import {
  u
} from "./chunk-OUUXJOLT.js";
import {
  v
} from "./chunk-RMDDCMKS.js";

// node_modules/@arcgis/core/geometry/geometryEngineAsync.js
function r(n) {
  var _a;
  return Array.isArray(n) ? (_a = n[0]) == null ? void 0 : _a.spatialReference : n == null ? void 0 : n.spatialReference;
}
function a(n) {
  return n ? Array.isArray(n) ? n.map(a) : n.toJSON ? n.toJSON() : n : n;
}
function i(n) {
  return Array.isArray(n) ? n.map((n2) => v(n2)) : v(n);
}
function o(n, t) {
  let e;
  return Array.isArray(n) ? e = n : (e = [], e.push(n), null != t && e.push(t)), e;
}
var c;
async function u2() {
  return c || (c = u("geometryEngineWorker", { strategy: "distributed" })), c;
}
async function s(n, t) {
  return (await u2()).invoke("executeGEOperation", { operation: n, parameters: a(t) });
}
async function y(n, t) {
  return i(await s("clip", [r(n), n, t]));
}
async function w2(n, t) {
  return i(await s("cut", [r(n), n, t]));
}
function p(n, t) {
  return s("contains", [r(n), n, t]);
}
function m(n, t) {
  return s("crosses", [r(n), n, t]);
}
function d(n, t, e) {
  return s("distance", [r(n), n, t, e]);
}
function g(n, t) {
  return s("equals", [r(n), n, t]);
}
function h(n, t) {
  return s("intersects", [r(n), n, t]);
}
function S(n, t) {
  return s("touches", [r(n), n, t]);
}
function x(n, t) {
  return s("within", [r(n), n, t]);
}
function A(n, t) {
  return s("disjoint", [r(n), n, t]);
}
function O(n, t) {
  return s("overlaps", [r(n), n, t]);
}
function R(n, t, e) {
  return s("relate", [r(n), n, t, e]);
}
function J(n) {
  return s("isSimple", [r(n), n]);
}
async function N(n) {
  return i(await s("simplify", [r(n), n]));
}
async function j(n, t = false) {
  return i(await s("convexHull", [r(n), n, t]));
}
async function E(n, t) {
  return i(await s("difference", [r(n), n, t]));
}
async function k(n, t) {
  return i(await s("symmetricDifference", [r(n), n, t]));
}
async function D(n, t) {
  return i(await s("intersect", [r(n), n, t]));
}
async function b(n, t = null) {
  const e = o(n, t);
  return i(await s("union", [r(e), e]));
}
async function v2(n, t, e, a2, o2, c2) {
  return i(await s("offset", [r(n), n, t, e, a2, o2, c2]));
}
async function L(n, t, e, a2 = false) {
  const o2 = [r(n), n, t, e, a2];
  return i(await s("buffer", o2));
}
async function P(n, t, e, a2, o2, c2) {
  const u3 = [r(n), n, t, e, a2, o2, c2];
  return i(await s("geodesicBuffer", u3));
}
function G(n) {
  var _a;
  return "xmin" in n ? n.center : "x" in n ? n : (_a = n.extent) == null ? void 0 : _a.center;
}
async function H(n, t, e) {
  if (null == n)
    throw new Z();
  const r2 = n.spatialReference;
  if (null == (e = e != null ? e : G(n)))
    throw new Z();
  const a2 = n.constructor.fromJSON(await s("rotate", [r2, n, t, e]));
  return a2.spatialReference = r2, a2;
}
async function B(n, t, e, a2) {
  return i(await s("generalize", [r(n), n, t, e, a2]));
}
async function C(n, t, e) {
  return i(await s("densify", [r(n), n, t, e]));
}
async function U(n, t, e, a2 = 0) {
  return i(await s("geodesicDensify", [r(n), n, t, e, a2]));
}
function W(n, t) {
  return s("planarArea", [r(n), n, t]);
}
function F(n, t) {
  return s("planarLength", [r(n), n, t]);
}
function K(n, t, e) {
  return s("geodesicArea", [r(n), n, t, e]);
}
function M(n, t, e) {
  return s("geodesicLength", [r(n), n, t, e]);
}
var Z = class extends Error {
  constructor() {
    super("Illegal Argument Exception");
  }
};

export {
  y,
  w2 as w,
  p,
  m,
  d,
  g,
  h,
  S,
  x,
  A,
  O,
  R,
  J,
  N,
  j,
  E,
  k,
  D,
  b,
  v2 as v,
  L,
  P,
  H,
  B,
  C,
  U,
  W,
  F,
  K,
  M
};
//# sourceMappingURL=chunk-DVIKBNBZ.js.map