@maptiler/geocoding-control
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The Javascript & TypeScript Map Control component for MapTiler Geocoding service. Easy to be integrated into any JavaScript mapping application.
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JavaScript
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i[0].place_name.replace(/,.*/, "")
)) + ""
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i[0].address && !/*feature*/
i[0].id.startsWith("road.") && !/*feature*/
i[0].id.startsWith("address.") && !/*feature*/
i[0].id.startsWith("postal_code.") && (!/*feature*/
i[0].id.startsWith("poi.") || !/*imageUrl*/
i[5]) && !/*isReverse*/
i[8]
), k, I, C = (
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(i[8] ? "" : (
/*feature*/
i[0].place_name.replace(/[^,]*,?\s*/, "")
)) + ""
), O, x, N, P, B, z;
function W(m, h) {
return h & /*feature*/
1 && (t = null), h & /*feature*/
1 && (n = null), h & /*feature*/
1 && (r = null), h & /*feature*/
1 && (u = null), Ne && /*spriteIcon*/
m[6] ? br : (
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m[5] ? vr : (
/*feature*/
m[0].address ? yr : (t == null && (t = !!/*feature*/
m[0].id.startsWith("road.")), t ? pr : (n == null && (n = !!/*feature*/
m[0].id.startsWith("address.")), n ? mr : (r == null && (r = !!/*feature*/
m[0].id.startsWith("postal_code.")), r ? gr : (u == null && (u = !!/*feature*/
m[0].id.startsWith("poi.")), u ? dr : (
/*isReverse*/
m[8] ? hr : cr
)))))
)
);
}
let s = W(i, -1), l = s(i), f = R && Mi(i);
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i[1] === "selected"), S(e, "aria-checked", N = /*style*/
i[1] === "picked"), S(e, "class", P = Dt(
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i[1]
) + " svelte-w9y5n9");
},
m(m, h) {
ee(m, e, h), l.m(e, null), H(e, a), H(e, o), H(o, g), H(g, c), H(c, _), H(g, M), f && f.m(g, null), H(o, k), H(o, I), H(I, O), B || (z = [
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e,
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i[13]
),
he(
e,
"focus",
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i[15]
),
he(
e,
"click",
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i[16]
)
], B = !0);
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p(m, [h]) {
s === (s = W(m, h)) && l ? l.p(m, h) : (l.d(1), l = s(m), l && (l.c(), l.m(e, a))), h & /*isReverse, feature*/
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m[0].place_name
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m[0].place_name.replace(/,.*/, "")
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m[5]) && !/*isReverse*/
m[8]), R ? f ? f.p(m, h) : (f = Mi(m), f.c(), f.m(g, null)) : f && (f.d(1), f = null), h & /*isReverse, feature*/
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(m[8] ? "" : (
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m[1]
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},
i: te,
o: te,
d(m) {
m && J(e), l.d(), f && f.d(), B = !1, je(z);
}
};
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const an = typeof devicePixelRatio > "u" ? 1 : devicePixelRatio > 1.25, si = an ? "@2x" : "", _e = an ? 2 : 1;
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let n, r, u, { feature: a } = e, { style: o = "default" } = e, { showPlaceType: g } = e, { missingIconsCache: c } = e, { iconsBaseUrl: E } = e;
const _ = sn();
let M, R, k, I;
function C() {
Rt ?? (Rt = fetch(`${E}sprite${si}.json`).then((s) => s.json()).then((s) => {
Ne = s;
}).catch(() => {
Ne = null;
}));
}
function O() {
R && c.add(R), x();
}
function x() {
Ne !== void 0 ? N() : (C(), Rt == null || Rt.then(N));
}
function N() {
do {
if (I--, t(4, M = n == null ? void 0 : n[I]), t(6, k = M ? Ne == null ? void 0 : Ne.icons[M] : void 0), k)
break;
t(5, R = M ? E + M.replace(/ /g, "_") + ".svg" : void 0);
} while (I > -1 && (!R || c.has(R)));
}
function P(s) {
er.call(this, i, s);
}
const B = () => O(), z = () => _("select", void 0), W = (s) => {
document.activeElement !== s.target && _("select", void 0);
};
return i.$$set = (s) => {
"feature" in s && t(0, a = s.feature), "style" in s && t(1, o = s.style), "showPlaceType" in s && t(2, g = s.showPlaceType), "missingIconsCache" in s && t(11, c = s.missingIconsCache), "iconsBaseUrl" in s && t(3, E = s.iconsBaseUrl);
}, i.$$.update = () => {
var s, l, f, m, h;
i.$$.dirty & /*feature*/
1 && t(12, n = (s = a.properties) == null ? void 0 : s.categories), i.$$.dirty & /*feature*/
1 && t(8, r = a.place_type[0] === "reverse"), i.$$.dirty & /*feature*/
1 && t(7, u = ((f = (l = a.properties) == null ? void 0 : l.categories) == null ? void 0 : f.join(", ")) ?? ((h = (m = a.properties) == null ? void 0 : m.place_type_name) == null ? void 0 : h[0]) ?? a.place_type[0]), i.$$.dirty & /*categories*/
4096 && (I = (n == null ? void 0 : n.length) ?? 0, x());
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a,
o,
g,
E,
M,
R,
k,
u,
r,
_,
O,
c,
n,
P,
B,
z,
W
];
}
class Lr extends Je {
constructor(e) {
super(), Xe(this, e, Er, wr, Qe, {
feature: 0,
style: 1,
showPlaceType: 2,
missingIconsCache: 11,
iconsBaseUrl: 3
});
}
}
function _r(i) {
let e;
return {
c() {
e = X("div"), e.innerHTML = '<svg viewBox="0 0 18 18" width="24" height="24" class="loading-icon svelte-1ocfouu"><path fill="#333" d="M4.4 4.4l.8.8c2.1-2.1 5.5-2.1 7.6 0l.8-.8c-2.5-2.5-6.7-2.5-9.2 0z"></path><path opacity=".1" d="M12.8 12.9c-2.1 2.1-5.5 2.1-7.6 0-2.1-2.1-2.1-5.5 0-7.7l-.8-.8c-2.5 2.5-2.5 6.7 0 9.2s6.6 2.5 9.2 0 2.5-6.6 0-9.2l-.8.8c2.2 2.1 2.2 5.6 0 7.7z"></path></svg>', S(e, "class", "svelte-1ocfouu");
},
m(t, n) {
ee(t, e, n);
},
p: te,
i: te,
o: te,
d(t) {
t && J(e);
}
};
}
class Sr extends Je {
constructor(e) {
super(), Xe(this, e, null, _r, Qe, {});
}
}
function xr(i) {
let e, t, n;
return {
c() {
e = ke("svg"), t = ke("path"), S(t, "stroke-width", "4"), S(t, "d", "M 5,33.103579 C 5,17.607779 18.457,5 35,5 C 51.543,5 65,17.607779 65,33.103579 C 65,56.388679 40.4668,76.048179 36.6112,79.137779 C 36.3714,79.329879 36.2116,79.457979 36.1427,79.518879 C 35.8203,79.800879 35.4102,79.942779 35,79.942779 C 34.5899,79.942779 34.1797,79.800879 33.8575,79.518879 C 33.7886,79.457979 33.6289,79.330079 33.3893,79.138079 C 29.5346,76.049279 5,56.389379 5,33.103579 Z M 35.0001,49.386379 C 43.1917,49.386379 49.8323,42.646079 49.8323,34.331379 C 49.8323,26.016779 43.1917,19.276479 35.0001,19.276479 C 26.8085,19.276479 20.1679,26.016779 20.1679,34.331379 C 20.1679,42.646079 26.8085,49.386379 35.0001,49.386379 Z"), S(t, "class", "svelte-gzo3ar"), S(e, "width", n = /*displayIn*/
i[0] === "list" ? 20 : void 0), S(e, "viewBox", "0 0 70 85"), S(e, "fill", "none"), S(e, "class", "svelte-gzo3ar"), Be(
e,
"in-map",
/*displayIn*/
i[0] !== "list"
), Be(
e,
"list-icon",
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i[0] === "list"
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},
m(r, u) {
ee(r, e, u), H(e, t);
},
p(r, [u]) {
u & /*displayIn*/
1 && n !== (n = /*displayIn*/
r[0] === "list" ? 20 : void 0) && S(e, "width", n), u & /*displayIn*/
1 && Be(
e,
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r[0] !== "list"
), u & /*displayIn*/
1 && Be(
e,
"list-icon",
/*displayIn*/
r[0] === "list"
);
},
i: te,
o: te,
d(r) {
r && J(e);
}
};
}
function Tr(i, e, t) {
let { displayIn: n } = e;
return i.$$set = (r) => {
"displayIn" in r && t(0, n = r.displayIn);
}, [n];
}
class Mr extends Je {
constructor(e) {
super(), Xe(this, e, Tr, xr, Qe, { displayIn: 0 });
}
}
function Cr(i) {
let e, t;
return {
c() {
e = ke("svg"), t = ke("path"), S(t, "d", "M30.003-26.765C13.46-26.765 0-14.158 0 1.337c0 23.286 24.535 42.952 28.39 46.04.24.192.402.316.471.376.323.282.732.424 1.142.424.41 0 .82-.142 1.142-.424.068-.06.231-.183.471-.376 3.856-3.09 28.39-22.754 28.39-46.04 0-15.495-13.46-28.102-30.003-28.102Zm1.757 12.469c4.38 0 7.858 1.052 10.431 3.158 2.595 2.105 3.89 4.913 3.89 8.422 0 2.34-.53 4.362-1.593 6.063-1.063 1.702-3.086 3.616-6.063 5.742-2.042 1.51-3.337 2.659-3.89 3.446-.532.787-.8 1.82-.8 3.096v1.914h-8.449V15.18c0-2.041.434-3.815 1.306-5.325.872-1.51 2.467-3.118 4.785-4.82 2.233-1.594 3.7-2.89 4.402-3.889a5.582 5.582 0 0 0 1.087-3.35c0-1.382-.51-2.435-1.531-3.158-1.02-.723-2.45-1.087-4.28-1.087-3.19 0-6.826 1.047-10.91 3.131l-3.472-6.986c4.742-2.659 9.77-3.992 15.087-3.992Zm-1.88 37.324c1.765 0 3.124.472 4.08 1.408.98.936 1.47 2.276 1.47 4.02 0 1.68-.49 3.007-1.47 3.985-.977.957-2.336 1.435-4.08 1.435-1.787 0-3.171-.465-4.15-1.4-.978-.958-1.47-2.298-1.47-4.02 0-1.787.48-3.14 1.436-4.054.957-.915 2.355-1.374 4.184-1.374Z"), S(e, "viewBox", "0 0 60.006 21.412"), S(e, "width", "14"), S(e, "height", "20"), S(e, "class", "svelte-en2qvf");
},
m(n, r) {
ee(n, e, r), H(e, t);
},
p: te,
i: te,
o: te,
d(n) {
n && J(e);
}
};
}
class Nr extends Je {
constructor(e) {
super(), Xe(this, e, null, Cr, Qe, {});
}
}
function kr(i) {
let e, t, n;
return {
c() {
e = ke("svg"), t = ke("circle"), n = ke("path"), S(t, "cx", "4.789"), S(t, "cy", "4.787"), S(t, "r", "3.85"), S(t, "class", "svelte-1aq105l"), S(n, "d", "M12.063 12.063 7.635 7.635"), S(n, "class", "svelte-1aq105l"), S(e, "xmlns", "http://www.w3.org/2000/svg"), S(e, "width", "13"), S(e, "height", "13"), S(e, "viewBox", "0 0 13 13"), S(e, "class", "svelte-1aq105l");
},
m(r, u) {
ee(r, e, u), H(e, t), H(e, n);
},
p: te,
i: te,
o: te,
d(r) {
r && J(e);
}
};
}
class Or extends Je {
constructor(e) {
super(), Xe(this, e, null, kr, Qe, {});
}
}
function Rr(i, e, t) {
const n = e[1], r = e[0], u = n - r;
return i === n && t ? i : ((i - r) % u + u) % u + r;
}
function zt(i) {
const e = [...i];
return e[2] < e[0] && (Math.abs((e[0] + e[2] + 360) / 2) > Math.abs((e[0] - 360 + e[2]) / 2) ? e[0] -= 360 : e[2] += 360), e;
}
let mt;
async function Pr(i, e, t) {
const n = i == null ? void 0 : i.getCenterAndZoom();
for (const r of e ?? [])
if (!(n && (r.minZoom != null && r.minZoom > n[0] || r.maxZoom != null && r.maxZoom < n[0]))) {
if (r.type === "fixed")
return r.coordinates.join(",");
e: if (r.type === "client-geolocation") {
if (mt && r.cachedLocationExpiry && mt.time + r.cachedLocationExpiry > Date.now()) {
if (!mt.coords)
break e;
return mt.coords;
}
let u;
try {
return u = await new Promise((a, o) => {
t.signal.addEventListener("abort", () => {
o(Error("aborted"));
}), navigator.geolocation.getCurrentPosition(
(g) => {
a(
[g.coords.longitude, g.coords.latitude].map((c) => c.toFixed(6)).join(",")
);
},
(g) => {
o(g);
},
r
);
}), u;
} catch {
} finally {
r.cachedLocationExpiry && (mt = {
time: Date.now(),
coords: u
});
}
if (t.signal.aborted)
return;
}
if (r.type === "server-geolocation")
return "ip";
if (n && r.type === "map-center")
return n[1].toFixed(6) + "," + n[2].toFixed(6);
}
}
const Ir = /^(NORTH|SOUTH|[NS])?\s*([+-]?[0-8]?[0-9])\s*([•º°\.:]|D(?:EG)?(?:REES)?)?\s*,?([6-9][0-9])\s*(['′´’\.:]|M(?:IN)?(?:UTES)?)?\s*(NORTH|SOUTH|[NS])?(?:\s*[,/;]\s*|\s*)(EAST|WEST|[EW])?\s*([+-]?[0-1]?[0-9]?[0-9])\s*([•º°\.:]|D(?:EG)?(?:REES)?)?\s*,?([6-9][0-9])\s*(['′´’\.:]|M(?:IN)?(?:UTES)?)?\s*(EAST|WEST|[EW])?$/i, Ci = /^([+-]?[0-8]?[0-9])\s+([0-5]?[0-9]\.\d{3,})[\s,]{1,}([+-]?[0-1]?[0-9]?[0-9])\s+([0-5]?[0-9]\.\d{3,})$/, Ni = /^(NORTH|SOUTH|[NS])?[\s]*([+-]?[0-8]?[0-9](?:[\.,]\d{3,}))[\s]*([•º°]?)[\s]*(NORTH|SOUTH|[NS])?[\s]*[,/;]?[\s]*(EAST|WEST|[EW])?[\s]*([+-]?[0-1]?[0-9]?[0-9](?:[\.,]\d{3,}))[\s]*([•º°]?)[\s]*(EAST|WEST|[EW])?$/i, ki = /^(NORTH|SOUTH|[NS])?\s*([+-]?[0-8]?[0-9])\s*(\.)\s*([0-5]?[0-9])\s*(\.)\s*((?:[0-5]?[0-9])(?:[\.,]\d{1,3})?)?\s*(NORTH|SOUTH|[NS])?(?:\s*[,/;]\s*|\s*)(EAST|WEST|[EW])?\s*([+-]?[0-1]?[0-9]?[0-9])\s*(\.)\s*([0-5]?[0-9])\s*(\.)\s*((?:[0-5]?[0-9])(?:[\.,]\d{1,3})?)?\s*(EAST|WEST|[EW])?$/i, Oi = /^(NORTH|SOUTH|[NS])?\s*([+-]?[0-8]?[0-9])\s*(D(?:EG)?(?:REES)?)\s*([0-5]?[0-9])\s*(M(?:IN)?(?:UTES)?)\s*((?:[0-5]?[0-9])(?:[\.,]\d{1,3})?)?\s*(S(?:EC)?(?:ONDS)?)?\s*(NORTH|SOUTH|[NS])?(?:\s*[,/;]\s*|\s*)(EAST|WEST|[EW])?\s*([+-]?[0-1]?[0-9]?[0-9])\s*(D(?:EG)?(?:REES)?)\s*([0-5]?[0-9])\s*(M(?:IN)?(?:UTES)?)\s*((?:[0-5]?[0-9])(?:[\.,]\d{1,3})?)?\s*(S(?:EC)?(?:ONDS)?)\s*(EAST|WEST|[EW])?$/i, Ri = /^(NORTH|SOUTH|[NS])?\s*([+-]?[0-8]?[0-9])\s*([•º°\.:]|D(?:EG)?(?:REES)?)?\s*,?([0-5]?[0-9](?:[\.,]\d{1,})?)?\s*(['′´’\.:]|M(?:IN)?(?:UTES)?)?\s*,?((?:[0-5]?[0-9])(?:[\.,]\d{1,3})?)?\s*(''|′′|’’|´´|["″”\.])?\s*(NORTH|SOUTH|[NS])?(?:\s*[,/;]\s*|\s*)(EAST|WEST|[EW])?\s*([+-]?[0-1]?[0-9]?[0-9])\s*([•º°\.:]|D(?:EG)?(?:REES)?)?\s*,?([0-5]?[0-9](?:[\.,]\d{1,})?)?\s*(['′´’\.:]|M(?:IN)?(?:UTES)?)?\s*,?((?:[0-5]?[0-9])(?:[\.,]\d{1,3})?)?\s*(''|′′|´´|’’|["″”\.])?\s*(EAST|WEST|[EW])?$/i;
function Ar(i) {
if (!["DMS", "DM", "DD"].includes(i))
throw new Error("invalid format specified");
if (this.decimalCoordinates && this.decimalCoordinates.trim()) {
const e = this.decimalCoordinates.split(",").map((R) => Number(R.trim())), t = Number(e[0]), n = Number(e[1]), r = Math.abs(t), u = Math.abs(n), a = t > 0 ? "N" : "S", o = n > 0 ? "E" : "W";
let g;
i == "DD" && (g = `${r}° ${a}, ${u}° ${o}`);
const c = Math.floor(r), E = Math.floor(u), _ = (r - c) * 60, M = (u - E) * 60;
if (i == "DM") {
let R = Pi(_, 3).toFixed(3).padStart(6, "0"), k = Pi(M, 3).toFixed(3).padStart(6, "0");
R.endsWith(".000") && k.endsWith(".000") && (R = R.replace(/\.000$/, ""), k = k.replace(/\.000$/, "")), g = `${c}° ${R}' ${a}, ${E}° ${k}' ${o}`;
}
if (i == "DMS") {
const R = Math.floor(_), k = Math.floor(M);
let I = ((_ - R) * 60).toFixed(1).padStart(4, "0"), C = ((M - k) * 60).toFixed(1).padStart(4, "0");
const O = R.toString().padStart(2, "0"), x = k.toString().padStart(2, "0");
I.endsWith(".0") && C.endsWith(".0") && (I = I.replace(/\.0$/, ""), C = C.replace(/\.0$/, "")), g = `${c}° ${O}' ${I}" ${a}, ${E}° ${x}' ${C}" ${o}`;
}
return g;
} else
throw new Error("no decimal coordinates to convert");
}
function Pi(i, e) {
const t = Math.pow(10, e);
return Math.round((i + Number.EPSILON) * t) / t;
}
function fi(i, e) {
e || (e = 5), i = i.replace(/\s+/g, " ").trim();
let t = null, n = null, r = "", u = "", a = null, o = [], g = !1;
if (Ir.test(i))
throw new Error("invalid coordinate value");
if (Ci.test(i))
if (o = Ci.exec(i), g = pt(o), g)
t = Math.abs(o[1]) + o[2] / 60, Number(o[1]) < 0 && (t *= -1), n = Math.abs(o[3]) + o[4] / 60, Number(o[3]) < 0 && (n *= -1), a = "DM";
else
throw new Error("invalid coordinate format");
else if (Ni.test(i))
if (o = Ni.exec(i), g = pt(o), g) {
if (t = o[2], n = o[6], t.includes(",") && (t = t.replace(",", ".")), n.includes(",") && (n = n.replace(",", ".")), a = "DD", Number(Math.round(t)) == Number(t))
throw new Error("integer only coordinate provided");
if (Number(Math.round(n)) == Number(n))
throw new Error("integer only coordinate provided");
o[1] ? (r = o[1], u = o[5]) : o[4] && (r = o[4], u = o[8]);
} else
throw new Error("invalid decimal coordinate format");
else if (ki.test(i))
if (o = ki.exec(i), g = pt(o), g)
t = Math.abs(parseInt(o[2])), o[4] && (t += o[4] / 60, a = "DM"), o[6] && (t += o[6].replace(",", ".") / 3600, a = "DMS"), parseInt(o[2]) < 0 && (t = -1 * t), n = Math.abs(parseInt(o[9])), o[11] && (n += o[11] / 60), o[13] && (n += o[13].replace(",", ".") / 3600), parseInt(o[9]) < 0 && (n = -1 * n), o[1] ? (r = o[1], u = o[8]) : o[7] && (r = o[7], u = o[14]);
else
throw new Error("invalid DMS coordinates format");
else if (Oi.test(i))
if (o = Oi.exec(i), g = pt(o), g)
t = Math.abs(parseInt(o[2])), o[4] && (t += o[4] / 60, a = "DM"), o[6] && (t += o[6] / 3600, a = "DMS"), parseInt(o[2]) < 0 && (t = -1 * t), n = Math.abs(parseInt(o[10])), o[12] && (n += o[12] / 60), o[14] && (n += o[14] / 3600), parseInt(o[10]) < 0 && (n = -1 * n), o[1] ? (r = o[1], u = o[9]) : o[8] && (r = o[8], u = o[16]);
else
throw new Error("invalid DMS coordinates format");
else if (Ri.test(i)) {
if (o = Ri.exec(i), g = pt(o), o.filter((c) => c).length <= 5)
throw new Error("invalid coordinates format");
if (g)
t = Math.abs(parseInt(o[2])), o[4] && (t += o[4].replace(",", ".") / 60, a = "DM"), o[6] && (t += o[6].replace(",", ".") / 3600, a = "DMS"), parseInt(o[2]) < 0 && (t = -1 * t), n = Math.abs(parseInt(o[10])), o[12] && (n += o[12].replace(",", ".") / 60), o[14] && (n += o[14].replace(",", ".") / 3600), parseInt(o[10]) < 0 && (n = -1 * n), o[1] ? (r = o[1], u = o[9]) : o[8] && (r = o[8], u = o[16]);
else
throw new Error("invalid coordinates format");
}
if (g) {
if (Math.abs(n) >= 180)
throw new Error("invalid longitude value");
if (Math.abs(t) >= 90)
throw new Error("invalid latitude value");
if (r && !u || !r && u)
throw new Error("invalid coordinates value");
if (r && r == u)
throw new Error("invalid coordinates format");
t.toString().includes(",") && (t = t.replace(",", ".")), n.toString().includes(",") && (n = n.replace(",", "."));
let c = /S|SOUTH/i;
c.test(r) && t > 0 && (t = -1 * t), c = /W|WEST/i, c.test(u) && n > 0 && (n = -1 * n);
const E = o[0].trim();
let _, M;
const R = /[,/;\u0020]/g, k = E.match(R);
if (k == null) {
const O = Math.floor(i.length / 2);
_ = E.substring(0, O).trim(), M = E.substring(O).trim();
} else {
let O;
k.length % 2 == 1 ? O = Math.floor(k.length / 2) : O = k.length / 2 - 1;
let x = 0;
if (O == 0)
x = E.indexOf(k[0]), _ = E.substring(0, x).trim(), M = E.substring(x + 1).trim();
else {
let N = 0, P = 0;
for (; N <= O; )
x = E.indexOf(k[N], P), P = x + 1, N++;
_ = E.substring(0, x).trim(), M = E.substring(x + 1).trim();
}
}
const I = _.split(".");
if (I.length == 2 && I[1] == 0 && I[1].length != 2)
throw new Error("invalid coordinates format");
const C = M.split(".");
if (C.length == 2 && C[1] == 0 && C[1].length != 2)
throw new Error("invalid coordinates format");
if (/^\d+$/.test(_) || /^\d+$/.test(M))
throw new Error("degree only coordinate/s provided");
return t = Number(Number(t).toFixed(e)), n = Number(Number(n).toFixed(e)), Object.freeze({
verbatimCoordinates: E,
verbatimLatitude: _,
verbatimLongitude: M,
decimalLatitude: t,
decimalLongitude: n,
decimalCoordinates: `${t},${n}`,
originalFormat: a,
closeEnough: Br,
toCoordinateFormat: Ar
});
} else
throw new Error("coordinates pattern match failed");
}
function pt(i) {
if (!isNaN(i[0]))
return !1;
const e = [...i];
if (e.shift(), e.length % 2 > 0)
return !1;
const t = /^[-+]?\d+([\.,]\d+)?$/, n = /[eastsouthnorthwest]+/i, r = e.length / 2;
for (let u = 0; u < r; u++) {
const a = e[u], o = e[u + r], g = t.test(a) && t.test(o), c = n.test(a) && n.test(o), E = a == o;
if (!(a == null && o == null)) {
if (a == null || o == null)
return !1;
if (g || c || E)
continue;
return !1;
}
}
return !0;
}
function Ii(i, e) {
const t = Math.abs(i - e);
return Number(t.toFixed(6)) <= 1e-5;
}
function Br(i) {
if (!i)
throw new Error("coords must be provided");
if (i.includes(",")) {
const e = i.split(",");
if (Number(e[0]) == NaN || Number(e[1]) == NaN)
throw new Error("coords are not valid decimals");
return Ii(this.decimalLatitude, Number(e[0])) && Ii(this.decimalLongitude, e[1]);
} else
throw new Error("coords being tested must be separated by a comma");
}
const Wr = Object.freeze({
DMS: "DMS",
DM: "DM",
DD: "DD"
});
fi.to = Wr;
const Gr = [
{
verbatimCoordinates: "40.123, -74.123",
verbatimLatitude: "40.123",
verbatimLongitude: "-74.123"
},
{
verbatimCoordinates: "40.123° N 74.123° W",
verbatimLatitude: "40.123° N",
verbatimLongitude: "74.123° W"
},
{
verbatimCoordinates: "40.123° N 74.123° W",
verbatimLatitude: "40.123° N",
verbatimLongitude: "74.123° W"
},
{
verbatimCoordinates: '40° 7´ 22.8" N 74° 7´ 22.8" W',
verbatimLatitude: '40° 7´ 22.8" N',
verbatimLongitude: '74° 7´ 22.8" W'
},
{
verbatimCoordinates: "40° 7.38’ , -74° 7.38’",
verbatimLatitude: "40° 7.38’",
verbatimLongitude: "-74° 7.38’"
},
{
verbatimCoordinates: "N40°7’22.8’’, W74°7’22.8’’",
verbatimLatitude: "N40°7’22.8’’",
verbatimLongitude: "W74°7’22.8’’"
},
{
verbatimCoordinates: '40°7’22.8"N, 74°7’22.8"W',
verbatimLatitude: '40°7’22.8"N',
verbatimLongitude: '74°7’22.8"W'
},
{
verbatimCoordinates: `40°7'22.8"N, 74°7'22.8"W`,
verbatimLatitude: `40°7'22.8"N`,
verbatimLongitude: `74°7'22.8"W`
},
{
verbatimCoordinates: "40 7 22.8, -74 7 22.8",
verbatimLatitude: "40 7 22.8",
verbatimLongitude: "-74 7 22.8"
},
{
verbatimCoordinates: "40.123 -74.123",
verbatimLatitude: "40.123",
verbatimLongitude: "-74.123"
},
{
verbatimCoordinates: "40.123°,-74.123°",
verbatimLatitude: "40.123°",
verbatimLongitude: "-74.123°"
},
{
verbatimCoordinates: "40.123N74.123W",
verbatimLatitude: "40.123N",
verbatimLongitude: "74.123W"
},
{
verbatimCoordinates: "4007.38N7407.38W",
verbatimLatitude: "4007.38N",
verbatimLongitude: "7407.38W"
},
{
verbatimCoordinates: '40°7’22.8"N, 74°7’22.8"W',
verbatimLatitude: '40°7’22.8"N',
verbatimLongitude: '74°7’22.8"W'
},
{
verbatimCoordinates: "400722.8N740722.8W",
verbatimLatitude: "400722.8N",
verbatimLongitude: "740722.8W"
},
{
verbatimCoordinates: "N 40 7.38 W 74 7.38",
verbatimLatitude: "N 40 7.38",
verbatimLongitude: "W 74 7.38"
},
{
verbatimCoordinates: "40:7:22.8N 74:7:22.8W",
verbatimLatitude: "40:7:22.8N",
verbatimLongitude: "74:7:22.8W"
},
{
verbatimCoordinates: "40:7:23N,74:7:23W",
verbatimLatitude: "40:7:23N",
verbatimLongitude: "74:7:23W",
decimalLatitude: 40.1230555555,
decimalLongitude: -74.1230555555
},
{
verbatimCoordinates: '40°7’23"N 74°7’23"W',
verbatimLatitude: '40°7’23"N',
verbatimLongitude: '74°7’23"W',
decimalLatitude: 40.1230555555,
decimalLongitude: -74.12305555555555
},
{
verbatimCoordinates: '40°7’23"S 74°7’23"E',
verbatimLatitude: '40°7’23"S',
verbatimLongitude: '74°7’23"E',
decimalLatitude: -40.1230555555,
decimalLongitude: 74.12305555555555
},
{
verbatimCoordinates: '40°7’23" -74°7’23"',
verbatimLatitude: '40°7’23"',
verbatimLongitude: '-74°7’23"',
decimalLatitude: 40.1230555555,
decimalLongitude: -74.123055555
},
{
verbatimCoordinates: '40d 7’ 23" N 74d 7’ 23" W',
verbatimLatitude: '40d 7’ 23" N',
verbatimLongitude: '74d 7’ 23" W',
decimalLatitude: 40.1230555555,
decimalLongitude: -74.123055555
},
{
verbatimCoordinates: "40.123N 74.123W",
verbatimLatitude: "40.123N",
verbatimLongitude: "74.123W"
},
{
verbatimCoordinates: "40° 7.38, -74° 7.38",
verbatimLatitude: "40° 7.38",
verbatimLongitude: "-74° 7.38"
},
{
verbatimCoordinates: "40° 7.38, -74° 7.38",
verbatimLatitude: "40° 7.38",
verbatimLongitude: "-74° 7.38"
},
{
verbatimCoordinates: "40 7 22.8; -74 7 22.8",
verbatimLatitude: "40 7 22.8",
verbatimLongitude: "-74 7 22.8"
}
], Dr = {
decimalLatitude: 40.123,
decimalLongitude: -74.123
}, zr = [
{
verbatimCoordinates: `50°4'17.698"south, 14°24'2.826"east`,
verbatimLatitude: `50°4'17.698"south`,
verbatimLongitude: `14°24'2.826"east`,
decimalLatitude: -50.07158277777778,
decimalLongitude: 14.400785
},
{
verbatimCoordinates: "50d4m17.698S 14d24m2.826E",
verbatimLatitude: "50d4m17.698S",
verbatimLongitude: "14d24m2.826E",
decimalLatitude: -50.07158277777778,
decimalLongitude: 14.400785
},
{
verbatimCoordinates: "40:26:46N,79:56:55W",
verbatimLatitude: "40:26:46N",
verbatimLongitude: "79:56:55W",
decimalLatitude: 40.44611111111111,
decimalLongitude: -79.9486111111111
},
{
verbatimCoordinates: "40:26:46.302N 79:56:55.903W",
verbatimLatitude: "40:26:46.302N",
verbatimLongitude: "79:56:55.903W",
decimalLatitude: 40.446195,
decimalLongitude: -79.94886194444445
},
{
verbatimCoordinates: "40°26′47″N 79°58′36″W",
verbatimLatitude: "40°26′47″N",
verbatimLongitude: "79°58′36″W",
decimalLatitude: 40.44638888888889,
decimalLongitude: -79.97666666666667
},
{
verbatimCoordinates: "40d 26′ 47″ N 79d 58′ 36″ W",
verbatimLatitude: "40d 26′ 47″ N",
verbatimLongitude: "79d 58′ 36″ W",
decimalLatitude: 40.44638888888889,
decimalLongitude: -79.97666666666667
},
{
verbatimCoordinates: "40.446195N 79.948862W",
verbatimLatitude: "40.446195N",
verbatimLongitude: "79.948862W",
decimalLatitude: 40.446195,
decimalLongitude: -79.948862
},
{
verbatimCoordinates: "40,446195° 79,948862°",
verbatimLatitude: "40,446195°",
verbatimLongitude: "79,948862°",
decimalLatitude: 40.446195,
decimalLongitude: 79.948862
},
{
verbatimCoordinates: "40° 26.7717, -79° 56.93172",
verbatimLatitude: "40° 26.7717",
verbatimLongitude: "-79° 56.93172",
decimalLatitude: 40.446195,
decimalLongitude: -79.948862
},
{
verbatimCoordinates: "40.446195, -79.948862",
verbatimLatitude: "40.446195",
verbatimLongitude: "-79.948862",
decimalLatitude: 40.446195,
decimalLongitude: -79.948862
},
{
verbatimCoordinates: "40.123256; -74.123256",
verbatimLatitude: "40.123256",
verbatimLongitude: "-74.123256",
decimalLatitude: 40.123256,
decimalLongitude: -74.123256
},
{
verbatimCoordinates: "18°24S 22°45E",
verbatimLatitude: "18°24S",
verbatimLongitude: "22°45E",
decimalLatitude: -18.4,
decimalLongitude: 22.75
}
], Ur = [
{
verbatimCoordinates: "10.432342S 10.6345345E",
verbatimLatitude: "10.432342S",
verbatimLongitude: "10.6345345E",
decimalLatitude: -10.432342,
decimalLongitude: 10.6345345
},
{
verbatimCoordinates: "10.00S 10.00E",
verbatimLatitude: "10.00S",
verbatimLongitude: "10.00E",
decimalLatitude: -10,
decimalLongitude: 10
},
{
verbatimCoordinates: "00.00S 01.00E",
verbatimLatitude: "00.00S",
verbatimLongitude: "01.00E",
decimalLatitude: 0,
decimalLongitude: 1
},
{
verbatimCoordinates: "18.24S 22.45E",
verbatimLatitude: "18.24S",
verbatimLongitude: "22.45E",
decimalLatitude: -18.4,
decimalLongitude: 22.75
},
{
verbatimCoordinates: "27deg 15min 45.2sec S 18deg 32min 53.7sec E",
verbatimLatitude: "27deg 15min 45.2sec S",
verbatimLongitude: "18deg 32min 53.7sec E",
decimalLatitude: -27.262555555555554,
decimalLongitude: 18.54825
},
{
verbatimCoordinates: "-23.3245° S / 28.2344° E",
verbatimLatitude: "-23.3245° S",
verbatimLongitude: "28.2344° E",
decimalLatitude: -23.3245,
decimalLongitude: 28.2344
},
{
verbatimCoordinates: "40° 26.7717 -79° 56.93172",
verbatimLatitude: "40° 26.7717",
verbatimLongitude: "-79° 56.93172",
decimalLatitude: 40.446195,
decimalLongitude: -79.948862
},
{
verbatimCoordinates: "27.15.45S 18.32.53E",
verbatimLatitude: "27.15.45S",
verbatimLongitude: "18.32.53E",
decimalLatitude: -27.2625,
decimalLongitude: 18.548055
},
{
verbatimCoordinates: "-27.15.45 18.32.53",
verbatimLatitude: "-27.15.45",
verbatimLongitude: "18.32.53",
decimalLatitude: -27.2625,
decimalLongitude: 18.548055
},
{
verbatimCoordinates: "27.15.45.2S 18.32.53.4E",
verbatimLatitude: "27.15.45.2S",
verbatimLongitude: "18.32.53.4E",
decimalLatitude: -27.262556,
decimalLongitude: 18.548167
},
{
verbatimCoordinates: "27.15.45,2S 18.32.53,4E",
verbatimLatitude: "27.15.45,2S",
verbatimLongitude: "18.32.53,4E",
decimalLatitude: -27.262556,
decimalLongitude: 18.548167
},
{
verbatimCoordinates: "S23.43563 ° E22.45634 °",
verbatimLatitude: "S23.43563 °",
verbatimLongitude: "E22.45634 °",
decimalLatitude: -23.43563,
decimalLongitude: 22.45634
},
{
verbatimCoordinates: "27,71372° S 23,07771° E",
verbatimLatitude: "27,71372° S",
verbatimLongitude: "23,07771° E",
decimalLatitude: -27.71372,
decimalLongitude: 23.07771
},
{
verbatimCoordinates: "27.45.34 S 23.23.23 E",
verbatimLatitude: "27.45.34 S",
verbatimLongitude: "23.23.23 E",
decimalLatitude: -27.759444,
decimalLongitude: 23.38972222
},
{
verbatimCoordinates: "S 27.45.34 E 23.23.23",
verbatimLatitude: "S 27.45.34",
verbatimLongitude: "E 23.23.23",
decimalLatitude: -27.759444,
decimalLongitude: 23.38972222
},
{
verbatimCoordinates: "53 16.3863,4 52.8171",
verbatimLatitude: "53 16.3863",
verbatimLongitude: "4 52.8171",
decimalLatitude: 53.273105,
decimalLongitude: 4.88029
},
{
verbatimCoordinates: "50 8.2914,-5 2.4447",
verbatimLatitude: "50 8.2914",
verbatimLongitude: "-5 2.4447",
decimalLatitude: 50.13819,
decimalLongitude: -5.040745
},
{
verbatimCoordinates: "N 48° 30,6410', E 18° 57,4583'",
verbatimLatitude: "N 48° 30,6410'",
verbatimLongitude: "E 18° 57,4583'",
decimalLatitude: 48.51068,
decimalLongitude: 18.95764
},
{
verbatimCoordinates: "1.23456, 18.33453",
verbatimLatitude: "1.23456",
verbatimLongitude: "18.33453",
decimalLatitude: 1.23456,
decimalLongitude: 18.33453
}
];
function qr() {
const i = [];
return Gr.forEach((e) => {
e.decimalLatitude ? i.push(e) : i.push({ ...e, ...Dr });
}), [...i, ...zr, ...Ur];
}
const Fr = qr();
fi.formats = Fr.map((i) => i.verbatimCoordinates);
const jr = fi;
function Ai(i, e, t) {
const n = i.slice();
return n[97] = e[t], n[99] = t, n;
}
function Bi(i) {