gisviewer-vue3-arcgis/es/src/gis-map-ol/gis-map-ol.vue.mjs

在应用中引入私服的包， 项目根目录下 新建文件 .npmrc 在 .npmrc 中对包源进行配置：

import { defineComponent as Ze, ref as Je, onMounted as Ke, getCurrentInstance as je, onBeforeUnmount as Ue, openBlock as $e, createElementBlock as qe, createElementVNode as Qe } from "vue";
import { unByKey as Xe } from "ol/Observable";
import Ye from "../gis-map/utils/detect-gpu.mjs";
import et, { registerStore as tt } from "../stores/index.mjs";
import rt from "./utils/draw-controller.mjs";
import A from "./utils/echarts/index.mjs";
import ot from "./utils/green-wave-band-controller.mjs";
import st from "./utils/holo-flow/holo-flow-controller.mjs";
import nt from "./utils/ol-map-initializer.mjs";
import at from "./utils/open-drive/open-drive-renderer.mjs";
import it from "./utils/overlay/cluster-point-controller.mjs";
import k from "./utils/overlay/overlay-controller.mjs";
import lt from "./utils/pass-device-controller-1.mjs";
import T from "./utils/police-area-controller.mjs";
import M from "./utils/signal-control/signal-area-controller.mjs";
import ct from "./utils/signal-control/signal-cross-controller.mjs";
import V from "./utils/signal-control/signal-system-controller.mjs";
import mt from "./utils/signal-control/signal-system-controller-no-shape.mjs";
import ut from "./utils/sumo/sumo-renderer.mjs";
import N from "./utils/thematic/index.mjs";
const pt = { class: "gis-viewer" }, Tt = /* @__PURE__ */ Ze({
  __name: "gis-map-ol",
  props: {
    config: {},
    assetsRoot: {}
  },
  emits: ["mapLoaded", "markerClick", "mapClick", "update:zoom"],
  setup(P, { expose: x, emit: E }) {
    const R = Je(null);
    let l, t, d = [], F = null;
    const B = (e) => {
      if (!Number.isFinite(e))
        return;
      const g = Math.round(e);
      g !== F && (F = g, y("update:zoom", g));
    };
    let m, s, c, S, u, r, v, w, o, p, f, n, i, a, h;
    Ye(), Ke(async () => {
      tt();
      const e = et.useAppDataStore, g = je(), { $gisviewerAssetsRoot: He } = g.appContext.config.globalProperties, C = await (await fetch(I.config)).json();
      C.assetsRoot = I.assetsRoot || He, e.mapConfig = C, l = new nt(), e.olMapInitializer = l, t = l.initialize({
        container: R.value,
        mapConfig: C,
        markerClickCallback: (D, O, b, We) => {
          y("markerClick", D, O, b, We);
        },
        mapClickCallback: (D, O, b) => {
          y("mapClick", D, O, b);
        }
      });
      const L = t.getView();
      d.push(
        L.on("change:resolution", () => {
          B(L.getZoom());
        })
      ), B(t.getView().getZoom()), y("mapLoaded"), C.policeArea && (u = new T(t), await u.initialize());
    });
    const _ = async (e) => await l.setMapCenter(e), z = async (e) => await l.setMapCamera(e), G = async (e) => await l.setLayerVisibility(e), H = (e) => l.setMapZoom(e), W = (e) => l.getClickCoordinates(e), Z = (e) => (m || (m = new ct(t)), m.showSignalCross(e)), J = (e) => m ? m.changeShowName(e) : { success: !1, message: "SignalCrossController未初始化" }, K = () => {
      m && m.clearSignalCross();
    }, j = (e) => (s || (s = new V(t)), s.showSignalSystem(e)), U = (e) => s ? s.removeSignalSystem(e) : { success: !1, message: "SignalSystemController未初始化" }, $ = (e) => (s || (s = new V(t)), s.showSubSignalSystem(e)), q = (e) => s ? s.removeSubSignalSystem(e) : { success: !1, message: "SignalSystemController未初始化" }, Q = (e) => s ? s.highlight(e) : { status: -1, message: "SignalSystemController未初始化" }, X = () => s ? s.resetHighlight() : { status: -1, message: "SignalSystemController未初始化" }, Y = async (e) => (c || (c = new mt(t)), await c.showSubSignalSystemNoShape(e)), ee = () => {
      c == null || c.clearSignalSystemNoShape();
    }, te = (e) => {
      c && c.highlightSubSignalSystemNoShape(e);
    }, re = (e) => (S || (S = new it(t)), S.addClusterPoints(e)), oe = () => {
      S && S.removeAllClusterPoints();
    }, se = async (e) => (u || (u = new T(t)), await u.showJurisdiction(e)), ne = () => {
      u && u.clearJurisdiction();
    }, ae = (e) => (r || (r = new k(t)), r.addOverlays(e)), ie = (e) => {
      r && r.removeOverlaysById(e);
    }, le = (e) => {
      r && r.removeOverlaysByType(e);
    }, ce = () => {
      r && r.removeAllOverlays();
    }, me = (e) => {
      r || (r = new k(t)), r.addMask(e);
    }, ue = () => {
      r == null || r.removeMask();
    }, pe = (e) => (r || (r = new k(t)), r.flashOverlay(e)), fe = (e) => r ? r.stopFlash(e) : { status: -1, message: "OverlayController未初始化" }, ge = (e) => (v || (v = new lt(t)), v.setEdpassLayerVisibility(e)), Se = (e) => (w || (w = new ot(t)), w.showGreenWaveBand(e)), we = (e) => {
      w && w.removeGreenWaveBand(e);
    }, he = (e) => (o || (o = new M(t)), o.show(e)), ye = () => {
      o && o.clear();
    }, Ce = (e) => o ? o.highlight(e) : { status: -1, message: "SignalAreaController未初始化" }, de = () => o ? o.resetHighlight() : { status: -1, message: "SignalAreaController未初始化" }, ve = (e) => o ? o.setLayerVisibility(e) : { status: -1, message: "SignalAreaController未初始化" }, De = async (e) => (o || (o = new M(t)), o.showDistrict(e)), Oe = async (e) => (o || (o = new M(t)), o.showSubDistrict(e)), be = (e) => (p || (p = new rt(t)), p.startDraw(e)), Ae = () => {
      p && p.stopDraw();
    }, ke = () => {
      p && p.clearDraw();
    }, Me = async (e) => {
      f || (f = new st(t)), f.handleVehicleTraceData(e);
    }, Re = (e) => {
      n || (n = new A(t)), n.showODLines(e);
    }, Fe = () => {
      n && n.clearODLines();
    }, Be = (e) => {
      n || (n = new A(t)), n.showRandomODLines(e);
    }, Ie = (e) => {
      n || (n = new A(t)), n.showTrace(e);
    }, Le = async (e) => (i || (i = new at(t)), await i.showOpenDriveFromFile(e)), Te = async () => {
      i && i.clearOpenDrive();
    }, Ve = async (e) => {
      i && i.selectComputable(e);
    }, Ne = async (e) => {
      i && i.unSelectComputable(e);
    }, Pe = async (e) => (h || (h = new ut(t)), await h.showSumoFromFile(e)), xe = async () => {
      h && h.clearSumo();
    }, Ee = (e) => {
      a || (a = new N(t)), a.showRoadFlow(e);
    }, _e = () => {
      a && a.clearRoadFlow();
    }, ze = async (e) => (a || (a = new N(t)), await a.showRoadIndex(e)), Ge = () => {
      a && a.clearRoadIndex();
    };
    Ue(() => {
      a == null || a.destroy(), i == null || i.destroy(), f == null || f.destroy(), n == null || n.destroy(), d.forEach((e) => Xe(e)), d = [];
    });
    const I = P, y = E;
    return x({
      setMapCenter: _,
      setMapCamera: z,
      setMapZoom: H,
      getClickCoordinates: W,
      setLayerVisibility: G,
      showSignalCross: Z,
      showSignalSystem: j,
      removeSignalSystem: U,
      showSubSignalSystem: $,
      removeSubSignalSystem: q,
      highlightSignalSystem: Q,
      resetHighlightSignalSystem: X,
      showSubSignalSystemNoShape: Y,
      clearSubSignalSystemNoShape: ee,
      highlightSubSignalSystemNoShape: te,
      clearSignalCross: K,
      changeSignalCrossShowName: J,
      showSignalControlArea: he,
      clearSignalControlArea: ye,
      setSignalControlAreaVisibility: ve,
      highlightSignalControlArea: Ce,
      resetHighlightSignalControlArea: de,
      showDistrictArea: De,
      showSubDistrictArea: Oe,
      addClusterPoints: re,
      removeAllClusterPoints: oe,
      showPoliceArea: se,
      clearPoliceArea: ne,
      addOverlays: ae,
      removeOverlaysById: ie,
      removeOverlaysByType: le,
      removeAllOverlays: ce,
      addMask: me,
      removeMask: ue,
      flashOverlay: pe,
      stopFlashOverlay: fe,
      setEdpassLayerVisibility: ge,
      showGreenWaveBand: Se,
      removeGreenWaveBand: we,
      startDraw: be,
      stopDraw: Ae,
      clearDraw: ke,
      handleHoloVehicleTraceData: Me,
      showODLines: Re,
      clearODLines: Fe,
      showRandomODLines: Be,
      showTrace: Ie,
      showOpenDriveFromFile: Le,
      clearOpenDrive: Te,
      showSumoFromFile: Pe,
      clearSumo: xe,
      selectComputableInOpenDrive: Ve,
      unselectSumoInOpenDrive: Ne,
      showRoadFlowThematicMap: Ee,
      clearRoadFlowThematicMap: _e,
      showRoadsectIndexThematicMap: ze,
      clearRoadsectIndexThematicMap: Ge
    }), (e, g) => ($e(), qe("div", pt, [
      Qe("div", {
        id: "divCMap",
        class: "gis-viewer-main",
        ref_key: "mapContainer",
        ref: R
      }, null, 512)
    ]));
  }
});
export {
  Tt as default
};