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

A Vue2 component for tunnel lining design with MxCAD integration

import { McGePoint3d, McObjectId } from "mxcad";
import { CxwDraw } from "../../TunnelCADFns/CxwDraw";
import { LinData } from "./LinData";
import { Setting } from "../../Setting/Setting";
import { MxFun } from "mxdraw";
import { Cad } from "./Cad"

export class LinDrawFzx {
  /**
   * 绘制辅助线：内轨顶面，线路中线、断面中线
   */
  public static async DrawFzx_Dx(set: Setting) {
    try {
        console.log("Creating Fzx_dx with the following parameters:", set)

        const IdCol: McObjectId[] = [];
        const lts = 1;

        console.log("🚀 开始绘制倒三角形辅助线 DrawFzx_Dx");
        
        IdCol.push(await Cad.addTriangle(new McGePoint3d(0, 0, 0), 2));
        IdCol.push(await CxwDraw.addText6P(new McGePoint3d(2, 0, 0), "内轨顶面", 3.5, 0, 0.7, 0));
        IdCol.push(await CxwDraw.addLine3P(
            new McGePoint3d(-LinData.b1_z, 0, 0),
            new McGePoint3d(LinData.b1_y, 0, 0),
            7
        ));
        IdCol.push(await CxwDraw.addLine(
            new McGePoint3d(0, -30, 0),
            new McGePoint3d(0, LinData.H_ngToO1 + LinData.RadiusFourth1 + 3, 0),
            7,
            "CENTER",
            5 / lts
        ));

        if (LinData.b1_y !== LinData.b1_z) {
            const midX = (LinData.b1_y - LinData.b1_z) / 2;
            IdCol.push(await CxwDraw.addLine(
            new McGePoint3d(midX, -30, 0),
            new McGePoint3d(midX, LinData.H_ngToO1 + LinData.RadiusFourth1 + 3, 0),
            7,
            "CENTER",
            5 / lts
            ));
        }

        if (LinData.b1_y > LinData.b1_z) {
            IdCol.push(await CxwDraw.addMtext(
            new McGePoint3d(LinData.O1.x - 3.5, LinData.O1.y + 35, 0),
            "断 面 中 线",
            3.5,
            0.7,
            1
            ));
            IdCol.push(await CxwDraw.addMtext(
            new McGePoint3d(LinData.O1.x + 1.0 + (LinData.b1_y - LinData.b1_z) / 2, LinData.O1.y + 35, 0),
            "线 路 中 线",
            3.5,
            0.7,
            1
            ));
        } else {
            IdCol.push(await CxwDraw.addMtext(
            new McGePoint3d(LinData.O1.x + 1, LinData.O1.y + 35, 0),
            "断 面 中 线",
            3.5,
            0.7,
            1
            ));
            IdCol.push(await CxwDraw.addMtext(
            new McGePoint3d(LinData.O1.x - 3.5 + (LinData.b1_y - LinData.b1_z) / 2, LinData.O1.y + 35, 0),
            "线 路 中 线",
            3.5,
            0.7,
            1
            ));
        }

        set.ChenQi.LT.DicIdCol.set("FzxId", IdCol);

        console.log("Creating successfully")
        } catch (err) {
        console.error("错误代码 1104 - DrawFzx_Dx 出错", err);
        }
  }

  /**
   * 坑道辅助线
   */
  public static async DrawFzx_Fzkd(set: Setting) {
    try {
        const IdCol: McObjectId[] = [];
        const lts = 1;

        IdCol.push(await Cad.addTriangle(new McGePoint3d(0, 0, 0), 2));
        IdCol.push(await CxwDraw.addText6P(new McGePoint3d(2, 0, 0), "坑底面", 3.5, 0, 0.7, 0));
        IdCol.push(await CxwDraw.addLine(
            new McGePoint3d(0, -30, 0),
            new McGePoint3d(0, LinData.H_ngToO1 + LinData.RadiusFourth1 + 3, 0),
            7,
            "CENTER",
            5 / lts
        ));
        IdCol.push(await CxwDraw.addMtext(
            new McGePoint3d(LinData.O1.x - 3.5, LinData.O1.y, 0),
            "断 面 中 线",
            3.5,
            0.7,
            1
        ));

        set.ChenQi.LT.DicIdCol.set("FzxId", IdCol);
        } catch (err) {
        console.error("错误代码 1104 - DrawFzx_Fzkd 出错", err);
        }
    }
}