public static List <double[]> zhengjinxuanjin(double space, int n, List <double> As, double[] h, double[] M, double cs, int C, double rg)
{
List <double[]> A = new List <double[]>();
for (int i = 0; i < n; i++)
{
double varAsMiddle = As[2 * i + 1];//AB跨中计算配筋
for (int j = 0; j < 7; j++)
{
double[] arrAsData = zhengjinshuchu(space, j);
if (arrAsData[2] > varAsMiddle)
{
double[] d = { arrAsData[0], Math.Floor(1000 / space), 0, 0 };
double w = Zuhezhengfujin.liefeng1(M[2 * i + 1], cs, d, arrAsData[2], h[i], C, rg);
if (w <= 0.2)
{
A.Add(new double[] { arrAsData[0], arrAsData[1], 0, 0, arrAsData[2], w });
break;
}
}
}
}
if (A.Count < n)
{
//MessageBox.Show("正筋选筋时,超出选筋库！" + h);
Util.ShowWarning("正筋选筋时,超出选筋库！" + h);
return(new List <double[]>());
}
return(A);
}
private void btnChengben_Click(object sender, EventArgs e)
{
RefreshInput();
List <double[]> wallWidths = WallWidth.Genereate(input.m_FloorCount);
Output[] outputs = new Output[wallWidths.Count];
for (int i = 0; i < wallWidths.Count; i++)
{
input.SetWallWidth(wallWidths[i]);
outputs[i] = new Output();
outputs[i].SetWallWidth(wallWidths[i]);
outputs[i].m_K = StiffnessMatrix.zonggangjuzhen(input.m_FloorCount, input.m_E, input.m_A, input.m_I, input.m_FloorHeights);
outputs[i].m_Q = LoadCalculation.hezaijisuan(input.m_FloorCount, input.m_FloorHeights, input.m_r, input.m_FutuHeight, input.m_p0, input.m_rg, input.m_rq);
double[] f01 = LoadCalculation.dengxiaojiedianhezai01(input.m_FloorCount, input.m_FloorHeights, outputs[i].m_Q);
double[] f02 = LoadCalculation.dengxiaojiedianhezai02(input.m_FloorCount, input.m_FloorHeights, outputs[i].m_Q);
outputs[i].m_f01 = new Vector(f01, VectorType.Column);
outputs[i].m_f02 = new Vector(f02, VectorType.Column);
outputs[i].m_K01 = BoundaryCondition.weiyibianjie01(input.m_FloorCount, outputs[i].m_K);
outputs[i].m_K02 = BoundaryCondition.weiyibianjie02(input.m_FloorCount, outputs[i].m_K);
outputs[i].m_M01 = InnerForceCalculation.neilijisuan(false,
input.m_E, input.m_A, input.m_I, outputs[i].m_K01, outputs[i].m_f01, input.m_FloorCount, outputs[i].m_Q, input.m_FloorHeights);
outputs[i].m_M02 = InnerForceCalculation.neilijisuan(true,
input.m_E, input.m_A, input.m_I, outputs[i].m_K02, outputs[i].m_f02, input.m_FloorCount, outputs[i].m_Q, input.m_FloorHeights);
outputs[i].m_MM = InnerForceCalculation.neilitiaofu(outputs[i].m_M01, outputs[i].m_M02, input.m_T);
outputs[i].m_Mmax = InnerForceCalculation.kuazhongzuidaM(outputs[i].m_MM, input.m_FloorCount, outputs[i].m_Q, input.m_FloorHeights);
outputs[i].m_M = InnerForceCalculation.neilizuhe(input.m_FloorCount, outputs[i].m_MM, outputs[i].m_Mmax);
List <double>[] As = ReinforcementCalculation.peijinjisuan(
outputs[i].m_M, input.m_cs, input.m_FloorCount, input.m_WallWidths, input.m_fy, input.m_fc, input.m_ft);
outputs[i].m_As = As;
List <double[]> zuhejin = Zuhezhengfujin.zuhezhengfujin(input.m_FloorCount, outputs[i].m_As[0], input.m_ft, input.m_fy, input.m_WallWidths, outputs[i].m_M, input.m_cs, input.m_ConcreteGrade, input.m_rg);
outputs[i].m_Zuhejin = zuhejin;
List <double[]> shuipingjin = Shuipingjin.shuipingjin(input.m_FloorCount, input.m_WallWidths);
outputs[i].m_Shuipingjin = shuipingjin;
double[] cb = Chengben.chengben(outputs[i].m_Zuhejin, outputs[i].m_Shuipingjin, input.m_FloorCount, input.m_ConcretePrice,
input.m_RebarPrice, input.m_WallWidths, input.m_FloorHeights, input.m_cs, input.m_RoofThickness,
input.m_SeismicGrade, input.m_ConcreteGrade, input.m_RebarGrade);
outputs[i].m_Chengben = cb;
if (cbxShowDetial.Checked == true)
{
string strWidths = Util.ToString(wallWidths[i]);
string strChengben = Util.ToString(cb);
rtbBrowser.AppendText(strWidths);
rtbBrowser.AppendText(strChengben);
rtbBrowser.AppendText("\n");
}
}
pritResult(outputs);
}
public static List <double[]> fujinxuanjin(int space, int n, List <double> As, double ft, double fy, double[] h, double[] M, double cs, int C, double rg)
{
//本子函数用于负筋自动选筋，按照此子程序计算得到的配筋为最节省配筋
//本子函数即根据裂缝选筋liefeng1(M, cs, d, As, h, C, rg)
//n为挡墙层数
//As为peijinjisuan(M, cs, n, fy, fc, ft)中计算得到各点的计算配筋
//As =[A AB B BC C CD D DE E]
//As(1) As(2) As(3) As(4) As(5) As(6) As(7) As(8) As(9)
//受力钢筋最小直径为12mm，间距最大为150mm
double roumin = Math.Max(0.002, 0.45 * ft / (100 * fy)); //最小配筋率
if (n == 1) //1层挡墙
{
double AsmaxA = As[0]; //A点计算配筋
if (AsmaxA > 6544 || AsmaxA <= 0)
{
throw new Exception("A点选筋超出选筋库");
}
double Astong = roumin * h[0] * 1000; //另通长筋 = 构造钢筋
double[] AssA = Zuhezhengfujin.fujinshuchu(space, AsmaxA, Astong); //调用函数，输出A点的配筋，[直径 间距 直径 间距 实选面积]
double[] Asss = { AssA[0], AssA[1], AssA[2], AssA[3], AssA[4] }; //B点配筋为负筋通长筋,裂缝不用验算
//A点的选筋
double[] d = { Asss[0], Math.Floor(1000 / Asss[1]), Asss[2], Math.Floor(1000 / Asss[3]) }; //A点的配筋直径、数量
double w = Zuhezhengfujin.liefeng1(M[0], cs, d, Asss[4], h[0], C, rg); //计算A点裂缝
double[] A1 = new double[6];
if (w <= 0.2)
{
A1 = new double[] { Asss[0], Asss[1], Asss[2], Asss[3], Asss[4], w };//A配筋输出格式统一为[直径 间距 直径 间距 实选面积]
}
else
{
double Asss0 = Asss[4]; //Asss0用于做标记，判断后面增加面积是否超过1000mm2
Asss[4] = Asss[4] + 10; //裂缝计算不够时，实配钢筋面积增加10mm2,选筋后,再进行裂缝验算
if (Asss[4] > 6544)
{
throw new Exception("A点选筋超出选筋库");
}
for (int j = 1; j <= 200; j++) //嵌套循环增加配筋面积，最多增加2000mm2
{
double[] AA = Zuhezhengfujin.fujinshuchu(space, Asss[4], Astong); //再次选筋
Asss = new double[] { AA[0], AA[1], AA[2], AA[3], AA[4] }; //将选筋结果填入Asss矩阵中
d = new double[] { Asss[0], Math.Floor(1000 / Asss[1]), Asss[2], Math.Floor(1000 / Asss[3]) };
w = Zuhezhengfujin.liefeng1(M[0], cs, d, Asss[4], h[0], C, rg);
if (w <= 0.2)
{
A1 = new double[] { Asss[0], Asss[1], Asss[2], Asss[3], Asss[4], w };//计算得到A点配筋和裂缝宽度
break;
}
else
{
Asss[4] = Asss[4] + 10;
if (Asss[4] > 6544)
{
throw new Exception("A点选筋超出选筋库");
}
if (Asss[4] - Asss0 > 1000)
{
throw new Exception("A点按裂缝选筋增加钢筋过大，请修改挡墙参数");
}
}
}
}
List <double[]> A = new List <double[]>();
A.Add(new double[] { A1[0], A1[1], A1[2], A1[3], A1[4], A1[5] });
A.Add(new double[] { A1[0], A1[1], 0, 0, Math.PI * Math.Pow(A1[0], 2) * 1000 / (4 * A1[1]), 0 });
return(A);
}
else if (n == 2)
{
double[][] Ak = new double[2][];
double AsmaxA = As[0]; //A点计算配筋
double AsmaxB = As[2]; //B点计算配筋
if (Math.Max(AsmaxA, AsmaxB) > 6544 || Math.Min(AsmaxA, AsmaxB) <= 0)
{
throw new Exception("选筋超出选筋库");
}
double Astong = Math.Max(roumin * h[0] * 1000, roumin * h[1] * 1000); //1层通长筋 = 构造钢筋，AB两点都用此值
double[] AssA = Zuhezhengfujin.fujinshuchu(space, AsmaxA, Astong); //调用函数，输出A点的配筋，[直径 间距 直径 间距 实选面积]
double[] AssB = Zuhezhengfujin.fujinshuchu(space, AsmaxB, Astong); //调用函数，输出B点的配筋，[直径 间距 直径 间距 实选面积]
double[][] Asss = new double[][] {
new double[] { AssA[0], AssA[1], AssA[2], AssA[3], AssA[4] },
new double[] { AssB[0], AssB[1], AssB[2], AssB[3], AssB[4] }
};
//C点配筋为负筋通长筋,裂缝不用验算
//A点配筋
for (int i = 0; i < 2; i++)
{
double[] d = new double[] { Asss[i][0], Math.Floor(1000 / Asss[i][1]), Asss[i][2], Math.Floor(1000 / Asss[i][3]) }; //A点的配筋直径、数量
double wl = i == 0 ? 0 : Zuhezhengfujin.liefeng1(M[2 * i], cs, d, Asss[i][4], h[i - 1], C, rg); //计算A点裂缝
double wr = Zuhezhengfujin.liefeng1(M[2 * i], cs, d, Asss[i][4], h[i], C, rg); //计算A点裂缝
double w = Math.Max(wl, wr);
if (w <= 0.2)
{
Ak[i] = new double[] { Asss[i][0], Asss[i][1], Asss[i][2], Asss[i][3], Asss[i][4], w };//A配筋输出格式统一为[直径 间距 直径 间距 实选面积]
}
else
{
double Asss0 = Asss[i][4]; //Asss0用于做标记，判断后面增加面积是否超过1000mm2
Asss[i][4] = Asss[i][4] + 10; //裂缝计算不够时，实配钢筋面积增加10mm2,选筋后,再进行裂缝验算
if (Asss[i][4] > 6544)
{
throw new Exception("选筋超出选筋库");
}
for (int j = 1; j <= 200; j++) //嵌套循环增加配筋面积，最多增加2000mm2
{
double[] AA = Zuhezhengfujin.fujinshuchu(space, Asss[i][4], Astong); //再次选筋
Asss[i] = new double[] { AA[0], AA[1], AA[2], AA[3], AA[4] }; //将选筋结果填入Asss矩阵中
d = new double[] { Asss[i][0], Math.Floor(1000 / Asss[i][1]), Asss[i][2], Math.Floor(1000 / Asss[i][3]) };
if (i == 0)
{
w = Zuhezhengfujin.liefeng1(M[0], cs, d, Asss[i][4], h[0], C, rg);
}
else
{
wl = Zuhezhengfujin.liefeng1(M[2 * i], cs, d, Asss[i][4], h[i - 1], C, rg);
wr = Zuhezhengfujin.liefeng1(M[2 * i], cs, d, Asss[i][4], h[i], C, rg);
w = Math.Max(wl, wr);
}
if (w <= 0.2)
{
Ak[i] = new double[] { Asss[i][0], Asss[i][1], Asss[i][2], Asss[i][3], Asss[i][4], w };//计算得到A点配筋和裂缝宽度
break;
}
else
{
Asss[i][4] = Asss[i][4] + 10;
if (Asss[i][4] > 6544)
{
throw new Exception("选筋超出选筋库");
}
if (Asss[i][4] - Asss0 > 1000)
{
throw new Exception("A点按裂缝选筋增加钢筋过大，请修改挡墙参数");
}
}
}
}
}
List <double[]> A = new List <double[]>();
A = peijinxietiao(space, Ak, M, cs, h, C, rg);
A.Add(tongchang(space, ft, fy, h[1]));
return(A);
}
else
{
List <double[]> A = new List <double[]>();
double[][] Ak = new double[n][];
double[] arrAsNeed = new double[n];
double[] arrAsTong = new double[n];
List <double[]> arrAs = new List <double[]>();
for (int i = 0; i < n; i++)
{
arrAsNeed[i] = As[2 * i];
if (arrAsNeed[i] > 6544 || arrAsNeed[i] <= 0)
{
throw new Exception("选筋超出选筋库");
}
arrAsTong[i] = i == 0 ? Math.Max(roumin * h[i] * 1000, roumin * h[i + 1] * 1000)
: Math.Max(roumin * h[i - 1] * 1000, roumin * h[i] * 1000);
arrAs.Add(fujinshuchu(space, arrAsNeed[i], arrAsTong[i]));
}
for (int i = 0; i < n; i++)
{
double[] d = new double[] { arrAs[i][0], Math.Floor(1000 / arrAs[i][1]), arrAs[i][2], Math.Floor(1000 / arrAs[i][3]) }; //A点的配筋直径、数量
double wl = i == 0 ? 0 : liefeng1(M[2 * i], cs, d, arrAs[i][4], h[i - 1], C, rg); //计算A点裂缝
double wr = liefeng1(M[2 * i], cs, d, arrAs[i][4], h[i], C, rg); //计算A点裂缝
double w = Math.Max(wl, wr);
if (w <= 0.2)
{
Ak[i] = new double[] { arrAs[i][0], arrAs[i][1], arrAs[i][2], arrAs[i][3], arrAs[i][4], w };//A配筋输出格式统一为[直径 间距 直径 间距 实选面积]
}
else
{
double Asss0 = arrAs[i][4]; //Asss0用于做标记，判断后面增加面积是否超过1000mm2
arrAs[i][4] = arrAs[i][4] + 10; //裂缝计算不够时，实配钢筋面积增加10mm2,选筋后,再进行裂缝验算
if (arrAs[i][4] > 6544)
{
throw new Exception("选筋超出选筋库");
}
for (int j = 1; j <= 200; j++) //嵌套循环增加配筋面积，最多增加2000mm2
{
arrAs[i] = fujinshuchu(space, arrAs[i][4], arrAsTong[i]); //再次选筋
d = new double[] { arrAs[i][0], Math.Floor(1000 / arrAs[i][1]), arrAs[i][2], Math.Floor(1000 / arrAs[i][3]) };
if (i == 0)
{
w = Zuhezhengfujin.liefeng1(M[0], cs, d, arrAs[i][4], h[0], C, rg);
}
else
{
wl = Zuhezhengfujin.liefeng1(M[2 * i], cs, d, arrAs[i][4], h[i - 1], C, rg);
wr = Zuhezhengfujin.liefeng1(M[2 * i], cs, d, arrAs[i][4], h[i], C, rg);
w = Math.Max(wl, wr);
}
if (w <= 0.2)
{
Ak[i] = new double[] { arrAs[i][0], arrAs[i][1], arrAs[i][2], arrAs[i][3], arrAs[i][4], w };//计算得到A点配筋和裂缝宽度
break;
}
else
{
arrAs[i][4] = arrAs[i][4] + 10;
if (arrAs[i][4] > 6544)
{
throw new Exception("选筋超出选筋库");
}
if (arrAs[i][4] - Asss0 > 1000)
{
//throw new Exception("A点按裂缝选筋增加钢筋过大，请修改挡墙参数");
//MessageBox.Show("A点按裂缝选筋增加钢筋过大，请修改挡墙参数");
Util.ShowWarning("A点按裂缝选筋增加钢筋过大，请修改挡墙参数。");
return(new List <double[]>());
}
}
}
}
if (i == 0)
{
//continue;
}
else if (i == 1)
{
if (Ak[0] != null && Ak[1] != null)
{
A = peijinxietiao(space, Ak, M, cs, h, C, rg);
}
}
else
{
A.Add(Ak[i]);
}
}
A.Add(tongchang(space, ft, fy, h[n - 1]));
if (A.Count < n + 1)
{
return(new List <double[]>());
}
return(A);
}
}
public static List <double[]> peijinxietiao(double space, double[][] A, double[] M, double cs, double[] h, int C, double rg)
{
double[] d = { 12, 14, 16, 18, 20, 22, 25 };
double[,] indexs =
{
{ 1, 1, 1, 0, 0, 0, 0 },
{ 1, 1, 1, 1, 0, 0, 0 },
{ 1, 1, 1, 1, 1, 0, 0 },
{ 0, 1, 1, 1, 1, 1, 0 },
{ 0, 0, 1, 1, 1, 1, 1 },
{ 0, 0, 0, 1, 1, 1, 1 },
{ 0, 0, 0, 0, 1, 1, 1 }
};
double[] amax = A[0];
double[] amin = A[1];
double pm = M[2];
bool isSingle = false;
if (A[0][0] < A[1][0])
{
amax = A[1];
amin = A[0];
pm = M[0];
isSingle = true;
}
amin[0] = amax[0];
for (int i = 0; i < 7; i++)
{
if (amin[0] == d[i])
{
double delta = 1000;
double area = amin[4];
for (int j = 0; j < 7; j++)
{
if (indexs[i, j] == 1)
{
double area1 = Math.PI * Math.Pow(d[i], 2) / 4 * 1000 / space + Math.PI * Math.Pow(d[j], 2) / 4 * 1000 / space;
double area2 = Math.PI * Math.Pow(d[i], 2) / 4 * 1000 / space + Math.PI * Math.Pow(d[j], 2) / 4 * 1000 / (2 * space);
double[] dd = { amin[0], Math.Floor(1000 / amin[1]), d[j], Math.Floor(1000 / (2 * space)) };
double w1 = Zuhezhengfujin.liefeng1(pm, cs, dd, area2, h[0], C, rg);
double w2 = Zuhezhengfujin.liefeng1(pm, cs, dd, area2, h[1], C, rg);
double w = isSingle ? w1 : Math.Max(w1, w2);
if (area2 - area > -0.001 && area2 - area < delta)
{
delta = area2 - area;
amin[2] = d[j];
amin[3] = 2 * space;
amin[4] = area2;
amin[5] = w;
}
else if (area2 - area < -0.001 && w < 0.2)
{
delta = area2 - area;
amin[2] = d[j];
amin[3] = 2 * space;
amin[4] = area2;
amin[5] = w;
}
dd = new double[] { amin[0], Math.Floor(1000 / amin[1]), d[j], Math.Floor(1000 / space) };
w1 = Zuhezhengfujin.liefeng1(pm, cs, dd, area1, h[0], C, rg);
w2 = Zuhezhengfujin.liefeng1(pm, cs, dd, area1, h[1], C, rg);
w = isSingle ? w1 : Math.Max(w1, w2);
if (area1 - area > -0.001 && area1 - area < delta)
{
delta = area1 - area;
amin[2] = d[j];
amin[3] = space;
amin[4] = area1;
amin[5] = w;
}
else if (area1 - area < -0.001 && w < 0.2)
{
delta = area1 - area;
amin[2] = d[j];
amin[3] = space;
amin[4] = area1;
amin[5] = w;
}
}
}
break;
}
}
List <double[]> result = isSingle ? new List <double[]> {
amin, amax
} : new List <double[]> {
amax, amin
};
return(result);
}
