traffic-laser/src/graphic/Load.js

import { dataService } from "./Service/DataService.js";
import { lineService } from "./Service/LineService.js";
import { pointService } from "./Service/PointService.js";
import { imageService } from "./Service/ImageService.js";
import VectorCategory from "./enum/VectorCategory.js";
import { coordinate } from "./Coordinate.js";
import Settings from "./Settings";
import { circleService } from "./Service/CircleService.js";
import { magnifierService } from "./Service/MagnifierService.js";
import { textService } from "./Service/TextService.js";

export default class Load {
  constructor(layer) {
    this.layer = layer;
    this.version = "v1.0";
    this.vectorsJson = null;
    this.newVectorId = null;
  }

  async load(dataLocal, data3d) {
    this.layer.initLocation();
    if (dataLocal) {
      if (dataLocal.backgroundImg) {
        let bgImg = imageService.create(
          dataLocal.backgroundImg.src,
          dataLocal.backgroundImg.vectorId
        );
        bgImg.setCenter(dataLocal.backgroundImg.center);
        bgImg.setDisplay(dataLocal.backgroundImg.display);
        bgImg.setAngle(dataLocal.backgroundImg.angle);
        try {
          if (dataLocal.backgroundImg.src) {
            await bgImg.setImageData();
          }
        } catch (e) {}
      }
      if (dataLocal.circles) {
        for (let key in dataLocal.circles) {
          let circle = circleService.create(
            dataLocal.circles[key].center,
            dataLocal.circles[key].radius,
            key
          );
          circle.setPoints(dataLocal.circles[key].points);
          circle.setColor(dataLocal.circles[key].color);
          circle.setDisplay(dataLocal.circles[key].display);
        }
      }
      if (dataLocal.magnifiers) {
        for (let key in dataLocal.magnifiers) {
          let magnifier = magnifierService.create(
            dataLocal.magnifiers[key].position,
            key
          );
          magnifier.setSrc(dataLocal.magnifiers[key].photoUrl);
          magnifier.setDisplay(dataLocal.magnifiers[key].display);
          try {
            if (dataLocal.magnifiers[key].photoUrl) {
              await magnifier.setImageData();
            }
          } catch (e) {}
        }
      }
      if (dataLocal.texts) {
        for (let key in dataLocal.texts) {
          let text = textService.create(dataLocal.texts[key].center, key);
          text.setValue(dataLocal.texts[key].value);
          text.setFontSize(dataLocal.texts[key].fontSize);
          text.setColor(dataLocal.texts[key].color);
          text.setDisplay(dataLocal.texts[key].display);
        }
      }
      if (dataLocal.points) {
        for (let key in dataLocal.points) {
          let point = pointService.create(dataLocal.points[key], key);
          point.setCategory(dataLocal.points[key].category);
          point.setParent(
            JSON.parse(JSON.stringify(dataLocal.points[key].parent))
          );
          point.setDisplay(dataLocal.points[key].display);
        }
      }
      if (dataLocal.lines) {
        for (let key in dataLocal.lines) {
          let line = lineService.createByPointId(
            dataLocal.lines[key].startId,
            dataLocal.lines[key].endId,
            dataLocal.lines[key].category,
            key
          );
          if (dataLocal.lines[key].color) {
            line.setColor(dataLocal.lines[key].color);
          }
          if (dataLocal.lines[key].value) {
            line.setValue(dataLocal.lines[key].value);
          }
          line.setDisplay(dataLocal.lines[key].display);
          if (line.getCategory() == VectorCategory.Line.BaseLine) {
            Settings.baseLineId = key;
          }
        }
      }
      if (dataLocal.hasOwnProperty("currentId")) {
        dataService.setCurrentId(dataLocal.currentId);
      }
      if (dataLocal.hasOwnProperty("res")) {
        coordinate.setRes(dataLocal.res);
      }
    } else if (data3d) {
      if (data3d.backImage) {
        let bgImg = imageService.create(data3d.backImage, data3d.vectorId);
        bgImg.setCenter(coordinate.center);
        try {
          if (bgImg.src) {
            await bgImg.setImageData();
          }
        } catch (e) {}
        if (data3d.meterPerPixel) {
          coordinate.setRes(data3d.meterPerPixel);
        }
        const width = bgImg.imageData.width;
        const height = bgImg.imageData.height;

        if (data3d.baseLines) {
          for (let i = 0; i < data3d.baseLines.length; ++i) {
            //理论上基准线只能有一条
            let baseLine = lineService.create(
              this.getXY(width, height, data3d.baseLines[i][0]),
              this.getXY(width, height, data3d.baseLines[i][1]),
              VectorCategory.Line.BaseLine
            );
            Settings.baseLineId = baseLine.vectorId;
          }
        }
        if (data3d.measures) {
          for (let i = 0; i < data3d.measures.length; ++i) {
            //理论上基准线只能有一条
            //
            const line = lineService.create(
              this.getXY(width, height, data3d.measures[i].pos[0]),
              this.getXY(width, height, data3d.measures[i].pos[1]),
              VectorCategory.Line.MeasureLine
            );
            line.value = data3d.measures[i].dis;
          }
        }
        if (data3d.basePoints) {
          for (let i = 0; i < data3d.basePoints.length; ++i) {
            let point = pointService.create(
              this.getXY(width, height, data3d.basePoints[i])
            );
            point.setCategory(VectorCategory.Point.BasePoint);
          }
        }
        if (data3d.fixPoints) {
          for (let i = 0; i < data3d.fixPoints.length; ++i) {
            let point = pointService.create(
              // data3d.fixPoints[i].text
              this.getXY(width, height, data3d.fixPoints[i].pos)
            );
            point.setCategory(VectorCategory.Point.FixPoint);
          }
        }
      }
    }
    if (Settings.baseLineId) {
      this.layer.updateForLocation();
    }
    this.layer.history.init();
    this.layer.renderer.autoRedraw();
  }

  getXY(width, height, position) {
    const point = {};
    point.x = position.x - width / 2;
    point.y = height / 2 - position.y;
    return point;
  }

  save() {
    const res = coordinate.getRes();
    dataService.setRes(res);

    const scale = res / (coordinate.zoom / coordinate.defaultZoom);
    dataService.setScale(scale);
    return dataService.vectorData;
  }

  // 退出页面清除缓存及其他操作
  clear() {
    this.layer.uiControl.menu_clear();
    console.warn("clear");
  }
}