamDir * StartC2C;
// edpin = edend - BeamDir * EndC2C;
// BeamAxis = (edpin - stpin).Convert2DS();
// double startA = 90 - Cdir0.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
// double endA = 90 - Cdir1.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
// cc = new BoxBeam(stpin.Convert3D().Convert3DS(0, 0, 0), edpin.Convert3D().Convert3DS(0, 0, 0), 0, 0, 0.5, 0.5, startA, endA, false, 0);
// cc.ID = i;
// res.Add(cc);
// }
//}
/// <summary>
/// 向列表添加一孔梁
/// </summary>
/// <param name="res">列表</param>
/// <param name="LineStart">起点线</param>
/// <param name="LineEnd">终点线</param>
/// <param name="beamNum">梁片数</param>
/// <param name="deltSt">起点间距</param>
/// <param name="deltEd">终点间距</param>
/// <param name="StartC2C">起点支座跨径距</param>
/// <param name="EndC2C">终点支座跨径距</param>
/// <param name="Side">边梁边距</param>
/// <param name="StartCL">起点设计线</param>
/// <param name="EndCL">终点设计线</param>
private static void AppendBeam(ref List <BoxBeam> res, Line LineStart, Line LineEnd,
int beamNum, double deltSt, double deltEd, double StartC2C, double EndC2C, double SideSt, double SideEd,
ref Align StartCL, ref Align EndCL
)
{
BoxBeam cc;
Vector2 stend, edend;
Vector2 stpin, edpin;
for (int i = 0; i < beamNum; i++)
{
Vector2 Cdir0 = LineStart.Direction.Convert2D();
Cdir0.Normalize();
Vector2 Cdir1 = LineEnd.Direction.Convert2D();
Cdir1.Normalize();
stend = LineStart.StartPoint.Convert2D() + Cdir0 * SideSt + Cdir0 * (i) * deltSt;
edend = LineEnd.StartPoint.Convert2D() + Cdir1 * SideEd + Cdir1 * (i) * deltEd;
Vector2 BeamDir = edend - stend;
BeamDir.Normalize();
Vector2D BeamAxis = (edend - stend).Convert2DS();
double startA = 90 - Cdir0.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
double endA = 90 - Cdir1.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
stpin = stend + BeamDir * StartC2C / Math.Cos((startA) / 180.0 * Math.PI);
edpin = edend - BeamDir * EndC2C / Math.Cos((endA) / 180.0 * Math.PI);
//var VecSt = (stpin.Convert2DS() - new Vector2D(Left0.StartPoint.X, Left0.StartPoint.Y));
//var VecEd = (edpin.Convert2DS() - new Vector2D(Left1.StartPoint.X, Left1.StartPoint.Y));
//增加桥面横坡值
double StartDeckHp = StartCL.GetSurfaceHP(stend.X, stend.Y);
double EndDeckHp = EndCL.GetSurfaceHP(edend.X, edend.Y);
double StPK = StartCL.curPQX.GetStationNew(stend.X, stend.Y);
double EdPK = EndCL.curPQX.GetStationNew(edend.X, edend.Y);
if (StartCL.curCG.GetHP(StPK)[0] == 2.5 && StartCL.curCG.GetHP(StPK)[1] == -2.5)
{
if (StartCL.GetSurfaceDist(stend.X, stend.Y) <= 0.5)
{
StartDeckHp = 0.0;
}
}
if (EndCL.curCG.GetHP(EdPK)[0] == 2.5 && EndCL.curCG.GetHP(EdPK)[1] == -2.5)
{
if (EndCL.GetSurfaceDist(edend.X, edend.Y) <= 0.5)
{
EndDeckHp = 0.0;
}
}
double NominalHP = 0.5 * (StartDeckHp + EndDeckHp);
//
cc = new BoxBeam(stpin.Convert3D().Convert3DS(0, 0, 0), edpin.Convert3D().Convert3DS(0, 0, 0),
0, 0, 0.5, 0.5, startA, endA, false, NominalHP);
cc.ID = i;
#region 判断梁类别编号
string typestr = "BE";
if (cc.Length2D <= 20)
{
typestr += "05";
}
else if (cc.Length2D <= 27.0)
{
typestr += "01";
}
else if (cc.Length2D <= 31.5)
{
if (Math.Abs(startA) >= 29)
{
typestr += "03";
}
else
{
typestr += "02";
}
}
else if (cc.Length2D <= 38.0)
{
typestr += "04";
}
else
{
typestr += "99";
}
if (i == 0 || i == beamNum - 1)
{
if (Math.Max(SideSt, SideEd) < NormalSide)
{
typestr += "D";
}
else
{
typestr += "A";
}
}
else
{
if (beamNum >= 7)
{
if (Math.Abs(NominalHP) <= 1.0)
{
typestr += "C";
}
else
{
typestr += "B";
}
}
else
{
typestr += "B";
}
}
cc.BeamType = typestr;
#endregion
res.Add(cc);
}
var tst = (from a in res select a.BeamType.Substring(0, 4)).ToList().Distinct().ToList();
if (tst.Count != 1 && tst.Contains("BE04"))
{
for (int i = 0; i < res.Count; i++)
{
string part = res[i].BeamType.Substring(2, 2);
res[i].BeamType = res[i].BeamType.Replace(part, "04");
}
}
// 增加s型加强02梁
if (res[0].BeamType[3] == '2')
{
if (res.Count == 3)
{
res[1].BeamType = "BE02Bs";
}
else if (res.Count >= 4)
{
if (Math.Max(deltEd, deltSt) > 2.4 + 0.85)
{
res[1].BeamType = "BE02Bs";
res[res.Count - 2].BeamType = "BE02Bs";
}
}
}
// 增加s型加强01梁
else if (res[0].BeamType[3] == '1')
{
if (res.Count == 3)
{
res[1].BeamType = "BE01Bs";
}
else if (res.Count >= 4)
{
if (Math.Max(deltEd, deltSt) > 2.4 + 0.85)
{
res[1].BeamType = "BE01Bs";
res[res.Count - 2].BeamType = "BE01Bs";
}
}
}
}
