vue2-tunnel-lining/src/Cq/Sgs.ts

A Vue2 component for tunnel lining design with MxCAD integration

// src/Tunnel/BLL/Lining/Sgs.ts
import { McGePoint3d, McDbPolyline, McObjectId } from "mxcad";
import { CxwDraw } from "../../TunnelCADFns/CxwDraw";

export interface CG1g1c {
  H_盖板厚: number;
  b侧壁厚: number;
  b侧壁盖板搭接宽: number;
  B_水沟宽: number;
  b沟槽间壁厚2: number;
  H_通信电缆深: number;
  B_通信电缆槽宽: number;
  b电缆槽搭接宽: number;
  b_水沟盖板宽: number;
  b_通信电缆盖板宽: number;
}

export class Sgs {
  /**
   * 160，200，250 单线沟槽身+盖板：盖板顶与内轨等高，一沟一槽 电缆槽在外侧
   */
  public static SideGroove1c1g(
    ptStart: McGePoint3d,
    ptEnd: McGePoint3d,
    shortInt: number,
    H_盖板顶至水沟底: number,
    Cg: CG1g1c,
    areaRef: { value: number }
  ): McObjectId[] {
    H_盖板顶至水沟底 -= Cg.H_盖板厚;
    let AngX = 0;
    let Ang_X = Math.PI;
    if (ptStart.x < ptEnd.x) {
      AngX = Math.PI;
      Ang_X = 0;
    }

    const IdCol: McObjectId[] = [];
    const pt3dCollTrench: McGePoint3d[] = [];

    const ptTrench1 = new McGePoint3d(ptStart.x, ptEnd.y, 0);
    const ptTrench2 = CxwDraw.polarPoint(ptTrench1, Ang_X, Cg.b侧壁厚);
    const ptTrench3 = CxwDraw.polarPoint(ptTrench2, 1.5 * Math.PI, Cg.H_盖板厚);
    const ptTrench4 = CxwDraw.polarPoint(ptTrench3, Ang_X, Cg.b侧壁盖板搭接宽);
    const ptTrench5 = CxwDraw.polarPoint(ptTrench4, 1.5 * Math.PI, H_盖板顶至水沟底);
    const ptTrench6 = CxwDraw.polarPoint(ptTrench5, Ang_X, Cg.B_水沟宽);
    const ptTrench7 = CxwDraw.polarPoint(ptTrench6, 0.5 * Math.PI, H_盖板顶至水沟底);
    const ptTrench8 = CxwDraw.polarPoint(ptTrench7, Ang_X, Cg.b沟槽间壁厚2);
    const ptTrench9 = CxwDraw.polarPoint(ptTrench8, 1.5 * Math.PI, Cg.H_通信电缆深);
    const ptTrench10 = CxwDraw.polarPoint(ptTrench9, Ang_X, Cg.B_通信电缆槽宽);
    const ptTrench11 = CxwDraw.polarPoint(ptTrench10, 0.5 * Math.PI, Cg.H_通信电缆深);
    const ptTrench12 = CxwDraw.polarPoint(ptTrench11, Ang_X, Cg.b电缆槽搭接宽);
    const ptTrench13 = CxwDraw.polarPoint(ptTrench12, 0.5 * Math.PI, Cg.H_盖板厚);

    pt3dCollTrench.push(
      ptStart, ptTrench1, ptTrench2, ptTrench3, ptTrench4, ptTrench5,
      ptTrench6, ptTrench7, ptTrench8, ptTrench9, ptTrench10, ptTrench11,
      ptTrench12, ptTrench13, ptEnd
    );

    const pt3dCollCoverSalb: McGePoint3d[] = [];
    const ptCoverSalb1 = CxwDraw.polarPoint(ptTrench3, Ang_X, Cg.b_水沟盖板宽 + 0.1);
    const ptCoverSalb2 = CxwDraw.polarPoint(ptCoverSalb1, 0.5 * Math.PI, Cg.H_盖板厚);
    const ptCoverSalb3 = CxwDraw.polarPoint(ptCoverSalb2, AngX, Cg.b_水沟盖板宽);
    const ptCoverSalb4 = CxwDraw.polarPoint(ptCoverSalb3, 1.5 * Math.PI, Cg.H_盖板厚);
    const ptCoverSalb5 = CxwDraw.polarPoint(ptCoverSalb4, Ang_X, Cg.b_通信电缆盖板宽 + Cg.b_水沟盖板宽 + 0.1);
    const ptCoverSalb6 = CxwDraw.polarPoint(ptCoverSalb5, 0.5 * Math.PI, Cg.H_盖板厚);
    const ptCoverSalb7 = CxwDraw.polarPoint(ptCoverSalb6, AngX, Cg.b_通信电缆盖板宽);
    const ptCoverSalb8 = CxwDraw.polarPoint(ptCoverSalb7, 1.5 * Math.PI, Cg.H_盖板厚);

    pt3dCollCoverSalb.push(
      ptCoverSalb1, ptCoverSalb2, ptCoverSalb3, ptCoverSalb4,
      ptCoverSalb5, ptCoverSalb6, ptCoverSalb7, ptCoverSalb8
    );

    IdCol.push(CxwDraw.addPline(pt3dCollTrench, 0, 0, shortInt, true, false));
    IdCol.push(CxwDraw.addPline(pt3dCollCoverSalb, 0, 0, shortInt, true, false));

    pt3dCollTrench.push(new McGePoint3d(ptEnd.x, ptStart.y, 0));
    pt3dCollTrench.push(ptStart);

    const pl = new McDbPolyline();
    for (let i = 0; i < pt3dCollTrench.length; i++) {
      pl.addVertexAt(pt3dCollTrench[i], 0, 0, 0, i);
    }

    areaRef.value = pl.getArea().val;

    return IdCol;
  }

  public static SideGroove0c1g(
    ptStart: McGePoint3d,
    ptEnd: McGePoint3d,
    shortInt: number,
    H_盖板顶至水沟底: number,
    Cg: CG1g1c,
    areaRef: { value: number }
  ): McObjectId[] {
    H_盖板顶至水沟底 -= Cg.H_盖板厚;
    let AngX = 0;
    let Ang_X = Math.PI;
    if (ptStart.x < ptEnd.x) {
      AngX = Math.PI;
      Ang_X = 0;
    }

    const IdCol: McObjectId[] = [];
    const pt3dCollTrench: McGePoint3d[] = [];

    const ptTrench1 = new McGePoint3d(ptStart.x, ptEnd.y, 0);
    const ptTrench2 = CxwDraw.polarPoint(ptTrench1, Ang_X, Cg.b侧壁厚);
    const ptTrench3 = CxwDraw.polarPoint(ptTrench2, 1.5 * Math.PI, Cg.H_盖板厚);
    const ptTrench4 = CxwDraw.polarPoint(ptTrench3, Ang_X, Cg.b侧壁盖板搭接宽);
    const ptTrench5 = CxwDraw.polarPoint(ptTrench4, 1.5 * Math.PI, H_盖板顶至水沟底);
    const ptTrench6 = CxwDraw.polarPoint(ptTrench5, Ang_X, Cg.B_水沟宽);
    const ptTrench7 = CxwDraw.polarPoint(ptTrench6, 0.5 * Math.PI, H_盖板顶至水沟底);
    const ptTrench12 = CxwDraw.polarPoint(ptTrench7, Ang_X, Cg.b电缆槽搭接宽);
    const ptTrench13 = CxwDraw.polarPoint(ptTrench12, 0.5 * Math.PI, Cg.H_盖板厚);

    pt3dCollTrench.push(
      ptStart,
      ptTrench1,
      ptTrench2,
      ptTrench3,
      ptTrench4,
      ptTrench5,
      ptTrench6,
      ptTrench7,
      ptTrench12,
      ptTrench13,
      ptEnd
    );

    // --- Cover Slab
    const pt3dCollCoverSalb: McGePoint3d[] = [];
    const ptCoverSalb1 = CxwDraw.polarPoint(ptTrench3, Ang_X, Cg.b_水沟盖板宽 + 0.1);
    const ptCoverSalb2 = CxwDraw.polarPoint(ptCoverSalb1, 0.5 * Math.PI, Cg.H_盖板厚);
    const ptCoverSalb3 = CxwDraw.polarPoint(ptCoverSalb2, AngX, Cg.b_水沟盖板宽);
    const ptCoverSalb4 = CxwDraw.polarPoint(ptCoverSalb3, 1.5 * Math.PI, Cg.H_盖板厚);

    pt3dCollCoverSalb.push(
      ptCoverSalb1,
      ptCoverSalb2,
      ptCoverSalb3,
      ptCoverSalb4,
      ptCoverSalb1
    );

    IdCol.push(CxwDraw.addPline(pt3dCollTrench, 0, 0, shortInt, true, false));
    IdCol.push(CxwDraw.addPline(pt3dCollCoverSalb, 0, 0, shortInt, true, false));

    pt3dCollTrench.push(new McGePoint3d(ptEnd.x, ptStart.y, 0));
    pt3dCollTrench.push(ptStart);

    const pl = new McDbPolyline();
    for (let i = 0; i < pt3dCollTrench.length; i++) {
      pl.addVertexAt(pt3dCollTrench[i], 0, 0, 0, i);
    }

    areaRef.value = pl.getArea().val;

    return IdCol;
  }

}