/* FINSWEET COOKIE CONSENT */
/*  UPDATE TO IGNORE BROWSER DO NOT TRACK */
(() => {
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			H = new WeakMap(),
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		function k(n, e) {
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											o = i;
									  }),
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								: {done: !1, value: yield r.shift()}
							: {done: !0};
					});
				},
				return(a) {
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						for (let f of e) U(n, f).delete(s);
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				[Symbol.asyncIterator]() {
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					throw typeof e != "string"
						? new TypeError("`methodNames` element must be a string")
						: new Error(`${e} is not Emittery method`);
			return n;
		}
		var be = n => n === z || n === G,
			C = class {
				static mixin(e, t) {
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						o => {
							if (typeof o != "function")
								throw new TypeError("`target` must be function");
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								if (o.prototype[i] !== void 0)
									throw new Error(
										`The property \`${i}\` already exists on \`target\``
									);
							function r() {
								return (
									Object.defineProperty(this, e, {
										enumerable: !1,
										value: new C()
									}),
									this[e]
								);
							}
							Object.defineProperty(o.prototype, e, {enumerable: !1, get: r});
							let s = i =>
								function (...a) {
									return this[e][i](...a);
								};
							for (let i of t)
								Object.defineProperty(o.prototype, i, {
									enumerable: !1,
									value: s(i)
								});
							return o;
						}
					);
				}
				static get isDebugEnabled() {
					if (typeof process != "object") return ye;
					let {env: e} = process || {env: {}};
					return e.DEBUG === "emittery" || e.DEBUG === "*" || ye;
				}
				static set isDebugEnabled(e) {
					ye = e;
				}
				constructor(e = {}) {
					w.set(this, new Set()),
						Y.set(this, new Map()),
						H.set(this, new Map()),
						(this.debug = e.debug || {}),
						this.debug.enabled === void 0 && (this.debug.enabled = !1),
						this.debug.logger ||
							(this.debug.logger = (t, o, r, s) => {
								(s = JSON.stringify(s)),
									typeof r == "symbol" && (r = r.toString());
								let i = new Date(),
									a = `${i.getHours()}:${i.getMinutes()}:${i.getSeconds()}.${i.getMilliseconds()}`;
								console.log(`[${a}][emittery:${t}][${o}] Event Name: ${r}
	data: ${s}`);
							});
				}
				logIfDebugEnabled(e, t, o) {
					(C.isDebugEnabled || this.debug.enabled) &&
						this.debug.logger(e, this.debug.name, t, o);
				}
				on(e, t) {
					J(t), (e = Array.isArray(e) ? e : [e]);
					for (let o of e)
						O(o),
							k(this, o).add(t),
							this.logIfDebugEnabled("subscribe", o, void 0),
							be(o) || this.emit(z, {eventName: o, listener: t});
					return this.off.bind(this, e, t);
				}
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					J(t), (e = Array.isArray(e) ? e : [e]);
					for (let o of e)
						O(o),
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							this.logIfDebugEnabled("unsubscribe", o, void 0),
							be(o) || this.emit(G, {eventName: o, listener: t});
				}
				once(e) {
					return new Promise(t => {
						let o = this.on(e, r => {
							o(), t(r);
						});
					});
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					for (let t of e) O(t);
					return Re(this, e);
				}
				emit(e, t) {
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						O(e), this.logIfDebugEnabled("emit", e, t), yt(this, e, t);
						let o = k(this, e),
							r = w.get(this),
							s = [...o],
							i = be(e) ? [] : [...r];
						yield Ne,
							yield Promise.all([
								...s.map(a =>
									p(this, null, function* () {
										if (o.has(a)) return a(t);
									})
								),
								...i.map(a =>
									p(this, null, function* () {
										if (r.has(a)) return a(e, t);
									})
								)
							]);
					});
				}
				emitSerial(e, t) {
					return p(this, null, function* () {
						O(e), this.logIfDebugEnabled("emitSerial", e, t);
						let o = k(this, e),
							r = w.get(this),
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							i = [...r];
						yield Ne;
						for (let a of s) o.has(a) && (yield a(t));
						for (let a of i) r.has(a) && (yield a(e, t));
					});
				}
				onAny(e) {
					return (
						J(e),
						this.logIfDebugEnabled("subscribeAny", void 0, void 0),
						w.get(this).add(e),
						this.emit(z, {listener: e}),
						this.offAny.bind(this, e)
					);
				}
				anyEvent() {
					return Re(this);
				}
				offAny(e) {
					J(e),
						this.logIfDebugEnabled("unsubscribeAny", void 0, void 0),
						this.emit(G, {listener: e}),
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				clearListeners(e) {
					e = Array.isArray(e) ? e : [e];
					for (let t of e)
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							(this.logIfDebugEnabled("clear", t, void 0),
							typeof t == "string" || typeof t == "symbol")
						) {
							k(this, t).clear();
							let o = U(this, t);
							for (let r of o) r.finish();
							o.clear();
						} else {
							w.get(this).clear();
							for (let o of Y.get(this).values()) o.clear();
							for (let o of H.get(this).values()) {
								for (let r of o) r.finish();
								o.clear();
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				listenerCount(e) {
					e = Array.isArray(e) ? e : [e];
					let t = 0;
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							t +=
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								k(this, o).size +
								U(this, o).size +
								U(this).size;
							continue;
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						typeof o != "undefined" && O(o), (t += w.get(this).size);
						for (let r of Y.get(this).values()) t += r.size;
						for (let r of H.get(this).values()) t += r.size;
					}
					return t;
				}
				bindMethods(e, t) {
					if (typeof e != "object" || e === null)
						throw new TypeError("`target` must be an object");
					t = He(t);
					for (let o of t) {
						if (e[o] !== void 0)
							throw new Error(
								`The property \`${o}\` already exists on \`target\``
							);
						Object.defineProperty(e, o, {
							enumerable: !1,
							value: this[o].bind(this)
						});
					}
				}
			},
			Ue = Object.getOwnPropertyNames(C.prototype).filter(
				n => n !== "constructor"
			);
		Object.defineProperty(C, "listenerAdded", {
			value: z,
			writable: !1,
			enumerable: !0,
			configurable: !1
		});
		Object.defineProperty(C, "listenerRemoved", {
			value: G,
			writable: !1,
			enumerable: !0,
			configurable: !1
		});
		je.exports = C;
	});
	var mt = ["essential"],
		le = ["personalization", "analytics", "marketing"],
		ce = "uncategorized",
		K = [...mt, ...le, ce],
		d = "fs-cc",
		St = d + "-ie",
		Se = ["informational", "opt-in", "opt-out"],
		D = {allow: "allow", deny: "deny", submit: "submit"},
		b = {
			banner: `[${d}="banner"]`,
			preferences: `[${d}="preferences"]`,
			manager: `[${d}="manager"]`
		},
		v = {
			allow: `[${d}="${D.allow}"]`,
			deny: `[${d}="${D.deny}"]`,
			submit: `[${d}="${D.submit}"]`,
			openPreferences: `[${d}="open-preferences"]`,
			close: `[${d}="close"]`
		},
		de = {interactionTrigger: `[${d}="interaction"]`},
		m = {
			categories: [`${d}-category`, `${d}-categories`],
			disableScroll: `${d}-scroll`,
			displayProperty: `${d}-display`,
			cookieMaxAge: `${d}-expires`,
			mode: `${d}-mode`,
			debugMode: `${d}-debug`,
			endpoint: `${d}-endpoint`,
			componentsSource: `${d}-source`,
			src: `${d}-src`,
			placeholder: `${d}-placeholder`
		},
		S = {main: d, consentsUpdated: `${d}-updated`};
	var L = {
		checkbox: n => `[${d}-checkbox="${n}"]`,
		gtmEvent: n => `${n}-activated`
	};
	var Ae = `<style>${b.banner},${b.manager},${b.preferences},${de.interactionTrigger}{display:none}</style>`;
	var q = Object.freeze({
			analytics: !1,
			essential: !0,
			marketing: !1,
			personalization: !1,
			uncategorized: !1
		}),
		$ = Object.freeze({
			analytics: !0,
			essential: !0,
			marketing: !0,
			personalization: !0,
			uncategorized: !0
		}),
		Oe = "180";
	var F = (n, e = "flex") =>
			new Promise(t => {
				(n.style.opacity = "0"),
					(n.style.display = e),
					(function o() {
						let r = parseFloat(n.style.opacity);
						if (r >= 1) {
							t();
							return;
						}
						let s = r + 0.1;
						(n.style.opacity = s.toString()), requestAnimationFrame(o);
					})();
			}),
		N = n =>
			new Promise(e => {
				(n.style.opacity = "1"),
					(function t() {
						let r = parseFloat(n.style.opacity) - 0.1;
						(n.style.opacity = r.toString()),
							r <= 0
								? ((n.style.display = "none"), e())
								: requestAnimationFrame(t);
					})();
			});
	var x = class {
		static activateAlerts() {
			this.alertsActivated = !0;
		}
		static alert(e, t) {
			if ((this.alertsActivated && window.alert(e), t === "error"))
				throw new Error(e);
		}
	};
	x.alertsActivated = !1;
	var T = (n, e) => (
		Array.isArray(e) || (e = [e]),
		e.map(o => n.dispatchEvent(new Event(o, {bubbles: !0}))).every(o => o)
	);
	var g = (n, e) => !!n && e.includes(n);
	function fe(n, e, t) {
		let o = t ? [t] : [];
		if (!n) return o;
		let r = n.split(/[ ,]+/);
		if (e) {
			let s = r.filter(i => g(i, e));
			return s.length ? s : o;
		}
		return r;
	}
	var ue = n => Object.entries(n);
	var R = n => Object.keys(n);
	var V = n => {
		let {overflow: e} = getComputedStyle(n);
		return e === "auto" || e === "scroll";
	};
	var ke = n =>
		!!(n.offsetWidth || n.offsetHeight || n.getClientRects().length);
	var y = (n, e, t = document) => {
		let o = t.querySelector(n);
		if (o instanceof e) return o;
	};
	var W = (n, e = !0) => (
		e !== n.checked && ((n.checked = e), T(n, ["click", "input", "change"])),
		n.type === "checkbox" ? n.checked : n.value
	);
	var Me = n => new Promise(e => setTimeout(e, n));
	var pe = class {
		constructor({element: e, duration: t}) {
			this.active = !1;
			this.running = !1;
			this.isActive = () => this.active;
			this.isRunning = () => this.running;
			this.untilFinished = () => this.runningPromise;
			var o, r;
			(this.element =
				typeof e == "string"
					? y(e, HTMLElement) ||
					  x.alert(`No interaction with the ${e} selector was found.`, "error")
					: e),
				(this.duration = {
					first:
						typeof t == "number"
							? t
							: (o = t == null ? void 0 : t.first) != null
							? o
							: 0,
					second:
						typeof t == "number"
							? t
							: (r = t == null ? void 0 : t.second) != null
							? r
							: 0
				});
		}
		trigger(e) {
			return p(this, null, function* () {
				return (e === "first" && this.active) ||
					(e === "second" && !this.active)
					? !1
					: (e || (e = this.active ? "second" : "first"),
					  T(this.element, "click"),
					  (this.running = !0),
					  (this.runningPromise = Me(this.duration[e])),
					  yield this.runningPromise,
					  (this.running = !1),
					  (this.active = e === "first"),
					  !0);
			});
		}
	};
	var A = class {
		constructor({
			element: e,
			interaction: t,
			displayProperty: o,
			noTransition: r,
			startsHidden: s
		}) {
			this.isVisible = () => this.visible;
			if (
				((this.element =
					typeof e == "string"
						? y(e, HTMLElement) ||
						  x.alert(`No element with the ${e} selector was found.`, "error")
						: e),
				(this.noTransition = r),
				(this.displayProperty = o || "block"),
				s
					? ((this.element.style.display = "none"), (this.visible = !1))
					: (this.visible = ke(this.element)),
				t)
			) {
				let {element: i, duration: a} = t;
				this.interaction = new pe({element: i, duration: a});
			}
		}
		show() {
			return p(this, null, function* () {
				this.visible ||
					(this.interaction
						? yield this.interaction.trigger("first")
						: this.noTransition
						? (this.element.style.display = this.displayProperty)
						: yield F(this.element, this.displayProperty),
					(this.visible = !0));
			});
		}
		hide() {
			return p(this, null, function* () {
				!this.visible ||
					(this.interaction
						? yield this.interaction.trigger("second")
						: this.noTransition
						? (this.element.style.display = "none")
						: yield N(this.element),
					(this.visible = !1));
			});
		}
	};
	A.displayProperties = ["block", "flex", "grid", "inline-block", "inline"];
	var me = () =>
		p(void 0, null, function* () {
			var e;
			let {Webflow: n} = window;
			if (!(!n || !("destroy" in n) || !("ready" in n) || !("require" in n)))
				return (
					n.destroy(),
					n.ready(),
					(e = n.require("ix2")) == null || e.init(),
					new Promise(t => n.push(() => t(void 0)))
				);
		});
	var ht = {info: "green", warning: "yellow", error: "red"},
		c = class {
			static activate() {
				this.init(), (this.active = !0);
			}
			static init() {
				(this.element = document.createElement("div")),
					Object.assign(this.element.style, {
						position: "fixed",
						left: "auto",
						top: "auto",
						right: "16px",
						bottom: "0px",
						"z-index": "999999",
						"max-width": "320px",
						"font-size": "14px",
						"line-height": "1.25"
					}),
					document.body.appendChild(this.element);
			}
			static alert(e, t) {
				if (!this.active) return;
				let o = document.createElement("div");
				Object.assign(o.style, {
					position: "relative",
					padding: "16px",
					opacity: "0",
					"margin-bottom": "16px",
					"border-left": `4px solid ${ht[t]}`,
					"background-color": "#fff",
					"box-shadow": "1px 1px 3px 0 rgba(0, 0, 0, 0.1)",
					"word-break": "break-all"
				});
				let r = document.createElement("div");
				(r.innerText = e),
					o.appendChild(r),
					o.insertAdjacentHTML(
						"beforeend",
						`<div ${d}="close" style="position: absolute; left: auto; top: 4px; right: 8px; bottom: auto; cursor: pointer">\u2716</div>`
					),
					this.handleCard(o);
			}
			static handleCard(e) {
				let t = o => {
					o.target instanceof Element &&
						o.target.closest(v.close) &&
						(e.removeEventListener("click", t), e.remove());
				};
				e.addEventListener("click", t),
					this.element.insertAdjacentElement("afterbegin", e),
					F(e);
			}
		};
	l(c, "active", !1), l(c, "element");
	var Ie = n =>
			p(void 0, null, function* () {
				let {origin: e, pathname: t, href: o} = window.location,
					{origin: r, pathname: s, href: i} = new URL(document.baseURI);
				try {
					n.startsWith("/") &&
						(n = (i === o ? e : r + s).replace(/\/+$/, "") + n);
					let {origin: a, pathname: f} = new URL(n);
					if (a + f === e + t) return;
					let h = yield (yield fetch(n)).text(),
						ot = new DOMParser().parseFromString(h, "text/html");
					Object.values(b).forEach(nt => {
						let Ce = ot.querySelector(nt);
						Ce && document.body.appendChild(Ce);
					}),
						me();
				} catch (a) {
					c.alert(`${a}`, "error");
				}
			}),
		Pe = n => {
			if (V(n)) return n;
			let e = n.querySelectorAll("*");
			for (let t of e) if (V(t)) return t;
		},
		De = ({element: n}) => {
			let e = document.createElement("script");
			return (
				(e.type = "text/javascript"),
				(e.innerText = n.innerText),
				(e.text = n.text),
				n.src && (e.src = n.src),
				e
			);
		},
		Le = ({element: n, src: e, placeholder: t}) => {
			let o = document.createElement("iframe");
			for (let {name: r, value: s} of n.attributes) o.setAttribute(r, s);
			return (
				(o.innerText = n.innerText),
				(o.src = e),
				t && o.addEventListener("load", () => N(t)),
				o
			);
		};
	var $e = s =>
		p(void 0, [s], function* ({
			id: n,
			endpoint: e,
			consents: t,
			action: o,
			bannerText: r
		}) {
			if (!!e)
				try {
					let i = JSON.stringify({
							id: n,
							action: o,
							consents: t,
							bannerText: r,
							url: window.location.href,
							userAgent: navigator.userAgent
						}),
						a = yield fetch(e, {body: i, method: "POST"});
					if (a.ok)
						c.alert(
							"The new consents were successfully POSTed to the API endpoint.",
							"info"
						);
					else throw new Error(`The API returned a ${a.status} status.`);
				} catch (i) {
					c.alert(`There was an error while POSTing to the API: ${i}`, "error");
				}
		});
	var Fe = n => {
		(window.dataLayer = window.dataLayer || []),
			window.dataLayer.find(e => e.event === n) ||
				(window.dataLayer.push({event: n}),
				c.alert(`The GTM event ${n} has been fired.`, "info"));
	};
	var ze = ae(Q());
	var Be = (n = 21) => {
		let e = "",
			t = crypto.getRandomValues(new Uint8Array(n));
		for (; n--; ) {
			let o = t[n] & 63;
			o < 36
				? (e += o.toString(36))
				: o < 62
				? (e += (o - 26).toString(36).toUpperCase())
				: o < 63
				? (e += "_")
				: (e += "-");
		}
		return e;
	};
	var _e = n => Object.keys(n).every(e => g(e, K));
	function X(n) {
		for (var e = 1; e < arguments.length; e++) {
			var t = arguments[e];
			for (var o in t) n[o] = t[o];
		}
		return n;
	}
	var bt = {
		read: function (n) {
			return (
				n[0] === '"' && (n = n.slice(1, -1)),
				n.replace(/(%[\dA-F]{2})+/gi, decodeURIComponent)
			);
		},
		write: function (n) {
			return encodeURIComponent(n).replace(
				/%(2[346BF]|3[AC-F]|40|5[BDE]|60|7[BCD])/g,
				decodeURIComponent
			);
		}
	};
	function ge(n, e) {
		function t(r, s, i) {
			if (typeof document != "undefined") {
				(i = X({}, e, i)),
					typeof i.expires == "number" &&
						(i.expires = new Date(Date.now() + i.expires * 864e5)),
					i.expires && (i.expires = i.expires.toUTCString()),
					(r = encodeURIComponent(r)
						.replace(/%(2[346B]|5E|60|7C)/g, decodeURIComponent)
						.replace(/[()]/g, escape));
				var a = "";
				for (var f in i)
					!i[f] ||
						((a += "; " + f), i[f] !== !0 && (a += "=" + i[f].split(";")[0]));
				return (document.cookie = r + "=" + n.write(s, r) + a);
			}
		}
		function o(r) {
			if (!(typeof document == "undefined" || (arguments.length && !r))) {
				for (
					var s = document.cookie ? document.cookie.split("; ") : [],
						i = {},
						a = 0;
					a < s.length;
					a++
				) {
					var f = s[a].split("="),
						u = f.slice(1).join("=");
					try {
						var h = decodeURIComponent(f[0]);
						if (((i[h] = n.read(u, h)), r === h)) break;
					} catch (tt) {}
				}
				return r ? i[r] : i;
			}
		}
		return Object.create(
			{
				set: t,
				get: o,
				remove: function (r, s) {
					t(r, "", X({}, s, {expires: -1}));
				},
				withAttributes: function (r) {
					return ge(this.converter, X({}, this.attributes, r));
				},
				withConverter: function (r) {
					return ge(X({}, this.converter, r), this.attributes);
				}
			},
			{
				attributes: {value: Object.freeze(e)},
				converter: {value: Object.freeze(n)}
			}
		);
	}
	var gt = ge(bt, {path: "/"}),
		E = gt;
	var Ke = () => {
			let n = E.get(S.main);
			if (!n) return;
			let e = JSON.parse(decodeURIComponent(n));
			if (e.consents && _e(e.consents)) return e.consents;
		},
		qe = (n, e, t = 120) => {
			let o = {id: n, consents: e},
				r = encodeURIComponent(JSON.stringify(o));
			E.set(S.main, r, {expires: t});
		},
		Ve = () => {
			let n = E.get();
			for (let e in n) {
				if (e === S.main) continue;
				let t = window.location.host.split(".");
				for (; t.length > 1; )
					E.remove(e),
						E.remove(e, {domain: `.${t.join(".")}`}),
						E.remove(e, {domain: `${t.join(".")}`}),
						t.splice(0, 1);
			}
		},
		We = () => !!E.get(S.consentsUpdated),
		Ye = (n = 120) => {
			E.set(S.consentsUpdated, "true", {expires: n});
		};
	var Z = class extends ze.default {
		constructor(e) {
			super();
			this.store = e;
			this.loadConsents(),
				this.storeElements(),
				document.readyState !== "complete" &&
					window.addEventListener("load", () => {
						this.storeElements(), this.applyConsents();
					}),
				this.applyConsents();
		}
		storeElements() {
			let {store: e} = this,
				t = document.querySelectorAll(`script[type="${d}"], iframe[${m.src}]`),
				o = e.getStoredElements();
			[...t]
				.filter(s => !o.find(({element: i}) => s === i))
				.forEach(s => {
					let i = fe(
						s.getAttribute(m.categories[0]) || s.getAttribute(m.categories[1]),
						K,
						ce
					);
					if (
						(s instanceof HTMLScriptElement &&
							e.storeScript({categories: i, element: s, active: !1}),
						s instanceof HTMLIFrameElement)
					) {
						let a = s.getAttribute(m.src);
						if (!a) return;
						s.src = "";
						let f = s.getAttribute(m.placeholder),
							u = f ? y(f, HTMLElement) : void 0;
						e.storeIFrame({
							categories: i,
							element: s,
							src: a,
							placeholder: u,
							active: !1
						});
					}
					c.alert(
						`Stored the element: ${s.outerHTML} in the categories: ${i.join(
							", "
						)}`,
						"info"
					);
				});
		}
		loadConsents() {
			let e = Ke();
			if (!e) return;
			c.alert(
				`The following consents were loaded from the stored cookies: ${JSON.stringify(
					e
				)}`,
				"info"
			),
				this.store.storeConsents(e),
				We() &&
					(Ve(),
					c.alert("Previously denied cookies have been deleted.", "info"));
		}
		applyConsents() {
			return p(this, null, function* () {
				let {store: e} = this;
				for (let t of e.getActivableElements())
					yield new Promise(o => {
						let {element: r} = t,
							{src: s, parentElement: i} = r,
							a;
						if (t.type === "script") a = De(t);
						else if (t.type === "iframe") a = Le(t);
						else {
							o(void 0);
							return;
						}
						let f = () => {
							(t.element = a), (t.active = !0), o(void 0);
						};
						s && a.addEventListener("load", f),
							i == null || i.insertBefore(a, r),
							r.remove(),
							s || f();
					});
				e.getConsentsEntries().forEach(([t, o]) => {
					o && Fe(L.gtmEvent(t));
				});
			});
		}
		updateConsents(e, t) {
			let {store: o} = this,
				{cookieMaxAge: r, endpoint: s} = o,
				i = o.storeConsents(e),
				a = Be();
			qe(a, o.getConsents(), r),
				s &&
					$e({
						action: t,
						endpoint: s,
						id: a,
						consents: o.getConsents(),
						bannerText: o.getBannerText() || ""
					}),
				i.length &&
					(Ye(r),
					this.applyConsents(),
					c.alert(
						`The following consents were updated: ${i.join(", ")}`,
						"info"
					)),
				this.emit("updateconsents");
		}
	};
	function Et(n) {
		if (Array.isArray(n)) {
			for (var e = 0, t = Array(n.length); e < n.length; e++) t[e] = n[e];
			return t;
		} else return Array.from(n);
	}
	var Ee = !1;
	typeof window != "undefined" &&
		((ve = {
			get passive() {
				Ee = !0;
			}
		}),
		window.addEventListener("testPassive", null, ve),
		window.removeEventListener("testPassive", null, ve));
	var ve,
		Ge =
			typeof window != "undefined" &&
			window.navigator &&
			window.navigator.platform &&
			(/iP(ad|hone|od)/.test(window.navigator.platform) ||
				(window.navigator.platform === "MacIntel" &&
					window.navigator.maxTouchPoints > 1)),
		M = [],
		ee = !1,
		we = -1,
		j = void 0,
		B = void 0,
		Je = function (e) {
			return M.some(function (t) {
				return !!(t.options.allowTouchMove && t.options.allowTouchMove(e));
			});
		},
		te = function (e) {
			var t = e || window.event;
			return Je(t.target) || t.touches.length > 1
				? !0
				: (t.preventDefault && t.preventDefault(), !1);
		},
		vt = function (e) {
			if (B === void 0) {
				/* reserveScrollBarGap disabled - using stable scrollbars */
			}
			j === void 0 &&
				((j = document.body.style.overflow),
				(document.body.style.overflow = "hidden"));
		},
		wt = function () {
			B !== void 0 && ((document.body.style.paddingRight = B), (B = void 0)),
				j !== void 0 && ((document.body.style.overflow = j), (j = void 0));
		},
		Ct = function (e) {
			return e ? e.scrollHeight - e.scrollTop <= e.clientHeight : !1;
		},
		xt = function (e, t) {
			var o = e.targetTouches[0].clientY - we;
			return Je(e.target)
				? !1
				: (t && t.scrollTop === 0 && o > 0) || (Ct(t) && o < 0)
				? te(e)
				: (e.stopPropagation(), !0);
		},
		Qe = function (e, t) {
			if (!e) {
				console.error(
					"disableBodyScroll unsuccessful - targetElement must be provided when calling disableBodyScroll on IOS devices."
				);
				return;
			}
			if (
				!M.some(function (r) {
					return r.targetElement === e;
				})
			) {
				var o = {targetElement: e, options: t || {}};
				(M = [].concat(Et(M), [o])),
					Ge
						? ((e.ontouchstart = function (r) {
								r.targetTouches.length === 1 &&
									(we = r.targetTouches[0].clientY);
						  }),
						  (e.ontouchmove = function (r) {
								r.targetTouches.length === 1 && xt(r, e);
						  }),
						  ee ||
								(document.addEventListener(
									"touchmove",
									te,
									Ee ? {passive: !1} : void 0
								),
								(ee = !0)))
						: vt(t);
			}
		},
		Xe = function () {
			Ge
				? (M.forEach(function (e) {
						(e.targetElement.ontouchstart = null),
							(e.targetElement.ontouchmove = null);
				  }),
				  ee &&
						(document.removeEventListener(
							"touchmove",
							te,
							Ee ? {passive: !1} : void 0
						),
						(ee = !1)),
				  (we = -1))
				: wt(),
				(M = []);
		};
	var Ze = ae(Q());
	var oe = class extends Ze.default {
		constructor(e, t) {
			super();
			this.element = e;
			this.store = t;
			l(this, "checkboxes", new Map());
			this.initElements(), this.listenEvents(), this.updateCheckboxes();
		}
		initElements() {
			let e = le.filter(t => {
				let o = L.checkbox(t),
					r = this.element.querySelector(`input${o}, ${o} input`);
				return !r || r.type !== "checkbox"
					? !0
					: (r.checked && W(r, !1), this.checkboxes.set(t, r), !1);
			});
			e.length &&
				c.alert(
					`The Consents Form is missing the following checkboxes: ${e
						.map(t => L.checkbox(t))
						.join(", ")}.`,
					"warning"
				);
		}
		listenEvents() {
			this.element.addEventListener("submit", e => this.handleSubmit(e));
		}
		handleSubmit(e) {
			e.preventDefault(), e.stopPropagation();
			let t = {};
			this.checkboxes.forEach((o, r) => {
				var s;
				t[r] = (s = o.checked) != null ? s : !1;
			}),
				this.emit("submit", t);
		}
		updateCheckboxes() {
			let e = this.store.getConsents();
			this.checkboxes.forEach((t, o) => {
				!!e[o] !== t.checked && W(t, e[o]);
			});
		}
		submit() {
			T(this.element, "submit");
		}
	};
	var et = ae(Q());
	var I = class extends et.default {
		constructor(e, t) {
			super();
			this.selector = e;
			this.store = t;
			l(this, "element");
			l(this, "form");
			l(this, "displayController");
			l(this, "scrollableElement");
			l(this, "disableScrollOnOpen", !1);
			l(this, "ready", !1);
			l(this, "isReady", () => this.ready);
			document.readyState === "complete"
				? this.init()
				: window.addEventListener("load", () => this.init());
		}
		init() {
			let {banner: e, manager: t, preferences: o} = b;
			if (!this.initElements()) {
				switch (this.selector) {
					case e:
						c.alert(
							`No element with the ${e} attribute was found, it is required to have it!`,
							"error"
						);
						break;
					case t:
						c.alert(
							`No element with the ${t} attribute was found, did you want to use the Manager component?`,
							"info"
						);
						break;
					case o:
						c.alert(
							`No element with the ${o} attribute was found, did you want to use the Preferences component?`,
							"info"
						);
						break;
				}
				return;
			}
			this.handleAccessibility(),
				this.listenEvents(),
				(this.ready = !0),
				this.emit("ready", this.element);
		}
		initElements() {
			this.element = y(this.selector, HTMLElement);
			let {element: e, store: t} = this;
			if (!e) return !1;
			let o = y("form", HTMLFormElement, e);
			o && (this.form = new oe(o, t));
			let r = e.getAttribute(m.displayProperty);
			(this.disableScrollOnOpen =
				e.getAttribute(m.disableScroll) === "disable"),
				this.disableScrollOnOpen && (this.scrollableElement = Pe(e));
			let s = y(de.interactionTrigger, HTMLElement, e);
			return (
				(this.displayController = new A({
					element: e,
					interaction: s ? {element: s} : void 0,
					displayProperty: g(r, A.displayProperties) ? r : "flex",
					startsHidden: !0
				})),
				!0
			);
		}
		handleAccessibility() {
			let {element: e} = this;
			!e ||
				R(v).forEach(t => {
					let o = e.querySelector(v[t]);
					!o ||
						(o.setAttribute("role", "button"), o.setAttribute("tabindex", "0"));
				});
		}
		listenEvents() {
			let {element: e, form: t} = this;
			!e ||
				(e.addEventListener("click", o => this.handleMouseAndKeyboard(o)),
				e.addEventListener("keydown", o => this.handleMouseAndKeyboard(o)),
				t == null || t.on("submit", o => this.handleFormSubmit(o)));
		}
		handleMouseAndKeyboard(e) {
			var a;
			let {target: t} = e,
				{allow: o, deny: r, close: s, submit: i} = v;
			t instanceof Element &&
				(("key" in e && e.key !== "Enter") ||
					(t.closest(o)
						? (this.emit("allow"), this.close())
						: t.closest(r)
						? (this.emit("deny"), this.close())
						: t.closest(s)
						? this.close()
						: t.closest(i) && ((a = this.form) == null || a.submit())));
		}
		handleFormSubmit(e) {
			this.emit("formsubmit", e), this.close();
		}
		show(e = !0) {
			let {
				element: t,
				displayController: o,
				disableScrollOnOpen: r,
				scrollableElement: s
			} = this;
			!t ||
				!o ||
				o.isVisible() === e ||
				(o[e ? "show" : "hide"](),
				r && (e ? Qe(s || t, {reserveScrollBarGap: !0}) : Xe()),
				this.emit(e ? "open" : "close"));
		}
		open() {
			this.ready ? this.show() : this.once("ready").then(() => this.show());
		}
		close() {
			this.ready ? this.show(!1) : this.once("ready").then(() => this.show(!1));
		}
	};
	var ne = class {
		constructor() {
			l(this, "mode");
			l(this, "cookieMaxAge");
			l(this, "debugMode");
			l(this, "endpoint");
			l(this, "componentsSource");
			l(this, "confirmed", !1);
			l(this, "consents");
			l(this, "bannerText", "empty");
			l(this, "scripts", []);
			l(this, "iFrames", []);
			l(this, "userHasConfirmed", () => this.confirmed);
			l(this, "getStoredElements", () => [...this.scripts, ...this.iFrames]);
			l(this, "getActivableElements", () =>
				this.getStoredElements().filter(
					({active: e, categories: t}) => !e && t.every(o => this.consents[o])
				)
			);
			l(this, "getConsents", () => this.consents);
			l(this, "getConsentsEntries", () => ue(this.consents));
			l(this, "getConsent", e => this.consents[e]);
			l(this, "getBannerText", () => this.bannerText);
			let {currentScript: e} = document,
				t = e == null ? void 0 : e.getAttribute(m.mode);
			switch (((this.mode = g(t, Se) ? t : "opt-in"), this.mode)) {
				case "informational":
				case "opt-out":
					this.consents = P({}, $);
					break;
				default:
					this.consents = P({}, q);
			}
			this.cookieMaxAge = parseInt(
				(e == null ? void 0 : e.getAttribute(m.cookieMaxAge)) || Oe
			);
			let o = e == null ? void 0 : e.getAttribute(m.debugMode);
			(this.debugMode = o === "" || o === "true"),
				this.debugMode && c.activate(),
				(this.endpoint = e == null ? void 0 : e.getAttribute(m.endpoint)),
				(this.componentsSource =
					e == null ? void 0 : e.getAttribute(m.componentsSource)),
				c.alert(
					`The cookie banner is set to ${
						this.mode
					} mode with a consent expiry time of ${this.cookieMaxAge} days.${
						this.endpoint
							? `The consents will be POSTed to ${this.endpoint}`
							: ""
					}`,
					"info"
				);
		}
		storeScript(e) {
			this.scripts.push(ie(P({}, e), {type: "script"}));
		}
		storeIFrame(e) {
			this.iFrames.push(ie(P({}, e), {type: "iframe"}));
		}
		storeConsents(e) {
			let t = [];
			return (
				R(e).forEach(o => {
					if (o === "essential") return;
					let r = e[o];
					r === void 0 ||
						r === this.consents[o] ||
						((this.consents[o] = r), t.push(o));
				}),
				(this.confirmed = !0),
				t
			);
		}
		storeBannerText(e) {
			e && e.textContent && (this.bannerText = e.textContent);
		}
	};
	var re = class {
		constructor() {
			l(this, "consentController");
			l(this, "store", new ne());
			l(this, "banner");
			l(this, "preferences");
			l(this, "manager");
			(this.consentController = new Z(this.store)),
				this.initComponents().then(() => this.init());
		}
		initComponents() {
			return p(this, null, function* () {
				let {store: e} = this,
					{componentsSource: t} = e,
					{banner: o, preferences: r, manager: s} = b;
				t && (yield Ie(t)),
					(this.banner = new I(o, e)),
					(this.preferences = new I(r, e)),
					(this.manager = new I(s, e));
			});
		}
		init() {
			let {store: e, manager: t, banner: o} = this;
			document.head.insertAdjacentHTML("beforeend", Ae);
			let r = /bot|crawler|spider|crawling/i.test(navigator.userAgent),
				// s = navigator.doNotTrack || window.doNotTrack;
				s = null;
			r ||
				!(s ? s !== "yes" && s !== "1" : !0) ||
				(e.userHasConfirmed() ? t.open() : o.open(), this.listenEvents());
		}
		listenEvents() {
			let {allow: e, deny: t, submit: o} = D,
				r = ["banner", "manager", "preferences"],
				{store: s, consentController: i, banner: a, manager: f} = this;
			document.addEventListener("click", u => this.handleMouseAndKeyboard(u)),
				document.addEventListener("keydown", u =>
					this.handleMouseAndKeyboard(u)
				),
				a.isReady()
					? s.storeBannerText(a.element)
					: a.on("ready", u => s.storeBannerText(u)),
				i.on("updateconsents", () => {
					r.forEach(u => {
						var h;
						return (h = this[u].form) == null ? void 0 : h.updateCheckboxes();
					});
				}),
				r.forEach(u => {
					this[u].on("allow", () => {
						c.alert(`Allow button was clicked in the ${u} component.`, "info"),
							i.updateConsents($, e);
					}),
						this[u].on("deny", () => {
							c.alert(`Deny button was clicked in the ${u} component.`, "info"),
								i.updateConsents(q, t);
						}),
						this[u].on("formsubmit", h => {
							c.alert(
								`Consents Form was submitted in the ${u} component with the following consents: ${JSON.stringify(
									h
								)}`,
								"info"
							),
								i.updateConsents(h, o);
						}),
						u !== "manager" &&
							this[u].on("close", () => {
								c.alert(`The ${u} component was closed.`, "info"),
									s.mode === "informational" &&
										(c.alert(
											`All cookies were accepted because the mode is set to ${s.mode}.`,
											"warning"
										),
										i.updateConsents($, e)),
									f.open();
							});
				});
		}
		handleMouseAndKeyboard(e) {
			let {target: t} = e,
				{banner: o, manager: r, preferences: s} = this;
			t instanceof Element &&
				(("key" in e && e.key !== "Enter") ||
					(t.closest(v.openPreferences) &&
						(o.close(),
						r.close(),
						s.open(),
						c.alert("Open Preferences button was clicked.", "info"))));
		}
	};
	window.FsCC = new re();
})();
/*! js-cookie v3.0.1 | MIT */