jtBaseApp/node_modules/.vite/meshFeatureSet-77HDYLJC.js

import {
  x as x3
} from "./chunk-773XI6MQ.js";
import {
  f as f4,
  p as p4
} from "./chunk-T47XOAZJ.js";
import "./chunk-7NPG47AN.js";
import {
  n as n3
} from "./chunk-2DNADSBR.js";
import {
  L as L2,
  L2 as L3,
  M as M2,
  M2 as M3,
  O as O3,
  a as a2,
  g,
  h,
  j as j2,
  k,
  k2,
  k3,
  l as l2,
  r as r3,
  x,
  x2
} from "./chunk-2ADIR7NB.js";
import "./chunk-4KFEVYXL.js";
import "./chunk-5W6F4NR5.js";
import "./chunk-YZUP3MAF.js";
import {
  e as e4
} from "./chunk-E3HOL2XO.js";
import {
  e as e3
} from "./chunk-SCXOTZ6Q.js";
import "./chunk-H4JLO5B2.js";
import {
  x as x4
} from "./chunk-2VFJVI2I.js";
import "./chunk-5JK4DCPE.js";
import {
  a
} from "./chunk-CRGVDJI6.js";
import {
  Hn,
  qn
} from "./chunk-DH2OBAUC.js";
import "./chunk-TNLRDNTC.js";
import "./chunk-6P6NA7JB.js";
import {
  g as g2
} from "./chunk-RZFGRBD7.js";
import "./chunk-PUSPZYFZ.js";
import "./chunk-EN7YGJWG.js";
import "./chunk-VBNMTM7L.js";
import "./chunk-3D3QEPRE.js";
import "./chunk-JFNNSBWL.js";
import "./chunk-WNCU6BFU.js";
import "./chunk-PIGRDDRG.js";
import "./chunk-BJHM4JNS.js";
import "./chunk-F6A2QQ26.js";
import "./chunk-C43UE3Z5.js";
import {
  a as a3
} from "./chunk-RMX2AZ4P.js";
import "./chunk-NE3ESGA6.js";
import {
  l
} from "./chunk-YIS6BAC3.js";
import "./chunk-7XXXCK2A.js";
import "./chunk-7ZIDBK7B.js";
import "./chunk-65BYCSII.js";
import "./chunk-WZQZRKNH.js";
import "./chunk-LRDX4TO7.js";
import "./chunk-6A4U74YA.js";
import {
  p as p3
} from "./chunk-TERAW6FT.js";
import "./chunk-N2663GRX.js";
import {
  O
} from "./chunk-O4FY3ITT.js";
import "./chunk-WEMIK25H.js";
import "./chunk-7N4X6GF3.js";
import "./chunk-JXW4QTJA.js";
import "./chunk-UXF37FQ4.js";
import "./chunk-ZOEK6QHJ.js";
import {
  L,
  O as O2,
  e as e2,
  o,
  q,
  u,
  z
} from "./chunk-XNLG7T2T.js";
import {
  f as f3,
  n as n2,
  r as r2
} from "./chunk-IR4PV7VK.js";
import "./chunk-2Z6LERTI.js";
import {
  f as f2,
  v2 as v
} from "./chunk-OWVBLVP3.js";
import "./chunk-AFZ7XSEW.js";
import "./chunk-4NKD334K.js";
import "./chunk-65K7LC56.js";
import "./chunk-ATPLLI5W.js";
import "./chunk-MXB2XLKV.js";
import "./chunk-XH7RUGVZ.js";
import {
  m as m2
} from "./chunk-TBBTRX4O.js";
import {
  m
} from "./chunk-YBSUITLL.js";
import "./chunk-ALDCDSPV.js";
import "./chunk-DT6EAZQ5.js";
import "./chunk-HNOZUNJ4.js";
import "./chunk-VNFRAYHO.js";
import "./chunk-R5IG2D6H.js";
import {
  Ot,
  _
} from "./chunk-VBRY5KJM.js";
import "./chunk-PDKDCAAD.js";
import {
  M2 as M,
  j2 as j,
  p as p2
} from "./chunk-ECW2QABR.js";
import "./chunk-GCDJLKH4.js";
import "./chunk-MRJEICT6.js";
import {
  d,
  e,
  n2 as n
} from "./chunk-Y3WMVFTW.js";
import "./chunk-SAS7RONY.js";
import "./chunk-WSRBH7BF.js";
import "./chunk-IHXECKQQ.js";
import {
  C,
  f,
  p,
  y
} from "./chunk-ULGDPLM2.js";
import {
  s,
  s3 as s2
} from "./chunk-EMJ4ZSM2.js";
import "./chunk-IKP3YN53.js";
import {
  r,
  t
} from "./chunk-GZT4BVFP.js";
import "./chunk-A5ICIBVI.js";

// node_modules/@arcgis/core/geometry/support/triangulationUtils.js
function o2(t2) {
  const o3 = l3(t2.rings, t2.hasZ, c.CCW_IS_HOLE), s5 = [];
  let i2 = 0, h4 = 0;
  for (const e6 of o3.polygons) {
    const t3 = e6.count, r5 = e6.index, l7 = new Float64Array(o3.position.buffer, 3 * r5 * o3.position.BYTES_PER_ELEMENT, 3 * t3), c5 = e6.holeIndices.map((n4) => n4 - r5), f9 = new Uint32Array(x3(l7, c5, 3));
    s5.push({ position: l7, faces: f9 }), i2 += l7.length, h4 += f9.length;
  }
  const f8 = r4(s5, i2, h4), a5 = n3(f8.position.buffer, 6, { originalIndices: f8.faces });
  return f8.position = new Float64Array(a5.buffer), f8.faces = a5.indices, f8;
}
function r4(n4, t2, e6) {
  if (n4.length === 1)
    return n4[0];
  const o3 = new Float64Array(t2), r5 = new Uint32Array(e6);
  let l7 = 0, s5 = 0, i2 = 0;
  for (const c5 of n4) {
    for (let n5 = 0; n5 < c5.position.length; n5++)
      o3[l7++] = c5.position[n5];
    for (let n5 = 0; n5 < c5.faces.length; n5++)
      r5[s5++] = c5.faces[n5] + i2;
    i2 = l7 / 3;
  }
  return { position: o3, faces: r5 };
}
function l3(n4, t2, e6) {
  const o3 = n4.length, r5 = new Array(o3), l7 = new Array(o3), h4 = new Array(o3);
  let f8 = 0, a5 = 0, g6 = 0, u4 = 0;
  for (let s5 = 0; s5 < o3; ++s5)
    u4 += n4[s5].length;
  const p9 = new Float64Array(3 * u4);
  let d5 = 0;
  for (let y7 = o3 - 1; y7 >= 0; y7--) {
    const u5 = n4[y7], w5 = e6 === c.CCW_IS_HOLE && i(u5);
    if (w5 && o3 !== 1)
      r5[f8++] = u5;
    else {
      let n5 = u5.length;
      for (let t3 = 0; t3 < f8; ++t3)
        n5 += r5[t3].length;
      const e7 = { index: d5, pathLengths: new Array(f8 + 1), count: n5, holeIndices: new Array(f8) };
      e7.pathLengths[0] = u5.length, u5.length > 0 && (h4[g6++] = { index: d5, count: u5.length }), d5 = w5 ? s3(u5, u5.length - 1, -1, p9, d5, u5.length, t2) : s3(u5, 0, 1, p9, d5, u5.length, t2);
      for (let o4 = 0; o4 < f8; ++o4) {
        const n6 = r5[o4];
        e7.holeIndices[o4] = d5, e7.pathLengths[o4 + 1] = n6.length, n6.length > 0 && (h4[g6++] = { index: d5, count: n6.length }), d5 = s3(n6, 0, 1, p9, d5, n6.length, t2);
      }
      f8 = 0, e7.count > 0 && (l7[a5++] = e7);
    }
  }
  for (let i2 = 0; i2 < f8; ++i2) {
    const n5 = r5[i2];
    n5.length > 0 && (h4[g6++] = { index: d5, count: n5.length }), d5 = s3(n5, 0, 1, p9, d5, n5.length, t2);
  }
  return a5 < o3 && (l7.length = a5), g6 < o3 && (h4.length = g6), { position: p9, polygons: l7, outlines: h4 };
}
function s3(n4, t2, e6, o3, r5, l7, s5) {
  r5 *= 3;
  for (let i2 = 0; i2 < l7; ++i2) {
    const l8 = n4[t2];
    o3[r5++] = l8[0], o3[r5++] = l8[1], o3[r5++] = s5 ? l8[2] : 0, t2 += e6;
  }
  return r5 / 3;
}
function i(n4) {
  return !f2(n4, false, false);
}
var c;
!function(n4) {
  n4[n4.NONE = 0] = "NONE", n4[n4.CCW_IS_HOLE = 1] = "CCW_IS_HOLE";
}(c || (c = {}));

// node_modules/@arcgis/core/geometry/support/meshUtils/centerAt.js
var a4 = s.getLogger("esri.geometry.support.meshUtils.centerAt");
function c2(e6, r5, i2) {
  if (!e6.vertexAttributes || !e6.vertexAttributes.position)
    return;
  const n4 = i2?.origin ?? e6.origin;
  if (r(e6.transform))
    i2?.geographic != null && i2.geographic !== e6.transform.geographic && a4.warn(`Specifying the 'geographic' parameter (${i2.geographic}) different from the Mesh transform setting (${e6.transform.geographic}) is not supported`), f5(e6.transform, r5, n4);
  else {
    r3(e6.spatialReference, i2) ? p5(e6, r5, n4) : g3(e6, r5, n4);
  }
}
function f5(e6, t2, r5) {
  const i2 = t2.x - r5.x, o3 = t2.y - r5.y, n4 = t2.hasZ && r5.hasZ ? t2.z - r5.z : 0, s5 = e6.origin;
  e6.origin = [s5[0] + i2, s5[1] + o3, s5[2] + n4];
}
function p5(e6, t2, r5) {
  const i2 = M3(e6.vertexAttributes, r5, { geographic: true }), { position: o3, normal: a5, tangent: c5 } = x2(i2, t2, { geographic: true });
  e6.vertexAttributes.position = o3, e6.vertexAttributes.normal = a5, e6.vertexAttributes.tangent = c5, e6.vertexAttributesChanged();
}
function g3(e6, t2, r5) {
  const o3 = h2, n4 = l4;
  if (Hn(t2, n4, e6.spatialReference)) {
    if (!Hn(r5, o3, e6.spatialReference)) {
      const t3 = e6.origin;
      o3[0] = t3.x, o3[1] = t3.y, o3[2] = t3.z, a4.error(`Failed to project specified origin (wkid:${r5.spatialReference.wkid}) to mesh spatial reference (wkid:${e6.spatialReference.wkid}).`);
    }
    m3(e6.vertexAttributes.position, n4, o3), e6.vertexAttributesChanged();
  } else
    a4.error(`Failed to project centerAt location (wkid:${t2.spatialReference.wkid}) to mesh spatial reference (wkid:${e6.spatialReference.wkid})`);
}
function m3(e6, t2, r5) {
  if (e6)
    for (let i2 = 0; i2 < e6.length; i2 += 3)
      for (let o3 = 0; o3 < 3; o3++)
        e6[i2 + o3] += t2[o3] - r5[o3];
}
var l4 = n2();
var h2 = n2();

// node_modules/@arcgis/core/geometry/support/meshUtils/loadExternal.js
async function f6(e6, s5, o3) {
  const { loadGLTFMesh: n4 } = await y(import("./loadGLTFMesh-VTQIH4TD.js"), o3), a5 = await m4(s5, o3), i2 = n4(new j({ x: 0, y: 0, z: 0, spatialReference: e6.spatialReference }), a5.url, { resolveFile: u2(a5), useTransform: true, signal: r(o3) ? o3.signal : null });
  i2.then(() => a5.dispose(), () => a5.dispose());
  const { vertexAttributes: l7, components: f8 } = await i2;
  e6.vertexAttributes = l7, e6.components = f8;
}
function u2(e6) {
  const t2 = Ot(e6.url);
  return (s5) => {
    const r5 = _(s5, t2, t2), o3 = r5 ? r5.replace(/^ *\.\//, "") : null;
    return e6.files.get(o3) ?? s5;
  };
}
async function m4(e6, t2) {
  return e6 instanceof Blob ? y2.fromBlob(e6) : typeof e6 == "string" ? new y2(e6) : Array.isArray(e6) ? p6(e6, t2) : w(e6, t2);
}
async function p6(t2, r5) {
  const i2 = new Map();
  let l7 = null;
  const c5 = await C(t2.map(async (e6) => ({ name: e6.name, source: await m4(e6 instanceof Blob ? e6 : e6.source, r5) }))), f8 = [];
  for (const e6 of c5)
    e6 && (p(r5) ? e6.source.dispose() : f8.push(e6));
  f(r5);
  for (const { name: e6, source: o3 } of f8)
    (t(l7) || /\.(gltf|glb)/i.test(e6)) && (l7 = o3.url), i2.set(e6, o3.url), o3.files && o3.files.forEach((e7, t3) => i2.set(t3, e7));
  if (t(l7))
    throw new s2("mesh-load-external:missing-files", "Missing files to load external mesh source");
  return new y2(l7, () => f8.forEach(({ source: e6 }) => e6.dispose()), i2);
}
async function w(e6, t2) {
  const { default: s5 } = await y(import("./request-EYE34PBM.js"), t2), o3 = typeof e6.multipart[0] == "string" ? await Promise.all(e6.multipart.map(async (e7) => (await s5(e7, { responseType: "array-buffer" })).data)) : e6.multipart;
  return y2.fromBlob(new Blob(o3));
}
var y2 = class {
  constructor(e6, t2 = () => {
  }, s5 = new Map()) {
    this.url = e6, this.dispose = t2, this.files = s5;
  }
  static fromBlob(e6) {
    const t2 = URL.createObjectURL(e6);
    return new y2(t2, () => URL.revokeObjectURL(t2));
  }
};

// node_modules/@arcgis/core/geometry/support/meshUtils/offset.js
var x5 = s.getLogger("esri.geometry.support.meshUtils.offset");
function A(t2, e6, o3) {
  if (t2.vertexAttributes && t2.vertexAttributes.position)
    if (r(t2.transform))
      o3?.geographic != null && o3.geographic !== t2.transform.geographic && x5.warn(`Specifying the 'geographic' parameter (${o3.geographic}) different from the Mesh transform setting (${t2.transform.geographic}) is not supported`), v2(t2.transform, e6);
    else {
      r3(t2.spatialReference, o3) ? b(t2, e6) : y3(t2, e6);
    }
}
function v2(t2, r5) {
  const e6 = t2.origin;
  t2.origin = u(n2(), e6, r5);
}
function b(t2, o3) {
  const i2 = t2.spatialReference, n4 = t2.vertexAttributes.position, a5 = t2.vertexAttributes.normal, c5 = t2.vertexAttributes.tangent, x8 = new Float64Array(n4.length), A4 = r(a5) ? new Float32Array(a5.length) : null, v5 = r(c5) ? new Float32Array(c5.length) : null, b3 = t2.extent.center, y7 = k4;
  qn(i2, [b3.x, b3.y, b3.z], w2, O(i2)), a(F, w2), O2(y7, o3, F), M2(n4, i2, x8), r(a5) && j2(a5, n4, x8, i2, A4), r(c5) && k2(c5, n4, x8, i2, v5), d2(x8, y7), O3(x8, n4, i2), r(a5) && h(A4, n4, x8, i2, a5), r(c5) && L3(v5, n4, x8, i2, c5), t2.vertexAttributesChanged();
}
function y3(t2, r5) {
  d2(t2.vertexAttributes.position, r5), t2.vertexAttributesChanged();
}
function d2(t2, r5) {
  if (t2)
    for (let e6 = 0; e6 < t2.length; e6 += 3)
      for (let o3 = 0; o3 < 3; o3++)
        t2[e6 + o3] += r5[o3];
}
var k4 = n2();
var w2 = e4();
var F = e3();

// node_modules/@arcgis/core/geometry/support/meshUtils/primitives.js
function c3() {
  const { faceDescriptions: t2, faceVertexOffsets: e6, uvScales: n4 } = d3, r5 = 4 * t2.length, o3 = new Float64Array(3 * r5), s5 = new Float32Array(3 * r5), a5 = new Float32Array(2 * r5), i2 = new Uint32Array(2 * t2.length * 3);
  let c5 = 0, l7 = 0, f8 = 0, u4 = 0;
  for (let h4 = 0; h4 < t2.length; h4++) {
    const r6 = t2[h4], p9 = c5 / 3;
    for (const t3 of e6)
      i2[u4++] = p9 + t3;
    const m6 = r6.corners;
    for (let t3 = 0; t3 < 4; t3++) {
      const e7 = m6[t3];
      let i3 = 0;
      a5[f8++] = 0.25 * n4[t3][0] + r6.uvOrigin[0], a5[f8++] = r6.uvOrigin[1] - 0.25 * n4[t3][1];
      for (let t4 = 0; t4 < 3; t4++)
        r6.axis[t4] !== 0 ? (o3[c5++] = 0.5 * r6.axis[t4], s5[l7++] = r6.axis[t4]) : (o3[c5++] = 0.5 * e7[i3++], s5[l7++] = 0);
    }
  }
  return { position: o3, normal: s5, uv: a5, faces: i2 };
}
function l5(e6, n4) {
  const r5 = e6.components[0], o3 = r5.faces, a5 = M4[n4], i2 = 6 * a5, c5 = new Uint32Array(6), l7 = new Uint32Array(o3.length - 6);
  let f8 = 0, u4 = 0;
  for (let t2 = 0; t2 < o3.length; t2++)
    t2 >= i2 && t2 < i2 + 6 ? c5[f8++] = o3[t2] : l7[u4++] = o3[t2];
  if (r(e6.vertexAttributes.uv)) {
    const t2 = new Float32Array(e6.vertexAttributes.uv), n5 = 4 * a5 * 2, r6 = [0, 1, 1, 1, 1, 0, 0, 0];
    for (let e7 = 0; e7 < r6.length; e7++)
      t2[n5 + e7] = r6[e7];
    e6.vertexAttributes.uv = t2;
  }
  return e6.components = [new f4({ faces: c5, material: r5.material }), new f4({ faces: l7 })], e6;
}
function f7(t2 = 0) {
  const e6 = Math.round(8 * 2 ** t2), n4 = 2 * e6, r5 = (e6 - 1) * (n4 + 1) + 2 * n4, o3 = new Float64Array(3 * r5), s5 = new Float32Array(3 * r5), a5 = new Float32Array(2 * r5), i2 = new Uint32Array(3 * ((e6 - 1) * n4 * 2));
  let c5 = 0, l7 = 0, f8 = 0, u4 = 0;
  for (let h4 = 0; h4 <= e6; h4++) {
    const t3 = h4 / e6 * Math.PI + 0.5 * Math.PI, r6 = Math.cos(t3), p9 = Math.sin(t3);
    F2[2] = p9;
    const m6 = h4 === 0 || h4 === e6, w5 = m6 ? n4 - 1 : n4;
    for (let v5 = 0; v5 <= w5; v5++) {
      const t4 = v5 / w5 * 2 * Math.PI;
      F2[0] = -Math.sin(t4) * r6, F2[1] = Math.cos(t4) * r6;
      for (let e7 = 0; e7 < 3; e7++)
        o3[c5] = 0.5 * F2[e7], s5[c5] = F2[e7], ++c5;
      a5[l7++] = (v5 + (m6 ? 0.5 : 0)) / n4, a5[l7++] = h4 / e6, h4 !== 0 && v5 !== n4 && (h4 !== e6 && (i2[f8++] = u4, i2[f8++] = u4 + 1, i2[f8++] = u4 - n4), h4 !== 1 && (i2[f8++] = u4, i2[f8++] = u4 - n4, i2[f8++] = u4 - n4 - 1)), u4++;
    }
  }
  return { position: o3, normal: s5, uv: a5, faces: i2 };
}
function u3(t2 = 0) {
  const e6 = 5, n4 = Math.round(16 * 2 ** t2), r5 = (e6 - 1) * (n4 + 1) + 2 * n4, o3 = new Float64Array(3 * r5), s5 = new Float32Array(3 * r5), a5 = new Float32Array(2 * r5), i2 = new Uint32Array(3 * (4 * n4));
  let c5 = 0, l7 = 0, f8 = 0, u4 = 0, h4 = 0;
  for (let p9 = 0; p9 <= e6; p9++) {
    const t3 = p9 === 0 || p9 === e6, r6 = p9 <= 1 || p9 >= e6 - 1, m6 = p9 === 2 || p9 === 4, w5 = t3 ? n4 - 1 : n4;
    for (let v5 = 0; v5 <= w5; v5++) {
      const g6 = v5 / w5 * 2 * Math.PI, A4 = t3 ? 0 : 0.5;
      F2[0] = A4 * Math.sin(g6), F2[1] = A4 * -Math.cos(g6), F2[2] = p9 <= 2 ? 0.5 : -0.5;
      for (let t4 = 0; t4 < 3; t4++)
        o3[c5++] = F2[t4], s5[l7++] = r6 ? t4 === 2 ? p9 <= 1 ? 1 : -1 : 0 : t4 === 2 ? 0 : F2[t4] / A4;
      a5[f8++] = (v5 + (t3 ? 0.5 : 0)) / n4, a5[f8++] = p9 <= 1 ? 1 * p9 / 3 : p9 <= 3 ? 1 * (p9 - 2) / 3 + 1 / 3 : 1 * (p9 - 4) / 3 + 2 / 3, m6 || p9 === 0 || v5 === n4 || (p9 !== e6 && (i2[u4++] = h4, i2[u4++] = h4 + 1, i2[u4++] = h4 - n4), p9 !== 1 && (i2[u4++] = h4, i2[u4++] = h4 - n4, i2[u4++] = h4 - n4 - 1)), h4++;
    }
  }
  return { position: o3, normal: s5, uv: a5, faces: i2 };
}
function h3(t2, e6) {
  const n4 = typeof e6 == "number" ? e6 : e6 != null ? e6.width : 1, r5 = typeof e6 == "number" ? e6 : e6 != null ? e6.height : 1;
  switch (t2) {
    case "up":
    case "down":
      return { width: n4, depth: r5 };
    case "north":
    case "south":
      return { width: n4, height: r5 };
    case "east":
    case "west":
      return { depth: n4, height: r5 };
  }
}
function p7(t2) {
  const e6 = g4.facingAxisOrderSwap[t2], n4 = g4.position, r5 = g4.normal, o3 = new Float64Array(n4.length), s5 = new Float32Array(r5.length);
  let a5 = 0;
  for (let i2 = 0; i2 < 4; i2++) {
    const t3 = a5;
    for (let i3 = 0; i3 < 3; i3++) {
      const c5 = e6[i3], l7 = Math.abs(c5) - 1, f8 = c5 >= 0 ? 1 : -1;
      o3[a5] = n4[t3 + l7] * f8, s5[a5] = r5[t3 + l7] * f8, a5++;
    }
  }
  return { position: o3, normal: s5, uv: new Float32Array(g4.uv), faces: new Uint32Array(g4.faces), isPlane: true };
}
var m5 = 1;
var w3 = 2;
var v3 = 3;
var g4 = { position: [-0.5, -0.5, 0, 0.5, -0.5, 0, 0.5, 0.5, 0, -0.5, 0.5, 0], normal: [0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1], uv: [0, 1, 1, 1, 1, 0, 0, 0], faces: [0, 1, 2, 0, 2, 3], facingAxisOrderSwap: { east: [v3, m5, w3], west: [-v3, -m5, w3], north: [-m5, v3, w3], south: [m5, -v3, w3], up: [m5, w3, v3], down: [m5, -w3, -v3] } };
function A2(t2, e6, n4) {
  t2.isPlane || y4(t2), x6(t2, n4 && n4.size);
  const { vertexAttributes: r5, transform: o3 } = k3(t2, e6, n4);
  return { vertexAttributes: new p4({ ...r5, uv: t2.uv }), transform: o3, components: [new f4({ faces: t2.faces, material: n4 && n4.material || null })], spatialReference: e6.spatialReference };
}
function y4(t2) {
  for (let e6 = 0; e6 < t2.position.length; e6 += 3)
    t2.position[e6 + 2] += 0.5;
}
function x6(t2, e6) {
  if (e6 == null)
    return;
  const o3 = typeof e6 == "number" ? [e6, e6, e6] : [e6.width != null ? e6.width : 1, e6.depth != null ? e6.depth : 1, e6.height != null ? e6.height : 1];
  O4[0] = o3[0], O4[4] = o3[1], O4[8] = o3[2];
  for (let r5 = 0; r5 < t2.position.length; r5 += 3) {
    for (let e7 = 0; e7 < 3; e7++)
      F2[e7] = t2.position[r5 + e7];
    O2(F2, F2, O4);
    for (let e7 = 0; e7 < 3; e7++)
      t2.position[r5 + e7] = F2[e7];
  }
  if (o3[0] !== o3[1] || o3[1] !== o3[2]) {
    O4[0] = 1 / o3[0], O4[4] = 1 / o3[1], O4[8] = 1 / o3[2];
    for (let e7 = 0; e7 < t2.normal.length; e7 += 3) {
      for (let n4 = 0; n4 < 3; n4++)
        F2[n4] = t2.normal[e7 + n4];
      O2(F2, F2, O4), z(F2, F2);
      for (let n4 = 0; n4 < 3; n4++)
        t2.normal[e7 + n4] = F2[n4];
    }
  }
}
var d3 = { faceDescriptions: [{ axis: [0, -1, 0], uvOrigin: [0, 0.625], corners: [[-1, -1], [1, -1], [1, 1], [-1, 1]] }, { axis: [1, 0, 0], uvOrigin: [0.25, 0.625], corners: [[-1, -1], [1, -1], [1, 1], [-1, 1]] }, { axis: [0, 1, 0], uvOrigin: [0.5, 0.625], corners: [[1, -1], [-1, -1], [-1, 1], [1, 1]] }, { axis: [-1, 0, 0], uvOrigin: [0.75, 0.625], corners: [[1, -1], [-1, -1], [-1, 1], [1, 1]] }, { axis: [0, 0, 1], uvOrigin: [0, 0.375], corners: [[-1, -1], [1, -1], [1, 1], [-1, 1]] }, { axis: [0, 0, -1], uvOrigin: [0, 0.875], corners: [[-1, 1], [1, 1], [1, -1], [-1, -1]] }], uvScales: [[0, 0], [1, 0], [1, 1], [0, 1]], faceVertexOffsets: [0, 1, 2, 0, 2, 3] };
var M4 = { south: 0, east: 1, north: 2, west: 3, up: 4, down: 5 };
var F2 = n2();
var O4 = e3();

// node_modules/@arcgis/core/geometry/support/meshUtils/rotate.js
var $ = s.getLogger("esri.geometry.support.meshUtils.rotate");
function z2(t2, r5, o3) {
  if (!t2.vertexAttributes || !t2.vertexAttributes.position || r5[3] === 0)
    return;
  const i2 = t2.spatialReference;
  if (r(t2.transform)) {
    o3?.geographic != null && o3.geographic !== t2.transform.geographic && $.warn(`Specifying the 'geographic' parameter (${o3.geographic}) different from the Mesh transform setting (${t2.transform.geographic}) is not supported`);
    const e6 = o3?.origin ?? t2.transform.getOriginPoint(i2);
    C2(t2.transform, r5, e6);
  } else {
    const e6 = o3?.origin ?? t2.origin;
    r3(t2.spatialReference, o3) ? I(t2, r5, e6) : U(t2, r5, e6);
  }
}
function C2(t2, e6, r5) {
  const o3 = o(E, r5.x, r5.y, r5.z), i2 = e2(E, o3, t2.origin);
  t2.applyLocalInverse(i2, M5), t2.rotation = g(t2.rotation, e6, a2()), t2.applyLocalInverse(i2, i2), e2(i2, i2, M5), t2.translation = u(n2(), t2.translation, i2);
}
function I(t2, r5, i2) {
  const n4 = t2.spatialReference, s5 = O(n4), a5 = Z;
  Hn(i2, a5, s5) || Hn(t2.origin, a5, s5);
  const c5 = t2.vertexAttributes.position, f8 = t2.vertexAttributes.normal, m6 = t2.vertexAttributes.tangent, g6 = new Float64Array(c5.length), l7 = r(f8) ? new Float32Array(f8.length) : null, v5 = r(m6) ? new Float32Array(m6.length) : null;
  qn(s5, a5, P, s5), a(S, P);
  const x8 = O5;
  O2(l2(O5), l2(r5), S), x8[3] = r5[3], M2(c5, n4, g6), r(f8) && j2(f8, c5, g6, n4, l7), r(m6) && k2(m6, c5, g6, n4, v5), D(g6, x8, 3, a5), O3(g6, c5, n4), r(f8) && (D(l7, x8, 3), h(l7, c5, g6, n4, f8)), r(m6) && (D(v5, x8, 4), L3(v5, c5, g6, n4, m6)), t2.vertexAttributesChanged();
}
function U(t2, e6, r5) {
  const o3 = Z;
  if (!Hn(r5, o3, t2.spatialReference)) {
    const e7 = t2.origin;
    o3[0] = e7.x, o3[1] = e7.y, o3[2] = e7.z, $.error(`Failed to project specified origin (wkid:${r5.spatialReference.wkid}) to mesh spatial reference (wkid:${t2.spatialReference.wkid}).`);
  }
  D(t2.vertexAttributes.position, e6, 3, o3), D(t2.vertexAttributes.normal, e6, 3), D(t2.vertexAttributes.tangent, e6, 4), t2.vertexAttributesChanged();
}
function D(t2, e6, o3, i2 = f3) {
  if (!t(t2)) {
    p3(P, x(e6), l2(e6));
    for (let e7 = 0; e7 < t2.length; e7 += o3) {
      for (let r5 = 0; r5 < 3; r5++)
        E[r5] = t2[e7 + r5] - i2[r5];
      L(E, E, P);
      for (let r5 = 0; r5 < 3; r5++)
        t2[e7 + r5] = E[r5] + i2[r5];
    }
  }
}
var E = n2();
var M5 = n2();
var O5 = a2();
var P = e4();
var S = e3();
var Z = n2();

// node_modules/@arcgis/core/geometry/support/meshUtils/scale.js
var v4 = s.getLogger("esri.geometry.support.meshUtils.scale");
function d4(e6, r5, o3) {
  if (!e6.vertexAttributes || !e6.vertexAttributes.position)
    return;
  const i2 = e6.spatialReference;
  if (r(e6.transform)) {
    o3?.geographic != null && o3.geographic !== e6.transform.geographic && v4.warn(`Specifying the 'geographic' parameter (${o3.geographic}) different from the Mesh transform setting (${e6.transform.geographic}) is not supported`);
    const t2 = o3?.origin ?? e6.transform.getOriginPoint(i2);
    x7(e6.transform, r5, t2);
  } else {
    const t2 = r3(e6.spatialReference, o3), i3 = o3 && o3.origin || e6.origin;
    t2 ? A3(e6, r5, i3) : b2(e6, r5, i3);
  }
}
function x7(e6, t2, a5) {
  const c5 = o(w4, a5.x, a5.y, a5.z), p9 = e2(w4, c5, e6.origin);
  e6.applyLocalInverse(p9, k5);
  const f8 = q(n2(), e6.scale, t2);
  e6.scale = f8, e6.applyLocalInverse(p9, p9), e2(p9, p9, k5), e6.translation = u(n2(), e6.translation, p9);
}
function A3(e6, r5, o3) {
  const i2 = e6.spatialReference, n4 = O(i2), s5 = R;
  Hn(o3, s5, n4) || Hn(e6.origin, s5, n4);
  const a5 = e6.vertexAttributes.position, f8 = e6.vertexAttributes.normal, v5 = e6.vertexAttributes.tangent, d5 = new Float64Array(a5.length), x8 = r(f8) ? new Float32Array(f8.length) : null, A4 = r(v5) ? new Float32Array(v5.length) : null;
  M2(a5, i2, d5), r(f8) && j2(f8, a5, d5, i2, x8), r(v5) && k2(v5, a5, d5, i2, A4), y5(d5, r5, s5), O3(d5, a5, i2), r(f8) && h(x8, a5, d5, i2, f8), r(v5) && L3(A4, a5, d5, i2, v5), e6.vertexAttributesChanged();
}
function b2(e6, t2, r5) {
  const o3 = R;
  if (!Hn(r5, o3, e6.spatialReference)) {
    const t3 = e6.origin;
    o3[0] = t3.x, o3[1] = t3.y, o3[2] = t3.z, v4.error(`Failed to project specified origin (wkid:${r5.spatialReference.wkid}) to mesh spatial reference (wkid:${e6.spatialReference.wkid}).`);
  }
  y5(e6.vertexAttributes.position, t2, o3), e6.vertexAttributesChanged();
}
function y5(e6, t2, r5 = f3) {
  if (e6)
    for (let o3 = 0; o3 < e6.length; o3 += 3) {
      for (let t3 = 0; t3 < 3; t3++)
        w4[t3] = e6[o3 + t3] - r5[t3];
      q(w4, w4, t2);
      for (let t3 = 0; t3 < 3; t3++)
        e6[o3 + t3] = w4[t3] + r5[t3];
    }
}
var w4 = n2();
var k5 = n2();
var R = n2();

// node_modules/@arcgis/core/geometry/Mesh.js
var I2;
var B = s.getLogger("esri.geometry.Mesh");
var k6 = I2 = class extends a3(m2.LoadableMixin(m(p2))) {
  constructor(e6) {
    super(e6), this.components = null, this.transform = null, this.external = null, this.hasZ = true, this.hasM = false, this.vertexAttributes = new p4(), this.type = "mesh";
  }
  initialize() {
    (t(this.external) || this.vertexAttributes.position.length) && (this.loadStatus = "loaded"), this.when(() => {
      this.handles.add(l(() => ({ vertexAttributes: this.vertexAttributes, components: this.components?.map((e6) => e6.clone()), transform: r(this.transform) ? this.transform.clone() : null }), () => this._set("external", null), { once: true, sync: true }));
    });
  }
  get hasExtent() {
    return !this.loaded && r(this.external) && r(this.external.extent) || this.loaded && this.vertexAttributes.position.length > 0 && (!this.components || this.components.length > 0);
  }
  get boundingInfo() {
    const e6 = this.vertexAttributes.position, t2 = this.spatialReference;
    if (e6.length === 0 || this.components && this.components.length === 0)
      return { extent: new M({ xmin: 0, ymin: 0, zmin: 0, xmax: 0, ymax: 0, zmax: 0, spatialReference: t2 }), center: new j({ x: 0, y: 0, z: 0, spatialReference: t2 }) };
    const o3 = r(this.transform) ? this.transform.project(e6, t2) : e6;
    let r5 = 1 / 0, n4 = 1 / 0, s5 = 1 / 0, a5 = -1 / 0, l7 = -1 / 0, p9 = -1 / 0, c5 = 0, m6 = 0, h4 = 0;
    const f8 = o3.length, d5 = 1 / (f8 / 3);
    let y7 = 0;
    for (; y7 < f8; ) {
      const e7 = o3[y7++], t3 = o3[y7++], i2 = o3[y7++];
      r5 = Math.min(r5, e7), n4 = Math.min(n4, t3), s5 = Math.min(s5, i2), a5 = Math.max(a5, e7), l7 = Math.max(l7, t3), p9 = Math.max(p9, i2), c5 += d5 * e7, m6 += d5 * t3, h4 += d5 * i2;
    }
    return { extent: new M({ xmin: r5, ymin: n4, zmin: s5, xmax: a5, ymax: l7, zmax: p9, spatialReference: t2 }), center: new j({ x: c5, y: m6, z: h4, spatialReference: t2 }) };
  }
  get anchor() {
    if (r(this.transform))
      return this.transform.getOriginPoint(this.spatialReference);
    const e6 = this.boundingInfo;
    return new j({ x: e6.center.x, y: e6.center.y, z: e6.extent.zmin, spatialReference: this.spatialReference });
  }
  get origin() {
    return r(this.transform) ? this.transform.getOriginPoint(this.spatialReference) : this.boundingInfo.center;
  }
  get extent() {
    return !this.loaded && r(this.external) && r(this.external.extent) ? this.external.extent.clone() : this.boundingInfo.extent;
  }
  addComponent(e6) {
    this.loaded ? (this.components || (this.components = []), this.components.push(f4.from(e6)), this.notifyChange("components")) : B.error("addComponent()", "Mesh must be loaded before applying operations");
  }
  removeComponent(e6) {
    if (this.loaded) {
      if (this.components) {
        const t2 = this.components.indexOf(e6);
        if (t2 !== -1)
          return this.components.splice(t2, 1), void this.notifyChange("components");
      }
      B.error("removeComponent()", "Provided component is not part of the list of components");
    } else
      B.error("removeComponent()", "Mesh must be loaded before applying operations");
  }
  rotate(e6, t2, o3, r5) {
    return k(D2.x, e6, W), k(D2.y, t2, Z2), k(D2.z, o3, _2), g(W, Z2, W), g(W, _2, W), z2(this, W, r5), this;
  }
  offset(e6, t2, o3, r5) {
    return this.loaded ? (H[0] = e6, H[1] = t2, H[2] = o3, A(this, H, r5), this) : (B.error("offset()", "Mesh must be loaded before applying operations"), this);
  }
  scale(e6, t2) {
    return this.loaded ? (d4(this, e6, t2), this) : (B.error("scale()", "Mesh must be loaded before applying operations"), this);
  }
  centerAt(e6, t2) {
    return this.loaded ? (c2(this, e6, t2), this) : (B.error("centerAt()", "Mesh must be loaded before applying operations"), this);
  }
  load(e6) {
    return r(this.external) && this.addResolvingPromise(f6(this, this.external.source, e6)), Promise.resolve(this);
  }
  clone() {
    const e6 = this.components ? new Map() : null, t2 = this.components ? new Map() : null, o3 = { components: this.components ? this.components.map((o4) => o4.cloneWithDeduplication(e6, t2)) : null, spatialReference: this.spatialReference, vertexAttributes: this.vertexAttributes.clone(), transform: r(this.transform) ? this.transform.clone() : null, external: r(this.external) ? { source: this.external.source, extent: r(this.external.extent) ? this.external.extent.clone() : null } : null };
    return new I2(o3);
  }
  vertexAttributesChanged() {
    this.notifyChange("vertexAttributes");
  }
  async toBinaryGLTF(e6) {
    const { toBinaryGLTF: t2 } = await import("./gltfexport-6ZX4IV4P.js");
    return t2(this, e6);
  }
  static createBox(e6, t2) {
    if (!(e6 instanceof j))
      return B.error(".createBox()", "expected location to be a Point instance"), null;
    const o3 = new I2(A2(c3(), e6, t2));
    return t2 && t2.imageFace && t2.imageFace !== "all" ? l5(o3, t2.imageFace) : o3;
  }
  static createSphere(e6, t2) {
    return e6 instanceof j ? new I2(A2(f7(t2 && t2.densificationFactor || 0), e6, t2)) : (B.error(".createSphere()", "expected location to be a Point instance"), null);
  }
  static createCylinder(e6, t2) {
    return e6 instanceof j ? new I2(A2(u3(t2 && t2.densificationFactor || 0), e6, t2)) : (B.error(".createCylinder()", "expected location to be a Point instance"), null);
  }
  static createPlane(e6, t2) {
    if (!(e6 instanceof j))
      return B.error(".createPlane()", "expected location to be a Point instance"), null;
    const o3 = t2?.facing ?? "up", r5 = h3(o3, t2?.size);
    return new I2(A2(p7(o3), e6, { ...t2, size: r5 }));
  }
  static createFromPolygon(e6, t2) {
    if (!(e6 instanceof v))
      return B.error(".createFromPolygon()", "expected polygon to be a Polygon instance"), null;
    const o3 = o2(e6);
    return new I2({ vertexAttributes: new p4({ position: o3.position }), components: [new f4({ faces: o3.faces, shading: "flat", material: t2 && t2.material || null })], spatialReference: e6.spatialReference });
  }
  static async createFromGLTF(e6, o3, r5) {
    if (!(e6 instanceof j))
      throw B.error(".createfromGLTF()", "expected location to be a Point instance"), new s2("invalid-input", "Expected location to be a Point instance");
    const { loadGLTFMesh: n4 } = await y(import("./loadGLTFMesh-VTQIH4TD.js"), r5);
    return new I2(await n4(e6, o3, r5));
  }
  static createWithExternalSource(e6, t2, o3) {
    const r5 = o3?.extent ?? null, n4 = o3?.transform.clone() ?? new L2();
    n4.origin = [e6.x, e6.y, e6.z ?? 0];
    const s5 = e6.spatialReference;
    return new I2({ external: { source: t2, extent: r5 }, transform: n4, spatialReference: s5 });
  }
  static createIncomplete(e6, o3) {
    const r5 = o3?.transform.clone() ?? new L2();
    r5.origin = [e6.x, e6.y, e6.z ?? 0];
    const n4 = e6.spatialReference, s5 = new I2({ transform: r5, spatialReference: n4 });
    return s5.addResolvingPromise(Promise.reject(new s2("mesh-incomplete", "Mesh resources are not complete"))), s5;
  }
};
e([d({ type: [f4], json: { write: true } })], k6.prototype, "components", void 0), e([d({ type: L2, json: { write: true } })], k6.prototype, "transform", void 0), e([d({ constructOnly: true })], k6.prototype, "external", void 0), e([d({ readOnly: true })], k6.prototype, "hasExtent", null), e([d({ readOnly: true })], k6.prototype, "boundingInfo", null), e([d({ readOnly: true })], k6.prototype, "anchor", null), e([d({ readOnly: true })], k6.prototype, "origin", null), e([d({ readOnly: true, json: { read: false } })], k6.prototype, "extent", null), e([d({ readOnly: true, json: { read: false, write: true, default: true } })], k6.prototype, "hasZ", void 0), e([d({ readOnly: true, json: { read: false, write: true, default: false } })], k6.prototype, "hasM", void 0), e([d({ type: p4, nonNullable: true, json: { write: true } })], k6.prototype, "vertexAttributes", void 0), k6 = I2 = e([n("esri.geometry.Mesh")], k6);
var D2 = { x: r2(1, 0, 0), y: r2(0, 1, 0), z: r2(0, 0, 1) };
var W = a2();
var Z2 = a2();
var _2 = a2();
var H = n2();
var N = k6;

// node_modules/@arcgis/core/layers/support/infoFor3D.js
var s4;
var e5;
!function(s5) {
  s5.featureGUID = "featureGUID", s5.assetName = "assetName", s5.hash = "hash", s5.type = "type", s5.conversionStatus = "conversionStatus", s5.flags = "flags", s5.complexity = "complexity", s5.size = "size", s5.seqNo = "seqNo", s5.sourceHash = "sourceHash", s5.assetURL = "assetURL";
}(s4 || (s4 = {})), function(s5) {
  s5.SUBMITTED = "SUBMITTED", s5.INPROGRESS = "INPROGRESS", s5.FAILED = "FAILED", s5.COMPLETED = "COMPLETED";
}(e5 || (e5 = {}));

// node_modules/@arcgis/core/rest/support/meshFeatureSet.js
function c4(o3, s5, n4) {
  const a5 = n4.features;
  n4.features = [], delete n4.geometryType;
  const i2 = x4.fromJSON(n4);
  i2.geometryType = "mesh";
  const u4 = i2.spatialReference, f8 = t(o3.outFields) || !o3.outFields.length ? () => ({}) : l6(o3.outFields.includes("*") ? null : new Set(o3.outFields));
  for (const e6 of a5) {
    const o4 = p8(e6, u4, s5);
    r(o4) && i2.features.push(new g2({ geometry: o4, attributes: f8(e6) }));
  }
  return i2;
}
function l6(t2) {
  return ({ attributes: e6 }) => {
    if (!e6)
      return {};
    if (!t2)
      return e6;
    for (const r5 in e6)
      t2.has(r5) || delete e6[r5];
    return e6;
  };
}
function p8(t2, e6, r5) {
  const { status: n4, source: a5 } = D3(t2);
  if (n4 === y6.FAILED)
    return null;
  const i2 = g5(t2, e6, r5), u4 = M.fromJSON(t2.geometry);
  u4.spatialReference = e6;
  const f8 = E2(t2, r5);
  return n4 === y6.PENDING ? N.createIncomplete(i2, { extent: u4, transform: f8 }) : N.createWithExternalSource(i2, a5, { extent: u4, transform: f8 });
}
function g5({ attributes: t2 }, e6, { transformFieldRoles: r5 }) {
  return new j({ x: t2[r5.originX], y: t2[r5.originY], z: t2[r5.originZ], spatialReference: e6 });
}
function E2({ attributes: t2, assetMappings: e6 }, { transformFieldRoles: r5 }) {
  return new L2({ translation: [t2[r5.translationX], t2[r5.translationY], t2[r5.translationZ]], rotation: k([t2[r5.rotationX], t2[r5.rotationY], t2[r5.rotationZ]], t2[r5.rotationDeg]), scale: [t2[r5.scaleX], t2[r5.scaleY], t2[r5.scaleZ]], geographic: !e6[s4.flags]?.includes("PROJECT_VERTICES") });
}
function D3(t2) {
  if (!t2.assetMappings)
    return { status: y6.FAILED };
  const e6 = [], r5 = new Map();
  for (const o3 of t2.assetMappings) {
    const t3 = o3[s4.seqNo], s5 = o3[s4.assetName], n4 = o3[s4.assetURL], a5 = o3[s4.conversionStatus];
    if (a5 === e5.FAILED)
      return { status: y6.FAILED };
    if (a5 !== e5.COMPLETED)
      return { status: y6.PENDING };
    if (t3 == null)
      e6.push({ name: s5, source: n4 });
    else {
      const o4 = r5.get(s5);
      let a6;
      o4 ? a6 = o4.multipart : (a6 = [], e6.push({ name: s5, source: { multipart: a6 } }), r5.set(s5, { multipart: a6 })), a6[t3] = n4;
    }
  }
  return { status: y6.COMPLETED, source: e6 };
}
var y6;
!function(t2) {
  t2[t2.FAILED = 0] = "FAILED", t2[t2.PENDING = 1] = "PENDING", t2[t2.COMPLETED = 2] = "COMPLETED";
}(y6 || (y6 = {}));
export {
  c4 as meshFeatureSetFromJSON
};
//# sourceMappingURL=meshFeatureSet-77HDYLJC.js.map