import {
  s as s2
} from "./chunk-GAOW3WRZ.js";
import {
  E,
  G,
  R,
  k,
  k2,
  r as r2
} from "./chunk-QCKFNSN2.js";
import {
  d,
  e,
  l3 as l,
  n5 as n2,
  y3 as y2
} from "./chunk-6SOHRC7T.js";
import {
  a
} from "./chunk-SQOPWYIT.js";
import {
  s2 as s
} from "./chunk-E5O6P5I2.js";
import {
  n2 as n,
  y
} from "./chunk-SPWQ3AWG.js";
import {
  r,
  t
} from "./chunk-YXWMMD76.js";

// node_modules/@arcgis/core/core/accessorSupport/decorators/reader.js
function o(o5, e4, t5) {
  let a4, c5;
  return void 0 === e4 || Array.isArray(e4) ? (c5 = o5, t5 = e4, a4 = [void 0]) : (c5 = e4, a4 = Array.isArray(o5) ? o5 : [o5]), (o6, e5) => {
    const d4 = o6.constructor.prototype;
    a4.forEach((a5) => {
      const s6 = d(o6, a5, c5);
      s6.read && "object" == typeof s6.read || (s6.read = {}), s6.read.reader = d4[e5], t5 && (s6.read.source = (s6.read.source || []).concat(t5));
    });
  };
}

// node_modules/@arcgis/core/geometry/Geometry.js
var c = class extends l {
  constructor(...e4) {
    super(...e4), this.type = null, this.hasM = false, this.hasZ = false, this.spatialReference = k2.WGS84;
  }
  get cache() {
    return this.commitProperty("spatialReference"), {};
  }
  get extent() {
    return null;
  }
  readSpatialReference(e4, r4) {
    if (e4 instanceof k2)
      return e4;
    if (null != e4) {
      const t5 = new k2();
      return t5.read(e4, r4), t5;
    }
    return e4;
  }
  clone() {
    return console.warn(".clone() is not implemented for " + this.declaredClass), null;
  }
  clearCache() {
    this.notifyChange("cache");
  }
  getCacheValue(e4) {
    return this.cache[e4];
  }
  setCacheValue(e4, r4) {
    this.cache[e4] = r4;
  }
};
e([y2()], c.prototype, "type", void 0), e([y2({ readOnly: true })], c.prototype, "cache", null), e([y2({ readOnly: true })], c.prototype, "extent", null), e([y2({ type: Boolean, json: { write: { overridePolicy: (e4) => ({ enabled: e4 }) } } })], c.prototype, "hasM", void 0), e([y2({ type: Boolean, json: { write: { overridePolicy: (e4) => ({ enabled: e4 }) } } })], c.prototype, "hasZ", void 0), e([y2({ type: k2, json: { write: true } })], c.prototype, "spatialReference", void 0), e([o("spatialReference")], c.prototype, "readSpatialReference", null), c = e([n2("esri.geometry.Geometry")], c);
var p = c;

// node_modules/@arcgis/core/geometry/support/Ellipsoid.js
var i = class {
  constructor(i4, s6, t5, e4) {
    this.semiMajorAxis = i4, this.flattening = s6, this.outerAtmosphereRimWidth = t5;
    const h3 = 1 - this.flattening;
    this.semiMinorAxis = this.semiMajorAxis * h3, this.halfSemiMajorAxis = this.semiMajorAxis / 2, this.halfCircumference = Math.PI * this.semiMajorAxis, this.metersPerDegree = this.halfCircumference / 180, this.inverseFlattening = 1 / (1 - this.flattening) - 1, this.eccentricitySquared = e4 || 2 * this.flattening - this.flattening * this.flattening, this.meanRadiusSemiAxes = (2 * this.semiMajorAxis + this.semiMinorAxis) / 3;
  }
  get radius() {
    return this.semiMajorAxis;
  }
};
var s3 = new i(6378137, 1 / 298.257223563, 3e5, 0.006694379990137799);
var t2 = new i(3396190, 1 / 169.8944472236118, 23e4);
var e2 = new i(1737400, 0, 0);

// node_modules/@arcgis/core/geometry/support/webMercatorUtils.js
var o2 = 57.29577951308232;
var u = 0.017453292519943;
function l2(n3) {
  return n3 * o2;
}
function p2(n3) {
  return n3 * u;
}
function c2(n3) {
  return Math.PI / 2 - 2 * Math.atan(Math.exp(-n3 / s3.radius));
}
function h(n3) {
  return null != n3.wkid || null != n3.wkt;
}
var m = [0, 0];
function x(n3, t5, e4, i4, r4) {
  const s6 = n3, a4 = r4;
  if (a4.spatialReference = e4, "x" in s6 && "x" in a4)
    [a4.x, a4.y] = t5(s6.x, s6.y, m, i4);
  else if ("xmin" in s6 && "xmin" in a4)
    [a4.xmin, a4.ymin] = t5(s6.xmin, s6.ymin, m, i4), [a4.xmax, a4.ymax] = t5(s6.xmax, s6.ymax, m, i4);
  else if ("paths" in s6 && "paths" in a4 || "rings" in s6 && "rings" in a4) {
    const n4 = "paths" in s6 ? s6.paths : s6.rings, e5 = [];
    let r5;
    for (let s7 = 0; s7 < n4.length; s7++) {
      const a5 = n4[s7];
      r5 = [], e5.push(r5);
      for (let n5 = 0; n5 < a5.length; n5++)
        r5.push(t5(a5[n5][0], a5[n5][1], [0, 0], i4)), a5[n5].length > 2 && r5[n5].push(a5[n5][2]), a5[n5].length > 3 && r5[n5].push(a5[n5][3]);
    }
    "paths" in a4 ? a4.paths = e5 : a4.rings = e5;
  } else if ("points" in s6 && "points" in a4) {
    const n4 = s6.points, e5 = [];
    for (let r5 = 0; r5 < n4.length; r5++)
      e5[r5] = t5(n4[r5][0], n4[r5][1], [0, 0], i4), n4[r5].length > 2 && e5[r5].push(n4[r5][2]), n4[r5].length > 3 && e5[r5].push(n4[r5][3]);
    a4.points = e5;
  }
  return r4;
}
function g(n3, t5) {
  const e4 = n3 && (h(n3) ? n3 : n3.spatialReference), i4 = t5 && (h(t5) ? t5 : t5.spatialReference);
  return !(n3 && "type" in n3 && "mesh" === n3.type || t5 && "type" in t5 && "mesh" === t5.type || !e4 || !i4) && (!!E(i4, e4) || (k(i4) && G(e4) || k(e4) && G(i4)));
}
function M(i4, o5) {
  if (t(i4))
    return null;
  const u4 = i4.spatialReference, l4 = o5 && (h(o5) ? o5 : o5.spatialReference);
  return g(u4, l4) ? E(u4, l4) ? y(i4) : k(l4) ? x(i4, y3, k2.WebMercator, false, y(i4)) : G(l4) ? x(i4, d2, k2.WGS84, false, y(i4)) : null : null;
}
function y3(n3, t5, e4 = [0, 0]) {
  t5 > 89.99999 ? t5 = 89.99999 : t5 < -89.99999 && (t5 = -89.99999);
  const r4 = p2(t5);
  return e4[0] = p2(n3) * s3.radius, e4[1] = s3.halfSemiMajorAxis * Math.log((1 + Math.sin(r4)) / (1 - Math.sin(r4))), e4;
}
function d2(n3, t5, e4 = [0, 0], r4 = false) {
  const s6 = l2(n3 / s3.radius);
  return e4[0] = r4 ? s6 : s6 - 360 * Math.floor((s6 + 180) / 360), e4[1] = l2(Math.PI / 2 - 2 * Math.atan(Math.exp(-t5 / s3.radius))), e4;
}
function R2(t5, i4 = false, r4 = y(t5)) {
  return x(t5, y3, k2.WebMercator, i4, r4);
}
function j(t5, i4 = false, r4 = y(t5)) {
  return x(t5, d2, k2.WGS84, i4, r4);
}

// node_modules/@arcgis/core/geometry/support/pointUtils.js
function t3(t5, n3) {
  const s6 = t5.x - n3.x, r4 = t5.y - n3.y, a4 = t5.hasZ && n3.hasZ ? t5.z - n3.z : 0;
  return Math.sqrt(s6 * s6 + r4 * r4 + a4 * a4);
}

// node_modules/@arcgis/core/geometry/Point.js
var m2;
var f = [0, 0];
function g2(e4) {
  return e4 && ("esri.geometry.SpatialReference" === e4.declaredClass || null != e4.wkid);
}
var x2 = m2 = class extends p {
  constructor(...e4) {
    super(...e4), this.x = 0, this.y = 0, this.z = void 0, this.m = void 0, this.type = "point";
  }
  static copy(e4, t5) {
    t5._set("x", e4._get("x")), t5._set("y", e4._get("y")), t5._set("z", e4._get("z")), t5._set("m", e4._get("m"));
    const r4 = e4._get("spatialReference");
    t5._set("spatialReference", Object.isFrozen(r4) ? r4 : r4.clone());
  }
  normalizeCtorArgs(e4, r4, s6, i4, o5) {
    let a4;
    if (Array.isArray(e4))
      a4 = e4, o5 = r4, e4 = a4[0], r4 = a4[1], s6 = a4[2], i4 = a4[3];
    else if (e4 && "object" == typeof e4) {
      if (a4 = e4, e4 = null != a4.x ? a4.x : a4.longitude, r4 = null != a4.y ? a4.y : a4.latitude, s6 = a4.z, i4 = a4.m, (o5 = a4.spatialReference) && "esri.geometry.SpatialReference" !== o5.declaredClass && (o5 = new k2(o5)), null != a4.longitude || null != a4.latitude) {
        if (null == a4.longitude)
          s.getLogger(this.declaredClass).warn(".longitude=", "Latitude was defined without longitude");
        else if (null == a4.latitude)
          s.getLogger(this.declaredClass).warn(".latitude=", "Longitude was defined without latitude");
        else if (!a4.declaredClass && o5 && o5.isWebMercator) {
          const t5 = y3(a4.longitude, a4.latitude, f);
          e4 = t5[0], r4 = t5[1];
        }
      }
    } else
      g2(s6) ? (o5 = s6, s6 = null) : g2(i4) && (o5 = i4, i4 = null);
    const l4 = { x: e4, y: r4 };
    return null == l4.x && null != l4.y ? s.getLogger(this.declaredClass).warn(".y=", "Y coordinate was defined without an X coordinate") : null == l4.y && null != l4.x && s.getLogger(this.declaredClass).warn(".x=", "X coordinate was defined without a Y coordinate"), null != o5 && (l4.spatialReference = o5), null != s6 && (l4.z = s6), null != i4 && (l4.m = i4), l4;
  }
  get cache() {
    return this.commitProperty("x"), this.commitProperty("y"), this.commitProperty("z"), this.commitProperty("m"), this.commitProperty("spatialReference"), {};
  }
  get hasM() {
    return void 0 !== this.m;
  }
  set hasM(e4) {
    e4 !== (void 0 !== this._get("m")) && (this._set("m", e4 ? 0 : void 0), this._set("hasM", e4));
  }
  get hasZ() {
    return void 0 !== this.z;
  }
  set hasZ(e4) {
    e4 !== (void 0 !== this._get("z")) && (this._set("z", e4 ? 0 : void 0), this._set("hasZ", e4));
  }
  get latitude() {
    const { spatialReference: e4, x: t5, y: r4 } = this;
    if (e4) {
      if (e4.isWebMercator)
        return d2(t5, r4, f)[1];
      if (e4.isGeographic)
        return r4;
    }
    return null;
  }
  set latitude(e4) {
    const { spatialReference: t5, x: r4 } = this;
    null != e4 && t5 && (t5.isWebMercator ? this._set("y", y3(r4, e4, f)[1]) : t5.isGeographic && this._set("y", e4), this._set("latitude", e4));
  }
  get longitude() {
    const { x: e4, y: t5, spatialReference: r4 } = this;
    if (r4) {
      if (r4.isWebMercator)
        return d2(e4, t5, f)[0];
      if (r4.isGeographic)
        return e4;
    }
    return null;
  }
  set longitude(e4) {
    const { y: t5, spatialReference: r4 } = this;
    null != e4 && r4 && (r4.isWebMercator ? this._set("x", y3(e4, t5, f)[0]) : r4.isGeographic && this._set("x", e4), this._set("longitude", e4));
  }
  writeX(e4, t5, r4) {
    t5[r4] = isNaN(e4) ? "NaN" : e4;
  }
  readX(e4) {
    return "string" == typeof e4 ? NaN : e4;
  }
  clone() {
    const e4 = new m2();
    return e4.x = this.x, e4.y = this.y, e4.z = this.z, e4.m = this.m, e4.spatialReference = this.spatialReference, e4;
  }
  copy(e4) {
    return m2.copy(e4, this), this;
  }
  equals(e4) {
    if (t(e4))
      return false;
    const { x: t5, y: s6, z: i4, m: o5, spatialReference: a4 } = this, { z: l4, m: n3 } = e4;
    let { x: c5, y: u4, spatialReference: p4 } = e4;
    if (!a4.equals(p4))
      if (a4.isWebMercator && p4.isWGS84)
        [c5, u4] = y3(c5, u4), p4 = a4;
      else {
        if (!a4.isWGS84 || !p4.isWebMercator)
          return false;
        [c5, u4] = d2(c5, u4), p4 = a4;
      }
    return t5 === c5 && s6 === u4 && i4 === l4 && o5 === n3 && a4.wkid === p4.wkid;
  }
  offset(e4, t5, r4) {
    var _a;
    return this.x += e4, this.y += t5, null != r4 && (this.z = ((_a = this.z) != null ? _a : 0) + r4), this;
  }
  normalize() {
    if (!this.spatialReference)
      return this;
    const e4 = R(this.spatialReference);
    if (!e4)
      return this;
    let t5 = this.x;
    const [r4, s6] = e4.valid, i4 = 2 * s6;
    let o5;
    return t5 > s6 ? (o5 = Math.ceil(Math.abs(t5 - s6) / i4), t5 -= o5 * i4) : t5 < r4 && (o5 = Math.ceil(Math.abs(t5 - r4) / i4), t5 += o5 * i4), this._set("x", t5), this;
  }
  distance(e4) {
    return t3(this, e4);
  }
  toArray() {
    const e4 = this.hasZ, t5 = this.hasM;
    return e4 && t5 ? [this.x, this.y, this.z, this.m] : e4 ? [this.x, this.y, this.z] : t5 ? [this.x, this.y, this.m] : [this.x, this.y];
  }
  toJSON(e4) {
    return this.write({}, e4);
  }
};
e([y2({ readOnly: true })], x2.prototype, "cache", null), e([y2({ type: Boolean, json: { read: false, write: { enabled: false, overridePolicy: null } } })], x2.prototype, "hasM", null), e([y2({ type: Boolean, json: { read: false, write: { enabled: false, overridePolicy: null } } })], x2.prototype, "hasZ", null), e([y2({ type: Number })], x2.prototype, "latitude", null), e([y2({ type: Number })], x2.prototype, "longitude", null), e([y2({ type: Number, json: { type: [Number, String], write: { isRequired: true, allowNull: true } } }), s2((e4) => isNaN(e4) ? e4 : a(e4))], x2.prototype, "x", void 0), e([r2("x")], x2.prototype, "writeX", null), e([o("x")], x2.prototype, "readX", null), e([y2({ type: Number, json: { write: true } })], x2.prototype, "y", void 0), e([y2({ type: Number, json: { write: { overridePolicy() {
  return { enabled: this.hasZ };
} } } })], x2.prototype, "z", void 0), e([y2({ type: Number, json: { write: { overridePolicy() {
  return { enabled: this.hasM };
} } } })], x2.prototype, "m", void 0), x2 = m2 = e([n2("esri.geometry.Point")], x2), x2.prototype.toJSON.isDefaultToJSON = true;
var w = x2;

// node_modules/@arcgis/core/geometry/support/contains.js
var t4 = [0, 0];
function r3(t5, r4) {
  return !!r(r4) && f2(t5, r4.x, r4.y, r4.z);
}
function i2(n3, t5) {
  if (!t5.points || t5.points.length)
    return false;
  for (const r4 of t5.points)
    if (!u2(n3, r4))
      return false;
  return true;
}
function o3(n3, t5) {
  const { xmin: r4, ymin: i4, zmin: o5, xmax: u4, ymax: e4, zmax: c5 } = t5;
  return n3.hasZ && t5.hasZ ? f2(n3, r4, i4, o5) && f2(n3, r4, e4, o5) && f2(n3, u4, e4, o5) && f2(n3, u4, i4, o5) && f2(n3, r4, i4, c5) && f2(n3, r4, e4, c5) && f2(n3, u4, e4, c5) && f2(n3, u4, i4, c5) : f2(n3, r4, i4) && f2(n3, r4, e4) && f2(n3, u4, e4) && f2(n3, u4, i4);
}
function u2(n3, t5) {
  return f2(n3, t5[0], t5[1]);
}
function e3(n3, t5) {
  return f2(n3, t5[0], t5[1], t5[2]);
}
function f2(n3, t5, r4, i4) {
  return t5 >= n3.xmin && t5 <= n3.xmax && r4 >= n3.ymin && r4 <= n3.ymax && (null == i4 || !n3.hasZ || i4 >= n3.zmin && i4 <= n3.zmax);
}
function c3(n3, r4) {
  return t4[1] = r4.y, t4[0] = r4.x, m3(n3, t4);
}
function m3(n3, t5) {
  return s4(n3.rings, t5);
}
function s4(n3, t5) {
  if (!n3)
    return false;
  if (x3(n3))
    return a2(false, n3, t5);
  let r4 = false;
  for (let i4 = 0, o5 = n3.length; i4 < o5; i4++)
    r4 = a2(r4, n3[i4], t5);
  return r4;
}
function x3(n3) {
  return !Array.isArray(n3[0][0]);
}
function a2(n3, t5, r4) {
  const [i4, o5] = r4;
  let u4 = n3, e4 = 0;
  for (let f5 = 0, c5 = t5.length; f5 < c5; f5++) {
    e4++, e4 === c5 && (e4 = 0);
    const [n4, r5] = t5[f5], [m5, s6] = t5[e4];
    (r5 < o5 && s6 >= o5 || s6 < o5 && r5 >= o5) && n4 + (o5 - r5) / (s6 - r5) * (m5 - n4) < i4 && (u4 = !u4);
  }
  return u4;
}

// node_modules/@arcgis/core/geometry/support/intersectsBase.js
function i3(t5, e4) {
  return r3(t5, e4);
}
function o4(n3, t5) {
  const e4 = n3.hasZ && t5.hasZ;
  let r4, i4, o5;
  if (n3.xmin <= t5.xmin) {
    if (r4 = t5.xmin, n3.xmax < r4)
      return false;
  } else if (r4 = n3.xmin, t5.xmax < r4)
    return false;
  if (n3.ymin <= t5.ymin) {
    if (i4 = t5.ymin, n3.ymax < i4)
      return false;
  } else if (i4 = n3.ymin, t5.ymax < i4)
    return false;
  if (e4 && t5.hasZ) {
    if (n3.zmin <= t5.zmin) {
      if (o5 = t5.zmin, n3.zmax < o5)
        return false;
    } else if (o5 = n3.zmin, t5.zmax < o5)
      return false;
  }
  return true;
}
function f3(n3, t5) {
  const { points: i4, hasZ: o5 } = t5, f5 = o5 ? e3 : u2;
  for (const e4 of i4)
    if (f5(n3, e4))
      return true;
  return false;
}
var s5 = [0, 0];
var u3 = [0, 0];
var c4 = [0, 0];
var m4 = [0, 0];
var l3 = [s5, u3, c4, m4];
var a3 = [[c4, s5], [s5, u3], [u3, m4], [m4, c4]];
function x4(n3, t5) {
  return y4(n3, t5.rings);
}
function y4(n3, r4) {
  s5[0] = n3.xmin, s5[1] = n3.ymax, u3[0] = n3.xmax, u3[1] = n3.ymax, c4[0] = n3.xmin, c4[1] = n3.ymin, m4[0] = n3.xmax, m4[1] = n3.ymin;
  for (const e4 of l3)
    if (s4(r4, e4))
      return true;
  for (const t5 of r4) {
    if (!t5.length)
      continue;
    let r5 = t5[0];
    if (u2(n3, r5))
      return true;
    for (let i4 = 1; i4 < t5.length; i4++) {
      const o5 = t5[i4];
      if (u2(n3, o5) || z(r5, o5, a3))
        return true;
      r5 = o5;
    }
  }
  return false;
}
function h2(n3, t5) {
  s5[0] = n3.xmin, s5[1] = n3.ymax, u3[0] = n3.xmax, u3[1] = n3.ymax, c4[0] = n3.xmin, c4[1] = n3.ymin, m4[0] = n3.xmax, m4[1] = n3.ymin;
  const r4 = t5.paths;
  for (const i4 of r4) {
    if (!r4.length)
      continue;
    let t6 = i4[0];
    if (u2(n3, t6))
      return true;
    for (let r5 = 1; r5 < i4.length; r5++) {
      const o5 = i4[r5];
      if (u2(n3, o5) || z(t6, o5, a3))
        return true;
      t6 = o5;
    }
  }
  return false;
}
var g3 = [0, 0];
function p3(n3) {
  for (let t5 = 0; t5 < n3.length; t5++) {
    const e4 = n3[t5];
    for (let i4 = 0; i4 < e4.length - 1; i4++) {
      const r5 = e4[i4], o5 = e4[i4 + 1];
      for (let e5 = t5 + 1; e5 < n3.length; e5++)
        for (let t6 = 0; t6 < n3[e5].length - 1; t6++) {
          const i5 = n3[e5][t6], f5 = n3[e5][t6 + 1];
          if (G2(r5, o5, i5, f5, g3) && !(g3[0] === r5[0] && g3[1] === r5[1] || g3[0] === i5[0] && g3[1] === i5[1] || g3[0] === o5[0] && g3[1] === o5[1] || g3[0] === f5[0] && g3[1] === f5[1]))
            return true;
        }
    }
    const r4 = e4.length;
    if (!(r4 <= 4))
      for (let n4 = 0; n4 < r4 - 3; n4++) {
        let t6 = r4 - 1;
        0 === n4 && (t6 = r4 - 2);
        const i4 = e4[n4], o5 = e4[n4 + 1];
        for (let r5 = n4 + 2; r5 < t6; r5++) {
          const n5 = e4[r5], t7 = e4[r5 + 1];
          if (G2(i4, o5, n5, t7, g3) && !(g3[0] === i4[0] && g3[1] === i4[1] || g3[0] === n5[0] && g3[1] === n5[1] || g3[0] === o5[0] && g3[1] === o5[1] || g3[0] === t7[0] && g3[1] === t7[1]))
            return true;
        }
      }
  }
  return false;
}
function z(n3, t5, e4) {
  for (let r4 = 0; r4 < e4.length; r4++)
    if (G2(n3, t5, e4[r4][0], e4[r4][1]))
      return true;
  return false;
}
function G2(n3, t5, e4, r4, i4) {
  const [o5, f5] = n3, [s6, u4] = t5, [c5, m5] = e4, [l4, a4] = r4, x5 = l4 - c5, y5 = o5 - c5, h3 = s6 - o5, g4 = a4 - m5, p4 = f5 - m5, z3 = u4 - f5, G3 = g4 * h3 - x5 * z3;
  if (0 === G3)
    return false;
  const Z2 = (x5 * p4 - g4 * y5) / G3, P = (h3 * p4 - z3 * y5) / G3;
  return Z2 >= 0 && Z2 <= 1 && P >= 0 && P <= 1 && (i4 && (i4[0] = o5 + Z2 * (s6 - o5), i4[1] = f5 + Z2 * (u4 - f5)), true);
}
function Z(n3) {
  switch (n3) {
    case "esriGeometryEnvelope":
    case "extent":
      return o4;
    case "esriGeometryMultipoint":
    case "multipoint":
      return f3;
    case "esriGeometryPoint":
    case "point":
      return i3;
    case "esriGeometryPolygon":
    case "polygon":
      return x4;
    case "esriGeometryPolyline":
    case "polyline":
      return h2;
  }
}

// node_modules/@arcgis/core/geometry/Extent.js
var f4;
function d3(t5) {
  return t5 && ("esri.geometry.SpatialReference" === t5.declaredClass || null != t5.wkid);
}
function z2(t5, i4, e4) {
  return null == i4 ? e4 : null == e4 ? i4 : t5(i4, e4);
}
var M2 = f4 = class extends p {
  constructor(...t5) {
    super(...t5), this.type = "extent", this.xmin = 0, this.ymin = 0, this.mmin = void 0, this.zmin = void 0, this.xmax = 0, this.ymax = 0, this.mmax = void 0, this.zmax = void 0;
  }
  normalizeCtorArgs(t5, i4, e4, s6, n3) {
    return d3(t5) ? { spatialReference: t5, xmin: 0, ymin: 0, xmax: 0, ymax: 0 } : "object" == typeof t5 ? (t5.spatialReference = null == t5.spatialReference ? k2.WGS84 : t5.spatialReference, t5) : { xmin: t5, ymin: i4, xmax: e4, ymax: s6, spatialReference: n3 != null ? n3 : k2.WGS84 };
  }
  static fromBounds(t5, i4) {
    return new f4({ xmin: t5[0], ymin: t5[1], xmax: t5[2], ymax: t5[3], spatialReference: i4 });
  }
  static fromPoint(t5) {
    return new f4({ xmin: t5.x, ymin: t5.y, zmin: t5.z, xmax: t5.x, ymax: t5.y, zmax: t5.z, spatialReference: t5.spatialReference });
  }
  get cache() {
    return this.commitProperty("xmin"), this.commitProperty("ymin"), this.commitProperty("zmin"), this.commitProperty("mmin"), this.commitProperty("xmax"), this.commitProperty("ymax"), this.commitProperty("zmax"), this.commitProperty("mmax"), this.commitProperty("spatialReference"), {};
  }
  get center() {
    const t5 = new w({ x: 0.5 * (this.xmin + this.xmax), y: 0.5 * (this.ymin + this.ymax), spatialReference: this.spatialReference });
    return this.hasZ && (t5.z = 0.5 * (this.zmin + this.zmax)), this.hasM && (t5.m = 0.5 * (this.mmin + this.mmax)), t5;
  }
  get extent() {
    return this.clone();
  }
  get hasM() {
    return null != this.mmin && null != this.mmax;
  }
  get hasZ() {
    return null != this.zmin && null != this.zmax;
  }
  get height() {
    return Math.abs(this.ymax - this.ymin);
  }
  get width() {
    return Math.abs(this.xmax - this.xmin);
  }
  centerAt(t5) {
    const i4 = this.center;
    return null != t5.z && this.hasZ ? this.offset(t5.x - i4.x, t5.y - i4.y, t5.z - i4.z) : this.offset(t5.x - i4.x, t5.y - i4.y);
  }
  clone() {
    const t5 = new f4();
    return t5.xmin = this.xmin, t5.ymin = this.ymin, t5.xmax = this.xmax, t5.ymax = this.ymax, t5.spatialReference = this.spatialReference, null != this.zmin && (t5.zmin = this.zmin, t5.zmax = this.zmax), null != this.mmin && (t5.mmin = this.mmin, t5.mmax = this.mmax), t5;
  }
  contains(t5) {
    if (!t5)
      return false;
    const i4 = this.spatialReference, e4 = t5.spatialReference;
    return i4 && e4 && !i4.equals(e4) && g(i4, e4) && (t5 = i4.isWebMercator ? R2(t5) : j(t5, true)), "point" === t5.type ? r3(this, t5) : "extent" === t5.type && o3(this, t5);
  }
  equals(t5) {
    if (this === t5)
      return true;
    if (t(t5))
      return false;
    const e4 = this.spatialReference, s6 = t5.spatialReference;
    return e4 && s6 && !e4.equals(s6) && g(e4, s6) && (t5 = e4.isWebMercator ? R2(t5) : j(t5, true)), this.xmin === t5.xmin && this.ymin === t5.ymin && this.zmin === t5.zmin && this.mmin === t5.mmin && this.xmax === t5.xmax && this.ymax === t5.ymax && this.zmax === t5.zmax && this.mmax === t5.mmax;
  }
  expand(t5) {
    const i4 = 0.5 * (1 - t5), e4 = this.width * i4, s6 = this.height * i4;
    if (this.xmin += e4, this.ymin += s6, this.xmax -= e4, this.ymax -= s6, this.hasZ) {
      const t6 = (this.zmax - this.zmin) * i4;
      this.zmin += t6, this.zmax -= t6;
    }
    if (this.hasM) {
      const t6 = (this.mmax - this.mmin) * i4;
      this.mmin += t6, this.mmax -= t6;
    }
    return this;
  }
  intersects(t5) {
    if (t(t5))
      return false;
    "mesh" === t5.type && (t5 = t5.extent);
    const e4 = this.spatialReference, s6 = t5.spatialReference;
    e4 && s6 && !E(e4, s6) && g(e4, s6) && (t5 = e4.isWebMercator ? R2(t5) : j(t5, true));
    return Z(t5.type)(this, t5);
  }
  normalize() {
    const t5 = this._normalize(false, true);
    return Array.isArray(t5) ? t5 : [t5];
  }
  offset(t5, i4, e4) {
    return this.xmin += t5, this.ymin += i4, this.xmax += t5, this.ymax += i4, null != e4 && (this.zmin += e4, this.zmax += e4), this;
  }
  shiftCentralMeridian() {
    return this._normalize(true);
  }
  union(t5) {
    return this === t5 || (this.xmin = Math.min(this.xmin, t5.xmin), this.ymin = Math.min(this.ymin, t5.ymin), this.xmax = Math.max(this.xmax, t5.xmax), this.ymax = Math.max(this.ymax, t5.ymax), (this.hasZ || t5.hasZ) && (this.zmin = z2(Math.min, this.zmin, t5.zmin), this.zmax = z2(Math.max, this.zmax, t5.zmax)), (this.hasM || t5.hasM) && (this.mmin = z2(Math.min, this.mmin, t5.mmin), this.mmax = z2(Math.max, this.mmax, t5.mmax))), this;
  }
  intersection(t5) {
    return this === t5 ? this : t(t5) || !this.intersects(t5) ? null : (this.xmin = Math.max(this.xmin, t5.xmin), this.ymin = Math.max(this.ymin, t5.ymin), this.xmax = Math.min(this.xmax, t5.xmax), this.ymax = Math.min(this.ymax, t5.ymax), (this.hasZ || t5.hasZ) && (this.zmin = z2(Math.max, this.zmin, t5.zmin), this.zmax = z2(Math.min, this.zmax, t5.zmax)), (this.hasM || t5.hasM) && (this.mmin = z2(Math.max, this.mmin, t5.mmin), this.mmax = z2(Math.min, this.mmax, t5.mmax)), this);
  }
  toJSON(t5) {
    return this.write({}, t5);
  }
  _shiftCM(t5 = R(this.spatialReference)) {
    var _a;
    if (!t5 || !this.spatialReference)
      return this;
    const i4 = this.spatialReference, s6 = this._getCM(t5);
    if (s6) {
      const n3 = i4.isWebMercator ? j(s6) : s6;
      this.xmin -= s6.x, this.xmax -= s6.x, i4.isWebMercator || (n3.x = this._normalizeX(n3.x, t5).x), this.spatialReference = new k2(n((_a = i4.isWGS84 ? t5.altTemplate : null) != null ? _a : t5.wkTemplate, { Central_Meridian: n3.x }));
    }
    return this;
  }
  _getCM(t5) {
    let i4 = null;
    const [e4, s6] = t5.valid, n3 = this.xmin, m5 = this.xmax;
    return n3 >= e4 && n3 <= s6 && (m5 >= e4 && m5 <= s6) || (i4 = this.center), i4;
  }
  _normalize(t5, i4, e4) {
    const s6 = this.spatialReference;
    if (!s6)
      return this;
    const n3 = e4 != null ? e4 : R(s6);
    if (null == n3)
      return this;
    const m5 = this._getParts(n3).map((t6) => t6.extent);
    if (m5.length < 2)
      return m5[0] || this;
    if (m5.length > 2)
      return t5 ? this._shiftCM(n3) : this.set({ xmin: n3.valid[0], xmax: n3.valid[1] });
    if (t5)
      return this._shiftCM(n3);
    if (i4)
      return m5;
    let r4 = true, a4 = true;
    return m5.forEach((t6) => {
      t6.hasZ || (r4 = false), t6.hasM || (a4 = false);
    }), { rings: m5.map((t6) => {
      const i5 = [[t6.xmin, t6.ymin], [t6.xmin, t6.ymax], [t6.xmax, t6.ymax], [t6.xmax, t6.ymin], [t6.xmin, t6.ymin]];
      if (r4) {
        const e5 = (t6.zmax - t6.zmin) / 2;
        for (let t7 = 0; t7 < i5.length; t7++)
          i5[t7].push(e5);
      }
      if (a4) {
        const e5 = (t6.mmax - t6.mmin) / 2;
        for (let t7 = 0; t7 < i5.length; t7++)
          i5[t7].push(e5);
      }
      return i5;
    }), hasZ: r4, hasM: a4, spatialReference: s6 };
  }
  _getParts(t5) {
    let i4 = this.cache._parts;
    if (!i4) {
      i4 = [];
      const { ymin: e5, ymax: s7, spatialReference: n3 } = this, m5 = this.width, r4 = this.xmin, a4 = this.xmax;
      let h3;
      t5 = t5 || R(n3);
      const [o5, x5] = t5.valid;
      h3 = this._normalizeX(this.xmin, t5);
      const l4 = h3.x, c5 = h3.frameId;
      h3 = this._normalizeX(this.xmax, t5);
      const y5 = h3.x, u4 = h3.frameId, d4 = l4 === y5 && m5 > 0;
      if (m5 > 2 * x5) {
        const t6 = new f4(r4 < a4 ? l4 : y5, e5, x5, s7, n3), m6 = new f4(o5, e5, r4 < a4 ? y5 : l4, s7, n3), h4 = new f4(0, e5, x5, s7, n3), p4 = new f4(o5, e5, 0, s7, n3), d5 = [], z3 = [];
        t6.contains(h4) && d5.push(c5), t6.contains(p4) && z3.push(c5), m6.contains(h4) && d5.push(u4), m6.contains(p4) && z3.push(u4);
        for (let i5 = c5 + 1; i5 < u4; i5++)
          d5.push(i5), z3.push(i5);
        i4.push({ extent: t6, frameIds: [c5] }, { extent: m6, frameIds: [u4] }, { extent: h4, frameIds: d5 }, { extent: p4, frameIds: z3 });
      } else
        l4 > y5 || d4 ? i4.push({ extent: new f4(l4, e5, x5, s7, n3), frameIds: [c5] }, { extent: new f4(o5, e5, y5, s7, n3), frameIds: [u4] }) : i4.push({ extent: new f4(l4, e5, y5, s7, n3), frameIds: [c5] });
      this.cache._parts = i4;
    }
    const e4 = this.hasZ, s6 = this.hasM;
    if (e4 || s6) {
      const t6 = {};
      e4 && (t6.zmin = this.zmin, t6.zmax = this.zmax), s6 && (t6.mmin = this.mmin, t6.mmax = this.mmax);
      for (let e5 = 0; e5 < i4.length; e5++)
        i4[e5].extent.set(t6);
    }
    return i4;
  }
  _normalizeX(t5, i4) {
    const [e4, s6] = i4.valid, n3 = 2 * s6;
    let m5, r4 = 0;
    return t5 > s6 ? (m5 = Math.ceil(Math.abs(t5 - s6) / n3), t5 -= m5 * n3, r4 = m5) : t5 < e4 && (m5 = Math.ceil(Math.abs(t5 - e4) / n3), t5 += m5 * n3, r4 = -m5), { x: t5, frameId: r4 };
  }
};
e([y2({ readOnly: true })], M2.prototype, "cache", null), e([y2({ readOnly: true })], M2.prototype, "center", null), e([y2({ readOnly: true })], M2.prototype, "extent", null), e([y2({ readOnly: true, json: { write: { enabled: false, overridePolicy: null } } })], M2.prototype, "hasM", null), e([y2({ readOnly: true, json: { write: { enabled: false, overridePolicy: null } } })], M2.prototype, "hasZ", null), e([y2({ readOnly: true })], M2.prototype, "height", null), e([y2({ readOnly: true })], M2.prototype, "width", null), e([y2({ type: Number, json: { type: [Number, String], write: { enabled: true, allowNull: true } } })], M2.prototype, "xmin", void 0), e([y2({ type: Number, json: { write: true } })], M2.prototype, "ymin", void 0), e([y2({ type: Number, json: { origins: { "web-scene": { write: false } }, write: { overridePolicy() {
  return { enabled: this.hasM };
} } } })], M2.prototype, "mmin", void 0), e([y2({ type: Number, json: { origins: { "web-scene": { write: false } }, write: { overridePolicy() {
  return { enabled: this.hasZ };
} } } })], M2.prototype, "zmin", void 0), e([y2({ type: Number, json: { write: true } })], M2.prototype, "xmax", void 0), e([y2({ type: Number, json: { write: true } })], M2.prototype, "ymax", void 0), e([y2({ type: Number, json: { origins: { "web-scene": { write: false } }, write: { overridePolicy() {
  return { enabled: this.hasM };
} } } })], M2.prototype, "mmax", void 0), e([y2({ type: Number, json: { origins: { "web-scene": { write: false } }, write: { overridePolicy() {
  return { enabled: this.hasZ };
} } } })], M2.prototype, "zmax", void 0), M2 = f4 = e([n2("esri.geometry.Extent")], M2), M2.prototype.toJSON.isDefaultToJSON = true;
var w2 = M2;

export {
  o,
  p,
  s3 as s,
  t2 as t,
  e2 as e,
  c2 as c,
  g,
  M,
  y3 as y,
  d2 as d,
  R2 as R,
  j,
  w,
  r3 as r,
  i2 as i,
  c3 as c2,
  s4 as s2,
  o4 as o2,
  p3 as p2,
  G2 as G,
  Z,
  w2
};
//# sourceMappingURL=chunk-CXCDYJ5R.js.map