{"version":3,"sources":["node_modules/@arcgis/core/rest/geometryService/cut.js","node_modules/@arcgis/core/rest/geometryService/simplify.js","node_modules/@arcgis/core/geometry/support/normalizeUtils.js"],"sourcesContent":["/*\nAll material copyright ESRI, All Rights Reserved, unless otherwise specified.\nSee https://js.arcgis.com/4.28/esri/copyright.txt for details.\n*/\nimport \"../../geometry.js\";\nimport e from \"../../request.js\";\nimport { getJsonType as t, fromJSON as r } from \"../../geometry/support/jsonUtils.js\";\nimport { srToRESTValue as s } from \"../../geometry/support/spatialReferenceUtils.js\";\nimport { parseUrl as o } from \"../utils.js\";\nasync function i(i, n, p, m) {\n  const a = o(i),\n    u = n[0].spatialReference,\n    c = {\n      ...m,\n      responseType: \"json\",\n      query: {\n        ...a.query,\n        f: \"json\",\n        sr: s(u),\n        target: JSON.stringify({\n          geometryType: t(n[0]),\n          geometries: n\n        }),\n        cutter: JSON.stringify(p)\n      }\n    },\n    f = await e(a.path + \"/cut\", c),\n    {\n      cutIndexes: y,\n      geometries: g = []\n    } = f.data;\n  return {\n    cutIndexes: y,\n    geometries: g.map(e => {\n      const t = r(e);\n      return t.spatialReference = u, t;\n    })\n  };\n}\nexport { i as cut };","/*\nAll material copyright ESRI, All Rights Reserved, unless otherwise specified.\nSee https://js.arcgis.com/4.28/esri/copyright.txt for details.\n*/\nimport r from \"../../request.js\";\nimport { urlToObject as t } from \"../../core/urlUtils.js\";\nimport { getJsonType as e } from \"../../geometry/support/jsonUtils.js\";\nimport { srToRESTValue as s } from \"../../geometry/support/spatialReferenceUtils.js\";\nimport { encodeGeometries as o, decodeGeometries as i } from \"./utils.js\";\nasync function m(m, p, f) {\n  const n = \"string\" == typeof m ? t(m) : m,\n    a = p[0].spatialReference,\n    u = e(p[0]),\n    l = {\n      ...f,\n      query: {\n        ...n.query,\n        f: \"json\",\n        sr: s(a),\n        geometries: JSON.stringify(o(p))\n      }\n    },\n    {\n      data: y\n    } = await r(n.path + \"/simplify\", l);\n  return i(y.geometries, u, a);\n}\nexport { m as simplify };","/*\nAll material copyright ESRI, All Rights Reserved, unless otherwise specified.\nSee https://js.arcgis.com/4.28/esri/copyright.txt for details.\n*/\nimport t from \"../../config.js\";\nimport e from \"../../core/Error.js\";\nimport n from \"../../core/Logger.js\";\nimport s from \"../Polygon.js\";\nimport o from \"../Polyline.js\";\nimport { getGeometryParts as r, cutParams as i, offsetMagnitude as l, updatePolyGeometry as c } from \"./normalizeUtilsCommon.js\";\nimport { getInfo as f } from \"./spatialReferenceUtils.js\";\nimport { geographicToWebMercator as u, webMercatorToGeographic as a } from \"./webMercatorUtils.js\";\nimport { cut as p } from \"../../rest/geometryService/cut.js\";\nimport { simplify as h } from \"../../rest/geometryService/simplify.js\";\nconst m = n.getLogger(\"esri.geometry.support.normalizeUtils\");\nfunction g(t) {\n  return \"polygon\" === t.type;\n}\nfunction y(t) {\n  return \"polygon\" === t[0].type;\n}\nfunction x(t) {\n  return \"polyline\" === t[0].type;\n}\nfunction d(t) {\n  const e = [];\n  let n = 0,\n    s = 0;\n  for (let o = 0; o < t.length; o++) {\n    const r = t[o];\n    let i = null;\n    for (let t = 0; t < r.length; t++) i = r[t], e.push(i), 0 === t ? (n = i[0], s = n) : (n = Math.min(n, i[0]), s = Math.max(s, i[0]));\n    i && e.push([(n + s) / 2, 0]);\n  }\n  return e;\n}\nfunction M(t, n) {\n  if (!(t instanceof o || t instanceof s)) {\n    const t = \"straightLineDensify: the input geometry is neither polyline nor polygon\";\n    throw m.error(t), new e(t);\n  }\n  const i = r(t),\n    l = [];\n  for (const e of i) {\n    const t = [];\n    l.push(t), t.push([e[0][0], e[0][1]]);\n    for (let s = 0; s < e.length - 1; s++) {\n      const o = e[s][0],\n        r = e[s][1],\n        i = e[s + 1][0],\n        l = e[s + 1][1],\n        c = Math.sqrt((i - o) * (i - o) + (l - r) * (l - r)),\n        f = (l - r) / c,\n        u = (i - o) / c,\n        a = c / n;\n      if (a > 1) {\n        for (let l = 1; l <= a - 1; l++) {\n          const e = l * n,\n            s = u * e + o,\n            i = f * e + r;\n          t.push([s, i]);\n        }\n        const e = (c + Math.floor(a - 1) * n) / 2,\n          s = u * e + o,\n          i = f * e + r;\n        t.push([s, i]);\n      }\n      t.push([i, l]);\n    }\n  }\n  return g(t) ? new s({\n    rings: l,\n    spatialReference: t.spatialReference\n  }) : new o({\n    paths: l,\n    spatialReference: t.spatialReference\n  });\n}\nfunction w(t, e, n) {\n  if (e) {\n    const e = M(t, 1e6);\n    t = a(e, !0);\n  }\n  return n && (t = c(t, n)), t;\n}\nfunction j(t, e, n) {\n  if (Array.isArray(t)) {\n    const s = t[0];\n    if (s > e) {\n      const n = l(s, e);\n      t[0] = s + n * (-2 * e);\n    } else if (s < n) {\n      const e = l(s, n);\n      t[0] = s + e * (-2 * n);\n    }\n  } else {\n    const s = t.x;\n    if (s > e) {\n      const n = l(s, e);\n      t = t.clone().offset(n * (-2 * e), 0);\n    } else if (s < n) {\n      const e = l(s, n);\n      t = t.clone().offset(e * (-2 * n), 0);\n    }\n  }\n  return t;\n}\nfunction b(t, e) {\n  let n = -1;\n  for (let s = 0; s < e.cutIndexes.length; s++) {\n    const o = e.cutIndexes[s],\n      i = e.geometries[s],\n      c = r(i);\n    for (let t = 0; t < c.length; t++) {\n      const e = c[t];\n      e.some(n => {\n        if (n[0] < 180) return !0;\n        {\n          let n = 0;\n          for (let t = 0; t < e.length; t++) {\n            const s = e[t][0];\n            n = s > n ? s : n;\n          }\n          n = Number(n.toFixed(9));\n          const s = -360 * l(n, 180);\n          for (let o = 0; o < e.length; o++) {\n            const e = i.getPoint(t, o);\n            i.setPoint(t, o, e.clone().offset(s, 0));\n          }\n          return !0;\n        }\n      });\n    }\n    if (o === n) {\n      if (y(t)) for (const e of r(i)) t[o] = t[o].addRing(e);else if (x(t)) for (const e of r(i)) t[o] = t[o].addPath(e);\n    } else n = o, t[o] = i;\n  }\n  return t;\n}\nasync function R(e, n, r) {\n  if (!Array.isArray(e)) return R([e], n);\n  n && \"string\" != typeof n && m.warn(\"normalizeCentralMeridian()\", \"The url object is deprecated, use the url string instead\");\n  const a = \"string\" == typeof n ? n : n?.url ?? t.geometryServiceUrl;\n  let g,\n    y,\n    x,\n    d,\n    M,\n    v,\n    P,\n    L,\n    U = 0;\n  const z = [],\n    A = [];\n  for (const t of e) if (null != t) {\n    if (g || (g = t.spatialReference, y = f(g), x = g.isWebMercator, v = x ? 102100 : 4326, d = i[v].maxX, M = i[v].minX, P = i[v].plus180Line, L = i[v].minus180Line), y) {\n      if (\"mesh\" === t.type) A.push(t);else if (\"point\" === t.type) A.push(j(t.clone(), d, M));else if (\"multipoint\" === t.type) {\n        const e = t.clone();\n        e.points = e.points.map(t => j(t, d, M)), A.push(e);\n      } else if (\"extent\" === t.type) {\n        const e = t.clone()._normalize(!1, !1, y);\n        A.push(e.rings ? new s(e) : e);\n      } else if (t.extent) {\n        const e = t.extent,\n          n = l(e.xmin, M) * (2 * d);\n        let s = 0 === n ? t.clone() : c(t.clone(), n);\n        e.offset(n, 0), e.intersects(P) && e.xmax !== d ? 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(n.push(o), s.push(\"simplify\")) : s.push(x ? u(o) : o);\n      }\n    }\n    if (!n.length) return s;\n    const o = await h(a, n, r),\n      i = [];\n    for (let e = 0; e < s.length; e++) {\n      const t = s[e];\n      \"simplify\" !== t ? i.push(t) : i.push(x ? u(o.shift()) : o.shift());\n    }\n    return i;\n  }\n  const X = [];\n  for (let t = 0; t < A.length; t++) {\n    const e = A[t];\n    if (\"cut\" !== e) X.push(e);else {\n      const t = z.shift();\n      X.push(!0 === x ? u(t) : t);\n    }\n  }\n  return X;\n}\nfunction v(t) {\n  if (!t) return null;\n  const e = t.extent;\n  if (!e) return null;\n  const n = t.spatialReference && f(t.spatialReference);\n  if (!n) return e;\n  const [s, o] = n.valid,\n    r = 2 * o,\n    {\n      width: i\n    } = e;\n  let l,\n    {\n      xmin: c,\n      xmax: u\n    } = e;\n  if ([c, u] = [u, c], \"extent\" === t.type || 0 === i || i <= o || i > r || c < s || u > o) return e;\n  switch (t.type) {\n    case \"polygon\":\n      if (!(t.rings.length > 1)) return e;\n      l = d(t.rings);\n      break;\n    case \"polyline\":\n      if (!(t.paths.length > 1)) return e;\n      l = d(t.paths);\n      break;\n    case \"multipoint\":\n      l = t.points;\n  }\n  const a = e.clone();\n  for (let f = 0; f < l.length; f++) {\n    let t = l[f][0];\n    t < 0 ? (t += o, u = Math.max(t, u)) : (t -= o, c = Math.min(t, c));\n  }\n  return a.xmin = c, a.xmax = u, a.width < i ? (a.xmin -= o, a.xmax -= o, a) : e;\n}\nfunction P(t, e, n) {\n  const s = f(n);\n  if (null == s) return t;\n  const [o, r] = s.valid,\n    i = 2 * r;\n  let l = 0,\n    c = 0;\n  e > r ? l = Math.ceil(Math.abs(e - r) / i) : e < o && (l = -Math.ceil(Math.abs(e - o) / i)), t > r ? c = Math.ceil(Math.abs(t - r) / i) : t < o && (c = -Math.ceil(Math.abs(t - o) / i));\n  let u = t + (l - c) * i;\n  const a = u - e;\n  return a > r ? u -= i : a < o && (u += i), u;\n}\nfunction L(t, e) {\n  const n = f(e);\n  if (n) {\n    const [e, s] = n.valid,\n      o = s - e;\n    if (t < e) for (; t < e;) t += o;\n    if (t > s) for (; t > s;) t -= o;\n  }\n  return t;\n}\nexport { P as getClosestDenormalizedXToReference, v as getDenormalizedExtent, R as normalizeCentralMeridian, L as normalizeMapX, M as straightLineDensify 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