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                  anchor: new BMap.Size(42 / 2 / 2, 66 / 2),
                }),
                simple_blue: new BMap.Icon(B.a, new BMap.Size(42 / 2, 66 / 2), {
                  imageOffset: new BMap.Size(-454 / 2, -450 / 2),
                  anchor: new BMap.Size(42 / 2 / 2, 66 / 2),
                }),
                loc_red: new BMap.Icon(B.a, new BMap.Size(46 / 2, 70 / 2), {
                  imageOffset: new BMap.Size(-400 / 2, -378 / 2),
                  anchor: new BMap.Size(46 / 2 / 2, 70 / 2),
                }),
                loc_blue: new BMap.Icon(B.a, new BMap.Size(46 / 2, 70 / 2), {
                  imageOffset: new BMap.Size(-400 / 2, -450 / 2),
                  anchor: new BMap.Size(46 / 2 / 2, 70 / 2),
                }),
                dot_red: new BMap.Icon(B.a, new BMap.Size(16 / 2, 16 / 2), {
                  imageOffset: new BMap.Size(-216 / 2, -466 / 2),
                  anchor: new BMap.Size(16 / 2 / 2, 16 / 2),
                }),
                dot_blue: new BMap.Icon(B.a, new BMap.Size(16 / 2, 16 / 2), {
                  imageOffset: new BMap.Size(-216 / 2, -486 / 2),
                  anchor: new BMap.Size(16 / 2 / 2, 16 / 2),
                }),
                start: new BMap.Icon(B.a, new BMap.Size(50 / 2, 80 / 2), {
                  imageOffset: new BMap.Size(-400 / 2, -278 / 2),
                  anchor: new BMap.Size(50 / 2 / 2, 80 / 2),
                }),
                end: new BMap.Icon(B.a, new BMap.Size(50 / 2, 80 / 2), {
                  imageOffset: new BMap.Size(-450 / 2, -278 / 2),
                  anchor: new BMap.Size(50 / 2 / 2, 80 / 2),
                }),
                location: new BMap.Icon(B.a, new BMap.Size(28 / 2, 40 / 2), {
                  imageOffset: new BMap.Size(-248 / 2, -466 / 2),
                  anchor: new BMap.Size(28 / 2 / 2, 40 / 2),
                }),
              },
              t = 1;
            t <= 10;
            t++
          )
            n['red' + t] = new BMap.Icon(B.a, new BMap.Size(42 / 2, 66 / 2), {
              imageOffset: new BMap.Size(0 - (42 / 2) * (t - 1), 0),
              anchor: new BMap.Size(42 / 2 / 2, 66 / 2),
            });
          for (var t = 1; t <= 10; t++)
            n['blue' + t] = new BMap.Icon(B.a, new BMap.Size(42 / 2, 66 / 2), {
              imageOffset: new BMap.Size(0 - (42 / 2) * (t - 1), -132 / 2),
              anchor: new BMap.Size(42 / 2 / 2, 66 / 2),
            });
          return n[a];
        },
        he = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = e.map,
            n = e.position,
            t = e.animation,
            r = e.offset,
            u = e.icon,
            l = e.enableMassClear,
            o = e.enableDragging,
            s = e.enableClicking,
            d = e.raiseOnDrag,
            c = e.draggingCursor,
            p = e.rotation,
            f = e.shadow,
            m = e.title,
            C = Object(i.useState)(),
            v = Object(O.a)(C, 2),
            g = v[0],
            h = v[1],
            y = {
              offset: r,
              icon: u,
              enableMassClear: l,
              enableDragging: o,
              enableClicking: s,
              raiseOnDrag: d,
              draggingCursor: c,
              rotation: p,
              shadow: f,
              title: m,
            };
          Object(i.useMemo)(
            function() {
              if (!BMap || !a) return;
              if (!g) {
                var A = new BMap.Point(n.lng, n.lat),
                  N = new BMap.Marker(A, y);
                a.addOverlay(N), N.setAnimation(t), h(N);
              }
            },
            [a, g],
          );
          var E = Object(i.useState)(e.type || 'loc_blue'),
            w = Object(O.a)(E, 2),
            S = w[0],
            j = w[1];
          return (
            Object(i.useEffect)(
              function() {
                if (a && g && !u && S) {
                  var A = Me(S);
                  A.setImageSize(new BMap.Size(600 / 2, 600 / 2)), g.setIcon(A);
                }
              },
              [S, g],
            ),
            T(g, e),
            k(g, e, [
              'Click',
              'DblClick',
              'MouseDown',
              'MouseUp',
              'MouseOut',
              'MouseOver',
              'Remove',
              'InfowindowClose',
              'InfowindowOpen',
              'DragStart',
              'Dragging',
              'DragEnd',
              'RightClick',
            ]),
            x(g, e, ['Dragging', 'MassClear', 'Clicking']),
            P(g, e, [
              'Icon',
              'Position',
              'Animation',
              'Offset',
              'Label',
              'Title',
              'Top',
              'ZIndex',
              'Rotation',
              'Shadow',
            ]),
            { marker: g, setMarker: h, type: S, setType: j }
          );
        },
        ye = M.a.forwardRef(function(e, a) {
          var n = he(e),
            t = n.marker,
            r = n.setType;
          return (
            Object(i.useEffect)(
              function() {
                return e.type && r(e.type);
              },
              [e.type],
            ),
            Object(i.useImperativeHandle)(a, function() {
              return Object(b.a)(Object(b.a)({}, e), {}, { marker: t });
            }),
            null
          );
        }),
        Ee = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = Object(i.useState)(),
            n = Object(O.a)(a, 2),
            t = n[0],
            r = n[1],
            u = e.map,
            l = e.offset,
            o = e.style,
            s = e.content,
            d = e.position,
            c = e.enableMassClear;
          return (
            Object(i.useMemo)(
              function() {
                if (!BMap || !u) return;
                if (!t) {
                  var p = { offset: l, position: d, enableMassClear: c },
                    f = new BMap.Label(s || '', p);
                  f.setStyle(Object(b.a)({}, o)), u.addOverlay(f), r(f);
                }
              },
              [u],
            ),
            T(t, e),
            k(t, e, [
              'Click',
              'DblClick',
              'MouseDo',
              'MouseUp',
              'MouseOout',
              'MouseO',
              'Remove',
              'RightClick',
            ]),
            P(t, e, ['Style', 'Content', 'Position', 'Offset', 'Title', 'ZIndex']),
            x(t, e, ['MassClear']),
            { label: t, setLabel: r }
          );
        },
        je = M.a.forwardRef(function(e, a) {
          var n = Ee(e),
            t = n.label;
          return (
            Object(i.useImperativeHandle)(
              a,
              function() {
                return Object(b.a)(Object(b.a)({}, e), {}, { label: t });
              },
              [t],
            ),
            null
          );
        }),
        we = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = Object(i.useState)(),
            n = Object(O.a)(a, 2),
            t = n[0],
            r = n[1],
            u = e.map,
            l = e.transparentPng,
            o = l === void 0 ? !0 : l,
            s = e.tileUrlTemplate,
            d = e.copyright,
            c = e.zIndex;
          Object(i.useEffect)(
            function() {
              if (u && !t) {
                var v = new BMap.TileLayer({
                  transparentPng: o,
                  tileUrlTemplate: s,
                  copyright: d,
                  zIndex: c,
                });
                return (
                  e.getTilesUrl && (v.getTilesUrl = e.getTilesUrl),
                  e.getCopyright && (v.getCopyright = e.getCopyright),
                  u.addTileLayer(v),
                  r(v),
                  function() {
                    v && u.removeTileLayer(v);
                  }
                );
              }
            },
            [u],
          );
          var p = Object(i.useState)(e.visiable),
            f = Object(O.a)(p, 2),
            m = f[0],
            C = f[1];
          return (
            Object(i.useEffect)(
              function() {
                u && t && (m ? u.addTileLayer(t) : u.removeTileLayer(t));
              },
              [m, u],
            ),
            { tileLayer: t, setTileLayer: r, visiable: m, setVisiable: C }
          );
        },
        $e = M.a.forwardRef(function(e, a) {
          var n = we(e),
            t = n.tileLayer,
            r = n.setVisiable;
          return (
            Object(i.useImperativeHandle)(
              a,
              function() {
                return Object(b.a)(Object(b.a)({}, e), {}, { tileLayer: t });
              },
              [t],
            ),
            Object(i.useEffect)(
              function() {
                return r(e.visiable);
              },
              [e.visiable],
            ),
            null
          );
        }),
        _e = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = e.map,
            n = e.position,
            t = Object(ie.a)(e, ['map', 'position']),
            r = Object(i.useState)(),
            u = Object(O.a)(r, 2),
            l = u[0],
            o = u[1];
          Object(i.useMemo)(
            function() {
              if (!BMap || !a) return;
              if (!l) {
                var f = new BMap.InfoWindow('', Object(b.a)({}, t));
                o(f);
              }
            },
            [a],
          );
          var s = Object(i.useState)(t.isOpen === void 0 ? !0 : t.isOpen),
            d = Object(O.a)(s, 2),
            c = d[0],
            p = d[1];
          return (
            Object(i.useEffect)(
              function() {
                if (a && BMap && l) {
                  if (!c) a.closeInfoWindow();
                  else if (n) {
                    var f = new BMap.Point(n.lng, n.lat);
                    a.openInfoWindow(l, f);
                  }
                }
              },
              [c, l],
            ),
            T(l, e),
            k(l, e, ['Close', 'Open', 'Maximize', 'Restore', 'ClickClose']),
            P(l, e, ['Width', 'Height', 'Title', 'Content', 'MaxContent']),
            x(l, e, ['CloseOnClick', 'Maximize', 'AutoPan']),
            { infoWindow: l, setInfoWindow: o, isOpen: c, setIsOpen: p }
          );
        },
        Ke = M.a.forwardRef(function(e, a) {
          var n = _e(e),
            t = n.infoWindow,
            r = n.setIsOpen;
          return (
            Object(i.useEffect)(
              function() {
                return r(e.isOpen);
              },
              [e.isOpen],
            ),
            Object(i.useImperativeHandle)(a, function() {
              return Object(b.a)(Object(b.a)({}, e), {}, { infoWindow: t });
            }),
            null
          );
        }),
        Se = ['onClick', 'onMouseOver', 'onMouseOut'],
        Le = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = e.map,
            n = e.shape,
            t = e.color,
            r = e.size,
            u = Object(i.useState)(e.points),
            l = Object(O.a)(u, 2),
            o = l[0],
            s = l[1],
            d = Object(i.useState)(),
            c = Object(O.a)(d, 2),
            p = c[0],
            f = c[1],
            m = function() {
              var v = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : [],
                g = [];
              return (
                v.forEach(function(h) {
                  g.push(new BMap.Point(h[0], h[1]));
                }),
                g
              );
            };
          return (
            Object(i.useEffect)(
              function() {
                if (!BMap || !a) return;
                if (!document.createElement('canvas').getContext) return;
                var C = { shape: n, color: t, size: r };
                if (!p) {
                  C.size || (C.size = BMAP_POINT_SIZE_SMALL),
                    C.shape || (C.shape = BMAP_POINT_SHAPE_WATERDROP),
                    C.color || (C.color = '#d340c3');
                  var v = new BMap.PointCollection(m(o), C);
                  a.addOverlay(v),
                    f(v),
                    Se.forEach(function(g) {
                      if (e[g]) {
                        var h = g.replace(/^on/, '').toLowerCase();
                        v.addEventListener(h, e[g]);
                      }
                    });
                }
              },
              [a],
            ),
            Object(i.useEffect)(
              function() {
                p && o && p.setPoints(m(o));
              },
              [o, p],
            ),
            T(p, e),
            k(p, e, ['onClick', 'onMouseOver', 'onMouseOut']),
            P(p, e, ['Styles']),
            { pointCollection: p, setPointCollection: f, points: o, setPoints: s }
          );
        },
        Ye = M.a.forwardRef(function(e, a) {
          var n = Le(e),
            t = n.pointCollection,
            r = n.setPoints;
          return (
            Object(i.useEffect)(
              function() {
                return r(e.points);
              },
              [e.points],
            ),
            Object(i.useImperativeHandle)(
              a,
              function() {
                return Object(b.a)(Object(b.a)({}, e), {}, { pointCollection: t });
              },
              [t],
            ),
            null
          );
        }),
        Te = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = e.map,
            n = e.strokeColor,
            t = e.strokeWeight,
            r = e.strokeOpacity,
            u = e.strokeStyle,
            l = e.enableMassClear,
            o = e.enableEditing,
            s = o === void 0 ? !1 : o,
            d = e.enableClicking,
            c = e.icons,
            p = Object(i.useState)(),
            f = Object(O.a)(p, 2),
            m = f[0],
            C = f[1],
            v = window.BMapLib,
            g = Object(i.useState)(v),
            h = Object(O.a)(g, 2),
            y = h[0],
            E = h[1],
            w = Object(i.useState)(!!v),
            S = Object(O.a)(w, 2),
            j = S[0],
            A = S[1],
            N = {
              strokeColor: n,
              strokeWeight: t,
              strokeOpacity: r,
              strokeStyle: u,
              enableMassClear: l,
              enableEditing: s,
              enableClicking: d,
              icons: c,
            };
          Object(i.useMemo)(
            function() {
              if (a && y && !m && y.CurveLine) {
                var L = (e.path || []).map(function(Q) {
                    return new BMap.Point(Q.lng, Q.lat);
                  }),
                  z = new BMapLib.CurveLine(L, N);
                a.addOverlay(z), C(z);
              }
              a &&
                y &&
                !y.CurveLine &&
                W('//api.map.baidu.com/library/CurveLine/1.5/src/CurveLine.min.js')
                  .then(function() {
                    if (window.BMapLib) {
                      var Q = Object.assign(window.BMapLib, y);
                      E(Q);
                      var Fe = (e.path || []).map(function(ce) {
                          return new BMap.Point(ce.lng, ce.lat);
                        }),
                        se = new BMapLib.CurveLine(Fe, N);
                      a.addOverlay(se), C(se);
                    }
                  })
                  .catch(function() {}),
                !y &&
                  !j &&
                  (A(!0),
                  W('//api.map.baidu.com/library/CurveLine/1.5/src/CurveLine.min.js')
                    .then(function() {
                      window.BMapLib && E(window.BMapLib);
                    })
                    .catch(function() {}));
            },
            [a, y, m, j, e.path, N],
          );
          var U = Object(i.useState)(e.path || []),
            I = Object(O.a)(U, 2),
            R = I[0],
            D = I[1];
          return (
            Object(i.useEffect)(
              function() {
                if (m && e.path && R && JSON.stringify(R) !== JSON.stringify(e.path)) {
                  var L = R.map(function(z) {
                    return new BMap.Point(z.lng, z.lat);
                  });
                  m.setPath(L);
                }
              },
              [m, R, e.path],
            ),
            T(m, e),
            k(m, e, [
              'Click',
              'DblClick',
              'MouseDown',
              'MouseUp',
              'MouseOut',
              'MouseOver',
              'Remove',
              'LineUpdate',
            ]),
            x(m, e, ['Editing', 'MassClear']),
            P(m, e, ['StrokeColor', 'StrokeOpacity', 'StrokeWeight', 'StrokeStyle']),
            { curveLine: m, setCurveLine: C, BMapLib: y, path: R, setPath: D }
          );
        },
        qe = M.a.forwardRef(function(e, a) {
          var n = Te(e),
            t = n.curveLine,
            r = n.BMapLib,
            u = n.setPath;
          return (
            Object(i.useEffect)(
              function() {
                return u(e.path);
              },
              [e.path],
            ),
            Object(i.useImperativeHandle)(a, function() {
              return Object(b.a)(Object(b.a)({}, e), {}, { curveLine: t, BMapLib: r });
            }),
            null
          );
        }),
        Pe = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = e.map,
            n = e.isOpen,
            t = e.drawingMode,
            r = e.enableDrawingTool,
            u = e.enableCalculate,
            l = e.drawingToolOptions,
            o = e.markerOptions,
            s = e.circleOptions,
            d = e.polylineOptions,
            c = e.polygonOptions,
            p = e.rectangleOptions,
            f = Object(i.useState)(),
            m = Object(O.a)(f, 2),
            C = m[0],
            v = m[1],
            g = window.BMapLib,
            h = Object(i.useState)(g),
            y = Object(O.a)(h, 2),
            E = y[0],
            w = y[1],
            S = Object(i.useState)(!!g),
            j = Object(O.a)(S, 2),
            A = j[0],
            N = j[1],
            U = {
              isOpen: n,
              drawingMode: t,
              enableDrawingTool: r,
              enableCalculate: u,
              drawingToolOptions: l,
              markerOptions: o,
              circleOptions: s,
              polylineOptions: d,
              polygonOptions: c,
              rectangleOptions: p,
            };
          return (
            Object(i.useMemo)(
              function() {
                if (a && E && !C && E.DrawingManager) {
                  var I = new BMapLib.DrawingManager(a, U);
                  v(I);
                }
                a &&
                  E &&
                  !E.DrawingManager &&
                  (ae(
                    '//api.map.baidu.com/library/DrawingManager/1.4/src/DrawingManager_min.css',
                  ).then(function() {}),
                  W('//api.map.baidu.com/library/DrawingManager/1.4/src/DrawingManager_min.js')
                    .then(function() {
                      if (window.BMapLib) {
                        var R = Object.assign(window.BMapLib, E);
                        w(R);
                        var D = new BMapLib.DrawingManager(a, U);
                        v(D);
                      }
                    })
                    .catch(function() {})),
                  !E &&
                    !A &&
                    (N(!0),
                    ae(
                      '//api.map.baidu.com/library/DrawingManager/1.4/src/DrawingManager_min.css',
                    ).then(function() {}),
                    W('//api.map.baidu.com/library/DrawingManager/1.4/src/DrawingManager_min.js')
                      .then(function() {
                        window.BMapLib && w(window.BMapLib);
                      })
                      .catch(function() {}));
              },
              [a, A, E, C],
            ),
            { drawingManager: C, setDrawingManager: v, BMapLib: E }
          );
        },
        et = M.a.forwardRef(function(e, a) {
          var n = Pe(e),
            t = n.drawingManager;
          return (
            Object(i.useImperativeHandle)(a, function() {
              return Object(b.a)(Object(b.a)({}, e), {}, { drawingManager: t, BMapLib });
            }),
            null
          );
        }),
        De = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = e.map,
            n = e.strokeColor,
            t = e.strokeWeight,
            r = e.strokeOpacity,
            u = e.strokeStyle,
            l = e.enableMassClear,
            o = e.enableEditing,
            s = e.enableClicking,
            d = e.icons,
            c = Object(i.useState)(),
            p = Object(O.a)(c, 2),
            f = p[0],
            m = p[1],
            C = Object(i.useState)(e.path || []),
            v = Object(O.a)(C, 2),
            g = v[0],
            h = v[1],
            y = {
              strokeColor: n,
              strokeWeight: t,
              strokeOpacity: r,
              strokeStyle: u,
              enableMassClear: l,
              enableEditing: o,
              enableClicking: s,
              icons: d,
            };
          return (
            Object(i.useMemo)(
              function() {
                if (a && !f) {
                  var E = (e.path || []).map(function(S) {
                      return new BMap.Point(S.lng, S.lat);
                    }),
                    w = new BMap.Polyline(E, y);
                  a.addOverlay(w), m(w);
                }
              },
              [a, f],
            ),
            Object(i.useEffect)(
              function() {
                if (g && f) {
                  var E = g.map(function(w) {
                    return new BMap.Point(w.lng, w.lat);
                  });
                  f.setPath(E);
                }
              },
              [f, g],
            ),
            T(f, e),
            k(f, e, [
              'Click',
              'DblClick',
              'MouseDown',
              'MouseUp',
              'MouseOut',
              'MouseOver',
              'Remove',
              'LineUpdate',
            ]),
            x(f, e, ['Editing', 'MassClear']),
            P(f, e, ['StrokeColor', 'StrokeOpacity', 'StrokeWeight', 'StrokeStyle']),
            { polyline: f, setPolyline: m, path: g, setPath: h }
          );
        },
        tt = M.a.forwardRef(function(e, a) {
          var n = De(e),
            t = n.polyline,
            r = n.setPath;
          return (
            Object(i.useEffect)(
              function() {
                return r(e.path);
              },
              [e.path],
            ),
            Object(i.useImperativeHandle)(
              a,
              function() {
                return Object(b.a)(Object(b.a)({}, e), {}, { polyline: t });
              },
              [t],
            ),
            null
          );
        }),
        Ae = function() {
          var e = arguments.length > 0 && arguments[0] !== void 0 ? arguments[0] : {},
            a = e.map,
            n = e.strokeColor,
            t = e.fillColor,
            r = e.strokeWeight,
            u = e.strokeOpacity,
            l = e.fillOpacity,
            o = e.strokeStyle,
            s = e.enableMassClear,
            d = e.enableEditing,
            c = e.enableClicking,
            p = Object(i.useState)(),
            f = Object(O.a)(p, 2),
            m = f[0],
            C = f[1],
            v = Object(i.useState)(e.path || []),
            g = Object(O.a)(v, 2),
            h = g[0],
            y = g[1],
            E = {
              strokeColor: n,
              fillColor: t,
              strokeWeight: r,
              strokeOpacity: u,
              fillOpacity: l,
              strokeStyle: o,
              enableMassClear: s,
              enableEditing: d,
              enableClicking: c,
            };
          return (
            Object(i.useMemo)(
              function() {
                if (a && !m) {
                  var w = (h || []).map(function(j) {
                      return new BMap.Point(j.lng, j.lat);
                    }),
                    S = new BMap.Polygon(w, E);
                  a.addOverlay(S), C(S);
                }
              },
              [a, e.path, m],
            ),
            Object(i.useEffect)(
              function() {
                if (h && m) {
                  var w = h.map(function(S) {
                    return new BMap.Point(S.lng, S.lat);
                  });
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    i4Zk: function(te, H, _) {
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//# sourceMappingURL=36.js.map