traffic-laser/src/graphic/Controls/AddPoint.js

import { dataService } from "../Service/DataService";
import { lineService } from "../Service/LineService";
import { pointService } from "../Service/PointService";
import VectorCategory from "../enum/VectorCategory";
import Point from "../Geometry/Point.js";
import { mathUtil } from "../Util/MathUtil";
import addLine from "./AddLine";
import Settings from "../Settings";
import { stateService } from "../Service/StateService";
import VectorType from "../enum/VectorType";
import Constant from "../Constant";

export default class AddPoint {
  constructor() {
    this.basePointIds = []; //所有基准点
    this.testPointIds = []; //所有待测点
  }

  buildPoint(position) {
    const newPoint = pointService.create(position);
    if (newPoint.getCategory() == VectorCategory.Point.BasePoint) {
      this.basePointIds.push(newPoint.vectorId);
    } else {
      if (Settings.locationMode == Constant.angleLocationMode) {
        this.setLocationByAngle(newPoint.vectorId);
      } else if (Settings.locationMode == Constant.allLocationMode) {
        this.setLocationByAll(newPoint.vectorId);
      } else if (Settings.locationMode == Constant.normalLocationMode) {
        this.setLocationByNormal(newPoint.vectorId);
      }
      if (newPoint.getCategory() == VectorCategory.Point.TestPoint) {
        this.testPointIds.push(newPoint.vectorId);
      }
    }
    listenLayer.clear();
    return newPoint;
  }

  isFocusBasePoint() {
    let focusItem = stateService.getFocusItem();
    if (focusItem && focusItem.type == VectorType.Point) {
      let point = dataService.getPoint(focusItem.vectorId);
      if (point.getCategory() == VectorCategory.Point.BasePoint) {
        return point;
      }
    }
    return null;
  }

  //直角定位法
  setLocationByAngle(testPointId) {
    let basePoint = this.isFocusBasePoint();
    if (!basePoint) {
      return;
    }
    let testPoint = dataService.getPoint(testPointId);
    if (testPoint.getCategory() != VectorCategory.Point.TestPoint) {
      return;
    }
    testPoint.setLinkedBasePointId(basePoint.vectorId);
    let lineGeometry = dataService.getLine(Settings.baseLineId);
    let startPoint = dataService.getPoint(lineGeometry.startId);
    let endPoint = dataService.getPoint(lineGeometry.endId);
    let line = mathUtil.createLine1(startPoint, endPoint);
    let vLine = mathUtil.getVerticalLine(line, testPoint);
    let join = mathUtil.getJoinLinePoint(basePoint, vLine);
    join = pointService.create(join);
    join.setCategory(VectorCategory.Point.TestBasePoint);
    join.setLinkedBasePointId(basePoint.vectorId);
    join.setLinkedTestPointId(testPointId);
    lineService.createByPointId(
      testPointId,
      join.vectorId,
      VectorCategory.Line.PositionLine
    );

    lineService.createByPointId(
      basePoint.vectorId,
      join.vectorId,
      VectorCategory.Line.PositionLine
    );
  }

  //待测基准点，待测点与基准线相交的点
  getTestBasePoint(basePointId, testPointId) {
    let points = dataService.getPoints();
    for (let key in points) {
      const point = dataService.getPoint(key);
      if (point.getCategory() == VectorCategory.Point.TestBasePoint) {
        if (
          point.getLinkedBasePointId() == basePointId &&
          point.getLinkedTestPointId() == testPointId
        ) {
          return point;
        }
      }
    }
    return null;
  }

  //更新待测点（直角定位法）
  updateTestPointByAngle(testPointId, newPosition) {
    let testPoint = dataService.getPoint(testPointId);
    mathUtil.clonePoint(testPoint, newPosition);
    let basePoint = dataService.getPoint(testPoint.getLinkedBasePointId());
    let lineGeometry = dataService.getLine(Settings.baseLineId);
    let startPoint = dataService.getPoint(lineGeometry.startId);
    let endPoint = dataService.getPoint(lineGeometry.endId);
    let line = mathUtil.createLine1(startPoint, endPoint);
    let vLine = mathUtil.getVerticalLine(line, testPoint);
    let join = mathUtil.getJoinLinePoint(basePoint, vLine);
    let testBasePoint = this.getTestBasePoint(basePoint.vectorId, testPointId);
    mathUtil.clonePoint(testBasePoint, join);
  }

  //综合定位法
  setLocationByAll(testPointId) {
    let basePoint = this.isFocusBasePoint();
    if (!basePoint) {
      return;
    }

    let testPoint = dataService.getPoint(testPointId);
    testPoint.setLinkedBasePointId(basePoint.vectorId);
    let lineGeometry = dataService.getLine(Settings.baseLineId);
    let startPoint = dataService.getPoint(lineGeometry.startId);
    let endPoint = dataService.getPoint(lineGeometry.endId);
    let line = mathUtil.createLine1(startPoint, endPoint);
    let join = mathUtil.getJoinLinePoint(testPoint, line);
    join = pointService.create(join); //经过待测点且与基准线垂直的线段，与基准线的交点
    join.setCategory(VectorCategory.Point.TestBasePoint);
    join.setLinkedBasePointId(basePoint.vectorId);
    join.setLinkedTestPointId(testPointId);
    //待测点与基准线的垂直线
    lineService.createByPointId(
      testPointId,
      join.vectorId,
      VectorCategory.Line.PositionLine
    );
    //暂时没有其他待测点
    if (this.testPointIds.length == 0) {
      //待测点与基准线点的连线
      lineService.createByPointId(
        basePoint.vectorId,
        testPointId,
        VectorCategory.Line.PositionLine
      );
    } else {
      //取上一个待测点
      lineService.createByPointId(
        this.testPointIds[this.testPointIds.length - 1],
        testPointId,
        VectorCategory.Line.PositionLine
      );
      testPoint.setLinkedTestPointId(
        this.testPointIds[this.testPointIds.length - 1]
      );
    }
  }

  //更新待测点（综合定位法）
  updateTestPointByAll(testPointId, newPosition) {
    let testPoint = dataService.getPoint(testPointId);
    mathUtil.clonePoint(testPoint, newPosition);
    let basePoint = dataService.getPoint(testPoint.getLinkedBasePointId());
    let lineGeometry = dataService.getLine(Settings.baseLineId);
    let startPoint = dataService.getPoint(lineGeometry.startId);
    let endPoint = dataService.getPoint(lineGeometry.endId);
    let line = mathUtil.createLine1(startPoint, endPoint);
    let join = getJoinLinePoint(testPoint, line);
    let testBasePoint = this.getTestBasePoint(basePoint.vectorId, testPointId);
    mathUtil.clonePoint(testBasePoint, join);
  }

  setLocationByNormal(testPointId) {
    let testPoint = dataService.getPoint(testPointId);
    if (testPoint.getCategory() != VectorCategory.Point.TestPoint) {
      return;
    }
    let lineGeometry = dataService.getLine(Settings.baseLineId);
    let startPoint = dataService.getPoint(lineGeometry.startId);
    let endPoint = dataService.getPoint(lineGeometry.endId);
    let line = mathUtil.createLine1(startPoint, endPoint);
    let vLine = mathUtil.getVerticalLine(line, testPoint);
    let join = mathUtil.getIntersectionPoint(vLine, line);
    join = pointService.create(join);
    join.setCategory(VectorCategory.Point.TestBasePoint);
    join.setLinkedTestPointId(testPointId);
    lineService.createByPointId(
      testPointId,
      join.vectorId,
      VectorCategory.Line.PositionLine
    );
  }

  //更新待测点（自由定位法）
  updateTestPointByNormal(testPointId, newPosition) {
    let testPoint = dataService.getPoint(testPointId);
    mathUtil.clonePoint(testPoint, newPosition);
    let basePoint = dataService.getPoint(testPoint.getLinkedBasePointId());
    let lineGeometry = dataService.getLine(Settings.baseLineId);
    let startPoint = dataService.getPoint(lineGeometry.startId);
    let endPoint = dataService.getPoint(lineGeometry.endId);
    let line = mathUtil.createLine1(startPoint, endPoint);
    let join = getJoinLinePoint(testPoint, line);
    let testBasePoint = this.getTestBasePoint(basePoint.vectorId, testPointId);
    mathUtil.clonePoint(testBasePoint, join);
  }
}

const addPoint = new AddPoint();
export { addPoint };