self.AMP_CONFIG = { "v": "012309181453000", "type": "production", "allow-doc-opt-in": ["amp-next-page"], "allow-url-opt-in": [], "canary": 0, "a4aProfilingRate": 0.01, "doubleclickSraExp": 0.01, "doubleclickSraReportExcludedBlock": 0.1, "flexAdSlots": 0.05, "flexible-bitrate": 0.1, "ios-fixed-no-transfer": 0, "story-ad-placements": 0.01, "story-disable-animations-first-page": 1, "story-load-inactive-outside-viewport": 1, "amp-sticky-ad-to-amp-ad-v4": 0, "story-video-cache-apply-audio": 0, "amp-story-subscriptions": 1, "esm": 1 };/*AMP_CONFIG*/self.AMP_EXP = { "flexible-bitrate": 0.1, "amp-story-first-page-max-bitrate": 0.3, "story-disable-animations-first-page": 1, "story-load-first-page-only": 1, "story-load-inactive-outside-viewport": 1, "story-ad-page-outlink": 0.02, "amp-geo-ssr": 1, "story-remote-localization": 1, "amp-story-subscriptions": 1, "attribution-reporting": 0.04 };/*AMP_EXP*/;
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To fix this problem load the JavaScript file for %s in this page.", i, s, s, s) }(t, i, s))) } function Ki(t, i, s, e) { const n = ki(t, i); if (n) return n; const r = Li(t); return r.whenExtensionsKnown().then((() => { const t = r.getExtensionVersion(s); return t ? Si(r.win, "extensions").waitForExtension(s, t) : null })).then((s => s ? e ? ki(t, i) : Ci(t, i) : null)) } var Yi, Qi = t => Ki(t, "access", "amp-access"), Ji = t => Ki(t, "subscriptions", "amp-subscriptions"), Xi = t => Oi(t, "action"), Zi = t => Wi(t, "activity", "amp-analytics"), ts = t => Li(t), is = t => Si(t, "ampdoc"), ss = t => function (t, i, s) { const e = Oi(t, i); return e ? Promise.resolve(e) : Ki(t, i, "amp-bind") }(t, "bind"), es = t => Ci(t, "cid"), ns = t => Si(t, "crypto"), rs = t => xi(t, "documentInfo").get(), hs = t => Si(t, "extensions"), os = t => xi(t, "history"), us = t => xi(t, "mutator"), ls = t => Si(t, "performance"), cs = t => Si(t, "platform"), as = t => Si(t, "preconnect"), ds = t => xi(t, "resources"), fs = t => Ci(t, "storage"), ps = t => function (t, i) { return $i(t, "timer") }(t), ms = t => Oi(t, "url-replace"), _s = t => Ki(t, "geo", "amp-geo", !0), As = t => Oi(t, "url"), Ps = t => xi(t, "viewer"), gs = t => Si(t, "vsync"), vs = t => xi(t, "viewport"), Es = t => Si(t, "xhr"), Ts = { PRERENDER: "prerender", PREVIEW: "preview", VISIBLE: "visible", HIDDEN: "hidden", PAUSED: "paused", INACTIVE: "inactive" }, Is = class { constructor() { this.un = null } add(t) { return this.un || (this.un = []), this.un.push(t), () => { this.remove(t) } } remove(t) { this.un && M(this.un, t) } removeAll() { this.un && (this.un.length = 0) } fire(t) { if (this.un) for (const i of this.un.slice()) i(t) } getHandlerCount() { var t, i; return null !== (t = null === (i = this.un) || void 0 === i ? void 0 : i.length) && void 0 !== t ? t : 0 } }, Ms = class { constructor() { this.hn = p(), this.ti = null } get(t) { const i = this.hn[t]; return null == i ? null : i } whenSignal(t) { var i; let s = null === (i = this.ti) || void 0 === i ? void 0 : i[t]; if (!s) { const i = this.hn[t]; s = null != i ? { promise: "number" == typeof i ? Promise.resolve(i) : Promise.reject(i) } : new n, this.ti || (this.ti = p()), this.ti[t] = s } return s.promise } signal(t, i) { var s; if (null != this.hn[t]) return; const e = null != i ? i : Date.now(); this.hn[t] = e; const n = null === (s = this.ti) || void 0 === s ? void 0 : s[t]; null != n && n.resolve && (n.resolve(e), n.resolve = void 0, n.reject = void 0) } rejectSignal(t, i) { var s; if (null != this.hn[t]) return; this.hn[t] = i; const e = null === (s = this.ti) || void 0 === s ? void 0 : s[t]; null != e && e.reject && (e.reject(i), e.promise.catch((() => { })), e.resolve = void 0, e.reject = void 0) } reset(t) { var i; this.hn[t] && delete this.hn[t]; const s = null === (i = this.ti) || void 0 === i ? void 0 : i[t]; s && !s.resolve && delete this.ti[t] } }, Rs = ["Webkit", "webkit", "Moz", "moz", "ms", "O", "o"], ys = { "getPropertyPriority": () => "", "getPropertyValue": () => "" }; function bs(t) { const i = t.replace(/[A-Z]/g, (t => "-" + t.toLowerCase())); return Rs.some((t => i.startsWith(t + "-"))) ? `-${i}` : i } function ws(t, i, s) { if (i.startsWith("--")) return i; Yi || (Yi = p()); let e = Yi[i]; if (!e || s) { if (e = i, void 0 === t[i]) { const s = function (t) { return t.charAt(0).toUpperCase() + t.slice(1) }(i), n = function (t, i) { for (let s = 0; s < Rs.length; s++) { const e = Rs[s] + i; if (void 0 !== t[e]) return e } return "" }(t, s); void 0 !== t[n] && (e = n) } s || (Yi[i] = e) } return e } function Vs(t, i) { const { style: s } = t; for (const t in i) s.setProperty(bs(ws(s, t)), String(i[t]), "important") } function Ss(t, i, s, e, n) { const r = ws(t.style, i, n); if (!r) return; const h = e ? s + e : s; t.style.setProperty(bs(r), h) } function xs(t, i) { for (const s in i) Ss(t, s, i[s]) } function Os(t, i) { void 0 === i && (i = t.hasAttribute("hidden")), i ? t.removeAttribute("hidden") : t.setAttribute("hidden", "") } function Cs(t) { return `${t}px` } function ks(t, i) { return t.getComputedStyle(i) || ys } function Ns(t) { const i = t[ws(t, "visibilityState", !0)]; if (i) return i; const s = ws(t, "hidden", !0); return s in t && t[s] ? Ts.HIDDEN : Ts.VISIBLE } function Ds(t, i) { if (!t.addEventListener) return; const s = Us(t); s && t.addEventListener(s, i) } function Ls(t, i) { if (!t.removeEventListener) return; const s = Us(t); s && t.removeEventListener(s, i) } function Us(t) { const i = ws(t, "hidden", !0), s = i.indexOf("Hidden"); return -1 != s ? i.substring(0, s) + "Visibilitychange" : "visibilitychange" } var $s = class { static getTop(t) { return t.top } static getLocation(t) { return t.location } static getDocumentReferrer(t) { return t.document.referrer } static getHostname(t) { return t.location.hostname } static getUserAgent(t) { return t.navigator.userAgent } static getUserLanguage(t) { return t.navigator.userLanguage || t.navigator.language } static getDevicePixelRatio() { return self.devicePixelRatio || 1 } static getSendBeacon(t) { if (t.navigator.sendBeacon) return t.navigator.sendBeacon.bind(t.navigator) } static getXMLHttpRequest(t) { return t.XMLHttpRequest } static getImage(t) { return t.Image } }, Fs = "__AMP__", Bs = "-ampdoc-ext-known", Hs = "-ampdoc-first-visible", js = "-ampdoc-next-visible", zs = "-ampdoc-first-previewed", Gs = class { constructor(t, i, s) { this.win = t, this.ii = p(), this.si = i, this.ei = s && s.signals || new Ms, this.ni = s && s.params || p(), this.ri = null, this.hi = {}; const e = this.ni.visibilityState; var n; yt(!e || "prerender" === (n = e) || "preview" === n || "visible" === n || "hidden" === n || "paused" === n || "inactive" === n), this.oi = s && s.visibilityState || e || null, this.D = null, this.ui = new Is, this.li = null, this.ci = []; const r = this.ai.bind(this); this.si && this.ci.push(this.si.onVisibilityChanged(r)), Ds(this.win.document, r), this.ci.push((() => Ls(this.win.document, r))), this.ai() } dispose() { (function (t) { const i = ji(t); for (const t in i) { if (!Object.prototype.hasOwnProperty.call(i, t)) continue; const s = i[t]; s.sharedInstance || (s.obj ? Gi(t, s.obj) : s.promise && s.promise.then((i => Gi(t, i)))) } })(this), this.ci.forEach((t => t())) } isSingleDoc() { return yt(null) } getParent() { return this.si } signals() { return this.ei } getParam(t) { const i = this.ni[t]; return null == i ? null : i } getMeta() { return this.ri || (this.ri = p(), this.win.document.head.querySelectorAll("meta[name]").forEach((t => { const i = t.getAttribute("name"), s = t.getAttribute("content"); i && null !== s && void 0 === this.ri[i] && (this.ri[i] = s) }))), p(this.ri) } getMetaByName(t) { if (!t) return null; const i = this.getMeta()[t]; return void 0 !== i ? i : null } setMetaByName(t, i) { yt(null) } declaresExtension(t, i) { const s = this.hi[t]; return !(!s || i && s !== i) } declareExtension(t, i) { yt(!this.hi[t] || this.hi[t] === i), this.hi[t] = i } getExtensionVersion(t) { return this.hi[t] || null } setExtensionsKnown() { this.ei.signal(Bs) } whenExtensionsKnown() { return this.ei.whenSignal(Bs) } getRootNode() { return yt(null) } getHeadNode() { } isBodyAvailable() { return yt(!1) } getBody() { return yt(null) } waitForBodyOpen() { return yt(null) } isReady() { return yt(null) } whenReady() { return yt(null) } getUrl() { return yt(null) } getElementById(t) { return this.getRootNode().getElementById(t) } contains(t) { return this.getRootNode().contains(t) } overrideVisibilityState(t) { this.oi != t && (this.oi = t, this.ai()) } ai() { const t = Ns(this.win.document); let i, s = Ts.VISIBLE; for (let t = this.si; t; t = t.getParent())if (t.getVisibilityState() != Ts.VISIBLE) { s = t.getVisibilityState(); break } const e = this.oi || Ts.VISIBLE; if (i = e == Ts.VISIBLE && s == Ts.VISIBLE && t == Ts.VISIBLE ? Ts.VISIBLE : t == Ts.HIDDEN && e == Ts.PAUSED ? t : e == Ts.PAUSED || e == Ts.INACTIVE ? e : s == Ts.PAUSED || s == Ts.INACTIVE ? s : e == Ts.PREVIEW || t == Ts.PREVIEW || s == Ts.PREVIEW ? Ts.PREVIEW : e == Ts.PRERENDER || t == Ts.PRERENDER || s == Ts.PRERENDER ? Ts.PRERENDER : Ts.HIDDEN, this.D != i) { if (i == Ts.VISIBLE) { var n; const { performance: t } = this.win; let i = Math.floor(null !== (n = t.timeOrigin) && void 0 !== n ? n : t.timing.navigationStart); null != this.D && (i += Math.floor(t.now())), this.li = i, this.ei.signal(Hs, i), this.ei.signal(js, i) } else this.ei.reset(js); i == Ts.PREVIEW && this.ei.signal(zs), this.D = i, this.ui.fire() } } whenFirstPreviewedOrVisible() { return Promise.race([this.whenFirstPreviewed(), this.whenFirstVisible()]) } whenFirstPreviewed() { return this.ei.whenSignal(zs).then((() => { })) } whenFirstVisible() { return this.ei.whenSignal(Hs).then((() => { })) } whenNextVisible() { return this.ei.whenSignal(js).then((() => { })) } getFirstVisibleTime() { return this.ei.get(Hs) } getLastVisibleTime() { return this.li } getVisibilityState() { return yt(this.D) } isPreview() { return this.D == Ts.PREVIEW } isVisible() { return this.D == Ts.VISIBLE } hasBeenVisible() { return null != this.getLastVisibleTime() } onVisibilityChanged(t) { return this.ui.add(t) } registerSingleton(t) { return !this.ii[t] && (this.ii[t] = !0, !0) } }, qs = class extends Gs { constructor(t, i) { super(t, null, i), this.di = this.win.document.body ? Promise.resolve(this.win.document.body) : Ft(this.win.document).then((() => this.getBody())), this.fi = vi(this.win.document) } isSingleDoc() { return !0 } getRootNode() { return this.win.document } getUrl() { return $s.getLocation(this.win).href } getHeadNode() { return this.win.document.head } isBodyAvailable() { return !!this.win.document.body } getBody() { return this.win.document.body } waitForBodyOpen() { return this.di } isReady() { return _i(this.win.document) } whenReady() { return this.fi } }, Ws = class extends Gs { constructor(t, i, s, e) { super(t, null, e), this.pi = i, this.mi = s, this._i = null; const r = new n; this.di = r.promise, this.Ai = r.resolve, this.gi = !1; const h = new n; this.fi = h.promise, this.Pi = h.resolve } isSingleDoc() { return !1 } getRootNode() { return this.mi } getUrl() { return this.pi } getHeadNode() { return this.mi } isBodyAvailable() { return !!this._i } getBody() { return this._i } setBody(t) { yt(!this._i), this._i = t, this.Ai(t), this.Ai = void 0 } waitForBodyOpen() { return this.di } isReady() { return this.gi } setReady() { yt(!this.gi), this.gi = !0, this.Pi(), this.Pi = void 0 } whenReady() { return this.fi } getMeta() { return p(this.ri) } setMetaByName(t, i) { yt(t), this.ri || (this.ri = p()), this.ri[t] = i } }, Ks = class extends Gs { constructor(t, i, s, e) { super(t, s, e), this.pi = i, this.di = this.win.document.body ? Promise.resolve(this.win.document.body) : Ft(this.win.document).then((() => this.getBody())), this.gi = !1; const r = new n; this.fi = r.promise, this.Pi = r.resolve } isSingleDoc() { return !1 } getRootNode() { return this.win.document } getUrl() { return this.pi } getHeadNode() { return this.win.document.head } isBodyAvailable() { return !!this.win.document.body } getBody() { return this.win.document.body } waitForBodyOpen() { return this.di } isReady() { return this.gi } whenReady() { return this.fi } setReady() { yt(!this.gi), this.gi = !0, this.Pi(), this.Pi = void 0 } }; function Ys(t, i) { const s = p(); return i ? Object.assign(s, i) : (t.name && 0 == t.name.indexOf(Fs) && Object.assign(s, Y(t.name.substring(Fs.length))), t.location && t.location.hash && Object.assign(s, Y(t.location.hash))), s } var Qs = "nodisplay", Js = "fixed", Xs = "fixed-height", Zs = "responsive", te = "container", ie = "fill", se = "flex-item", ee = "fluid", ne = "intrinsic", re = /^amp\-(video|.+player)|AMP-BRIGHTCOVE|AMP-DAILYMOTION|AMP-YOUTUBE|AMP-VIMEO|AMP-IMA-VIDEO/i; function he(t) { if ("nodisplay" === (i = t) || "fixed" === i || "fixed-height" === i || "responsive" === i || "container" === i || "fill" === i || "flex-item" === i || "fluid" === i || "intrinsic" === i) return t; var i } function oe(t) { return "i-amphtml-layout-" + t } function ue(t) { return t == Js || t == Xs || t == Zs || t == ie || t == se || t == ee || t == ne } function le(t) { return "number" == typeof t ? t + "px" : t && /^\d+(\.\d+)?(px|em|rem|vh|vw|vmin|vmax|cm|mm|q|in|pc|pt)?$/.test(t) ? /^\d+(\.\d+)?$/.test(t) ? t + "px" : t : void 0 } function ce(t) { !function (t) { F(/^\d+(\.\d+)?(px|em|rem|vh|vw|vmin|vmax|cm|mm|q|in|pc|pt)$/.test(null != t ? t : ""), "Invalid length value: %s", t) }(t); const i = /[a-z]+/i.exec(null != t ? t : ""); return F(i, "Failed to read units from %s", t), i[0] } function ae(t) { const i = parseFloat(t); return w(i) ? i : void 0 } function de(t, i) { t.classList.add("i-amphtml-fill-content"), i && t.classList.add("i-amphtml-replaced-content") } function fe(t, i, s, e) { const n = E(t); for (const t of n) { const n = i.getAttribute(t); null !== n ? s.setAttribute(t, n) : e && s.removeAttribute(t) } } var pe, me = "amp:attached", _e = "amp:load-start", Ae = "amp:load-end", Pe = "ready-upgrade", ge = "upgraded", ve = "built", Ee = "mounted", Te = "load-start", Ie = "render-start", Me = "load-end", Re = "unload"; function ye(t, i) { return [{ query: t.matchMedia(i), value: "1" }, { query: null, value: "" }] } function be(t, i) { return i.split(",").map((i => { if (0 == (i = i.replace(/\s+/g, " ").trim()).length) return; let s, e, n; if (")" == i.charAt(i.length - 1)) { let t = 1; for (n = i.length - 2; n >= 0; n--) { const s = i.charAt(n); if ("(" == s ? t-- : ")" == s && t++, 0 == t) break } const s = n - 1; if (n > 0) for (n--; n >= 0; n--) { const t = i.charAt(n); if (!("%" == t || "-" == t || "_" == t || t >= "a" && t <= "z" || t >= "A" && t <= "Z" || t >= "0" && t <= "9")) break } if (n >= s) return null } else for (n = i.length - 2; n >= 0; n--) { const t = i.charAt(n); if (!("%" == t || "." == t || t >= "a" && t <= "z" || t >= "A" && t <= "Z" || t >= "0" && t <= "9")) break } return n >= 0 ? 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this.Mi = 2 : 4 != this.Mi && 5 != this.Mi || !this.element.isRelayoutNeeded() || (this.Mi = 2)), this.hasBeenMeasured() || (this.Oi = i), this.element.updateLayoutBox(i, s) } ensureMeasured() { return this.hasBeenMeasured() ? e() : gs(this.hostWin).measure((() => this.measure())) } Fi() { const t = vs(this.element); this.xi = t.getLayoutRect(this.element); let i = !1; if (t.supportsPositionFixed() && this.isDisplayed()) { const { win: s } = this.Ei.getAmpdoc(), { body: e } = s.document; for (let n = this.element; n && n != e; n = n.offsetParent) { if (n.isAlwaysFixed && n.isAlwaysFixed()) { i = !0; break } if (t.isDeclaredFixed(n) && "fixed" == ks(s, n).position) { i = !0; break } } } this.Si = i, i && (this.xi = Zt(this.xi, -t.getScrollLeft(), -t.getScrollTop())) } completeCollapse() { Os(this.element, !1), this.xi = Jt(this.xi.left, this.xi.top, 0, 0), this.Si = !1, this.element.updateLayoutBox(this.getLayoutBox()); const t = this.getOwner(); t && t.collapsedCallback(this.element) } completeExpand() { Os(this.element, !0), this.requestMeasure() } isMeasureRequested() { return this.Ci } hasBeenMeasured() { return !!this.Oi } requestMeasure() { this.Ci = !0 } getLayoutSize() { return function (t) { const { height: i, width: s } = t; return { width: s, height: i } }(this.xi) } getLayoutBox() { if (!this.Si) return this.xi; const t = vs(this.element); return Zt(this.xi, t.getScrollLeft(), t.getScrollTop()) } getInitialLayoutBox() { return this.Oi || this.xi } isDisplayed() { if (!this.element.ownerDocument || !this.element.ownerDocument.defaultView) return !1; const t = this.element.getLayout() == ee, i = this.getLayoutBox(), s = i.height > 0 && i.width > 0; return t || s } isFixed() { return this.Si } overlaps(t) { return s = t, (i = this.getLayoutBox()).top <= s.bottom && s.top <= i.bottom && i.left <= s.right && s.left <= i.right; var i, s } prerenderAllowed() { return this.element.prerenderAllowed() } previewAllowed() { return this.element.previewAllowed() } isBuildRenderBlocking() { return this.element.isBuildRenderBlocking() } whenWithinViewport(t) { if (yt(!1 !== t), !this.isLayoutPending() || !0 === t) return e(); const i = t, s = String(i); return this.ki && this.ki[s] ? this.ki[s].promise : this.isWithinViewportRatio(i) ? e() : (this.ki = this.ki || {}, this.ki[s] = new n, this.ki[s].promise) } Bi() { if (!this.ki) return; const t = this.getDistanceViewportRatio(); for (const i in this.ki) this.isWithinViewportRatio(parseFloat(i), t) && (this.ki[i].resolve(), delete this.ki[i]) } getDistanceViewportRatio() { const t = vs(this.element).getRect(), i = this.getLayoutBox(), s = this.Ei.getScrollDirection(); let e = 1, n = 0; if (t.right < i.left || t.left > i.right) return { distance: !1 }; if (t.bottom < i.top) n = i.top - t.bottom, -1 == s && (e = 2); else { if (!(t.top > i.bottom)) return { distance: !0 }; n = t.top - i.bottom, 1 == s && (e = 2) } return { distance: n, scrollPenalty: e, viewportHeight: t.height } } isWithinViewportRatio(t, i) { if ("boolean" == typeof t) return t; const { distance: s, scrollPenalty: e, viewportHeight: n } = i || this.getDistanceViewportRatio(); return "boolean" == typeof s ? s : s < n * t / e } renderOutsideViewport() { return this.Bi(), this.hasOwner() || this.isWithinViewportRatio(this.element.renderOutsideViewport()) } idleRenderOutsideViewport() { return this.isWithinViewportRatio(this.element.idleRenderOutsideViewport()) } layoutScheduled(t) { this.Mi = 3, this.element.layoutScheduleTime = t } layoutCanceled() { this.Mi = this.hasBeenMeasured() ? 2 : 1 } startLayout() { if (this.Ni) return this.Ni; if (4 == this.Mi) return e(); if (5 == this.Mi) return Promise.reject(this.Vi); if (yt(0 != this.Mi), yt(this.isDisplayed()), 3 != this.Mi) { const t = Rt().createExpectedError("startLayout called but not LAYOUT_SCHEDULED", "currently: ", this.Mi); return Vn(t, this.element), Promise.reject(t) } if (this.wi > 0 && !this.element.isRelayoutNeeded()) return this.Mi = 4, e(); this.wi++, this.Mi = 3, this.bi = new AbortController; const { signal: t } = this.bi, i = new Promise(((i, s) => { gs(this.hostWin).mutate((() => { let e; try { e = this.element.layoutCallback(t) } catch (t) { s(t) } Promise.resolve(e).then(i, s) })), t.onabort = () => s(Sn()) })).then((() => this.Hi(!0, t)), (i => this.Hi(!1, t, i))); return this.Ni = i } Hi(t, i, s) { if (this.bi = null, i.aborted) { const t = Rt().createError("layoutComplete race"); throw t.associatedElement = this.element, Rt().expectedError(Cn, t), Sn() } if (this.Ui && (this.Ui(), this.Ui = null), this.Ni = null, this.Mi = t ? 4 : 5, this.Vi = s, !t) return Promise.reject(s) } isLayoutPending() { return 4 != this.Mi && 5 != this.Mi } loadedOnce() { return this.element.R1() ? this.element.whenLoaded() : this.Li } isInViewport() { return this.$i && this.Bi(), this.$i } setInViewport(t) { this.$i = t } unlayout() { 0 != this.Mi && 1 != this.Mi && 2 != this.Mi && (this.bi && (this.bi.abort(), this.bi = null), this.setInViewport(!1), this.element.unlayoutCallback() && (this.element.togglePlaceholder(!0), this.Mi = 1, this.wi = 0, this.Ni = null)) } getTaskId(t) { return this.debugid + "#" + t } pause() { this.element.pause() } pauseOnRemove() { this.element.pause() } resume() { this.element.resume() } unload() { this.element.unmount() } disconnect() { delete this.element.__AMP__RESOURCE, this.element.disconnect(!0) } }, Nn = "ready-scan", Dn = "scheduler", Ln = "250% 31.25%"; function Un(t) { return Vi(t, Dn, class { constructor(t) { this.ji = t; const { win: i } = t; this.zi = new i.IntersectionObserver((t => this.Gi(t)), { root: qt(i) ? i.document : null, rootMargin: Ln }), this.qi = new Map, this.Wi = new Map, this.Ki = [], this.Yi = !1, t.whenReady().then((() => this.Ji())), this.Qi = t.onVisibilityChanged((() => this.Xi())) } dispose() { this.zi.disconnect(), this.Wi.clear(), this.Qi && (this.Qi(), this.Qi = null) } scheduleAsap(t) { this.Wi.set(t, { asap: !0, isIntersecting: !1 }), this.Zi(t) } schedule(t) { this.Wi.has(t) || (t.deferredMount() ? (this.Wi.set(t, { asap: !1, isIntersecting: !1 }), this.zi.observe(t), this.qi.size > 0 && this.qi.forEach(((i, s) => { Kt(s, t) && i.observe(t) }))) : this.Wi.set(t, { asap: !1, isIntersecting: !0 }), this.Zi(t)) } unschedule(t) { this.Wi.has(t) && (this.Wi.delete(t), this.zi.unobserve(t), this.qi.size > 0 && this.qi.forEach((i => { i.unobserve(t) })), this.Ki && (M(this.Ki, t), this.Ji())) } setContainer(t, i) { if (this.qi.has(t)) return; const { win: s } = this.ji, e = new s.IntersectionObserver((t => this.Gi(t)), { root: i || t, rootMargin: Ln }); this.qi.set(t, e), this.Wi.forEach((({ asap: i }, s) => { !i && Kt(t, s) && e.observe(s) })) } removeContainer(t) { const i = this.qi.get(t); i && (i.disconnect(), this.qi.delete(t)) } ts() { if (this.ji.isReady() && !this.Yi) { this.Yi = !0; const { win: t } = this.ji; t.setTimeout((() => { this.ji.signals().signal(Nn) }), 50) } } Xi() { const t = this.ji.getVisibilityState(); t != Ts.VISIBLE && t != Ts.HIDDEN && t != Ts.PRERENDER && t != Ts.PREVIEW || this.Wi.forEach(((t, i) => this.ss(i))) } Zi(t) { const i = this.Ki; i ? (i.includes(t) || i.push(t), this.Ji()) : this.ss(t) } Ji() { const t = this.ji.isReady(), i = this.Ki; if (i) for (let s = 0; s < i.length; s++) { const e = i[s]; (t || zt(e, this.ji.getRootNode())) && (i.splice(s--, 1), this.ss(e)) } t && (this.Ki = null, this.ts()) } Gi(t) { for (let i = 0; i < t.length; i++) { const { isIntersecting: s, target: e } = t[i], n = e, r = this.Wi.get(n); if (!r) continue; const h = s || r.isIntersecting; h !== r.isIntersecting && this.Wi.set(n, { asap: r.asap, isIntersecting: h }), h && this.ss(n) } } ss(t) { const i = this.Ki, s = !(i && i.includes(t)), { asap: e, isIntersecting: n } = this.Wi.get(t) || { asap: !1, isIntersecting: !1 }, r = this.ji.getVisibilityState(); if (!s || !e && !n || !(r == Ts.VISIBLE || r == Ts.HIDDEN || r == Ts.PRERENDER && t.prerenderAllowed() || r == Ts.PREVIEW && t.previewAllowed())) return; this.unschedule(t); const { win: h } = this.ji; (e || t.getBuildPriority() <= 0 ? h.setTimeout : h.requestIdleCallback || h.setTimeout)((() => t.mountInternal())) } }), xi(t, Dn) } var $n = class { constructor() { this.es = [] } peek() { const t = this.length; return t ? this.es[t - 1].item : null } enqueue(t, i) { if (isNaN(i)) throw new Error("Priority must not be NaN."); const s = this.ns(i); this.es.splice(s, 0, { item: t, priority: i }) } ns(t) { let i = -1, s = 0, e = this.length; for (; s <= e && (i = Math.floor((s + e) / 2), i !== this.length);)if (this.es[i].priority < t) s = i + 1; else { if (!(i > 0 && this.es[i - 1].priority >= t)) break; e = i - 1 } return i } forEach(t) { let i = this.length; for (; i--;)t(this.es[i].item) } dequeue() { const t = this.es.pop(); return t ? t.item : null } get length() { return this.es.length } }, Fn = /nochunking=1/.test(self.location.hash), Bn = e(); function Hn(t) { return Vi(t, "chunk", Kn), xi(t, "chunk") } function jn(t, i, s) { if (Fn) return void Bn.then(i); const e = Hn(t.documentElement || t); e.runForStartup(i), s && e.runForStartup((() => { e.rs = !0 })) } function zn(t, i, s) { Fn ? Bn.then(i) : Hn(t).run(i, s) } var Gn = "not_run", qn = class { constructor(t) { this.state = Gn, this.hs = t } os(t) { if ("run" != this.state) { this.state = "run"; try { this.hs(t) } catch (t) { throw this.us(t), t } } } ls() { return this.hs.displayName || this.hs.name } us(t) { } cs() { return !1 } ds() { return !1 } }, Wn = class extends qn { constructor(t, i, s) { super(t), this.fs = s } us(t) { Ze(self.document) } cs() { return this.ps() } ds() { return this.fs._s } ps() { return this.fs.ampdoc.isVisible() } }, Kn = class { constructor(t) { var i; this.ampdoc = t, this.i = t.win, this.As = new $n, this.gs = this.Ps.bind(this), this.vs = 0, this.Es = !(!this.i.navigator.scheduling || !this.i.navigator.scheduling.isInputPending), this.Ts = !1, this.rs = this.i.document.documentElement.hasAttribute("i-amphtml-no-boilerplate"), this.i.addEventListener("message", (t => { "amp-macro-task" == Ge(t) && this.Ps(null) })), this._s = !1, (i = t, Ci(i, "viewer")).then((() => { this._s = !0 })), t.onVisibilityChanged((() => { t.isVisible() && this.Rs() })) } run(t, i) { const s = new qn(t); this.Is(s, i) } runForStartup(t) { const i = new Wn(t, this.i, this); this.Is(i, Number.POSITIVE_INFINITY) } Is(t, i) { this.As.enqueue(t, i), this.Rs() } Ms(t) { let i = this.As.peek(); for (; i && i.state !== Gn;)this.As.dequeue(), i = this.As.peek(); return i && t && this.As.dequeue(), i } Ps(t) { const i = this.Ms(!0); if (!i) return this.Ts = !1, this.vs = 0, !1; let s; try { s = Date.now(), i.os(t) } finally { Bn.then().then().then().then().then().then().then().then().then((() => { this.Ts = !1, this.vs += Date.now() - s, this.Rs() })) } return !0 } ys(t) { if (this.rs && (this.Es ? this.i.navigator.scheduling.isInputPending() : this.vs > 5)) return this.vs = 0, void this.ws(); Bn.then((() => { this.gs(t) })) } Rs() { if (this.Ts) return; const t = this.Ms(); return t ? t.cs() ? (this.Ts = !0, void this.ys(null)) : void (t.ds() && this.i.requestIdleCallback ? function (t, i, s, e) { const n = Date.now(); t.requestIdleCallback((function i(s) { if (s.timeRemaining() < 15) { const r = 2e3 - (Date.now() - n); r <= 0 || s.didTimeout ? e(s) : t.requestIdleCallback(i, { timeout: r }) } else e(s) }), { timeout: 2e3 }) }(this.i, 0, 0, this.gs) : this.ws()) : void 0 } ws() { this.i.postMessage("amp-macro-task", "*") } }, Yn = "activate", Qn = class { static R1() { return !1 } static deferredMount(t) { return !0 } static prerenderAllowed(t) { return !1 } static previewAllowed(t) { return this.prerenderAllowed(t) } static usesLoading(t) { return !1 } static createLoaderLogoCallback(t) { return {} } static getBuildPriority(t) { return 0 } static getPreconnects(t) { return null } static requiresShadowDom() { return !1 } constructor(t) { this.element = t, this.win = wt(t), this.actionMap_ = null, this.defaultActionAlias_ = null } signals() { return this.element.signals() } getDefaultActionAlias() { return this.defaultActionAlias_ } getLayoutPriority() { return 0 } updateLayoutPriority(t) { this.element.getResources().updateLayoutPriority(this.element, t) } getLayout() { return this.element.getLayout() } getLayoutBox() { return this.element.getLayoutBox() } getLayoutSize() { return this.element.getLayoutSize() } getAmpDoc() { return this.element.getAmpDoc() } getVsync() { return gs(this.win) } getConsentPolicy() { let t = null; return this.element.hasAttribute("data-block-on-consent") && (t = this.element.getAttribute("data-block-on-consent") || "default"), t } isLayoutSupported(t) { return t == Qs } isAlwaysFixed() { return !1 } upgradeCallback() { return null } buildCallback() { } preconnectCallback(t) { } attachedCallback() { } detachedCallback() { } setAsContainer(t) { this.element.setAsContainerInternal(t) } removeAsContainer() { this.element.removeAsContainerInternal() } isBuildRenderBlocking() { return !1 } createPlaceholderCallback() { return null } renderOutsideViewport() { return "inabox" == at(this.win).runtime || 3 } idleRenderOutsideViewport() { return !1 } ensureLoaded() { } setReadyState(t, i) { this.element.setReadyStateInternal(t, i) } mountCallback(t) { } unmountCallback() { } isRelayoutNeeded() { return !1 } layoutCallback() { return e() } firstLayoutCompleted() { this.togglePlaceholder(!1) } pauseCallback() { } resumeCallback() { } unlayoutCallback() { return !1 } unlayoutOnPause() { return !1 } reconstructWhenReparented() { return !0 } loadPromise(t) { return We(t) } registerAction(t, i, s = 2) { Jn(this), this.actionMap_[t] = { handler: i, minTrust: s } } registerDefaultAction(t, i = "activate", s = 2) { yt(!this.defaultActionAlias_), this.registerAction(i, t, s), this.defaultActionAlias_ = i } executeAction(t, i) { let { method: s } = t; s === Yn && (s = this.defaultActionAlias_ || s), Jn(this); const e = this.actionMap_[s], { tagName: n } = this.element; bt(e, `Method not found: ${s} in ${n}`); const { handler: r, minTrust: h } = e; if (t.satisfiesTrust(h)) return r(t) } forwardEvents(t, i) { const s = (v(t) ? t : [t]).map((t => ze(i, t, (i => { Wt(this.element, t, Ge(i) || {}) })))); return () => s.forEach((t => t())) } getPlaceholder() { return this.element.getPlaceholder() } togglePlaceholder(t) { this.element.togglePlaceholder(t) } getFallback() { return this.element.getFallback() } toggleFallback(t) { this.element.toggleFallback(t) } toggleLoading(t, i = !1) { this.element.toggleLoading(t, i) } getOverflowElement() { return this.element.getOverflowElement() } renderStarted() { this.element.renderStarted() } getViewport() { return vs(this.getAmpDoc()) } getIntersectionElementLayoutBox() { return this.getLayoutBox() } collapse() { us(this.getAmpDoc()).collapseElement(this.element) } attemptCollapse() { return us(this.getAmpDoc()).attemptCollapse(this.element) } forceChangeHeight(t) { us(this.getAmpDoc()).forceChangeSize(this.element, t, void 0) } attemptChangeHeight(t) { return us(this.getAmpDoc()).requestChangeSize(this.element, t, void 0) } attemptChangeSize(t, i, s) { return us(this.getAmpDoc()).requestChangeSize(this.element, t, i, void 0, s) } measureElement(t) { return us(this.getAmpDoc()).measureElement(t) } mutateElement(t, i) { return this.measureMutateElement(null, t, i) } measureMutateElement(t, i, s) { return us(this.getAmpDoc()).measureMutateElement(s || this.element, t, i) } mutateElementSkipRemeasure(t) { return us(this.getAmpDoc()).mutateElement(this.element, t, !0) } collapsedCallback(t) { } expand() { us(this.getAmpDoc()).expandElement(this.element) } mutatedAttributesCallback(t) { } onLayoutMeasure() { } user() { return It(this.element) } getApi() { return this } }; function Jn(t) { t.actionMap_ || (t.actionMap_ = t.win.Object.create(null)) } var Xn, Zn = class extends Qn { }, tr = Date.now(), ir = { bubbles: !1 }, sr = () => !0, er = [], nr = new Set; function rr(t, i) { const s = function (t, i) { if (t.__AMP_BASE_CE_CLASS) return t.__AMP_BASE_CE_CLASS; const s = t.HTMLElement; return t.__AMP_BASE_CE_CLASS = class extends s { constructor() { super(), this.createdCallback() } createdCallback() { this.bs = !1, this.Vs = !1, this.Ss = null, this.xs = !1, this.Os = null, this.Cs = null, this.ks = "upgrading", this.everAttached = !1, this.ji = null, this.Ei = null, this.Ns = Qs, this.wi = 0, this.Ds = !1, this.warnOnMissingOverflow = !0, this.sizerElement = void 0, this.Ls = void 0, this.layoutScheduleTime = void 0; const i = this; let s = t.__AMP_EXTENDED_ELEMENTS && t.__AMP_EXTENDED_ELEMENTS[this.localName]; this.Us = s === Zn ? null : s || null, this.Us || er.push(this), this.$s = null, this.Fs = 1, this.Bs = 0, this.Hs = void 0, this.js = void 0, this.ei = new Ms, this.Us && this.ei.signal(Pe); const e = function (t, i) { return qi(t = Ni(t), i) ? $i(t, i) : null }(t, "performance"); this.zs = e && e.isPerformanceTrackingOn(), this.Gs = null, i.__AMP_UPG_RES && (i.__AMP_UPG_RES(i), delete i.__AMP_UPG_RES, delete i.__AMP_UPG_PRM) } get readyState() { return this.ks } signals() { return this.ei } getAmpDoc() { return yt(this.ji), this.ji } getResources() { return yt(this.Ei), this.Ei } isUpgraded() { return 2 == this.Fs } whenUpgraded() { return this.ei.whenSignal(ge) } upgrade(t) { this.js || 1 == this.Fs && (this.Us = t, this.ei.signal(Pe), this.everAttached && this.qs()) } markUnresolved() { this.Us || this.classList.add("amp-unresolved", "i-amphtml-unresolved") } getUpgradeDelayMs() { return this.Bs } Ws(i, s) { this.$s = i, this.Bs = t.Date.now() - s, this.Fs = 2, this.setReadyStateInternal(ai), this.classList.remove("amp-unresolved", "i-amphtml-unresolved"), this.Ks(), this.dispatchCustomEventForTesting(me), this.R1() || this.getResources().upgraded(this), this.ei.signal(ge) } Ks() { this.Ns != Qs && this.$s && !this.$s.isLayoutSupported(this.Ns) && (bt(this.getAttribute("layout"), "The element did not specify a layout attribute. Check https://amp.dev/documentation/guides-and-tutorials/develop/style_and_layout/control_layout and the respective element documentation for details."), bt(!1, `Layout not supported: ${this.Ns}`)) } getBuildPriority() { return this.Us ? this.Us.getBuildPriority(this) : 3 } getLayoutPriority() { return this.$s ? this.$s.getLayoutPriority() : 3 } getDefaultActionAlias() { return yt(this.isUpgraded()), this.$s.getDefaultActionAlias() } isBuilding() { return !!this.Ss } isBuilt() { return this.bs } whenBuilt() { return this.ei.whenSignal(ve) } buildInternal() { if (or(this), yt(this.Us), this.Ss) return this.Ss; this.setReadyStateInternal(ai); const t = this.Ys(); this.Js(); const i = t.then((() => { const t = this.Qs(), i = t ? null : this.Xs(); if (t || i) return (this, Ki(this, "consentPolicyManager", "amp-consent")).then((s => !s || (t ? s.whenPolicyUnblock(t) : s.whenPurposesUnblock(i)))).then((t => { if (!t) throw new Error(yn) })) })).then((() => yt(this.$s).buildCallback())); return this.Ss = i.then((() => { if (this.bs = !0, this.classList.add("i-amphtml-built"), this.classList.remove("i-amphtml-notbuilt", "amp-notbuilt"), this.ei.signal(ve), this.R1() ? this.setReadyStateInternal(this.ks != ai ? this.ks : di) : (this.setReadyStateInternal(fi), this.preconnect(!1)), this.Vs && this.L(), this.Hs && ps(wt(this)).delay(this.Zs.bind(this), 1), !this.getPlaceholder()) { const t = this.createPlaceholder(); t && this.appendChild(t) } }), (t => { throw this.ei.rejectSignal(ve, t), this.R1() && this.setReadyStateInternal(mi, t), xn(t) || Vn(t, this), t })) } build() { return this.Ss ? this.Ss : this.ei.whenSignal(Pe).then((() => (this.R1() && Un(this.getAmpDoc()).scheduleAsap(this), this.whenBuilt()))) } mountInternal() { if (this.Os) return this.Os; this.Cs = this.Cs || new AbortController; const { signal: t } = this.Cs; return this.Os = this.buildInternal().then((() => { if (yt(this.R1()), t.aborted) return; this.setReadyStateInternal(this.ks != di ? this.ks : this.Us.usesLoading(this) ? fi : di), this.xs = !0; const i = this.$s.mountCallback(t); return !!i && i.then(sr) })).then((i => { if (this.Cs = null, t.aborted) throw Sn(); this.ei.signal(Ee), this.Us.usesLoading(this) && !i || this.setReadyStateInternal(pi) })).catch((t => { var i; throw this.Cs = null, (i = t) && ("string" == typeof i ? i.startsWith(Rn) : "string" == typeof i.message && i.message.startsWith(Rn)) ? this.Os = null : (this.ei.rejectSignal(Ee, t), this.setReadyStateInternal(mi, t)), t })) } mount() { if (this.Os) return this.Os; this.Cs = this.Cs || new AbortController; const { signal: t } = this.Cs; return this.ei.whenSignal(Pe).then((() => { if (!this.R1()) return this.whenBuilt(); if (t.aborted) throw Sn(); return Un(this.getAmpDoc()).scheduleAsap(this), this.whenMounted() })) } unmount() { this.Vs && this.pause(), this.R1() ? (this.Cs && (this.Cs.abort(), this.Cs = null), Un(this.getAmpDoc()).unschedule(this), this.xs && this.$s.unmountCallback(), this.xs = !1, this.Os = null, this.ie(), this.Vs && this.qs(!0)) : this.re() } whenMounted() { return this.ei.whenSignal(Ee) } whenLoaded() { return this.ei.whenSignal(Me) } ensureLoaded(t) { return this.mount().then((() => { if (this.R1()) return this.Us.usesLoading(this) && this.$s.ensureLoaded(), this.whenLoaded(); const i = this.he(); return i.whenBuilt().then((() => { if (4 != i.getState() && ((3 != i.getState() || i.isMeasureRequested()) && i.measure(), i.isDisplayed())) return this.getResources().scheduleLayoutOrPreload(i, !0, t, !0), this.whenLoaded() })) })) } setAsContainerInternal(t) { Un(this.getAmpDoc()).setContainer(this, t) } removeAsContainerInternal() { Un(this.getAmpDoc()).removeContainer(this) } setReadyStateInternal(t, i) { if (t !== this.ks && (this.ks = t, this.R1())) switch (t) { case fi: return this.ei.signal(Te), this.ei.reset(Re), this.ei.reset(Me), this.classList.add("i-amphtml-layout"), this.toggleLoading(!0), void this.dispatchCustomEventForTesting(_e); case pi: return this.ei.signal(Te), this.ei.signal(Me), this.ei.reset(Re), this.classList.add("i-amphtml-layout"), this.toggleLoading(!1), Wt(this, "load", null, ir), void this.dispatchCustomEventForTesting(Ae); case mi: return this.ei.rejectSignal(Me, i), this.toggleLoading(!1), void Wt(this, "error", i, ir) } } preconnect(t) { yt(this.isUpgraded()), t ? this.$s.preconnectCallback(t) : jn(this.getAmpDoc(), (() => { this.ownerDocument && this.ownerDocument.defaultView && this.$s.preconnectCallback(t) })) } R1() { return !!this.Us && this.Us.R1() } deferredMount() { return !!this.Us && this.Us.deferredMount(this) } isAlwaysFixed() { return !!this.$s && this.$s.isAlwaysFixed() } updateLayoutBox(t, i = !1) { this.isBuilt() && this.onMeasure(i) } onMeasure() { yt(this.isBuilt()); try { this.$s.onLayoutMeasure() } catch (t) { Vn(t, this) } } Js() { var t; return void 0 !== this.sizerElement || this.Ns !== Zs && this.Ns !== ne || (this.sizerElement = this.querySelector("i-amphtml-sizer"), null === (t = this.sizerElement) || void 0 === t || t.setAttribute("slot", "i-amphtml-svc")), this.sizerElement || null } oe(t) { if (this.Ns !== Zs) if (this.Ns !== ne); else { const i = t.querySelector(".i-amphtml-intrinsic-sizer"); if (!i) return; i.setAttribute("src", "") } else Ss(t, "paddingTop", "0") } ue() { const t = this.hasAttribute("media") || this.hasAttribute("sizes") && !this.hasAttribute("disable-inline-width") || this.hasAttribute("heights"), i = !!this.Gs, s = this.ownerDocument.defaultView; t != i && s && (t ? (this.Gs = new class { constructor(t, i) { this.i = t, this.It = i, this.le = {}, this.ce = null } start() { this.ce = this.le, this.le = {} } resolveMatchQuery(t) { return "1" === this.ae(t, ye, "1") } resolveListQuery(t) { return this.ae(t, be, "") } complete() { for (const t in this.ce) t in this.le || we(this.ce[t], this.It, !1); this.ce = null } dispose() { for (const t in this.le) we(this.le[t], this.It, !1); this.le = {} } ae(t, i, s) { if (!t.trim()) return s; let e = this.le[t]; return e || (D(this.ce), e = this.ce[t]), e || (e = i(this.i, t), we(e, this.It, !0)), this.le[t] = e, function (t) { for (let i = 0; i < t.length; i++) { const { query: s, value: e } = t[i]; if (!s || s.matches) return e } return "" }(e) } }(s, (() => this.de())), this.de()) : this.fe()) } fe() { this.Gs && (this.Gs.dispose(), this.Gs = null) } de() { const t = this.Gs; if (!t) return; t.start(); const i = this.getAttribute("media") || null, s = !i || t.resolveMatchQuery(i); this.classList.toggle("i-amphtml-hidden-by-media-query", !s); const e = this.hasAttribute("disable-inline-width") ? null : this.getAttribute("sizes"); e && Ss(this, "width", t.resolveListQuery(e)); const n = this.Ns === Zs ? this.getAttribute("heights") : null; if (n) { const i = this.Js(); i && Ss(i, "paddingTop", t.resolveListQuery(n)) } t.complete(), this.he().requestMeasure() } applySize(t, i, s) { const e = this.Js(); e && (this.sizerElement = null, this.oe(e), this.pe((() => { e && Bt(e) }))), void 0 !== t && Ss(this, "height", t, "px"), void 0 !== i && Ss(this, "width", i, "px"), s && (null != s.top && Ss(this, "marginTop", s.top, "px"), null != s.right && Ss(this, "marginRight", s.right, "px"), null != s.bottom && Ss(this, "marginBottom", s.bottom, "px"), null != s.left && Ss(this, "marginLeft", s.left, "px")), this.me() && this._e(), Wt(this, "amp:size-changed") } connectedCallback() { if (function () { if (void 0 === Xn) { const t = self.document.createElement("template"); Xn = "content" in t } return Xn }() || void 0 !== this.js || (this.js = !!Ct(this, "template")), !this.js && !this.Vs && Ht(this)) { if (this.Vs = !0, this.everAttached || this.classList.add("i-amphtml-element", "i-amphtml-notbuilt", "amp-notbuilt"), !this.ji) { const t = wt(this), s = is(t).getAmpDoc(this); this.ji = s, i(s, this, this.Us) } if (this.Ei || (this.Ei = ds(this.ji)), this.getResources().add(this), this.everAttached) { const t = this.reconstructWhenReparented(); t && this.ie(), this.isUpgraded() && (t && !this.R1() && this.getResources().upgraded(this), this.L(), this.dispatchCustomEventForTesting(me)), this.Us && this.R1() && this.qs() } else { this.everAttached = !0; try { this.Ns = function (t) { const i = t.getAttribute("i-amphtml-layout"); if (i) { const e = he(i); var s; return D(e), e != Zs && e != ne || !t.firstElementChild ? e == Qs && Os(t, !1) : (t.sizerElement = t.querySelector("i-amphtml-sizer") || void 0, null === (s = t.sizerElement) || void 0 === s || s.setAttribute("slot", "i-amphtml-svc")), e } const { height: e, layout: n, width: r } = Ce(t); if (t.classList.add(oe(n)), ue(n) && t.classList.add("i-amphtml-layout-size-defined"), n == Qs) Os(t, !1); else if (n == Js) xs(t, { width: U(r), height: U(e) }); else if (n == Xs) Ss(t, "height", U(e)); else if (n == Zs) { const i = t.ownerDocument.createElement("i-amphtml-sizer"); i.setAttribute("slot", "i-amphtml-svc"); const s = ae(e), n = ae(r); $(s), $(n), xs(i, { paddingTop: s / n * 100 + "%" }), t.insertBefore(i, t.firstChild), t.sizerElement = i } else if (n == ne) { const i = Ve(t)(xe), s = i.firstElementChild; L(s), s.setAttribute("src", `data:image/svg+xml;charset=utf-8,<svg height="${e}" width="${r}" xmlns="http://www.w3.org/2000/svg" version="1.1"/>`), t.insertBefore(i, t.firstChild), t.sizerElement = i } else n == ie || n == te || (n == se ? (r && Ss(t, "width", r), e && Ss(t, "height", e)) : n == ee && (t.classList.add("i-amphtml-layout-awaiting-size"), r && Ss(t, "width", r), Ss(t, "height", 0))); return t.setAttribute("i-amphtml-layout", n), n }(this), this.ue() } catch (t) { Vn(t, this) } this.Us ? this.qs() : (nr.has("*") || nr.has(this.tagName.toLowerCase())) && this.markUnresolved(), this.isUpgraded() || this.dispatchCustomEventForTesting("amp:stubbed") } this.toggleLoading(!0) } } me() { return this.classList.contains("i-amphtml-layout-awaiting-size") } _e() { this.classList.remove("i-amphtml-layout-awaiting-size") } qs(t) { if (this.R1()) { if (!this.Os) if (Un(this.getAmpDoc()).schedule(this), this.classList.remove("amp-unresolved", "i-amphtml-unresolved"), this.Ss) this.setReadyStateInternal(this.Us && this.Us.usesLoading(this) ? fi : di); else if (this.setReadyStateInternal(ai), !t) { const t = this.Us.getPreconnects(this); if (t && t.length > 0) { const i = this.getAmpDoc(); jn(i, (() => { const { win: s } = i; if (!s) return; const e = as(s); t.forEach((t => e.url(i, t, !1))) })) } } } else this.Ae() } Ae() { if (this.js) return; if (1 != this.Fs) return; const i = new (yt(this.Us))(this); this.Fs = 4; const s = t.Date.now(), e = i.upgradeCallback(); if (e) { if ("function" == typeof e.then) return e.then((t => { this.Ws(t || i, s) })).catch((t => { this.Fs = 3, l(t) })); this.Ws(e, s) } else this.Ws(i, s) } disconnectedCallback() { this.disconnect(!1) } L() { this.bs && this.$s.attachedCallback() } disconnect(t) { !this.js && this.Vs && (!t && Ht(this) || (t && this.classList.remove("i-amphtml-element"), this.Vs = !1, this.getResources().remove(this), this.$s && this.$s.detachedCallback(), this.R1() && this.unmount(), this.toggleLoading(!1), this.fe())) } dispatchCustomEventForTesting(t, i) { } prerenderAllowed() { return !this.hasAttribute("noprerender") && !!this.Us && this.Us.prerenderAllowed(this) } previewAllowed() { return !!this.Us && this.Us.previewAllowed(this) } isBuildRenderBlocking() { return !!this.$s && this.$s.isBuildRenderBlocking() } createPlaceholder() { return this.$s ? this.$s.createPlaceholderCallback() : null } createLoaderLogo() { return this.Us ? this.Us.createLoaderLogoCallback(this) : {} } renderOutsideViewport() { return !!this.$s && this.$s.renderOutsideViewport() } idleRenderOutsideViewport() { return !!this.$s && this.$s.idleRenderOutsideViewport() } getLayoutBox() { return this.he().getLayoutBox() } getLayoutSize() { return this.he().getLayoutSize() } getOwner() { return this.he().getOwner() } getIntersectionChangeEntry() { const t = this.$s ? this.$s.getIntersectionElementLayoutBox() : this.getLayoutBox(), i = this.getOwner(), s = vs(this.getAmpDoc()).getRect(); return function (t, i, s) { const e = function (t) { let i = -1 / 0, s = 1 / 0, e = -1 / 0, n = 1 / 0; for (let t = 0; t < arguments.length; t++) { const r = arguments[t]; if (r && (i = Math.max(i, r.left), s = Math.min(s, r.left + r.width), e = Math.max(e, r.top), n = Math.min(n, r.top + r.height), s < i || n < e)) return null } return s == 1 / 0 ? null : Jt(i, e, s - i, n - e) }(t, i, s) || Jt(0, 0, 0, 0); return function (t, i, s, e) { let n = t, r = i; return i && (s = Zt(s, -i.left, -i.top), n = Zt(n, -i.left, -i.top), r = Zt(r, -i.left, -i.top)), { time: "undefined" != typeof performance && performance.now ? performance.now() : Date.now() - tr, rootBounds: r, boundingClientRect: n, intersectionRect: s, intersectionRatio: e } }(t, s, e, function (t, i) { const s = t.width * t.height, e = i.width * i.height; return 0 === e ? 0 : s / e }(e, t)) }(t, i && i.getLayoutBox(), s) } he() { return this.getResources().getResourceForElement(this) } getResourceId() { return this.he().getId() } isRelayoutNeeded() { return !!this.$s && this.$s.isRelayoutNeeded() } getImpl(t = !0) { return (t ? this.build() : this.Ys()).then((() => this.$s)) } Ys() { return this.ei.whenSignal(Pe).then((() => (this.Ae(), this.whenUpgraded()))) } getApi() { return this.getImpl().then((t => t.getApi())) } getLayout() { return this.Ns } layoutCallback(t) { if (or(this), yt(this.isBuilt()), t.aborted) return Promise.reject(Sn()); this.dispatchCustomEventForTesting(_e); const i = 0 == this.wi; this.ei.reset(Re), i && this.ei.signal(Te), this.toggleLoading(!0); const s = r((() => this.$s.layoutCallback())); return this.preconnect(!0), this.classList.add("i-amphtml-layout"), s.then((() => { if (t.aborted) throw Sn(); i && this.ei.signal(Me), this.setReadyStateInternal(pi), this.wi++, this.toggleLoading(!1), this.Ds || (this.$s.firstLayoutCompleted(), this.Ds = !0, this.dispatchCustomEventForTesting(Ae)) }), (s => { if (t.aborted) throw Sn(); throw i && this.ei.rejectSignal(Me, s), this.setReadyStateInternal(mi, s), this.wi++, this.toggleLoading(!1), s })) } pause() { this.isBuilt() && (this.$s.pauseCallback(), !this.R1() && this.$s.unlayoutOnPause() && this.re()) } resume() { this.isBuilt() && this.$s.resumeCallback() } unlayoutCallback() { if (or(this), !this.isBuilt()) return !1; this.ei.signal(Re); const t = this.$s.unlayoutCallback(); return t && this.ie(), this.dispatchCustomEventForTesting("amp:unload"), t } re() { this.he().unlayout(), this.Vs && this.Ei && this.Ei.schedulePass() } ie() { this.wi = 0, this.Ds = !1, this.ei.reset(Ee), this.ei.reset(Ie), this.ei.reset(Te), this.ei.reset(Me), this.ei.reset("ini-load") } reconstructWhenReparented() { return !!this.$s && this.$s.reconstructWhenReparented() } collapse() { this.$s && this.$s.collapse() } collapsedCallback(t) { this.$s && this.$s.collapsedCallback(t) } expand() { this.$s && this.$s.expand() } mutatedAttributesCallback(t) { this.$s ? this.$s.mutatedAttributesCallback(t) : this.R1() && Un(this).scheduleAsap(this) } enqueAction(t) { or(this), this.isBuilt() ? this.ge(t, !1) : (void 0 === this.Hs && (this.Hs = []), yt(this.Hs).push(t), this.build()) } Zs() { if (!this.Hs) return; const t = yt(this.Hs); this.Hs = null, t.forEach((t => { this.ge(t, !0) })) } ge(t, i) { try { this.$s.executeAction(t, i) } catch (i) { l("Action execution failed:", i, t.node.tagName, t.method) } } Qs() { let t = this.getAttribute("data-block-on-consent"); if (null === t) { if (!function (t) { let i = t.getAmpDoc().getMetaByName("amp-consent-blocking"); return !!i && (i = i.toUpperCase().replace(/\s+/g, ""), i.split(",").includes(t.tagName)) }(this)) return null; t = "default", this.setAttribute("data-block-on-consent", t) } return "" == t || "default" == t ? yt(this.$s).getConsentPolicy() : t } Xs() { var t; const i = this.getAttribute("data-block-on-consent-purposes") || null; return null == i || null === (t = i.replace(/\s+/g, "")) || void 0 === t ? void 0 : t.split(",") } getPlaceholder() { return kt(this, (t => t.hasAttribute("placeholder") && !hr(t))) } togglePlaceholder(t) { if (or(this), t) { const t = this.getPlaceholder(); t && t.classList.remove("amp-hidden") } else { const t = (this, xt("placeholder"), "> [placeholder]", this.querySelectorAll(Vt("> [placeholder]", ":scope"))); for (let i = 0; i < t.length; i++)hr(t[i]) || t[i].classList.add("amp-hidden") } } getFallback() { return Nt(this, "fallback") } toggleFallback(t) { or(this); const i = this.he().getState(); if ((this.R1() || !t || 0 != i && 1 != i && 2 != i) && (this.classList.toggle("amp-notsupported", t), 1 == t)) { const t = this.getFallback(); t && (s = this.getAmpDoc(), xi(s, "owners")).scheduleLayout(this, t) } var s } renderStarted() { this.ei.signal(Ie), this.togglePlaceholder(!1), this.toggleLoading(!1) } Pe(t) { const i = this.wi > 0 || this.ei.get(Ie); return !(this.Ns == Qs || this.hasAttribute("noloading") || i && !t || !function (t) { const i = t.tagName.toUpperCase(); return "AMP-AD" === (s = i) || "AMP-ANIM" === s || "AMP-EMBED" === s || "AMP-FACEBOOK" === s || "AMP-FACEBOOK-COMMENTS" === s || "AMP-FACEBOOK-PAGE" === s || "AMP-GOOGLE-DOCUMENT-EMBED" === s || "AMP-IFRAME" === s || "AMP-IMG" === s || "AMP-INSTAGRAM" === s || "AMP-LIST" === s || "AMP-PINTEREST" === s || "AMP-PLAYBUZZ" === s || "AMP-RENDER" === s || "AMP-TIKTOK" === s || "AMP-TWITTER" === s || function (t) { return "AMP-VIDEO" != t && re.test(t) }(i); var s }(this) || Dt(this)) } toggleLoading(t, i = !1) { if (!this.ownerDocument || !this.ownerDocument.defaultView) return; const s = Oi(this.getAmpDoc(), "loadingIndicator"); s && ((t = t && this.Pe(i)) ? s.track(this) : s.untrack(this)) } getOverflowElement() { return void 0 === this.Ls && (this.Ls = Nt(this, "overflow"), this.Ls && (this.Ls.hasAttribute("tabindex") || this.Ls.setAttribute("tabindex", "0"), this.Ls.hasAttribute("role") || this.Ls.setAttribute("role", "button"))), this.Ls } overflowCallback(t, i, s) { this.getOverflowElement(), this.Ls ? (this.Ls.classList.toggle("amp-visible", t), this.Ls.onclick = t ? () => { const t = us(this.getAmpDoc()); t.forceChangeSize(this, i, s), t.mutateElement(this, (() => { this.overflowCallback(!1, i, s) })) } : null) : t && this.warnOnMissingOverflow } pe(t, i, s = !1) { this.ji ? us(this.getAmpDoc()).mutateElement(i || this, t, s) : t() } }, t.__AMP_BASE_CE_CLASS }(t, i); class e extends s { adoptedCallback() { Object.getPrototypeOf(this) !== n && Object.setPrototypeOf(this, n) } } const n = e.prototype; return e } function hr(t) { return "placeholder" in t } function or(t) { yt(!t.js) } function ur(t) { nr.add(t || "*"); for (const i of er) null != t && i.tagName.toLowerCase() !== t || i.markUnresolved() } var lr = new WeakMap; function cr(t) { return t.__AMP_EXTENDED_ELEMENTS || (t.__AMP_EXTENDED_ELEMENTS = {}), t.__AMP_EXTENDED_ELEMENTS } function ar(t, i, s) { const e = cr(t); if (e[i]) { if (e[i] != s) { bt(e[i] == Zn, "%s is already registered. The script tag for %s is likely included twice in the page.", i, i), e[i] = s; for (let e = 0; e < er.length; e++) { const n = er[e]; n.tagName.toLowerCase() == i && n.ownerDocument.defaultView == t && (dr(n, s), er.splice(e--, 1)) } } } else _r(t, i, s) } function dr(t, i) { try { t.upgrade(i) } catch (i) { Vn(i, t) } } function fr(t) { (function (t) { if (!t) return []; const i = t.querySelectorAll("script[custom-element],script[custom-template]"), s = []; for (let t = 0; t < i.length; t++) { const e = i[t], n = e.getAttribute("custom-element") || e.getAttribute("custom-template"), r = Mi(e.src); n && r && s.push({ script: e, extensionId: n, extensionVersion: r.extensionVersion }) } return s })(t.getHeadNode()).forEach((({ extensionId: i, extensionVersion: s, script: e }) => { t.declareExtension(i, s), e.addEventListener("error", (() => ur(i))), pr(t.win, i) })), t.isBodyAvailable() && t.setExtensionsKnown() } function pr(t, i) { cr(t)[i] || _r(t, i, Zn) } function mr(t, i, s) { _r(i, s, cr(t)[s] || Zn) } function _r(t, i, s) { cr(t)[i] = s; const e = rr(t, Ar); t.customElements.define(i, e) } function Ar(t, i, s) { lr.has(t) || (lr.set(t, !0), fr(t)); const e = i.localName; s || t.declaresExtension(e) || hs(t.win).installExtensionForDoc(t, e, "0.1") } var Pr = "amp-img", gr = ["alt", "aria-describedby", "aria-label", "aria-labelledby", "crossorigin", "referrerpolicy", "title", "importance", "sizes", "srcset", "src"], vr = class t extends Qn { static R1() { return !1 } static prerenderAllowed() { return !0 } static usesLoading() { return !0 } static getPreconnects(t) { const i = t.getAttribute("src"); if (i) return [i]; const s = t.getAttribute("srcset"); if (s) { const t = /\S+/.exec(s); if (t) return [t[0]] } return null } constructor(t) { super(t), this.ve = !0, this.Ee = null, this.Te = null, this.Re = null, this.Ie = 0 } mutatedAttributesCallback(i) { if (this.Ee) { const s = gr.filter((t => void 0 !== i[t])); i.src && !i.srcset && this.element.hasAttribute("srcset") && (this.element.removeAttribute("srcset"), s.push("srcset"), this.user().warn(Pr, "Removed [srcset] since [src] was mutated. Recommend adding a [srcset] binding to support responsive images.", this.element)), fe(s, this.element, this.Ee, !0), this.propagateDataset(this.Ee), t.R1() && !this.Ee.complete && this.setReadyState(fi) } } preconnectCallback(t) { const i = this.element.getAttribute("src"); if (i) as(this.win).url(this.getAmpDoc(), i, t); else { const i = this.element.getAttribute("srcset"); if (!i) return; const s = /\S+/.exec(i); s && as(this.win).url(this.getAmpDoc(), s[0], t) } } isLayoutSupported(t) { return ue(t) } Me() { if (this.Ee) return this.Ee; this.ve = !this.element.hasAttribute("fallback"); const t = Yt(this.element); var i, s; return t && (this.Ee = Ot(this.element, "> img:not([placeholder])")), this.Ee = this.Ee || new Image, this.Ee.setAttribute("decoding", "async"), this.element.id && this.Ee.setAttribute("amp-img-id", this.element.id), "img" == this.element.getAttribute("role") && (this.element.removeAttribute("role"), this.user().error(Pr, "Setting role=img on amp-img elements breaks screen readers please just set alt or ARIA attributes, they will be correctly propagated for the underlying <img> element.")), this.ye(!0), fe(gr, this.element, this.Ee), this.propagateDataset(this.Ee), de(this.Ee, !0), i = this.element, s = this.Ee, i.hasAttribute("object-fit") && Ss(s, "object-fit", i.getAttribute("object-fit")), i.hasAttribute("object-position") && Ss(s, "object-position", i.getAttribute("object-position")), t || this.element.appendChild(this.Ee), this.Ee } ye(t) { if (!this.Ee) return; if (this.element.hasAttribute("i-amphtml-ssr")) return; if (this.element.hasAttribute("sizes") || this.Ee.hasAttribute("sizes")) return; const i = this.element.getAttribute("srcset"); if (!i || /[0-9]+x(?:,|$)/.test(i)) return; const { width: s } = this.element.getLayoutSize(); if (!this.we(s)) return; const e = this.getViewport().getWidth(), n = `(max-width: ${e}px) ${s}px, `; let r = s + "px"; if (this.getLayout() !== Js) { const t = Math.round(100 * s / e); r = Math.max(t, 100) + "vw" } const h = n + r; t ? this.Ee.setAttribute("sizes", h) : this.mutateElement((() => { this.Ee.setAttribute("sizes", h) })), this.Ie = s } we(t) { return !this.Ee.hasAttribute("sizes") || t > this.Ie } reconstructWhenReparented() { return !1 } mountCallback() { const t = !!this.Ee, i = this.Me(); t || (ze(i, "load", (() => { this.setReadyState(pi), this.firstLayoutCompleted(), this.be() })), ze(i, "error", (t => { this.setReadyState(mi, t), this.Ve() }))), i.complete ? (this.setReadyState(pi), this.firstLayoutCompleted(), this.be()) : this.setReadyState(fi) } unmountCallback() { const t = this.Ee; t && !t.complete && (t.src = "data:image/gif;base64,R0lGODlhAQABAIAAAP///wAAACwAAAAAAQABAAACAkQBADs=", Bt(t), this.Ee = null) } ensureLoaded() { this.Ee.loading = "eager" } layoutCallback() { this.Me(); const t = this.Ee; this.Te = ze(t, "load", (() => this.be())), this.Re = ze(t, "error", (() => this.Ve())); const { width: i } = this.element.getLayoutSize(); return i <= 0 ? e() : this.loadPromise(t) } unlayoutCallback() { if (t.R1()) return; this.Re && (this.Re(), this.Re = null), this.Te && (this.Te(), this.Te = null); const i = this.Ee; return i && !i.complete && (i.src = "data:image/gif;base64,R0lGODlhAQABAIAAAP///wAAACwAAAAAAQABAAACAkQBADs=", Bt(i), this.Ee = null), !0 } firstLayoutCompleted() { const t = this.getPlaceholder(); t && t.classList.contains("i-amphtml-blurry-placeholder") ? Vs(t, { "opacity": 0 }) : this.togglePlaceholder(!1) } be() { !this.ve && this.Ee.classList.contains("i-amphtml-ghost") && (this.Ee.classList.remove("i-amphtml-ghost"), this.toggleFallback(!1)) } Ve() { this.ve && (this.Ee.classList.add("i-amphtml-ghost"), this.toggleFallback(!0), this.togglePlaceholder(!1), this.ve = !1) } propagateDataset(t) { for (const i in t.dataset) i in this.element.dataset || delete t.dataset[i]; for (const i in this.element.dataset) i.startsWith("ampBind") && "ampBind" !== i || t.dataset[i] !== this.element.dataset[i] && (t.dataset[i] = this.element.dataset[i]) } }, Er = class extends Qn { static prerenderAllowed() { return !0 } isLayoutSupported(t) { return t == te || ue(t) } buildCallback() { !function (t) { if (Yt(t)) return; const i = function (t) { var i; return he(null !== (i = t.getAttribute("layout")) && void 0 !== i ? i : "") || Ce(t).layout }(t); if (i == te) return; const s = t.ownerDocument.createElement("div"); de(s), function (t) { return function (t, i) { const s = []; for (let i = t.firstChild; i; i = i.nextSibling)!Dt(i) && s.push(i); return s }(t) }(t).forEach((t => { s.appendChild(t) })), t.appendChild(s) }(this.element) } }; function Tr(t, i, s = !1, e) { const n = new ($s.getImage(t)); s && (n.referrerPolicy = "no-referrer"); let r = 0; var h; return null != e && ((null === (h = t.document.featurePolicy) || void 0 === h ? void 0 : h.allowedFeatures().includes("attribution-reporting")) ? (r = 6, e = Ir(t, r)(e), n.attributionSrc = e) : r = 5), i = Ir(t, r)(i), n.src = i, n } function Ir(t, i) { const s = { "ATTRIBUTION_REPORTING_STATUS": () => i }, e = ms(t.document), n = { "ATTRIBUTION_REPORTING_STATUS": !0 }; return t => e.expandUrlSync(t, s, n) } var Mr = "amp-pixel", Rr = class extends Qn { constructor(t) { super(t), this.Se = null } isLayoutSupported(t) { return !0 } buildCallback() { this.element.setAttribute("aria-hidden", "true"), this.xe = this.element.getAttribute("referrerpolicy"), this.xe && bt("no-referrer" == this.xe, `${Mr}: invalid "referrerpolicy" value "${this.xe}". Only "no-referrer" is supported`), this.element.hasAttribute("i-amphtml-ssr") && this.element.querySelector("img") || this.getAmpDoc().whenFirstVisible().then(this.Oe.bind(this)) } Oe() { if (this.Se) return Rt().error(Mr, "duplicate pixel"), this.Se; this.Se = ps(this.win).promise(1).then((() => { const t = this.element.getAttribute("src"); if (t) return ms(this.element).expandUrlAsync(this.Ce(t)).then((t => { if (this.win) return function (t, i, s, e) { return s && "no-referrer" !== s && It().error("pixel", "Unsupported referrerPolicy: %s", s), "no-referrer" === s ? function (t, i, s) { if ("referrerPolicy" in Image.prototype) return Tr(t, i, !0, s); { const s = (e = { "src": "about:blank", "style": "display:none" }, function (t, i) { for (const s in i) t.setAttribute(s, i[s]); return t }(t.document.createElement("iframe"), e)); return s.onload = () => { Tr(s.contentWindow, i) }, t.document.body.appendChild(s), s } var e }(t, i, e) : Tr(t, i, !1, e) }(this.win, t, this.xe, this.element.getAttribute("attributionsrc")) })) })) } Ce(t) { return bt(/^(https\:\/\/|\/\/)/i.test(t), 'The <amp-pixel> src attribute must start with "https://" or "//". Invalid value: ' + t), t } }, yr = class { constructor(t, i, s) { this.ke = ps(t), this.Ne = i, this.De = s || 0, this.Le = -1, this.Ue = 0, this.$e = !1, this.Fe = () => { this.Be() } } isPending() { return -1 != this.Le } schedule(t) { let i = t || this.De; this.$e && i < 10 && (i = 10); const s = Date.now() + i; return (!this.isPending() || s - this.Ue < -10) && (this.cancel(), this.Ue = s, this.Le = this.ke.delay(this.Fe, i), !0) } Be() { this.Le = -1, this.Ue = 0, this.$e = !0, this.Ne(), this.$e = !1 } cancel() { this.isPending() && (this.ke.cancel(this.Le), this.Le = -1) } }; function br(t, i) { const s = i.documentElement; return t.some((t => s.hasAttribute(t))) } function wr(t) { return br(["⚡4email", "amp4email"], t) } function Vr(t) { return br(["⚡", "amp"], t) } var Sr = "Action", xr = "__AMP_ACTION_MAP__" + Math.random(), Or = "__AMP_ACTION_QUEUE__", Cr = "__AMP_ACTION_HANDLER__", kr = { "form": ["submit", "clear"] }, Nr = [{ tagOrTarget: "AMP", method: "setState" }, { tagOrTarget: "*", method: "focus" }, { tagOrTarget: "*", method: "hide" }, { tagOrTarget: "*", method: "show" }, { tagOrTarget: "*", method: "toggleClass" }, { tagOrTarget: "*", method: "toggleChecked" }, { tagOrTarget: "*", method: "toggleVisibility" }], Dr = { "button": !0, "checkbox": !0, "link": !0, "listbox": !0, "menuitem": !0, "menuitemcheckbox": !0, "menuitemradio": !0, "option": !0, "radio": !0, "scrollbar": !0, "slider": !0, "spinbutton": !0, "switch": !0, "tab": !0, "treeitem": !0 }, Lr = class { constructor(t, i, s, e, n, r, h, o = "?", u = null, l = Math.random()) { this.node = t, this.method = i, this.args = s, this.source = e, this.caller = n, this.event = r, this.trust = h, this.actionEventType = o, this.tagOrTarget = u || t.tagName, this.sequenceId = l } satisfiesTrust(t) { if (!w(this.trust)) return Rt().error(Sr, `Invalid trust for '${this.method}': ${this.trust}`), !1; if (this.trust < t) { const t = function (t) { switch (t) { case 1: return "low"; case 3: return "high"; default: return D(2 === t), "default" } }(this.trust); return It().error(Sr, `"${this.actionEventType}" event with "${t}" trust is not allowed to invoke "${this.tagOrTarget.toLowerCase()}.${this.method}".`), !1 } return !0 } }; function Ur(t) { return "amp-" === t.substring(0, 4) } var $r = class { constructor(t) { this.detail = null, function (t, i) { const s = i || p(); for (const i in t) { const e = t[i]; s[i] = "function" == typeof e ? Fr : t[i] } }(t, this) } }; function Fr() { yt(null) } function Br(t, i) { const s = jr.bind(null, t, i), e = zr.bind(null, t, i); let n = null; const r = new Wr(t); let h, o; do { if (h = r.next(), h.type == Gr.EOF || h.type == Gr.SEPARATOR && ";" == h.value); else if (h.type == Gr.LITERAL || h.type == Gr.ID) { const i = h.value; e(r.next(), [Gr.SEPARATOR], ":"); const u = []; do { const n = e(r.next(), [Gr.LITERAL, Gr.ID]).value; let h = Yn, l = null; o = r.peek(), o.type == Gr.SEPARATOR && "." == o.value && (r.next(), h = e(r.next(), [Gr.LITERAL, Gr.ID]).value || h, o = r.peek(), o.type == Gr.SEPARATOR && "(" == o.value && (r.next(), l = Hr(r, e, s))), u.push({ event: i, target: n, method: h, args: l, str: t }), o = r.peek() } while (o.type == Gr.SEPARATOR && "," == o.value && r.next()); n || (n = p()), n[i] = u } else s(!1, `; unexpected token [${h.value || ""}]`) } while (h.type != Gr.EOF); return n } function Hr(t, i, s) { let e, n = t.peek(), r = null; if (n.type == Gr.OBJECT) { r = p(); const { value: s } = t.next(); r.__AMP_OBJECT_STRING__ = s, i(t.next(), [Gr.SEPARATOR], ")") } else do { e = t.next(); const { type: o, value: u } = e; if (o != Gr.SEPARATOR || "," != u && ")" != u) if (o == Gr.LITERAL || o == Gr.ID) { i(t.next(), [Gr.SEPARATOR], "="), e = i(t.next(!0), [Gr.LITERAL, Gr.ID]); const o = [e]; if (e.type == Gr.ID) for (n = t.peek(); n.type == Gr.SEPARATOR && "." == n.value; n = t.peek())t.next(), e = i(t.next(!1), [Gr.ID]), o.push(e); const l = 0 == (h = o).length ? null : 1 == h.length ? h[0].value : { expression: h.map((t => t.value)).join(".") }; r || (r = p()), r[u] = l, n = t.peek(), s(n.type == Gr.SEPARATOR && ("," == n.value || ")" == n.value), "Expected either [,] or [)]") } else s(!1, `; unexpected token [${e.value || ""}]`) } while (e.type != Gr.SEPARATOR || ")" != e.value); var h; return r } function jr(t, i, s, e) { return bt(s, "Invalid action definition in %s: [%s] %s", i, t, e || "") } function zr(t, i, s, e, n) { return void 0 !== n ? jr(t, i, e.includes(s.type) && s.value == n, `; expected [${n}]`) : jr(t, i, e.includes(s.type)), s } var Gr = { INVALID: 0, EOF: 1, SEPARATOR: 2, LITERAL: 3, ID: 4, OBJECT: 5 }, qr = " \t\n\r\f\v \u2028\u2029", Wr = class { constructor(t) { this.He = t, this.je = -1 } next(t) { const i = this.ze(t || !1); return this.je = i.index, i } peek(t) { return this.ze(t || !1) } ze(t) { let i = this.je + 1; if (i >= this.He.length) return { type: Gr.EOF, index: this.je }; let s = this.He.charAt(i); if (-1 != qr.indexOf(s)) { for (i++; i < this.He.length && -1 != qr.indexOf(this.He.charAt(i)); i++); if (i >= this.He.length) return { type: Gr.EOF, index: i }; s = this.He.charAt(i) } if (t && (Kr(s) || "." == s && i + 1 < this.He.length && Kr(this.He[i + 1]))) { let t = "." == s, e = i + 1; for (; e < this.He.length; e++) { const i = this.He.charAt(e); if ("." != i) { if (!Kr(i)) break } else t = !0 } const n = this.He.substring(i, e), r = t ? parseFloat(n) : parseInt(n, 10); return i = e - 1, { type: Gr.LITERAL, value: r, index: i } } if (-1 != ";:.()=,|!".indexOf(s)) return { type: Gr.SEPARATOR, value: s, index: i }; if (-1 != "\"'".indexOf(s)) { let t = -1; for (let e = i + 1; e < this.He.length; e++)if (this.He.charAt(e) == s) { t = e; break } if (-1 == t) return { type: Gr.INVALID, index: i }; const e = this.He.substring(i + 1, t); return i = t, { type: Gr.LITERAL, value: e, index: i } } if ("{" == s) { let t = 1, s = -1; for (let e = i + 1; e < this.He.length; e++) { const i = this.He[e]; if ("{" == i ? t++ : "}" == i && t--, t <= 0) { s = e; break } } if (-1 == s) return { type: Gr.INVALID, index: i }; const e = this.He.substring(i, s + 1); return i = s, { type: Gr.OBJECT, value: e, index: i } } let e = i + 1; for (; e < this.He.length && -1 == " \t\n\r\f\v \u2028\u2029;:.()=,|!\"'{}".indexOf(this.He.charAt(e)); e++); const n = this.He.substring(i, e); if (i = e - 1, t && ("true" == n || "false" == n)) { const t = "true" == n; return { type: Gr.LITERAL, value: t, index: i } } return Kr(n.charAt(0)) ? { type: Gr.LITERAL, value: n, index: i } : { type: Gr.ID, value: n, index: i } } }; function Kr(t) { return t >= "0" && t <= "9" } function Yr(t) { return !!t && "function" == typeof t.getFormData } var Qr = ["GET", "POST"], Jr = [v, f]; function Xr(t, i) { const s = g({}, i); if (Yr(i.body)) { const t = i.body; s.headers["Content-Type"] = "multipart/form-data;charset=utf-8", s.body = function (t) { const i = []; for (let s = t.next(); !s.done; s = t.next())i.push(s.value); return i }(t.entries()) } return { input: t, init: s } } function Zr(t, i) { const s = t || {}, e = s.credentials; return D(void 0 === e || "include" == e || "omit" == e), s.method = void 0 === (n = s.method) ? "GET" : (n = n.toUpperCase(), D(Qr.includes(n)), n), s.headers = s.headers || {}, i && (s.headers.Accept = i), D(null !== s.body), s; var n } function th(t) { return new Promise((i => { if (t.ok) return i(t); const { status: s } = t, e = It().createError(`HTTP error ${s}`); throw e.retriable = function (t) { return 415 == t || t >= 500 && t < 600 }(s), e.response = t, e })) } var ih = class { constructor(t) { this.win = t; const i = is(t); this.Ge = i.isSingleDoc() ? i.getSingleDoc() : null } qe(t, i) { return function (t, i, s, n) { if (!i) return e(); const r = n.prerenderSafe ? e() : i.whenFirstVisible(), h = Ps(i), o = _n(s), u = h.hasCapability("xhrInterceptor"), l = n.bypassInterceptorForDev && !1; return o || !u || l ? r : i.getRootNode().documentElement.hasAttribute("allow-xhr-interception") ? r.then((() => h.isTrustedViewer())).then((i => { if (!i && !Le(t, "untrusted-xhr-interception")) return; const e = { "originalRequest": Xr(s, n) }; return h.sendMessageAwaitResponse("xhr", e).then((t => function (t, i) { if (F(f(t), "Object expected: %s", t), "document" != i) return new Response(t.body, t.init); const s = p(), e = { status: 200, statusText: "OK", getResponseHeader: t => s[String(t).toLowerCase()] || null }; if (t.init) { const i = t.init; v(i.headers) && i.headers.forEach((t => { const i = t[0], e = t[1]; s[String(i).toLowerCase()] = String(e) })), i.status && (e.status = parseInt(i.status, 10)), i.statusText && (e.statusText = String(i.statusText)) } return new Response(t.body ? String(t.body) : "", e) }(t, n.responseType))) })) : r }(this.win, this.Ge, t, i).then((t => { if (t) return t; if (Yr(i.body)) { const t = i.body; i.body = t.getFormData() } return this.win.fetch.apply(null, arguments) })) } We(t, i = {}) { return t = function (t, i, s) { return D("string" == typeof i), !1 !== s.ampCors && (i = In(t, i)), i }(this.win, t, i), i = function (t, i, s) { s = s || {}; const e = function (t) { return t.origin || on(t.location.href).origin }(t); return e == on(i).origin && (s.headers = s.headers || {}, s.headers["AMP-Same-Origin"] = "true"), s }(this.win, t, i), this.qe(t, i).then((t => t), (i => { const s = on(t).origin; throw It().createExpectedError("XHR", `Failed fetching (${s}/...):`, i && i.message) })) } fetchJson(t, i) { return this.fetch(t, function (t) { const i = Zr(t, "application/json"); if ("POST" == i.method && !Yr(i.body)) { D(Jr.some((t => t(i.body)))), i.headers["Content-Type"] = i.headers["Content-Type"] || "text/plain;charset=utf-8"; const t = i.headers["Content-Type"]; i.body = "application/x-www-form-urlencoded" === t ? dn(i.body) : JSON.stringify(i.body) } return i }(i)) } fetchText(t, i) { return this.fetch(t, Zr(i, "text/plain")) } xssiJson(t, i) { return i ? t.text().then((t => t.startsWith(i) ? B(t.slice(i.length)) : B(t))) : t.json() } fetch(t, i) { const s = Zr(i); return this.We(t, s).then((t => th(t))) } sendSignal(t, i) { return this.We(t, i).then((t => th(t))) } getCorsUrl(t, i) { return In(t, i) } }, sh = class extends ih { constructor(t) { super(t), this.Ke = p() } fetch(t, i) { const s = i && i.headers && i.headers.Accept || "", e = !i || !i.method || "GET" === i.method, n = this.Ye(t, s), r = !!this.Ke[n]; if (e && r) return this.Ke[n].then((t => t.clone())); const h = super.fetch(t, i); return e && (this.Ke[n] = h.then((t => (delete this.Ke[n], t.clone())), (t => { throw delete this.Ke[n], t }))), h } Ye(t, i) { return mn(Tn(t, En(this.win.location))) + i } }, eh = { "+": "-", "/": "_", "=": "." }; function nh(t) { const i = function (t) { const i = new Array(t.length); for (let s = 0; s < t.length; s++)i[s] = String.fromCharCode(t[s]); return i.join("") }(t); return btoa(i).replace(/[+/=]/g, (t => eh[t])) } var rh = "AIzaSyDKtqGxnoeIqVM33Uf7hRSa3GJxuzR7mLc", hh = "CacheCidApi", oh = "-test-amp-cookie-tmp"; function uh(t, i) { const s = function (t) { try { return t.document.cookie } catch (t) { return "" } }(t); if (!s) return null; const e = s.split(";"); for (let t = 0; t < e.length; t++) { const s = e[t].trim(), n = s.indexOf("="); if (-1 != n && K(s.substring(0, n).trim()) == i) { const t = s.substring(n + 1).trim(); return K(t, t) } } return null } function lh(t, i, s, e, n = {}) { let r; !function (t, i, s) { if (i.allowOnProxyOrigin) return void bt(!i.highestAvailableDomain, "Could not support highestAvailable Domain on proxy origin, specify domain explicitly"); bt(!_n(t.location.href), `Should never attempt to set cookie on proxy origin: ${s}`); const e = on(t.location.href).hostname.toLowerCase(), n = on(et).hostname.toLowerCase(); bt(!(e == n || R(e, "." + n)), "Should never attempt to set cookie on proxy origin. (in depth check): " + s) }(t, n, i), n.domain ? r = n.domain : n.highestAvailableDomain && (r = function (t) { const i = t.document.head && t.document.head.querySelector("meta[name='amp-cookie-scope']"); if (i) { const s = i.getAttribute("content") || "", e = En(t.location.href); return R(e, "." + s) ? s : e.split("://")[1] } if (!_n(t.location.href)) { const i = t.location.hostname.split("."); let s = i[i.length - 1]; const e = function (t) { let i = oh; for (; uh(t, i);)i = oh + 0; return i }(t); for (let n = i.length - 2; n >= 0; n--)if (s = i[n] + "." + s, ch(t, e, "delete", Date.now() + 1e3, s), "delete" == uh(t, e)) return ch(t, e, "delete", Date.now() - 1e3, s), s } return null }(t)), ch(t, i, s, e, r, n.sameSite, n.secure) } function ch(t, i, s, e, n, r, h) { "ampproject.org" == n && (s = "delete", e = 0); const o = encodeURIComponent(i) + "=" + encodeURIComponent(s) + "; path=/" + (n ? "; domain=" + n : "") + "; expires=" + new Date(e).toUTCString() + function (t, i) { return i ? `; SameSite=${i}` : "" }(0, r) + (h ? "; Secure" : ""); try { t.document.cookie = o } catch (t) { } } var ah = "GoogleCidApi", dh = "AMP_TOKEN", fh = "$RETRIEVING", ph = "$OPT_OUT", mh = "$NOT_FOUND", _h = 3e4, Ah = 31536e6, Ph = 31536e6, gh = /^[a-zA-Z0-9-_.]+$/, vh = "amp-cid-optout", Eh = { "googleanalytics": "AMP_ECID_GOOGLE" }, Th = { "googleanalytics": "AIzaSyA65lEHUEizIsNtlbNo-l2K18dT680nsaM" }; function Ih(t, i, s) { lh(t, i, s, Date.now() + Ph, { highestAvailableDomain: !0 }) } function Mh(t, i, s) { fs(t).then((t => { if (!t.isViewerStorage()) { const e = Rh(i); t.setNonBoolean(e, s) } })) } function Rh(t) { return "amp-cid:" + t } function yh(t, i, s) { const { ampdoc: e } = t, { win: n } = e, { disableBackup: r, scope: h } = i, o = i.cookieName || h; return function (t, i) { const { ampdoc: s } = t, { win: e } = s, { disableBackup: n, scope: r } = i, h = i.cookieName || r, o = uh(e, h); return o ? Promise.resolve(o) : n ? Promise.resolve(null) : fs(s).then((t => { const i = Rh(h); return t.get(i, Ph) })).then((t => t && "string" == typeof t ? t : null)) }(t, i).then((u => { if (!u && !i.createCookieIfNotPresent) return Promise.resolve(null); if (u) return /^amp-/.test(u) && (Ih(n, o, u), r || Mh(e, o, u)), Promise.resolve(u); if (t.Je[h]) return t.Je[h]; const l = Sh(n).then((t => "amp-" + t)); return Promise.all([l, s]).then((t => { const i = t[0]; uh(n, o) || (Ih(n, o, i), r || Mh(e, o, i)) })), t.Je[h] = l })) } function bh(t, i) { const s = Ps(t); return s.isTrustedViewer().then((t => { if (t) return Rt().expectedError("CID", "Viewer does not provide cap=cid"), s.sendMessageAwaitResponse("cid", i).then((t => t && !function (t, i) { try { return B(t) } catch (t) { return null } }(t) ? (Rt().expectedError("CID", "invalid cid format"), JSON.stringify({ "time": Date.now(), "cid": t })) : t)) })) } function wh(t) { return JSON.stringify({ "time": Date.now(), "cid": t }) } function Vh(t) { return j(t, 16) || String(t.location.href + Date.now() + t.Math.random() + t.screen.width + t.screen.height) } function Sh(t) { const i = Vh(t); if ("string" == typeof i) return ns(t).sha384Base64(i); { const t = i; return r((() => nh(t).replace(/\.+$/, ""))) } } var xh = "Crypto"; var Oh = ["prefetch", "preload", "preconnect", "dns-prefetch"], Ch = { attributes: !0, attributeFilter: ["hidden"], subtree: !0 }; function kh(t) { try { return t.state } catch (t) { return null } } var Nh = "History", Dh = "AMP.History"; function Lh(t) { const i = Ps(t); let s; return i.isOvertakeHistory() || t.win.__AMP_TEST_IFRAME ? s = new class { constructor(t, i) { this.win = t, this.Qe = i, this.Xe = 0, this.Ze = null, this.Tn = this.Qe.onMessage("historyPopped", (t => this.Vn(t))) } replaceStateForTarget(t) { yt("#" == t[0]), this.win.location.replace(t) } cleanup() { this.Tn() } setOnStateUpdated(t) { this.Ze = t } Sn(t, i, s) { return this.On(t) ? t : i } On(t) { return !!t && void 0 !== t.stackIndex } push(t) { const i = g({ "stackIndex": this.Xe + 1 }, t || {}), s = "pushHistory"; return this.Qe.sendMessageAwaitResponse(s, i).then((t => { const e = i, n = this.Sn(t, e, s); return this.Nn(n), n })) } pop(t) { if (t > this.Xe) return this.get(); const i = { "stackIndex": this.Xe }, s = "popHistory"; return this.Qe.sendMessageAwaitResponse(s, i).then((t => { const i = { "stackIndex": this.Xe - 1 }, e = this.Sn(t, i, s); return this.Nn(e), e })) } replace(t) { if (t && t.url) { if (!this.Qe.hasCapability("fullReplaceHistory")) { const t = { "stackIndex": this.Xe }; return Promise.resolve(t) } const i = t.url.replace(/#.*/, ""); t.url = i } const i = g({ "stackIndex": this.Xe }, t || {}), s = "replaceHistory"; return this.Qe.sendMessageAwaitResponse(s, i, !0).then((t => { const e = i, n = this.Sn(t, e, s); return this.Nn(n), n })) } get() { return Promise.resolve({ data: void 0, fragment: "", stackIndex: this.Xe, title: "" }) } Vn(t) { void 0 !== t.newStackIndex && (t.stackIndex = t.newStackIndex), this.On(t) && this.Nn(t) } Nn(t) { const { stackIndex: i } = t; this.Xe != i && (this.Xe = i, this.Ze && this.Ze(t)) } getFragment() { return this.Qe.hasCapability("fragment") ? this.Qe.sendMessageAwaitResponse("getFragment", void 0, !0).then((t => { if (!t) return ""; let i = t; return "#" == i[0] && (i = i.substr(1)), i })) : Promise.resolve("") } updateFragment(t) { return this.Qe.hasCapability("fragment") ? this.Qe.sendMessageAwaitResponse("replaceHistory", { "fragment": t }, !0) : e() } }(t.win, i) : (wi(t.win, "global-history-binding", class { constructor(t) { this.win = t, this.ke = ps(t); const { history: i } = this.win; this.Dn = i.length - 1; const s = kh(i); let e, n; s && void 0 !== s[Dh] && (this.Dn = Math.min(s[Dh], this.Dn)), this.Xe = this.Dn, this.Ln, this.Ze = null, this.Un = "state" in i, this.$n = this.Fn(this.Xe), i.pushState && i.replaceState ? (this.Bn = i.originalPushState || i.pushState.bind(i), this.Hn = i.originalReplaceState || i.replaceState.bind(i), e = (t, i, s) => { this.$n = t; try { this.Bn(t, i, s || null) } catch (t) { Rt().error(Nh, "pushState failed: " + t.message) } }, n = (t, i, s) => { this.$n = t; try { void 0 !== s ? this.Hn(t, i, s) : this.Hn(t, i) } catch (t) { Rt().error(Nh, "replaceState failed: " + t.message) } }, i.originalPushState || (i.originalPushState = this.Bn), i.originalReplaceState || (i.originalReplaceState = this.Hn)) : (e = (t, i, s) => { this.$n = t }, n = (t, i, s) => { this.$n = t }), this.Gn = e, this.qn = n; try { this.qn(this.Fn(this.Xe, !0)) } catch (t) { Rt().error(Nh, "Initial replaceState failed: " + t.message) } i.pushState = this.Wn.bind(this), i.replaceState = this.Kn.bind(this), this.Yn = t => { t.state, this.Jn() }, this.win.addEventListener("popstate", this.Yn) } cleanup() { this.Bn && (this.win.history.pushState = this.Bn), this.Hn && (this.win.history.replaceState = this.Hn), this.win.removeEventListener("popstate", this.Yn) } Fn(t, i) { const s = p(i ? this.Qn() : void 0); return s[Dh] = t, s } setOnStateUpdated(t) { this.Ze = t } push(t) { return this.Xn((() => { const i = this.Zn(this.Qn(), t || {}); return this.Wn(i, void 0, i.fragment ? "#" + i.fragment : void 0), r((() => this.Zn(i, { stackIndex: this.Xe }))) })) } pop(t) { return t = Math.max(t, this.Dn), this.Xn((() => this.tr(this.Xe - t + 1))).then((t => this.Zn(this.Qn(), { stackIndex: t }))) } replace(t = {}) { return this.Xn((() => { const i = this.Zn(this.Qn(), t || {}), s = (i.url || "").replace(/#.*/, ""), e = i.fragment ? "#" + i.fragment : ""; return this.Kn(i, i.title, s || e ? s + e : void 0), r((() => this.Zn(i, { stackIndex: this.Xe }))) })) } get() { return r((() => this.Zn(this.Qn(), { stackIndex: this.Xe }))) } backTo(t) { return t = Math.max(t, this.Dn), this.Xn((() => this.tr(this.Xe - t))) } Jn() { let t = this.Qn(); const i = t ? t[Dh] : void 0; let s = this.Xe; const e = this.Ln; this.Ln = void 0, s > this.win.history.length - 2 && (s = this.win.history.length - 2, this.Nn(this.Zn(t, { stackIndex: s }))), null == i ? s += 1 : s = i < this.win.history.length ? i : this.win.history.length - 1, t || (t = {}), t[Dh] = s, this.qn(t, void 0, void 0), s != this.Xe && this.Nn(this.Zn(t, { stackIndex: s })), s < this.Dn && (this.Dn = s), e && e.resolve() } Qn() { return this.Un ? kh(this.win.history) : this.$n } ir() { yt(!this.Ln) } Xn(t) { return this.Ln ? this.Ln.promise.then(t, t) : t() } sr() { this.ir(); const t = new n, { reject: i, resolve: s } = t, e = this.ke.timeoutPromise(500, t.promise); return this.Ln = { promise: e, resolve: s, reject: i }, e } tr(t) { if (this.ir(), t <= 0) return Promise.resolve(this.Xe); this.$n = this.Fn(this.Xe - t); const i = this.sr(); return this.win.history.go(-t), i.then((() => Promise.resolve(this.Xe))) } Wn(t, i, s) { this.ir(), t || (t = {}); let e = this.Xe + 1; t[Dh] = e, this.Gn(t, i, s), e != this.win.history.length - 1 && (e = this.win.history.length - 1, t[Dh] = e, this.qn(t)); const n = this.Zn(t, { stackIndex: e }); this.Nn(n) } replaceStateForTarget(t) { yt("#" == t[0]), this.Xn((() => { this.win.removeEventListener("popstate", this.Yn); try { this.win.location.replace(t) } finally { this.win.addEventListener("popstate", this.Yn) } return this.Kn(), e() })) } Kn(t, i, s) { this.ir(), t || (t = {}); const e = Math.min(this.Xe, this.win.history.length - 1); t[Dh] = e, this.qn(t, i, s); const n = this.Zn(t, { stackIndex: e }); this.Nn(n) } Nn(t) { this.ir(), t.stackIndex = Math.min(t.stackIndex, this.win.history.length - 1), this.Xe != t.stackIndex && (this.Xe = t.stackIndex, this.Ze && this.Ze(t)) } getFragment() { let { hash: t } = this.win.location; return t = t.substr(1), Promise.resolve(t) } updateFragment(t) { return this.replace({ fragment: t }) } Zn(t, i) { const s = g(g({}, t && t.data || {}), i.data || {}); return g(g(g({}, t || {}), i), {}, { data: s }) } }), s = Si(t.win, "global-history-binding")), new class { constructor(t, i) { this.ji = t, this.ke = ps(t.win), this.er = i, this.Xe = 0, this.nr = [], this.es = [], this.er.setOnStateUpdated(this.Ze.bind(this)) } cleanup() { this.er.cleanup() } push(t, i) { return this.rr((() => this.er.push(i).then((i => (this.Ze(i), t && (this.nr[i.stackIndex] = t), i.stackIndex)))), "push") } pop(t) { return this.rr((() => this.er.pop(t).then((t => { this.Ze(t) }))), "pop") } replace(t) { return this.rr((() => this.er.replace(t)), "replace") } get() { return this.rr((() => this.er.get()), "get") } goBack(t) { return this.rr((() => this.Xe <= 0 && !t ? e() : this.er.pop(this.Xe).then((t => { this.Ze(t) }))), "goBack") } replaceStateForTarget(t) { yt("#" == t[0]); const i = this.ji.win.location.hash; return this.push((() => { this.ji.win.location.replace(i || "#") })).then((() => { this.er.replaceStateForTarget(t) })) } getFragment() { return this.er.getFragment() } updateFragment(t) { return "#" == t[0] && (t = t.substr(1)), this.er.updateFragment(t) } Ze(t) { this.Xe = t.stackIndex, this.hr(t) } hr(t) { if (this.Xe >= this.nr.length - 1) return; const i = []; for (let t = this.nr.length - 1; t > this.Xe; t--)this.nr[t] && (i.push(this.nr[t]), this.nr[t] = void 0); if (this.nr.splice(this.Xe + 1), i.length > 0) for (let s = 0; s < i.length; s++)this.ke.delay((() => i[s](t)), 1) } rr(t, i) { const s = new n, { promise: e, reject: r, resolve: h } = s, o = new Error("history trace for " + i + ": "); return this.es.push({ callback: t, resolve: h, reject: r, trace: o }), 1 == this.es.length && this.ur(), e } ur() { if (0 == this.es.length) return; const t = this.es[0]; let i; try { i = t.callback() } catch (t) { i = Promise.reject(t) } i.then((i => { t.resolve(i) }), (i => { Rt().error(Nh, "failed to execute a task:", i), t.trace && (t.trace.message += i, Rt().error(Nh, t.trace)), t.reject(i) })).then((() => { this.es.splice(0, 1), this.ur() })) } }(t, s) } var Uh = ['<div slot=i-amphtml-svc class="i-amphtml-svc i-amphtml-loading-container i-amphtml-fill-content amp-hidden"></div>'], $h = class { constructor(t, i) { this.win = t, this.lr = i, this.cr = [], this.ar = new Is, this.dr = t => { b(t.target) && this.pr(t.target) }, this.mr = i => { ps(t).delay((() => { this.win.document.activeElement && this.pr(this.win.document.activeElement) }), 500) }, this.win.document.addEventListener("focus", this.dr, !0), this.win.addEventListener("blur", this.mr) } _r() { this.win.document.removeEventListener("focus", this.dr, !0), this.win.removeEventListener("blur", this.mr) } onFocus(t) { return this.ar.add(t) } pr(t) { const i = Date.now(); 0 == this.cr.length || this.cr[this.cr.length - 1].el != t ? this.cr.push({ el: t, time: i }) : this.cr[this.cr.length - 1].time = i, this.purgeBefore(i - this.lr), this.ar.fire(t) } getLast() { return 0 == this.cr.length ? null : this.cr[this.cr.length - 1].el } purgeBefore(t) { let i = this.cr.length - 1; for (let s = 0; s < this.cr.length; s++)if (this.cr[s].time >= t) { i = s - 1; break } -1 != i && this.cr.splice(0, i + 1) } hasDescendantsOf(t) { this.win.document.activeElement && this.pr(this.win.document.activeElement); for (let i = 0; i < this.cr.length; i++)if (t.contains(this.cr[i].el)) return !0; return !1 } }, Fh = null, Bh = ["gclid", "gclsrc"], Hh = [/^t.co$/]; function jh() { return bt(Fh, "E#19457 trackImpressionPromise") } function zh(t, i, s, e) { let n; try { n = t.open(i, s, e) } catch (t) { Rt().error("DOM", "Failed to open url on target: ", s, t) } var r, h; return !n && "_top" != s && ("number" != typeof h && (h = 0), h + "noopener".length > (r = e || "").length || -1 === r.indexOf("noopener", h)) && (n = t.open(i, "_top")), n } var Gh = "navigation", qh = "click", Wh = "contextmenu", Kh = ["_top", "_blank"], Yh = "data-a4a-orig-href"; function Qh(t, i) { const s = Ct(i.target, "A"); if (!s || !s.href) return; const e = s.getAttribute(Yh) || s.getAttribute("href"); if (!e) return; const n = { "CLICK_X": () => i.pageX, "CLICK_Y": () => i.pageY }, r = ms(s).expandUrlSync(e, n, { "CLICK_X": !0, "CLICK_Y": !0 }); r != e && (s.getAttribute(Yh) || s.setAttribute(Yh, e), s.setAttribute("href", r)) } function Jh(t) { return `${t.origin}${t.pathname}${t.search}` } function Xh(t) { return v(t) ? t : [t] } function Zh(t) { wi(t, "platform", class { constructor(t) { this.oo = t.navigator, this.i = t } isAndroid() { return /Android/i.test(this.oo.userAgent) } isIos() { return /iPhone|iPad|iPod/i.test(this.oo.userAgent) } isSafari() { return /Safari/i.test(this.oo.userAgent) && !this.isChrome() && !this.isEdge() && !this.isFirefox() && !this.isOpera() } isChrome() { return /Chrome|CriOS/i.test(this.oo.userAgent) && !this.isEdge() && !this.isOpera() } isFirefox() { return /Firefox|FxiOS/i.test(this.oo.userAgent) && !this.isEdge() } isOpera() { return /OPR\/|Opera|OPiOS/i.test(this.oo.userAgent) } isEdge() { return /Edge/i.test(this.oo.userAgent) } isWebKit() { return /WebKit/i.test(this.oo.userAgent) && !this.isEdge() } isWindows() { return /Windows/i.test(this.oo.userAgent) } isStandalone() { return this.isIos() && this.oo.standalone || this.isChrome() && this.i.matchMedia("(display-mode: standalone)").matches } isBot() { return /bot/i.test(this.oo.userAgent) } getMajorVersion() { return this.isSafari() ? this.isIos() ? this.getIosMajorVersion() || 0 : this.uo(/\sVersion\/(\d+)/, 1) : this.isChrome() ? this.uo(/(Chrome|CriOS)\/(\d+)/, 2) : this.isFirefox() ? this.uo(/(Firefox|FxiOS)\/(\d+)/, 2) : this.isOpera() ? this.uo(/(OPR|Opera|OPiOS)\/(\d+)/, 2) : this.isEdge() ? this.uo(/Edge\/(\d+)/, 1) : 0 } uo(t, i) { if (!this.oo.userAgent) return 0; const s = this.oo.userAgent.match(t); return !s || i >= s.length ? 0 : parseInt(s[i], 10) } getIosVersionString() { var t, i, s; return this.isIos() && (null === (t = this.oo.userAgent) || void 0 === t || null === (i = t.match(/OS ([0-9]+[_.][0-9]+([_.][0-9]+)?)\b/)) || void 0 === i || null === (s = i[1]) || void 0 === s ? void 0 : s.replace(/_/g, ".")) || "" } getIosMajorVersion() { const t = this.getIosVersionString(); return "" == t ? null : Number(t.split(".")[0]) } }) } var to = class { constructor() { this.As = [], this.Ar = {}, this.gr = 0, this.Pr = 0 } getSize() { return this.As.length } getLastEnqueueTime() { return this.gr } getLastDequeueTime() { return this.Pr } getTaskById(t) { return this.Ar[t] || null } enqueue(t) { yt(!this.Ar[t.id]), this.As.push(t), this.Ar[t.id] = t, this.gr = Date.now() } dequeue(t) { const i = this.Ar[t.id]; return !!this.removeAtIndex(t, this.As.indexOf(i)) && (this.Pr = Date.now(), !0) } peek(t) { let i = 1e6, s = null; for (let e = 0; e < this.As.length; e++) { const n = this.As[e], r = t(n); r < i && (i = r, s = n) } return s } forEach(t) { this.As.forEach(t) } removeAtIndex(t, i) { const s = this.Ar[t.id]; return !(!s || this.As[i] != s || (this.As.splice(i, 1), delete this.Ar[t.id], 0)) } purge(t) { let i = this.As.length; for (; i--;)t(this.As[i]) && this.removeAtIndex(this.As[i], i) } }; function io(t) { return t.queryCommandSupported("copy") } function so(t) { return t.hasAttribute("hidden") } var eo = "STANDARD-ACTIONS", no = /^i-amphtml-/; var ro = "Storage", ho = class { constructor(t) { this.Qe = t } loadBlob(t) { return this.Qe.sendMessageAwaitResponse("loadStore", { "origin": t }).then((t => t.blob)) } saveBlob(t, i) { return this.Qe.sendMessageAwaitResponse("saveStore", { "origin": t, "blob": i }).catch((t => { throw Rt().createExpectedError(ro, "Failed to save store: ", t) })) } }; function oo(t) { Vi(t, "storage", (function () { const i = Ps(t), s = parseInt(i.getParam("storage"), 10) ? new ho(i) : new class { constructor(t) { if (this.win = t, this.vr = this.Er(), !this.vr) { const t = new Error("localStorage not supported."); Rt().expectedError(ro, t) } } Er() { try { return "localStorage" in this.win && (this.win.localStorage.getItem("test"), !0) } catch (t) { return !1 } } Tr(t) { return `amp-store:${t}` } loadBlob(t) { return new Promise((i => { this.vr ? i(this.win.localStorage.getItem(this.Tr(t))) : i(null) })) } saveBlob(t, i) { return new Promise((s => { this.vr ? (this.win.localStorage.setItem(this.Tr(t), i), s()) : s() })) } }(t.win); return new class { constructor(t, i, s) { this.ampdoc = t, this.Qe = i, this.er = s, this.Ir = s instanceof ho, this.h = En(this.ampdoc.win.location), this.Mr = null } Rr() { return this.yr(), this } get(t, i) { return this.wr().then((s => s.get(t, i))) } set(t, i, s) { return yt("boolean" == typeof i), this.setNonBoolean(t, i, s) } setNonBoolean(t, i, s) { return this.br((e => e.set(t, i, s))) } remove(t) { return this.br((i => i.remove(t))) } isViewerStorage() { return this.Ir } wr() { return this.Mr || (this.Mr = this.er.loadBlob(this.h).then((t => t ? B(atob(t)) : {})).catch((t => (Rt().expectedError(ro, "Failed to load store: ", t), {}))).then((t => new class { constructor(t, i) { this.obj = _(t), this.Vr = i || 8, this.Sr = this.obj.vv || Object.create(null), this.obj.vv || (this.obj.vv = this.Sr) } get(t, i) { const s = this.Sr[t], e = s ? s.t : void 0, n = !i || null == e || e + i > Date.now(); return s && n ? s.v : void 0 } set(t, i, s) { if (yt("__proto__" != t && "prototype" != t), void 0 !== this.Sr[t]) { const e = this.Sr[t]; let n = Date.now(); s && (n = e.t), e.v = i, e.t = n } else this.Sr[t] = { "v": i, "t": Date.now() }; const e = Object.keys(this.Sr); if (e.length > this.Vr) { let t = 1 / 0, i = null; for (let s = 0; s < e.length; s++) { const n = this.Sr[e[s]]; n.t < t && (i = e[s], t = n.t) } i && delete this.Sr[i] } } remove(t) { delete this.Sr[t] } }(t)))), this.Mr } br(t) { return this.wr().then((i => { t(i); const s = btoa(JSON.stringify(i.obj)); return this.er.saveBlob(this.h, s) })).then(this.Or.bind(this)) } yr() { this.Qe.onBroadcast((t => { "amp-storage-reset" == t.type && t.origin == this.h && (this.Mr = null) })) } Or() { this.Qe.broadcast({ "type": "amp-storage-reset", "origin": this.h }) } }(t, i, s).Rr() }), !0) } var uo = "__AMP_IMPL_", lo = () => { }; function co(t) { wi(t, "timer", class { constructor(t) { this.win = t, this.Cr = this.win.Promise.resolve(), this.kr = 0, this.Nr = {}, this.Dr = Date.now() } timeSinceStart() { return Date.now() - this.Dr } delay(t, i) { if (!i) { const i = "p" + this.kr++; return this.Cr.then((() => { this.Nr[i] ? delete this.Nr[i] : t() })).catch(Vn), i } return this.win.setTimeout((() => { try { t() } catch (t) { throw Vn(t), t } }), i) } cancel(t) { "string" != typeof t ? this.win.clearTimeout(t) : this.Nr[t] = !0 } promise(t) { return new this.win.Promise((i => { if (-1 == this.delay(i, t)) throw new Error("Failed to schedule timer.") })) } timeoutPromise(t, i, s) { let e; const n = new this.win.Promise(((i, n) => { if (e = this.delay((() => { n(It().createError(s || "timeout")) }), t), -1 == e) throw new Error("Failed to schedule timer.") })); if (!i) return n; const r = () => { this.cancel(e) }; return i.then(r, r), this.win.Promise.race([n, i]) } poll(t, i) { return new this.win.Promise((s => { const e = this.win.setInterval((() => { i() && (this.win.clearInterval(e), s()) }), t) })) } }) } var ao = "Expander", fo = class { constructor(t, i, s, e, n, r) { this.Lr = t, this.Ur = i, this.$r = s, this.Fr = e, this.Br = n, this.Hr = !r } expand(t) { if (!t.length) return this.Fr ? t : Promise.resolve(t); const i = this.Lr.getExpr(this.Ur, this.Br), s = this.jr(t, i); return s.length ? this.zr(t, s) : this.Fr ? t : Promise.resolve(t) } getMacroNames(t) { const i = this.Lr.getExpr(this.Ur, this.Br); return t.match(i) || [] } jr(t, i) { const s = []; return t.replace(i, ((t, i, e) => { const { length: n } = t, r = { start: e, stop: n + e - 1, name: i, length: n }; s.push(r) })), s } zr(t, i) { const s = []; let e = 0, n = 0, r = i[n], h = 0, o = !1; const u = c => { let a = "", d = []; const f = []; for (; e < t.length && n <= i.length;) { const l = a.trim(); if (r && e === r.start) { let o; l && d.push(h ? 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(o = !1, a.length && d.push(a)) : (o = !0, l && d.push(l)), a = "", e++; else if (h && "," === t[e] && !o) l && d.push(l), f.push(d), d = [], "," === t[e + 1] && (f.push([""]), e++), a = "", e++; else { if (h && ")" === t[e] && !o) { e++, h--; const t = s.pop(); return l && d.push(l), f.push(d), this.Gr(t, f) } a += t[e], e++ } e === t.length && a.length && d.push(a) } var p; return this.Fr ? d.join("") : Promise.all(d).then((t => t.join(""))).catch((t => (l(t), ""))) }; return u(this.Hr) } Gr(t, i) { const { encode: s, name: e } = t; let n; if (null != t.prioritized ? n = t.prioritized : this.Fr && null != t.sync ? n = t.sync : this.Fr ? (It().error(ao, "ignoring async replacement key: ", t.name), n = "") : n = t.async || t.sync, this.Fr) { const t = this.qr(n, e, i); return s ? encodeURIComponent(t) : t } return this.Wr(n, e, i).then((t => s ? encodeURIComponent(t) : t)) } Wr(t, i, s) { let e; try { if ("function" == typeof t) { const i = t; e = s ? this.Kr(s).then((t => i.apply(null, t))) : r(i) } else e = Promise.resolve(t); return e.then((t => { let e; return this.Yr(i, t, s), e = null == t ? "" : t, e })).catch((t => (l(t), this.Yr(i, "", s), Promise.resolve("")))) } catch (t) { return l(t), this.Yr(i, "", s), Promise.resolve("") } } Kr(t) { return Promise.all(t.map((t => Promise.all(t).then((t => t.join("")))))) } qr(t, i, s) { try { let e, n = t; return "function" == typeof t && (n = t.apply(null, this.Jr(s))), n && "function" == typeof n.then ? (It().error(ao, "ignoring async macro resolution"), e = "") : "string" == typeof n || "number" == typeof n || "boolean" == typeof n ? 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(bt("ISOCountry" === i, "The value passed to AMP_GEO() is not valid name:" + i), t && t[i] || "unknown") : (null == t ? void 0 : t.matchedISOCountryGroups.join(",")) || "unknown" } var To = "Viewer", Io = /^(https?:\/\/)((www[0-9]*|web|ftp|wap|home|mobile|amp|m)\.)+/i; function Mo(t) { let i; return t instanceof Error ? ((t = h(t)).message = "No messaging channel: " + t.message, i = t) : i = new Error("No messaging channel: " + t), i.message = C(i.message), i } var Ro = class t { static solveYValueFromXValue(i, s, e, n, r, h, o, u, l) { return t.Qr(t.Xr(i, s, n, h, u), e, r, o, l) } static Xr(i, s, e, n, r) { const h = 1e-6; let o = (i - s) / (r - s); if (o <= 0) return 0; if (o >= 1) return 1; let u = 0, l = 1, c = 0; for (let a = 0; a < 8; a++) { c = t.Zr(o, s, e, n, r); const a = (t.Zr(o + h, s, e, n, r) - c) / h; if (Math.abs(c - i) < h) return o; if (Math.abs(a) < h) break; c < i ? u = o : l = o, o -= (c - i) / a } for (let a = 0; Math.abs(c - i) > h && a < 8; a++)c < i ? (u = o, o = (o + l) / 2) : (l = o, o = (o + u) / 2), c = t.Zr(o, s, e, n, r); return o } static Zr(i, s, e, n, r) { if (0 == i) return s; if (1 == i) return r; let h = t.th(s, e, i), o = t.th(e, n, i); const u = t.th(n, r, i); return h = t.th(h, o, i), o = t.th(o, u, i), t.th(h, o, i) } static Qr(i, s, e, n, r) { if (0 == i) return s; if (1 == i) return r; let h = t.th(s, e, i), o = t.th(e, n, i); const u = t.th(n, r, i); return h = t.th(h, o, i), o = t.th(o, u, i), t.th(h, o, i) } static th(t, i, s) { return t + s * (i - t) } }, yo = { LINEAR: t => t, EASE: t => Ro.solveYValueFromXValue(t, 0, 0, .25, .1, .25, 1, 1, 1), EASE_IN: t => Ro.solveYValueFromXValue(t, 0, 0, .42, 0, 1, 1, 1, 1), EASE_OUT: t => Ro.solveYValueFromXValue(t, 0, 0, 0, 0, .58, 1, 1, 1), EASE_IN_OUT: t => Ro.solveYValueFromXValue(t, 0, 0, .42, 0, .58, 1, 1, 1) }, bo = { "linear": yo.LINEAR, "ease": yo.EASE, "ease-in": yo.EASE_IN, "ease-out": yo.EASE_OUT, "ease-in-out": yo.EASE_IN_OUT }; function wo(t) { if (!t) return null; if (y(t)) { if (-1 != t.indexOf("cubic-bezier")) { const r = t.match(/cubic-bezier\((.+)\)/); if (r) { const t = r[1].split(",").map(parseFloat); if (4 == t.length) { for (let i = 0; i < 4; i++)if (isNaN(t[i])) return null; return i = t[0], s = t[1], e = t[2], n = t[3], t => Ro.solveYValueFromXValue(t, 0, 0, i, s, e, n, 1, 1) } } return null } return bo[t] } var i, s, e, n; return t } var Vo = "Animation", So = function () { }, xo = class t { static animate(i, s, e, n) { return new t(i).setCurve(n).add(0, s, 1).start(e) } constructor(t, i) { this.ih = t, this.sh = i || gs(self), this.eh = null, this.nh = [] } setCurve(t) { return t && (this.eh = wo(t)), this } add(t, i, s, e) { return this.nh.push({ delay: t, func: i, duration: s, curve: wo(e) }), this } start(t) { return new Oo(this.sh, this.ih, this.nh, this.eh, t) } }, Oo = class { constructor(t, i, s, e, r) { this.sh = t, this.ih = i, this.nh = []; for (let t = 0; t < s.length; t++) { const i = s[t]; this.nh.push({ delay: i.delay, func: i.func, duration: i.duration, curve: i.curve || e, started: !1, completed: !1 }) } this.rh = r, this.Dr = Date.now(), this.$e = !0, this.Mi = {}; const h = new n; this.hh = h.promise, this.ae = h.resolve, this.oh = h.reject, this.uh = this.sh.createAnimTask(this.ih, { mutate: this.lh.bind(this) }), this.sh.canAnimate(this.ih) ? this.uh(this.Mi) : this.ah(!1, 0) } then(t, i) { return t || i ? this.hh.then(t, i) : this.hh } thenAlways(t) { const i = t || So; return this.then(i, i) } halt(t) { this.ah(!1, t || 0) } ah(t, i) { if (this.$e) { if (this.$e = !1, 0 != i) { this.nh.length > 1 && this.nh.sort(((t, i) => t.delay + t.duration - (i.delay + i.duration))); try { if (i > 0) for (let t = 0; t < this.nh.length; t++)this.nh[t].func(1, !0); else for (let t = this.nh.length - 1; t >= 0; t--)this.nh[t].func(0, !1) } catch (i) { Rt().error(Vo, "completion failed: " + i, i), t = !1 } } t ? this.ae() : this.oh() } } lh(t) { if (!this.$e) return; const i = Date.now(), s = Math.min((i - this.Dr) / this.rh, 1); for (let t = 0; t < this.nh.length; t++) { const i = this.nh[t]; !i.started && s >= i.delay && (i.started = !0) } for (let t = 0; t < this.nh.length; t++) { const i = this.nh[t]; i.started && !i.completed && this.dh(i, s) } 1 == s ? this.ah(!0, 0) : this.sh.canAnimate(this.ih) ? this.uh(this.Mi) : this.ah(!1, 0) } dh(t, i) { let s, e; if (t.duration > 0) { if (s = Math.min((i - t.delay) / t.duration, 1), e = s, t.curve && 1 != e) try { e = t.curve(s) } catch (t) { return Rt().error(Vo, "step curve failed: " + t, t), void this.ah(!1, 0) } } else s = 1, e = 1; 1 == s && (t.completed = !0); try { t.func(e, t.completed) } catch (t) { return Rt().error(Vo, "step mutate failed: " + t, t), void this.ah(!1, 0) } } }; function Co(t, i) { let s; for (let e = i.lastElementChild; e; e = e.previousElementSibling)if (e.getBoundingClientRect().height > 0) { const i = ks(t, e); if ("static" == i.position || "relative" == i.position) { s = i; break } } return s ? parseInt(s.marginBottom, 10) : 0 } function ko(t, i, s) { return function (t, i, s) { const e = parseInt(ks(t, i)[s], 10); return isNaN(e) ? 0 : e }(t, i === t.document.body ? t.document.documentElement : i, s) } function No(t, i) { return ko(t, i, "scrollPaddingTop") } function Do(t) { const i = Ps(t), { win: s } = t; let n; return n = t.isSingleDoc() && function (t, i) { return cs(t).isIos() && qt(t) && i.isEmbedded() && !i.hasCapability("iframeScroll") ? Lo.NATURAL_IOS_EMBED : Lo.NATURAL }(s, i) == Lo.NATURAL_IOS_EMBED ? new class { constructor(t) { this.win = t, this.sh = gs(t); const i = this.win.document, { documentElement: s } = i, e = s.className; s.classList.add("i-amphtml-ios-embed"); const n = i.createElement("html"); this.fh = n, n.id = "i-amphtml-wrapper", n.className = e, this.ph = new Is, this.mh = new Is, this._h = this.Ah.bind(this), this.gh = () => this.mh.fire(), this.Ph = 0, this.Eh = !1, $t(i, this.Th.bind(this)), vi(i).then((() => { s.classList.add("i-amphtml-ios-overscroll") })) } ensureReadyForElements() { this.Th() } Th() { if (this.Eh) return; this.Eh = !0; const t = this.win.document, i = t.body; t.documentElement.appendChild(this.fh), this.fh.appendChild(i), Object.defineProperty(t, "body", { get: () => i }), this.Ah() } connect() { this.win.addEventListener("resize", this.gh), this.fh.addEventListener("scroll", this._h) } disconnect() { this.win.removeEventListener("resize", this.gh), this.fh.removeEventListener("scroll", this._h) } getBorderTop() { return 1 } requiresFixedLayerTransfer() { return !Le(this.win, "ios-fixed-no-transfer") || parseFloat(cs(this.win).getIosVersionString()) < 12.2 } overrideGlobalScrollTo() { return !0 } supportsPositionFixed() { return !0 } onScroll(t) { this.ph.add(t) } onResize(t) { this.mh.add(t) } updatePaddingTop(t) { this.Ph = t, Vs(this.fh, { "padding-top": Cs(t) }) } hideViewerHeader(t, i) { t || this.updatePaddingTop(0) } showViewerHeader(t, i) { t || this.updatePaddingTop(i) } disableScroll() { this.fh.classList.add("i-amphtml-scroll-disabled") } resetScroll() { this.fh.classList.remove("i-amphtml-scroll-disabled") } updateLightboxMode(t) { return e() } getSize() { return { width: this.win.innerWidth, height: this.win.innerHeight } } getScrollTop() { return this.fh.scrollTop } getScrollLeft() { return 0 } getScrollWidth() { return this.fh.scrollWidth } getScrollHeight() { return this.fh.scrollHeight } getContentHeight() { const t = this.win.document.body, { height: i } = t.getBoundingClientRect(), s = Co(this.win, t), e = ks(this.win, t); return parseInt(e.marginTop, 10) + this.Ph + i + s + parseInt(e.marginBottom, 10) } contentHeightChanged() { } getLayoutRect(t, i, s) { const e = t.getBoundingClientRect(), n = null != s ? s : this.getScrollTop(), r = null != i ? i : this.getScrollLeft(); return Jt(Math.round(e.left + r), Math.round(e.top + n), Math.round(e.width), Math.round(e.height)) } getRootClientRectAsync() { return Promise.resolve(null) } setScrollTop(t) { this.fh.scrollTop = t || 1 } Ah(t) { 0 == this.fh.scrollTop && (this.fh.scrollTop = 1, t && t.preventDefault()), t && this.ph.fire() } getScrollingElement() { return this.fh } getScrollingElementScrollsLikeViewport() { return !1 } }(s) : new class { constructor(t) { this.ampdoc = t, this.win = t.win, this.Rh = cs(this.win), this.ph = new Is, this.mh = new Is, this._h = this.Ih.bind(this), this.gh = () => this.mh.fire() } Ih() { this.ph.fire() } connect() { this.win.addEventListener("scroll", this._h), this.win.addEventListener("resize", this.gh) } disconnect() { this.win.removeEventListener("scroll", this._h), this.win.removeEventListener("resize", this.gh) } ensureReadyForElements() { } getBorderTop() { return 0 } requiresFixedLayerTransfer() { return !1 } overrideGlobalScrollTo() { return !1 } supportsPositionFixed() { return !0 } onScroll(t) { this.ph.add(t) } onResize(t) { this.mh.add(t) } updatePaddingTop(t) { Vs(this.win.document.documentElement, { "padding-top": Cs(t) }) } hideViewerHeader(t, i) { t || this.updatePaddingTop(0) } showViewerHeader(t, i) { t || this.updatePaddingTop(i) } disableScroll() { this.win.document.documentElement.classList.add("i-amphtml-scroll-disabled") } resetScroll() { this.win.document.documentElement.classList.remove("i-amphtml-scroll-disabled") } updateLightboxMode(t) { return e() } getSize() { const t = this.win.innerWidth, i = this.win.innerHeight; if (t && i) return { width: t, height: i }; const s = this.win.document.documentElement; return { width: s.clientWidth, height: s.clientHeight } } getScrollTop() { const t = this.getScrollingElement().scrollTop || this.win.pageYOffset, { host: i } = this.ampdoc.getRootNode(); return i ? t - i.offsetTop : t } getScrollLeft() { return 0 } getScrollWidth() { return this.getScrollingElement().scrollWidth } getScrollHeight() { return this.getScrollingElement().scrollHeight } getContentHeight() { const t = this.getScrollingElement(), i = t.getBoundingClientRect(), s = i.top + this.getScrollTop(), e = cs(this.win).isSafari() ? Co(this.win, t) : 0, n = ks(this.win, t); return s + parseInt(n.marginTop, 10) + i.height + e + parseInt(n.marginBottom, 10) } contentHeightChanged() { } getLayoutRect(t, i, s) { const e = t.getBoundingClientRect(), n = null != s ? s : this.getScrollTop(), r = null != i ? i : this.getScrollLeft(); return Jt(Math.round(e.left + r), Math.round(e.top + n), Math.round(e.width), Math.round(e.height)) } getRootClientRectAsync() { return Promise.resolve(null) } setScrollTop(t) { this.getScrollingElement().scrollTop = t } getScrollingElement() { const t = this.win.document; return t.scrollingElement ? t.scrollingElement : t.body && this.Rh.isWebKit() ? t.body : t.documentElement } getScrollingElementScrollsLikeViewport() { return !0 } }(t), new class { constructor(t, i, s) { const { win: e } = t; this.ampdoc = t, this.Mh = this.ampdoc.win.document, this.er = i, this.Qe = s, this.yh = null, this.wh = null, this.bh = null, this.Vh = !1, this.Sh = null, this.Ph = Number(s.getParam("paddingTop") || 0), this.xh = 0, this.ke = ps(e), this.sh = gs(e), this.Oh = !1, this.sn = null, this.Ch = 0, this.kh = new Is, this.ph = new Is, this.mh = new Is, this.Nh = void 0, this.Dh = void 0, this.Lh = null, this.Qe.onMessage("viewport", this.Uh.bind(this)), this.Qe.onMessage("scroll", this.$h.bind(this)), this.Qe.onMessage("disableScroll", this.Fh.bind(this)), this.Qe.isEmbedded() && this.er.updatePaddingTop(this.Ph), this.er.onScroll(this.Bh.bind(this)), this.er.onResize(this.Hh.bind(this)), this.onScroll(this.jh.bind(this)), this.zh = !1, this.ampdoc.onVisibilityChanged(this.Gh.bind(this)), this.Gh(); const n = this.Mh.documentElement; if (t.isSingleDoc() && n.classList.add("i-amphtml-singledoc"), s.isEmbedded() ? n.classList.add("i-amphtml-embedded") : n.classList.add("i-amphtml-standalone"), qt(e) && n.classList.add("i-amphtml-iframed"), "1" === s.getParam("webview") && n.classList.add("i-amphtml-webview"), qt(e) && "scrollRestoration" in e.history && (e.history.scrollRestoration = "manual"), this.er.overrideGlobalScrollTo()) try { Object.defineProperty(e, "scrollTo", { value: (t, i) => this.setScrollTop(i) }), ["pageYOffset", "scrollY"].forEach((t => { Object.defineProperty(e, t, { get: () => this.getScrollTop() }) })) } catch (t) { } cs(e).isIos() && qt(e) && this.ampdoc.isSingleDoc() && this.ampdoc.whenReady().then((() => { e.scrollTo(-.1, 0) })) } dispose() { this.er.disconnect() } ensureReadyForElements() { this.er.ensureReadyForElements() } Gh() { const t = this.ampdoc.isVisible(); t != this.zh && (this.zh = t, t ? (this.er.connect(), this.wh && this.Hh(), this.bh && (this.bh = null, this.getScrollTop())) : this.er.disconnect()) } getPaddingTop() { return this.Ph } getScrollTop() { return null == this.bh && (this.bh = this.er.getScrollTop()), this.bh } getScrollLeft() { return null == this.Sh && (this.Sh = this.er.getScrollLeft()), this.Sh } setScrollTop(t) { this.bh = null, this.er.setScrollTop(t) } updatePaddingBottom(t) { this.ampdoc.waitForBodyOpen().then((i => { Ss(i, "borderBottom", `${t}px solid transparent`) })) } getSize() { if (this.wh) return this.wh; if (this.wh = this.er.getSize(), 0 == this.wh.width || 0 == this.wh.height) { const t = this.ampdoc.getVisibilityState(); t != Ts.PRERENDER && t != Ts.VISIBLE || Math.random() < .01 && Rt().error("Viewport", "viewport has zero dimensions") } return this.wh } getHeight() { return this.getSize().height } getWidth() { return this.getSize().width } getScrollWidth() { return this.er.getScrollWidth() } getScrollHeight() { return this.er.getScrollHeight() } getContentHeight() { return this.er.getContentHeight() } contentHeightChanged() { this.er.contentHeightChanged() } getRect() { if (null == this.yh) { const t = this.getScrollTop(), i = this.getScrollLeft(), s = this.getSize(); this.yh = Jt(i, t, s.width, s.height) } return this.yh } getLayoutRect(t) { const i = this.getScrollLeft(), s = this.getScrollTop(), e = Di(t, this.ampdoc.win); if (e) { const n = this.er.getLayoutRect(t, 0, 0), r = this.er.getLayoutRect(e, i, s); return Jt(Math.round(n.left + r.left), Math.round(n.top + r.top), Math.round(n.width), Math.round(n.height)) } return this.er.getLayoutRect(t, i, s) } getClientRectAsync(t) { const i = this.sh.measurePromise((() => t.getBoundingClientRect())); let s = this.er.getRootClientRectAsync(); const e = Di(t, this.ampdoc.win); return e && (s = this.sh.measurePromise((() => e.getBoundingClientRect()))), Promise.all([i, s]).then((t => { const i = t[0], s = t[1]; return s ? Zt(i, s.left, s.top) : (e = i, Jt(Number(e.left), Number(e.top), Number(e.width), Number(e.height))); var e })) } supportsPositionFixed() { return this.er.supportsPositionFixed() } isDeclaredFixed(t) { return !!this.Lh && this.Lh.isDeclaredFixed(t) } scrollIntoView(t) { return this.qh(t).then((i => this.Wh(t, i))) } Wh(t, i) { const s = this.er.getLayoutRect(t).top, e = No(this.ampdoc.win, i); r((() => Math.max(0, s - this.Ph - e))).then((t => this.Kh(i, t))) } animateScrollIntoView(t, i = "top", s, e) { return yt(!e || void 0 !== s), this.qh(t).then((n => this.animateScrollWithinParent(t, n, i, s, e))) } animateScrollWithinParent(t, i, s, e, n) { yt(!n || void 0 !== e); const r = this.er.getLayoutRect(t), { height: h } = this.Yh(i) ? this.getSize() : this.getLayoutRect(i), { win: o } = this.ampdoc, u = No(o, i), l = function (t, i) { return ko(t, i, "scrollPaddingBottom") }(o, i); let c = -u; return "bottom" === s ? c = -h + l + r.height : "center" === s && (c = -(h - u - l) / 2 + r.height / 2), this.Jh(i).then((t => { const s = r.top - this.Ph + c, h = Math.max(0, s); if (h != t) return this.Qh(i, t, h, e, n) })) } Qh(t, i, s, e, n = "ease-in") { const r = void 0 !== e ? e : function (t, i, s = 500) { return Math.floor(function (t, i, s) { return D(0 <= s), Math.min(Math.max(t, 0), s) }(.65 * Math.abs(t - i), 0, s)) }(i, s), h = (o = i, u = s, t => o + (u - o) * t); var o, u; return xo.animate(t, (i => { this.Kh(t, h(i)) }), r, n).thenAlways((() => { this.Kh(t, s) })) } qh(t) { return this.sh.measurePromise((() => Ct(t, ".i-amphtml-scrollable") || this.er.getScrollingElement())) } Kh(t, i) { this.Yh(t) ? this.er.setScrollTop(i) : this.sh.mutate((() => { t.scrollTop = i })) } Jh(t) { return this.Yh(t) ? r((() => this.getScrollTop())) : this.sh.measurePromise((() => t.scrollTop)) } Yh(t) { return t == this.er.getScrollingElement() } getScrollingElement() { return this.sn ? this.sn : this.sn = this.er.getScrollingElement() } onChanged(t) { return this.kh.add(t) } onScroll(t) { return this.ph.add(t) } onResize(t) { return this.mh.add(t) } enterLightboxMode(t, i) { return this.Qe.sendMessage("requestFullOverlay", {}, !0), this.enterOverlayMode(), this.Lh && this.Lh.enterLightbox(t, i), t && this.maybeEnterFieLightboxMode(t), this.er.updateLightboxMode(!0) } leaveLightboxMode(t) { return this.Qe.sendMessage("cancelFullOverlay", {}, !0), this.Lh && this.Lh.leaveLightbox(), this.leaveOverlayMode(), t && this.maybeLeaveFieLightboxMode(t), this.er.updateLightboxMode(!1) } isLightboxExperimentOn() { return Le(this.ampdoc.win, "amp-lightbox-a4a-proto") } maybeEnterFieLightboxMode(t) { const i = this.Xh(t); i && (yt(this.isLightboxExperimentOn()), i.enterFullOverlayMode()) } maybeLeaveFieLightboxMode(t) { const i = this.Xh(t); i && yt(i).leaveFullOverlayMode() } Xh(t) { const i = Di(t, this.ampdoc.win); return i && i.__AMP_EMBED__ } enterOverlayMode() { this.disableTouchZoom(), this.disableScroll() } leaveOverlayMode() { this.resetScroll(), this.restoreOriginalTouchZoom() } disableScroll() { const { win: t } = this.ampdoc, { documentElement: i } = t.document; let s; this.sh.measure((() => { const e = ks(t, i).marginRight, n = function (t) { const { documentElement: i } = t.document; return t.innerWidth - i.clientWidth }(this.ampdoc.win); s = parseInt(e, 10) + n })), this.sh.mutate((() => { Ss(i, "margin-right", s, "px"), this.er.disableScroll() })) } resetScroll() { const { win: t } = this.ampdoc, { documentElement: i } = t.document; this.sh.mutate((() => { Ss(i, "margin-right", ""), this.er.resetScroll() })) } resetTouchZoom() { const t = this.ampdoc.win.innerHeight, i = this.Mh.documentElement.clientHeight; t && i && t === i || this.disableTouchZoom() && this.ke.delay((() => { this.restoreOriginalTouchZoom() }), 50) } disableTouchZoom() { const t = this.Zh(); if (!t) return !1; const i = function (t, i) { const s = function (t) { const i = Object.create(null); if (!t) return i; const s = t.split(/,|;/); for (let t = 0; t < s.length; t++) { const e = s[t].split("="), n = e[0].trim(); let r = e[1]; r = (r || "").trim(), n && (i[n] = r) } return i }(t); let e = !1; for (const t in i) s[t] !== i[t] && (e = !0, void 0 !== i[t] ? s[t] = i[t] : delete s[t]); return e ? function (t) { let i = ""; for (const s in t) i.length > 0 && (i += ","), t[s] ? i += s + "=" + t[s] : i += s; return i }(s) : t }(t.content, { "maximum-scale": "1", "user-scalable": "no" }); return this.io(i) } restoreOriginalTouchZoom() { return void 0 !== this.Dh && this.io(this.Dh) } updateFixedLayer() { return this.Lh ? this.Lh.update() : e() } addToFixedLayer(t, i) { return this.Lh ? this.Lh.addElement(t, i) : e() } removeFromFixedLayer(t) { this.Lh && this.Lh.removeElement(t) } createFixedLayer(t) { this.Lh = new t(this.ampdoc, this.sh, this.er.getBorderTop(), this.Ph, this.er.requiresFixedLayerTransfer()), this.ampdoc.whenReady().then((() => this.Lh.setup())) } io(t) { const i = this.Zh(); return !(!i || i.content == t || (i.content = t, 0)) } Zh() { return qt(this.ampdoc.win) ? null : (void 0 === this.Nh && (this.Nh = this.Mh.querySelector("meta[name=viewport]"), this.Nh && (this.Dh = this.Nh.content)), this.Nh) } $h(t) { const i = t.scrollTop; this.setScrollTop(i) } Uh(t) { const i = t.paddingTop, s = t.duration || 0, e = t.curve, n = t.transient; if (null != i && i != this.Ph && (this.xh = this.Ph, this.Ph = i, this.Lh)) { const t = this.Lh.animateFixedElements(this.Ph, this.xh, s, e, n); i < this.xh ? this.er.hideViewerHeader(n, this.xh) : t.then((() => { this.er.showViewerHeader(n, i) })) } } Fh(t) { t ? this.disableScroll() : this.resetScroll() } so(t, i) { const s = this.getSize(), e = this.getScrollTop(), n = this.getScrollLeft(); this.kh.fire({ relayoutAll: t, top: e, left: n, width: s.width, height: s.height, velocity: i }) } Bh() { this.yh = null, this.Ch++, this.Sh = this.er.getScrollLeft(); const t = this.er.getScrollTop(); if (!(t < 0)) { if (this.bh = t, !this.Oh) { this.Oh = !0; const i = Date.now(); this.ke.delay((() => { this.sh.measure((() => { this.eo(i, t) })) }), 36) } this.ph.fire() } } eo(t, i) { this.bh = this.er.getScrollTop(); const s = this.bh, e = Date.now(); let n = 0; e != t && (n = (s - i) / (e - t)), Math.abs(n) < .03 ? (this.so(!1, n), this.Oh = !1) : this.ke.delay((() => this.sh.measure(this.eo.bind(this, e, s))), 20) } jh() { this.Vh || (this.Vh = !0, this.sh.measure((() => { this.Vh = !1, this.Qe.sendMessage("scroll", { "scrollTop": this.getScrollTop() }, !0) }))) } Hh() { this.yh = null; const t = this.wh; this.wh = null; const i = this.getSize(); this.updateFixedLayer().then((() => { const s = !t || t.width != i.width; this.so(s, 0), (s || t.height != i.height) && this.mh.fire({ relayoutAll: s, width: i.width, height: i.height }) })) } }(t, n, i) } var Lo = { NATURAL: "natural", NATURAL_IOS_EMBED: "natural-ios-embed" }; function Uo(t, i) { yt(t); try { void 0 !== t(i) && Rt().error("VSYNC", "callback returned a value but vsync cannot propogate it: %s", t.toString()) } catch (t) { return l(t), !1 } return !0 } function $o(t) { if (t.defaultPrevented) return; const i = t.target; if (!i || "FORM" != i.tagName) return; let s; s = i.classList.contains("i-amphtml-form") ? !i.hasAttribute("amp-novalidate") : !i.hasAttribute("novalidate"), s && i.checkValidity && !i.checkValidity() && t.preventDefault(); const e = i.elements; for (let t = 0; t < e.length; t++)bt(!e[t].name || e[t].name != rn, "Illegal input name, %s found: %s", rn, e[t]); const n = i.getAttribute("action"), r = i.getAttribute("action-xhr"), h = (i.getAttribute("method") || "GET").toUpperCase(); if (r && (pn(r, i, "action-xhr"), bt(!_n(r), "form action-xhr should not be on AMP CDN: %s", i), Mn(r)), n && (pn(n, i, "action"), bt(!_n(n), "form action should not be on AMP CDN: %s", i), Mn(n)), "GET" == h) bt(r || n, "form action-xhr or action attribute is required for method=GET: %s", i); else if ("POST" == h) { if (n) { const t = "form"; It().error(t, "action attribute is invalid for method=POST: %s", i) } r || (t.preventDefault(), bt(!1, "Only XHR based (via action-xhr attribute) submissions are support for POST requests. %s", i)) } const o = i.getAttribute("target"); o ? bt("_blank" == o || "_top" == o, "form target=%s is invalid can only be _blank or _top: %s", o, i) : i.setAttribute("target", "_top"), r && (t.preventDefault(), t.stopImmediatePropagation(), Xi(i).execute(i, "submit", null, i, i, t, 3)) } var Fo = ["<link rel=preload referrerpolicy=origin>"], Bo = 18e4, Ho = null; function jo(t) { var i; (function (t) { wi(t, "crypto", class { constructor(t) { this.i = t; let i = null, s = !1; t.crypto && (t.crypto.subtle ? i = t.crypto.subtle : t.crypto.webkitSubtle && (i = t.crypto.webkitSubtle, s = !0)), this.pkcsAlgo = { name: "RSASSA-PKCS1-v1_5", hash: { name: "SHA-256" } }, this.subtle = i, this.no = s, this.ro = null } sha384(t) { if ("string" == typeof t && (t = H(t)), !this.subtle || this.ro) return (this.ro || this.ho()).then((i => i(t))); try { return this.subtle.digest({ name: "SHA-384" }, t).then((t => new Uint8Array(t)), (i => (i.message && i.message.indexOf("secure origin") < 0 && It().error(xh, "SubtleCrypto failed, fallback to closure lib.", i), this.ho().then((() => this.sha384(t)))))) } catch (i) { return Rt().error(xh, "SubtleCrypto failed, fallback to closure lib.", i), this.ho().then((() => this.sha384(t))) } } sha384Base64(t) { return this.sha384(t).then((t => nh(t))) } uniform(t) { return this.sha384(t).then((t => { let i = 0; for (let s = 2; s >= 0; s--)i = (i + t[s]) / 256; return i })) } ho() { return this.ro ? this.ro : this.ro = hs(this.i).preloadExtension("amp-crypto-polyfill").then((() => Si(this.i, "crypto-polyfill"))) } isPkcsAvailable() { return Boolean(this.subtle) && !1 !== this.i.isSecureContext } importPkcsKey(t) { yt(this.isPkcsAvailable()); const i = this.no ? (s = JSON.stringify(t), "undefined" != typeof TextEncoder ? (new TextEncoder).encode(s) : H(unescape(encodeURIComponent(s)))) : t; var s; return this.subtle.importKey("jwk", i, this.pkcsAlgo, !0, ["verify"]) } verifyPkcs(t, i, s) { return yt(this.isPkcsAvailable()), this.subtle.verify(this.pkcsAlgo, t, i, s) } }) })(t), wi(t, "batched-xhr", sh), Zh(t), co(t), co(i = t), wi(i, "vsync", class { constructor(t) { this.win = t, this.lo = is(this.win), this.co = this.ao(), this.As = [], this.do = [], this.fo = [], this.po = [], this.Le = !1, this.mo = null, this._o = null, this.Ao = this.Po.bind(this), this.vo = new yr(this.win, this.Ao, 16), this.Eo = new yr(this.win, this.Ao, 40), this.To = this.Ro.bind(this), this.lo.isSingleDoc() ? this.lo.getSingleDoc().onVisibilityChanged(this.To) : Ds(this.win.document, this.To) } dispose() { Ls(this.win.document, this.To) } Ro() { this.Le && this.Io() } run(t, i) { this.As.push(t), this.fo.push(i || void 0), this.Rs() } runPromise(t, i) { if (this.run(t, i), this.mo) return this.mo; const s = new n; return this._o = s.resolve, this.mo = s.promise } createTask(t) { return i => { this.run(t, i) } } mutate(t) { this.run({ measure: void 0, mutate: t }) } mutatePromise(t) { return this.runPromise({ measure: void 0, mutate: t }) } measure(t) { this.run({ measure: t, mutate: void 0 }) } measurePromise(t) { return new Promise((i => { this.measure((() => { i(t()) })) })) } canAnimate(t) { return this.Mo(yt(t)) } Mo(t) { if (Ns(this.win.document) != Ts.VISIBLE) return !1; if (this.lo.isSingleDoc()) return this.lo.getSingleDoc().isVisible(); if (t) { const i = this.lo.getAmpDocIfAvailable(t); return !i || i.isVisible() } return !0 } runAnim(t, i, s) { return !!this.Mo(t) && (this.run(i, s), !0) } createAnimTask(t, i) { return s => this.runAnim(t, i, s) } runAnimMutateSeries(t, i, s) { return this.Mo(t) ? new Promise(((e, n) => { const r = Date.now(); let h = 0; const o = this.createAnimTask(t, { mutate: t => { const u = Date.now() - r; i(u, u - h, t) ? s && u > s ? n(new Error("timeout")) : (h = u, o(t)) : e() } }); o({}) })) : Promise.reject(Sn()) } Rs() { this.Le || (this.Le = !0, this.Io()) } Io() { this.Mo() ? (this.co(this.Ao), this.Eo.schedule()) : this.vo.schedule() } Po() { this.Eo.cancel(), this.Le = !1; const { _o: t, fo: i, As: s } = this; this._o = null, this.mo = null, this.As = this.do, this.fo = this.po; for (let t = 0; t < s.length; t++)s[t].measure && (Uo(s[t].measure, i[t]) || (s[t].mutate = void 0)); for (let t = 0; t < s.length; t++)s[t].mutate && Uo(s[t].mutate, i[t]); this.do = s, this.po = i, this.do.length = 0, this.po.length = 0, t && t() } ao() { const t = this.win.requestAnimationFrame || this.win.webkitRequestAnimationFrame; if (t) return t.bind(this.win); let i = 0; return t => { const s = Date.now(), e = Math.max(0, 16 - (s - i)); i = s + e, this.win.setTimeout(t, e) } } }), function (t) { wi(t, "xhr", ih) }(t), function (t) { wi(t, "input", class { constructor(t) { this.win = t, this.yo = this.wo.bind(this), this.bo = this.Vo.bind(this), this.So = null, this.xo = null, this.Oo = null, this.Co = "ontouchstart" in t || void 0 !== t.navigator.maxTouchPoints && t.navigator.maxTouchPoints > 0 || void 0 !== t.DocumentTouch, this.ko = !1, this.win.document.addEventListener("keydown", this.yo), this.win.document.addEventListener("mousedown", this.bo), this.No = !0, this.Do = 0, this.Lo = new Is, this.Uo = new Is, this.$o = new Is, this.Co && (this.No = !this.Co, this.So = this.Fo.bind(this), qe(t.document, "mousemove", this.So)) } setupInputModeClasses(t) { this.onTouchDetected((i => { this.Bo(t, "amp-mode-touch", i) }), !0), this.onMouseDetected((i => { this.Bo(t, "amp-mode-mouse", i) }), !0), this.onKeyboardStateChanged((i => { this.Bo(t, "amp-mode-keyboard-active", i) }), !0) } isTouchDetected() { return this.Co } onTouchDetected(t, i) { return i && t(this.isTouchDetected()), this.Lo.add(t) } isMouseDetected() { return this.No } onMouseDetected(t, i) { return i && t(this.isMouseDetected()), this.Uo.add(t) } isKeyboardActive() { return this.ko } onKeyboardStateChanged(t, i) { return i && t(this.isKeyboardActive()), this.$o.add(t) } Bo(t, i, s) { t.waitForBodyOpen().then((t => { gs(this.win).mutate((() => { t.classList.toggle(i, s) })) })) } wo(t) { if (this.ko) return; if (t.defaultPrevented) return; const { target: i } = t; i && ("INPUT" == i.tagName || "TEXTAREA" == i.tagName || "SELECT" == i.tagName || "OPTION" == i.tagName || i.hasAttribute("contenteditable")) || (this.ko = !0, this.$o.fire(!0)) } Vo() { this.ko && (this.ko = !1, this.$o.fire(!1)) } Fo(t) { if (t.sourceCapabilities && t.sourceCapabilities.firesTouchEvents) return void this.Ho(); let i; this.Oo || (this.Oo = this.jo.bind(this), this.xo = this.Ho.bind(this)); const s = function (t, i, s, e) { let n; const r = new Promise((i => { n = qe(t, "click", i, void 0) })); return r.then(n, n), e && e(n), r }(this.win.document, 0, 0, (t => { i = t })); return ps(this.win).timeoutPromise(300, s).then(this.xo, (() => { i && i(), this.Oo() })) } jo() { this.No = !0, this.Uo.fire(!0) } Ho() { this.Do++, this.Do <= 3 && qe(this.win.document, "mousemove", this.So) } }) }(t), function (t) { wi(t, "preconnect", class { constructor(t) { this.zo = t.document, this.Go = t.document.head, this.qo = {}, this.Wo = {}, this.Rh = cs(t), this.qo[on(t.location.href).origin] = !0, this.Ko = function (t) { if (!Ho) { const i = t.document.createElement("link"), s = i.relList; if (i.as = "invalid-value", !s || !s.supports) return {}; Ho = { preconnect: s.supports("preconnect"), preload: s.supports("preload"), onlyValidAs: "invalid-value" != i.as } } return Ho }(t), this.ke = ps(t) } url(t, i, s) { t.whenFirstVisible().then((() => { this.pi(t, i, s) })) } pi(t, i, s) { if (!this.Yo(i)) return; const { origin: e } = on(i), n = Date.now(), r = this.qo[e]; if (r && n < r) return void (s && (this.qo[e] = n + Bo)); const h = s ? Bo : 1e4; let o; this.qo[e] = n + h, this.Ko.preconnect || (o = this.zo.createElement("link"), o.setAttribute("rel", "dns-prefetch"), o.setAttribute("href", e), this.Go.appendChild(o)); const u = this.zo.createElement("link"); u.setAttribute("rel", "preconnect"), u.setAttribute("href", e), u.setAttribute("referrerpolicy", "origin"), this.Go.appendChild(u), this.ke.delay((() => { o && o.parentNode && o.parentNode.removeChild(o), u.parentNode && u.parentNode.removeChild(u) }), 1e4), this.Jo(t, e) } preload(t, i, s) { this.Yo(i) && (this.Wo[i] || (this.Wo[i] = !0, this.url(t, i, !0), this.Ko.preload && ("document" == s && this.Rh.isSafari() || t.whenFirstVisible().then((() => { this.Qo(i) }))))) } Qo(t) { const i = Ve(this.zo)(Fo); i.setAttribute("href", t), this.Ko.onlyValidAs ? i.as = "fetch" : i.as = "", this.Go.appendChild(i) } Yo(t) { return !(!t.startsWith("https:") && !t.startsWith("http:")) } Jo(t, i) { if (this.Ko.preconnect || !this.Rh.isSafari() && !this.Rh.isIos()) return; const s = Date.now(); this.qo[i] = s + Bo; const e = i + "/robots.txt?_AMP_safari_preconnect_polyfill_cachebust=" + (s - s % Bo), n = new XMLHttpRequest; n.open("HEAD", e, !0), n.withCredentials = !0, n.send() } }) }(t) } function zo(t) { yt(!t.getParent()), function (t, i) { (function (t) { Vi(t, "url", class { constructor(t) { const i = t.getRootNode(), s = i.ownerDocument || i; this.Xo = s.createElement("a"), this.Zo = null } parse(t, i) { return un(this.Xo, t) } tu(t) { return "string" != typeof t ? t : this.parse(t) } isProtocolValid(t) { return An(t) } getSourceOrigin(t) { return En(this.tu(t)) } getSourceUrl(t) { return vn(this.tu(t)) } resolveRelativeUrl(t, i) { return Tn(t, this.tu(i)) } assertHttpsUrl(t, i, s = "source") { return pn(t, i, s) } assertAbsoluteHttpOrHttpsUrl(t) { return function (t) { return bt(/^https?\:/i.test(t), 'URL must start with "http://" or "https://". Invalid value: %s', t), on(t).href }(t) } isProxyOrigin(t) { return _n(this.tu(t)) } isSecure(t) { return fn(this.tu(t)) } getWinOrigin(t) { return t.origin || this.tu(t.location.href).origin } getCdnUrlOnOrigin(t) { if (_n(t)) return t; const { hash: i, host: s, pathname: e, search: n } = this.tu(t), r = encodeURIComponent(s); return `${et}/c/${r}${e}${n}${i}` } }, !0) })(t), function (t) { Vi(t, "templates", class { constructor(t) { this.ji = t, this.iu = {}, this.su = {} } whenReady(t) { return this.eu(t).then(lo) } setHtmlForTemplate(t, i) { return this.eu(t).then((t => this.nu(t, i))) } renderTemplate(t, i) { return this.eu(t).then((t => this.ru(t, i))) } renderTemplateAsString(t, i) { return this.eu(t).then((t => t.renderAsString(i))) } getTemplateRenderer(t) { return this.eu(t).then((t => ({ renderAsString: i => t.renderAsString(i) }))) } renderTemplateArray(t, i) { return 0 == i.length ? Promise.resolve([]) : this.eu(t).then((t => i.map((i => this.ru(t, i))))) } findAndRenderTemplate(t, i, s) { return this.renderTemplate(this.findTemplate(t, s), i) } findAndSetHtmlForTemplate(t, i, s) { return this.setHtmlForTemplate(this.findTemplate(t, s), i) } findAndRenderTemplateArray(t, i, s) { return this.renderTemplateArray(this.findTemplate(t, s), i) } hasTemplate(t, i) { return !!this.maybeFindTemplate(t, i) } findTemplate(t, i) { const s = this.maybeFindTemplate(t, i); bt(s, "Template not found for %s", t); const e = s.tagName; return bt("TEMPLATE" == e || "SCRIPT" == e && "text/plain" === s.getAttribute("type"), 'Template must be defined in a <template> or <script type="text/plain"> tag'), s } maybeFindTemplate(t, i) { const s = t.getAttribute("template"); return s ? jt(t).getElementById(s) : i ? Ot(t, i) : t.querySelector('template[type], script[type="text/plain"]') } eu(t) { const i = t[uo]; if (i) return Promise.resolve(i); let s = ""; const { tagName: e } = t; "TEMPLATE" == e ? s = t.getAttribute("type") : "SCRIPT" == e && (s = t.getAttribute("template")), bt(s, "Type must be specified: %s", t); let n = t.__AMP_WAIT_; return n || (n = this.hu(t, s).then((i => { const s = i, e = t[uo] = new s(t, this.ji.win); return delete t.__AMP_WAIT_, e })), t.__AMP_WAIT_ = n, n) } hu(t, i) { if (this.iu[i]) return this.iu[i]; const s = new n, { promise: e, resolve: r } = s; return this.iu[i] = e, this.su[i] = r, e } ou(t, i) { if (this.iu[t]) { const s = this.su[t]; bt(s, "Duplicate template type: %s", t), delete this.su[t], s(i) } else this.iu[t] = Promise.resolve(i) } ru(t, i) { return t.render(i) } nu(t, i) { return t.setHtml(i) } }) }(t), Vi(t, "documentInfo", class { constructor(t) { this.ji = t, this.uu = null, this.lu = null } get() { if (this.uu) return this.uu; const t = this.ji, i = vn(t.getUrl()), s = t.getRootNode(); let e = s && s.AMP && s.AMP.canonicalUrl; if (!e) { const t = s.querySelector("link[rel=canonical]"); e = t ? on(t.href).href : i } const n = function (t) { return String(Math.floor(1e4 * t.Math.random())) }(t.win), r = function (t) { const i = p(); if (t.head) { const s = t.head.querySelectorAll("link[rel]"); for (let t = 0; t < s.length; t++) { const e = s[t], { href: n } = e, r = e.getAttribute("rel"); r && n && r.split(/\s+/).forEach((t => { if (-1 != Oh.indexOf(t)) return; let s = i[t]; s ? (v(s) || (s = i[t] = [s]), s.push(n)) : i[t] = n })) } } return i }(t.win.document), h = function (t) { const i = t.head.querySelector('meta[name="viewport"]'); return i ? i.getAttribute("content") : null }(t.win.document), o = function (t) { if (!t.isSingleDoc() || "a" != (i = t.win.location.href, _n(i = hn(i)) ? i.pathname.split("/", 2)[1] : null)) return null; var i; const s = Y(on(t.win.location.href).search).amp_r; return void 0 === s ? null : Y(s) }(t); return this.uu = { get sourceUrl() { return vn(t.getUrl()) }, canonicalUrl: e, pageViewId: n, get pageViewId64() { return this.lu || (this.lu = Sh(t.win)), this.lu }, linkRels: r, viewport: h, replaceParams: o } } }), function (t) { Vi(t, "cid", class { constructor(t) { this.ampdoc = t, this.cu = null, this.Je = Object.create(null), this.au = new class { constructor(t) { this.ji = t, this.Qe = Ps(this.ji), this.du = null, this.ke = ps(this.ji.win) } isSupported() { return this.Qe.isCctEmbedded() && this.Qe.isProxyOrigin() } getScopedCid(t) { if (!this.Qe.isCctEmbedded()) return Promise.resolve(null); if (!this.du) { const t = "https://ampcid.google.com/v1/cache:getClientId?key=" + rh; this.du = this.fu(t) } return this.du.then((i => i ? this.pu(i, t) : null)) } fu(t, i = !0) { const s = { "publisherOrigin": En(this.ji.win.location) }, e = "fetchCidTimeout"; return this.ke.timeoutPromise(3e4, Es(this.ji.win).fetchJson(t, { method: "POST", ampCors: !1, credentials: "include", mode: "cors", body: s }), e).then((t => t.json().then((t => { if (t.optOut) return null; const s = t.publisherClientId; if (!s && i && t.alternateUrl) { const i = `${t.alternateUrl}?key=${rh}`; return this.fu(i, !1) } return s })))).catch((t => (t && t.response ? t.response.json().then((t => { Rt().error(hh, JSON.stringify(t)) })) : t && t.message == e ? Rt().expectedError(hh, t) : Rt().error(hh, t), null))) } pu(t, i) { const s = t + ";" + i; return ns(this.ji.win).sha384Base64(s).then((t => "amp-" + t)) } }(t), this.mu = new class { constructor(t) { this.ji = t, this.Qe = Ps(this.ji); const { canonicalUrl: i } = rs(this.ji); this._u = i ? on(i).origin : null } isSupported() { return this.Qe.hasCapability("cid") ? this.Qe.isTrustedViewer() : Promise.resolve(!1) } getScopedCid(t, i) { const s = { "scope": i, "clientIdApi": !!t, "canonicalOrigin": this._u }; return t && (s.apiKey = t), this.Qe.sendMessageAwaitResponse("cid", s) } }(t), this.Au = new class { constructor(t) { this.i = t.win, this.ke = ps(this.i), this.gu = {}; const { canonicalUrl: i } = rs(t); this._u = i ? on(i).origin : null } getScopedCid(t, i) { if (this.gu[i]) return this.gu[i]; let s; return this.gu[i] = this.ke.poll(200, (() => (s = uh(this.i, dh), s !== fh))).then((() => { if (s === ph) return ph; if ((s !== mh || !this.Pu()) && this.vu(s)) return null; s && !this.vu(s) || this.Eu(fh, _h); const e = "https://ampcid.google.com/v1/publisher:getClientId?key=" + t; return this.fu(e, i, s).then((e => { const n = this.v(e); if (!n && e.alternateUrl) { const n = `${e.alternateUrl}?key=${t}`; return this.fu(n, i, s).then(this.v.bind(this)) } return n })).catch((t => (this.Eu("$ERROR", _h), t && t.response ? t.response.json().then((t => { Rt().error(ah, JSON.stringify(t)) })) : Rt().error(ah, t), null))) })) } fu(t, i, s) { const e = { "originScope": i, "canonicalOrigin": this._u }; return s && (e.securityToken = s), this.ke.timeoutPromise(_h, Es(this.i).fetchJson(t, { method: "POST", ampCors: !1, credentials: "include", mode: "cors", body: e }).then((t => t.json()))) } v(t) { return t.optOut ? (this.Eu(ph, Ah), ph) : t.clientId ? (this.Eu(t.securityToken, Ah), t.clientId) : (t.alternateUrl || this.Eu(mh, 36e5), null) } Eu(t, i) { t && lh(this.i, dh, t, this.Tu(i), { highestAvailableDomain: !0 }) } Tu(t) { return this.i.Date.now() + t } Pu() { return _n($s.getDocumentReferrer(this.i)) } vu(t) { return t && "$" === t[0] } }(t), this.Ru = null } get(t, i, s) { return bt(gh.test(t.scope) && gh.test(t.cookieName), "The CID scope and cookie name must only use the characters [a-zA-Z0-9-_.]+\nInstead found: %s", t.scope), i.then((() => this.ampdoc.whenFirstVisible())).then((() => { return t = this.ampdoc, fs(t).then((t => t.get(vh).then((t => !!t)))).catch((() => !1)); var t })).then((e => { if (e) return ""; const n = this.Iu(t, s || i); return ps(this.ampdoc.win).timeoutPromise(1e4, n, `Getting cid for "${t.scope}" timed out`).catch((t => { l(t) })) })) } optOut() { return t = this.ampdoc, Ps(t).sendMessage("cidOptOut", {}), fs(t).then((t => t.set(vh, !0))); var t } Iu(t, i) { const { scope: s } = t, e = on(this.ampdoc.win.location.href); if (!_n(e)) { const e = this.Mu(s); return e ? this.Au.getScopedCid(e, s).then((e => { if (e == ph) return null; if (e) { const i = t.cookieName || s; return Ih(this.ampdoc.win, i, e), e } return yh(this, t, i) })) : yh(this, t, i) } return this.mu.isSupported().then((t => { if (t) { const t = this.Mu(s); return this.mu.getScopedCid(t, s) } return this.au.isSupported() && this.Mu(s) ? this.au.getScopedCid(s).then((t => t || this.yu(i, s, e))) : this.yu(i, s, e) })) } yu(t, i, s) { return function (t, i) { if (t.cu) return t.cu; const { win: s } = t.ampdoc; return t.cu = function (t) { const { win: i } = t; let s; try { s = i.localStorage.getItem("amp-cid") } catch (t) { } let e = Promise.resolve(s); return !s && qt(i) && (e = bh(t)), e.then((t => { if (!t) return null; const i = B(t); return { time: i.time, cid: i.cid } })) }(t.ampdoc).then((e => { let n, r = !1; return e && !function (t) { const i = t.time, s = Date.now(); return i + Ph < s }(e) ? (n = Promise.resolve(e.cid), e.time + 864e5 < Date.now() && (r = !0)) : (n = ns(s).sha384Base64(Vh(s)), r = !0), r && n.then((s => { !function (t, i, s) { const { win: e } = t; qt(e) ? bh(t, wh(s)) : i.then((() => { try { e.localStorage.setItem("amp-cid", wh(s)) } catch (t) { } })) }(t.ampdoc, i, s) })), n })) }(this, t).then((t => ns(this.ampdoc.win).sha384Base64(t + function (t) { return bt(_n(t), "Expected proxy origin %s", t.origin), En(t) }(s) + i))) } Mu(t) { return this.Ru || (this.Ru = this.wu()), this.Ru[t] } wu() { const t = {}, i = this.ampdoc.getMetaByName("amp-google-client-id-api"); return i && i.split(",").forEach((i => { if ((i = i.trim()).indexOf("=") > 0) { const s = i.split("="), e = s[0].trim(); t[e] = s[1].trim() } else { const s = i, e = Eh[s]; e && (t[e] = Th[s]) } })), t } }) }(t), function (t) { Vi(t, "viewer", class { constructor(t) { this.ampdoc = t, this.win = t.win, this.bu = qt(this.win), this.Vu = !0, this.Su = !1, this.xu = p(), this.Ou = p(), this.Cu = new Is, this.ku = new Is, this.Nu = null, this.Du = null, this.Lu = [], this.Uu = p(), this.$u = p(), t.isSingleDoc() && Object.assign(this.$u, Y(this.win.location.hash)), this.Vu = !parseInt(t.getParam("off"), 10), this.Su = !(!parseInt(t.getParam("history"), 10) && !this.Su), this.Fu = null, this.Bu = _n(on(this.ampdoc.win.location.href)); const i = new n; this.Hu = i.resolve, this.ju = this.zu(i.promise), this.Gu = null, this.qu = null; const s = t.getParam("referrer"); if (this.Wu = this.isEmbedded() && null != s && !1 !== this.Ku() ? s : this.win.document.referrer, this.Yu = new Promise((i => { this.isEmbedded() && null != t.getParam("referrer") ? this.isTrustedViewer().then((s => { s ? i(t.getParam("referrer")) : (i(this.win.document.referrer), this.Wu != this.win.document.referrer && (Rt().expectedError(To, "Untrusted viewer referrer override: " + this.Wu + " at " + this.Du), this.Wu = this.win.document.referrer)) })) : i(this.win.document.referrer) })), this.Ju = mn(this.win.location.href || ""), this.Qu = new Promise((i => { const s = t.getParam("viewerUrl"); this.isEmbedded() && s ? this.isTrustedViewer().then((t => { t ? this.Ju = yt(s) : Rt().expectedError(To, "Untrusted viewer url override: " + s + " at " + this.Du), i(this.Ju) })) : i(this.Ju) })), this.$u.click) { const t = mn(this.win.location.href); t != this.win.location.href && this.win.history.replaceState && (this.win.location.originalHash || (this.win.location.originalHash = this.win.location.hash), this.win.history.replaceState({}, "", t), delete this.$u.click) } this.ampdoc.whenFirstVisible().then((() => { this.maybeUpdateFragmentForCct() })), this.ampdoc.isSingleDoc() && this.Xu() } zu(t) { if (!(this.bu && !this.win.__AMP_TEST_IFRAME && (this.ampdoc.getParam("origin") || this.ampdoc.getParam("visibilityState") || -1 != this.win.location.search.indexOf("amp_js_v")) || this.isWebviewEmbedded() || this.isCctEmbedded()) && this.ampdoc.isSingleDoc()) return null; const i = "initMessagingChannel timeout"; return ps(this.win).timeoutPromise(2e4, t, i).catch((t => { let s = Mo(t); throw s && R(s.message, i) && (s = Rt().createExpectedError(s)), Vn(s), s })) } getAmpDoc() { return this.ampdoc } getParam(t) { return this.ampdoc.getParam(t) } hasCapability(t) { const i = this.ampdoc.getParam("cap"); return !!i && -1 != i.split(",").indexOf(t) } isEmbedded() { return !!this.ju } isWebviewEmbedded() { return !this.bu && "1" == this.ampdoc.getParam("webview") } isCctEmbedded() { if (null != this.Fu) return this.Fu; if (this.Fu = !1, !this.bu) { const t = Y(this.win.location.search); this.Fu = "1" === t.amp_gsa && (t.amp_js_v || "").startsWith("a") } return this.Fu } isProxyOrigin() { return this.Bu } maybeUpdateFragmentForCct() { if (!this.isCctEmbedded()) return; if (!this.win.history.replaceState) return; const t = En(this.win.location.href), { canonicalUrl: i } = rs(this.ampdoc), s = En(i); this.Zu(t, s) && (this.$u.ampshare = i, this.win.history.replaceState({}, "", "#" + dn(this.$u))) } Zu(t, i) { const s = t => t.split(".").length > 2 ? t.replace(Io, "$1") : t; return s(t) == s(i) } isRuntimeOn() { return this.Vu } toggleRuntime() { this.Vu = !this.Vu, this.Cu.fire(this.Vu) } onRuntimeState(t) { return this.Cu.add(t) } isOvertakeHistory() { return this.Su } getVisibilityState() { return this.ampdoc.getVisibilityState() } isVisible() { return this.ampdoc.isVisible() } hasBeenVisible() { return this.ampdoc.hasBeenVisible() } whenFirstVisible() { return this.ampdoc.whenFirstVisible() } whenNextVisible() { return this.ampdoc.whenNextVisible() } getFirstVisibleTime() { return this.ampdoc.getFirstVisibleTime() } getLastVisibleTime() { return this.ampdoc.getLastVisibleTime() } onVisibilityChanged(t) { return this.ampdoc.onVisibilityChanged(t) } tl(t) { var i; t && (yt("prerender" === (i = t) || "preview" === i || "visible" === i || "hidden" === i || "paused" === i || "inactive" === i), t === Ts.HIDDEN && (t = null != this.ampdoc.getLastVisibleTime() ? Ts.INACTIVE : Ts.PRERENDER), this.ampdoc.overrideVisibilityState(t)) } getResolvedViewerUrl() { return this.Ju } getViewerUrl() { return this.Qu } maybeGetMessagingOrigin() { return this.Du } getUnconfirmedReferrerUrl() { return this.Wu } getReferrerUrl() { return this.Yu } isTrustedViewer() { if (!this.Gu) { const t = this.Ku(); this.Gu = void 0 !== t ? Promise.resolve(t) : this.ju.then((t => !!t && this.il(t))) } return this.Gu } Ku() { return !!this.isEmbedded() && (!this.win.location.ancestorOrigins || this.isWebviewEmbedded() || this.isCctEmbedded() ? void 0 : this.win.location.ancestorOrigins.length > 0 && this.il(this.win.location.ancestorOrigins[0])) } getViewerOrigin() { if (!this.qu) { let t; this.isEmbedded() ? this.win.location.ancestorOrigins && this.win.location.ancestorOrigins.length > 0 && (t = this.win.location.ancestorOrigins[0]) : t = "", this.qu = void 0 !== t ? Promise.resolve(t) : ps(this.win).timeoutPromise(1e3, this.ju).catch((() => "")) } return this.qu } il(t) { const i = on(t), { protocol: s } = i; return "x-thread:" == s || "https:" == s && ut.some((t => t.test(i.hostname))) } onMessage(t, i) { let s = this.xu[t]; s || (s = new Is, this.xu[t] = s); const e = s.add(i); return this.Uu[t] && (this.Uu[t].forEach((t => { s.fire(t.data), t.deferred.resolve() })), this.Uu[t] = []), e } onMessageRespond(t, i) { return this.Ou[t] = i, this.Uu[t] && (this.Uu[t].forEach((t => { t.deferred.resolve(i(t.data)) })), this.Uu[t] = []), () => { this.Ou[t] === i && delete this.Ou[t] } } receiveMessage(t, i, s) { if ("visibilitychange" == t) return this.tl(i.state), e(); if ("broadcast" == t) return this.ku.fire(i), e(); const r = this.xu[t], h = this.Ou[t]; if (!r && !h) { if (this.Uu[t] = this.Uu[t] || [], this.Uu[t].length >= 50) return; const s = new n; return this.Uu[t].push({ data: i, deferred: s }), s.promise } return r && r.fire(i), h ? h(i) : r ? e() : void 0 } setMessageDeliverer(t, i) { if (this.Nu) throw new Error("message channel can only be initialized once"); if (null == i) throw new Error("message channel must have an origin"); if (this.Nu = t, this.Du = i, this.Hu(i), this.Lu.length > 0) { const t = this.Lu.slice(0); this.Lu = [], t.forEach((t => { const i = this.Nu(t.eventType, t.data, t.awaitResponse); t.awaitResponse && t.responseResolver(i) })) } } maybeGetMessageDeliverer() { return this.Nu } sendMessage(t, i, s = !1) { this.kn(t, i, s, !1) } sendMessageAwaitResponse(t, i, s = !1) { return this.kn(t, i, s, !0) } kn(t, i, s, h) { if (this.Nu) return r((() => this.Nu(t, i, h))); if (!this.ju) return h ? Promise.reject(Mo()) : e(); if (!s) return this.ju.then((() => this.Nu(t, i, h))); const o = I(this.Lu, (i => i.eventType == t)); let u; if (-1 != o) u = this.Lu.splice(o, 1)[0], u.data = i, u.awaitResponse = u.awaitResponse || h; else { const s = new n, { promise: e, resolve: r } = s; u = { eventType: t, data: i, awaitResponse: h, responsePromise: e, responseResolver: r } } return this.Lu.push(u), u.responsePromise } broadcast(t) { return this.ju ? this.kn("broadcast", t, !1, !1).then((() => !0), (() => !1)) : Promise.resolve(!1) } onBroadcast(t) { return this.ku.add(t) } whenMessagingReady() { return this.ju } replaceUrl(t) { if (t && this.ampdoc.isSingleDoc() && this.win.history.replaceState) try { const i = on(this.win.location.href), s = on(mn(t) + this.win.location.hash); i.origin == s.origin && En(i) == En(s) && (this.win.history.replaceState({}, "", s.href), this.win.location.originalHref = i.href) } catch (t) { Rt().error(To, "replaceUrl failed", t) } } Xu() { if (this.ampdoc.getVisibilityState() == Ts.VISIBLE) return; const t = [], i = () => t.forEach((t => t())), s = () => { this.tl(Ts.VISIBLE), i(), Rt().expectedError(To, "Received user action in non-visible doc") }, e = { capture: !0, passive: !0 }; t.push(ze(this.win, "keydown", s, e), ze(this.win, "touchstart", s, e), ze(this.win, "mousedown", s, e)), this.whenFirstVisible().then(i) } }, !0) }(t), function (t) { Vi(t, "viewport", Do, !0) }(t), function (t) { Vi(t, "hidden-observer", class { constructor(t) { this.sl = t.getRootNode(); const i = this.sl.ownerDocument || this.sl; this.i = yt(i.defaultView), this.nl = null, this.rl = null } add(t) { this.hl(); const i = this.rl.add(t); return () => { i(), 0 === this.rl.getHandlerCount() && this.dispose() } } hl() { if (this.nl) return; this.rl = new Is; const t = new this.i.MutationObserver((t => { t && this.rl.fire(t) })); this.nl = t, t.observe(this.sl, Ch) } dispose() { this.nl && (this.nl.disconnect(), this.rl.removeAll(), this.nl = null, this.rl = null) } }) }(t), function (t) { Vi(t, "history", Lh) }(t), function (t) { Vi(t, "resources", class { constructor(t) { this.ampdoc = t, this.win = t.win, this.Qe = Ps(t), this.Vu = this.Qe.isRuntimeOn(), this.ol = !1, this.ul = 0, this.Ei = [], this.ll = 0, this.cl = 0, this.al = 0, this.zh = this.ampdoc.isVisible(), this.dl = !1, this.fl = !0, this.pl = !1, this.ml = -1, this._l = !0, this.Al = -1, this.gl = 0, this.Pl = 0, this.Be = new yr(this.win, (() => this.doPass())), this.vl = new yr(this.win, (() => { this._l = !0, this.schedulePass() })), this.El = new to, this.es = new to, this.Tl = this.Rl.bind(this), this.Il = [], this.Ml = [], this.yl = !1, this.wl = vs(this.ampdoc), this.sh = gs(this.win), this.bl = new $h(this.win, 6e4), this.Vl = !1, this.Sl = 0, this.xl = !1, this.Ol = [], this.Cl = [], this.kl = new n, this.Nl = new class { constructor(t) { this.Mi = t, this.Dl = p() } addTransition(t, i, s) { const e = this.Ll(t, i); D(!this.Dl[e]), this.Dl[e] = s } setState(t) { const i = this.Mi; this.Mi = t; const s = this.Ll(i, t), e = this.Dl[s]; null == e || e() } Ll(t, i) { return `${t}|${i}` } }(this.ampdoc.getVisibilityState()), this.wl.onChanged((t => { this.gl = this.win.Date.now(), this.Pl = t.velocity, t.relayoutAll && (this._l = !0, this.xl = !0), this.schedulePass() })), this.wl.onScroll((() => { this.gl = this.win.Date.now() })), this.ampdoc.onVisibilityChanged((() => { -1 == this.ml && this.ampdoc.isVisible() && (this.ml = this.win.Date.now()), this.schedulePass() })), this.Qe.onRuntimeState((t => { this.Vu = t, this.schedulePass(1) })), jn(this.ampdoc, (() => { this.Ul(this.Nl), this.schedulePass(0) })), this.$l(), this.eo = z(this.win, (t => this.Fl(t)), 250), ze(this.win.document, "scroll", this.eo, { capture: !0, passive: !0 }) } $l() { this.ampdoc.whenReady().then((() => { this.dl = !0, this.Bl(), this.Ml = null, (t => Si(t, "input"))(this.win).setupInputModeClasses(this.ampdoc) })) } get() { return this.Ei.slice(0) } getAmpdoc() { return this.ampdoc } getResourceForElement(t) { return kn.forElement(t) } getResourceForElementOptional(t) { return kn.forElementOptional(t) } getScrollDirection() { return Math.sign(this.Pl) || 1 } add(t) { this.ll++, 1 == this.ll && this.wl.ensureReadyForElements(); let i = kn.forElementOptional(t); i && 0 != i.getState() && !t.reconstructWhenReparented() ? i.requestMeasure() : i = new kn(++this.ul, t, this), this.Ei.push(i), this.vl.schedule(1e3) } Hl() { return this.cl < 20 || this.ampdoc.getVisibilityState() == Ts.PREVIEW || this.ampdoc.hasBeenVisible() } jl(t, i = !1, s = !1) { if (!this.Vu && !this.ol) return; const e = this.ampdoc.getVisibilityState(), n = e == Ts.PRERENDER && !t.prerenderAllowed(), r = e == Ts.PREVIEW && !t.previewAllowed(); n || r || (this.dl ? this.zl(t, s) : t.isBuilt() || t.isBuilding() || i && this.Ml.includes(t) || (this.Ml.push(t), this.Bl())) } Bl() { if (!this.yl) try { this.yl = !0, this.Gl() } finally { this.yl = !1 } } Gl() { for (let t = 0; t < this.Ml.length; t++) { const i = this.Ml[t]; (this.dl || zt(i.element, this.ampdoc.getRootNode())) && (this.Ml.splice(t--, 1), this.zl(i)) } } zl(t, i = !1) { if (!i && !this.Hl() && !t.isBuildRenderBlocking()) return null; const s = t.build(); return s ? (this.cl++, this.al++, s.then((() => this.schedulePass()), (i => { if (this.ql(t), !xn(i)) throw i }))) : null } remove(t) { const i = kn.forElementOptional(t); i && this.ql(i) } ql(t) { const i = this.Ei.indexOf(t); -1 != i && this.Ei.splice(i, 1), t.isBuilt() && t.pauseOnRemove(), 3 === t.getState() && t.layoutCanceled(), this.Wl(t, !0) } upgraded(t) { const i = kn.forElement(t); this.jl(i) } updateLayoutPriority(t, i) { const s = kn.forElement(t); s.updateLayoutPriority(i), this.es.forEach((t => { t.resource == s && (t.priority = i) })), this.schedulePass() } schedulePass(t) { return this.Be.schedule(t) } updateOrEnqueueMutateTask(t, i) { let s = null; for (let i = 0; i < this.Il.length; i++)if (this.Il[i].resource == t) { s = this.Il[i]; break } s ? (s.newHeight = i.newHeight, s.newWidth = i.newWidth, s.marginChange = i.marginChange, s.event = i.event, s.force = i.force || s.force, s.callback = i.callback) : this.Il.push(i) } schedulePassVsync() { this.Vl || (this.Vl = !0, this.sh.mutate((() => this.doPass()))) } ampInitComplete() { this.pl = !0, this.schedulePass() } setRelayoutTop(t) { -1 == this.Al ? this.Al = t : this.Al = Math.min(t, this.Al) } maybeHeightChanged() { this.xl = !0 } onNextPass(t) { this.Ol.push(t) } doPass() { if (this.Vu) { if (this.zh = this.ampdoc.isVisible(), this.al = 0, this.dl && this.fl && this.pl) { var t; this.fl = !1; const i = this.win.document, s = rs(this.ampdoc); this.Qe.sendMessage("documentLoaded", { "title": i.title, "sourceUrl": vn(this.ampdoc.getUrl()), "isStory": "AMP-STORY" === (null === (t = i.body.firstElementChild) || void 0 === t ? void 0 : t.tagName), "serverLayout": i.documentElement.hasAttribute("i-amphtml-element"), "linkRels": s.linkRels, "metaTags": { "viewport": s.viewport }, "viewport": s.viewport }, !0), this.Sl = this.wl.getContentHeight(), this.Qe.sendMessage("documentHeight", { "height": this.Sl }, !0) } !this.fl && this.Kl && this.Ei.every((t => t.getState() != kn.NOT_BUILT || t.element.R1())) && (this.Kl = !1, this.xl = !0), this.wl.getSize(), this.Be.cancel(), this.Vl = !1, this.Nl.setState(this.ampdoc.getVisibilityState()), this.Yl(), this.xl && (this.xl = !1, this.sh.measure((() => { const t = this.wl.getContentHeight(); t != this.Sl && (this.Qe.sendMessage("documentHeight", { "height": t }, !0), this.Sl = t, this.wl.contentHeightChanged()) }))); for (let t = 0; t < this.Ol.length; t++)(0, this.Ol[t])(); this.Ol.length = 0 } } Yl() { this.dl && this.pl && !this.ampdoc.signals().get(Nn) && this.ampdoc.signals().signal(Nn) } Jl() { return this.Il.length > 0 } Ql() { const t = this.win.Date.now(), i = this.wl.getRect(), s = i.height / 10, e = i.height / 10, n = Math.abs(this.Pl) < .01 && t - this.gl > 500 || t - this.gl > 1e3; if (this.Il.length > 0) { const t = this.Il; this.Il = []; let r = -1; const h = []; let o = 0; for (let u = 0; u < t.length; u++) { const l = t[u], { event: c, resource: a } = l, d = a.getLayoutBox(); let f, p = 0, m = 0, _ = 0, A = 0, { bottom: P, top: g } = d; if (l.marginChange) { f = l.marginChange.newMargins; const t = l.marginChange.currentMargins; null != f.top && (p = f.top - t.top), null != f.bottom && (m = f.bottom - t.bottom), null != f.left && (_ = f.left - t.left), null != f.right && (A = f.right - t.right), p && (g = d.top - t.top), m && (P = d.bottom + t.bottom) } const v = l.newHeight - d.height, E = l.newWidth - d.width; let T = !1; if (0 == v && 0 == p && 0 == m && 0 == E && 0 == _ && 0 == A); else if (l.force || !this.zh) T = !0; else if (this.bl.hasDescendantsOf(a.element) || c && c.userActivation && c.userActivation.hasBeenActive) T = !0; else if (g >= i.bottom - e || 0 == p && d.bottom + Math.min(v, 0) >= i.bottom - e) T = !0; else { if (i.top > 1 && P <= i.top + s) { if (v < 0 && i.top + o < -v) continue; n ? (o += v, h.push(l)) : this.Il.push(l); continue } this.Xl(a, d) ? T = !0 : v < 0 || p < 0 || m < 0 || (l.newHeight == d.height ? this.sh.run({ measure: t => { t.resize = !1; const i = a.element.parentElement; if (!i) return; const s = i.getLayoutSize && i.getLayoutSize().width || i.offsetWidth; let e = E; for (let t = 0; t < i.childElementCount; t++)if (e += i.children[t].offsetWidth, e > s) return; t.resize = !0 }, mutate: t => { t.resize && l.resource.changeSize(l.newHeight, l.newWidth, f), l.resource.overflowCallback(!t.resize, l.newHeight, l.newWidth, f) } }, {}) : l.resource.overflowCallback(!0, l.newHeight, l.newWidth, f)) } T && (d.top >= 0 && (r = -1 == r ? d.top : Math.min(r, d.top)), l.resource.changeSize(l.newHeight, l.newWidth, f), l.resource.overflowCallback(!1, l.newHeight, l.newWidth, f), this.xl = !0), l.callback && l.callback(T) } -1 != r && this.setRelayoutTop(r), h.length > 0 && this.sh.run({ measure: t => { t.scrollHeight = this.wl.getScrollHeight(), t.scrollTop = this.wl.getScrollTop() }, mutate: t => { let i = -1; h.forEach((t => { const s = t.resource.getLayoutBox(); i = -1 == i ? s.top : Math.min(i, s.top), t.resource.changeSize(t.newHeight, t.newWidth, t.marginChange ? t.marginChange.newMargins : void 0), t.callback && t.callback(!0) })), -1 != i && this.setRelayoutTop(i); const s = this.wl.getScrollHeight(); s != t.scrollHeight && this.wl.setScrollTop(t.scrollTop + (s - t.scrollHeight)), this.xl = !0 } }, {}) } } Xl(t, i, s) { const e = this.wl.getContentHeight(), n = Math.max(.85 * e, e - 1e3), r = i || t.getLayoutBox(), h = s || t.getInitialLayoutBox(); return r.bottom >= n || h.bottom >= n } Zl(t) { const i = t.isDisplayed(); return t.measure(), !(i && !t.isDisplayed()) } tc(t) { t.length && this.sh.mutate((() => { t.forEach((t => { t.unload(), this.Wl(t) })) })) } ic() { const t = this.win.Date.now(), { Cl: i, _l: s, Al: e } = this; this._l = !1, this.Al = -1; let n, r = 0, h = 0; for (let t = 0; t < this.Ei.length; t++) { const i = this.Ei[t]; 0 != i.getState() || i.isBuilding() || i.element.R1() || this.jl(i, !0), !s && i.hasBeenMeasured() && 1 != i.getState() || r++, i.isMeasureRequested() && h++ } if (r > 0 || h > 0 || s || -1 != e || i.length > 0) for (let t = 0; t < this.Ei.length; t++) { const r = this.Ei[t]; if (r.hasOwner() && !r.isMeasureRequested() || r.element.R1()) continue; let h = s || 1 == r.getState() || !r.hasBeenMeasured() || r.isMeasureRequested() || -1 != e && r.getLayoutBox().bottom >= e; if (!h) for (let t = 0; t < i.length; t++)if (i[t].contains(r.element)) { h = !0; break } h && (this.Zl(r) || (n || (n = []), n.push(r))) } i.length = 0, n && this.tc(n); const o = this.wl.getRect(); let u; u = this.zh ? Xt(o, .25, 2) : o; const l = this.zh ? Xt(o, .25, .25) : o; for (let t = 0; t < this.Ei.length; t++) { const i = this.Ei[t]; if (0 == i.getState() || i.hasOwner() || i.element.R1()) continue; const s = this.zh && i.isDisplayed() && i.overlaps(l); i.setInViewport(s) } if (u) for (let t = 0; t < this.Ei.length; t++) { const i = this.Ei[t]; i.isBuilt() || i.isBuilding() || i.hasOwner() || i.element.R1() || !i.hasBeenMeasured() || !i.isDisplayed() || !i.overlaps(u) || this.jl(i, !0, !0), 2 != i.getState() || i.hasOwner() || i.isDisplayed() && i.overlaps(u) && this.scheduleLayoutOrPreload(i, !0) } if (this.zh && this.sc(t)) { let t = 0; for (let i = 0; i < this.Ei.length && t < 4; i++) { const s = this.Ei[i]; 2 == s.getState() && !s.hasOwner() && !s.element.R1() && s.isDisplayed() && s.idleRenderOutsideViewport() && (this.scheduleLayoutOrPreload(s, !1), t++) } for (let i = 0; i < this.Ei.length && t < 4; i++) { const s = this.Ei[i]; 2 != s.getState() || s.hasOwner() || s.element.R1() || !s.isDisplayed() || (this.scheduleLayoutOrPreload(s, !1), t++) } } } sc(t = Date.now()) { const i = this.El.getLastDequeueTime(); return 0 == this.El.getSize() && 0 == this.es.getSize() && t > i + 5e3 && i > 0 } ec() { const t = this.win.Date.now(); let i = -1, s = this.es.peek(this.Tl); for (; s && (i = this.nc(s), !(i > 16));) { this.es.dequeue(s); const e = this.El.getTaskById(s.id); if (e) { const t = this.rc.bind(this, s); e.promise.then(t, t) } else { const { resource: i } = s, e = !0; i.measure(), e && this.hc(i, s.forceOutsideViewport) ? (s.promise = s.callback(), s.startTime = t, this.El.enqueue(s), s.promise.then(this.oc.bind(this, s, !0), this.oc.bind(this, s, !1)).catch(Vn)) : i.layoutCanceled() } s = this.es.peek(this.Tl), i = -1 } if (i >= 0) return i; let e = 2 * (t - this.El.getLastDequeueTime()); return e = Math.max(Math.min(3e4, e), 5e3), e } Rl(t) { const i = this.wl.getRect(), s = t.resource.getLayoutBox(); let e = Math.floor((s.top - i.top) / i.height); return Math.sign(e) != this.getScrollDirection() && (e *= 2), e = Math.abs(e), 10 * t.priority + e } nc(t) { const i = this.win.Date.now(); if (0 == this.El.getSize()) { if (-1 === this.ml) return 0; const s = 1e3 * t.priority; return Math.max(s - (i - this.ml), 0) } let s = 0; return this.El.forEach((e => { const n = Math.max(1e3 * (t.priority - e.priority), 0); s = Math.max(s, n - (i - e.startTime)) })), s } rc(t) { this.es.getTaskById(t.id) || this.es.enqueue(t) } oc(t, i, s) { if (this.El.dequeue(t), this.schedulePass(1e3), !i) return Promise.reject(s) } hc(t, i) { if (0 == t.getState() || !t.isDisplayed()) return !1; const s = this.ampdoc.getVisibilityState(), e = s == Ts.PRERENDER && t.prerenderAllowed(), n = s == Ts.PREVIEW && t.previewAllowed(); return !!(this.zh || e || n) && !!(i || t.isInViewport() || t.renderOutsideViewport() || t.idleRenderOutsideViewport()) } scheduleLayoutOrPreload(t, i, s, e) { if (t.element.R1()) return; const n = 0 != t.getState(), r = t.isDisplayed(); n && r || yt(!1); const h = e || !1; this.hc(t, h) && (i ? this.Rs(t, "L", 0, s || 0, h, t.startLayout.bind(t)) : this.Rs(t, "P", 2, s || 0, h, t.startLayout.bind(t))) } Rs(t, i, s, e, n, r) { const h = t.getTaskId(i), o = { id: h, resource: t, priority: Math.max(t.getLayoutPriority(), e) + s, forceOutsideViewport: n, callback: r, scheduleTime: this.win.Date.now(), startTime: 0, promise: null }, u = this.es.getTaskById(h); (!u || o.priority < u.priority) && (u && this.es.dequeue(u), this.es.enqueue(o), this.schedulePass(this.nc(o))), o.resource.layoutScheduled(o.scheduleTime) } whenFirstPass() { return this.kl.promise } Ul(t) { const { HIDDEN: i, INACTIVE: s, PAUSED: e, PRERENDER: n, PREVIEW: r, VISIBLE: h } = Ts, o = () => { const t = this.wl.getSize(); if (t.height > 0 && t.width > 0) { this.Jl() && this.Ql(), this.ic(); let t = this.ec(); this.Jl() && (t = Math.min(t, 500)), this.zh && this.schedulePass(t), this.kl.resolve() } }, u = () => { }, l = () => { this.Ei.forEach((t => t.pause())) }, c = () => { this.Ei.forEach((t => { t.unload(), this.Wl(t) })), this.uc() }, a = () => { this.Ei.forEach((t => t.resume())), o() }; t.addTransition(n, n, o), t.addTransition(n, r, o), t.addTransition(n, h, o), t.addTransition(n, i, o), t.addTransition(n, s, o), t.addTransition(n, e, o), t.addTransition(r, r, o), t.addTransition(r, h, o), t.addTransition(r, i, o), t.addTransition(r, s, o), t.addTransition(r, e, o), t.addTransition(h, h, o), t.addTransition(h, i, o), t.addTransition(h, s, c), t.addTransition(h, e, l), t.addTransition(i, h, o), t.addTransition(i, i, o), t.addTransition(i, s, c), t.addTransition(i, e, l), t.addTransition(s, h, a), t.addTransition(s, i, a), t.addTransition(s, s, u), t.addTransition(s, e, o), t.addTransition(e, h, a), t.addTransition(e, i, o), t.addTransition(e, s, c), t.addTransition(e, e, u) } uc() { try { this.win.getSelection().removeAllRanges() } catch (t) { } } Wl(t, i) { if (1 != t.getState() && 2 != t.getState() || (this.es.purge((i => i.resource == t)), this.El.purge((i => i.resource == t)), T(this.Il, (i => i.resource === t))), 0 == t.getState() && i && this.Ml) { const i = this.Ml.indexOf(t); -1 != i && this.Ml.splice(i, 1) } } Fl(t) { const { target: i } = t; if (i.nodeType !== Node.ELEMENT_NODE) return; if (i === this.wl.getScrollingElement()) return; const s = i; this.Cl.includes(s) || (this.Cl.push(s), this.schedulePass(70)) } }) }(t), function (t) { Vi(t, "owners", class { constructor(t) { this.Ei = ds(t) } setOwner(t, i) { kn.setOwner(t, i) } schedulePreload(t, i) { this.lc(this.Ei.getResourceForElement(t), !1, Xh(i)) } scheduleLayout(t, i) { this.lc(this.Ei.getResourceForElement(t), !0, Xh(i)) } schedulePause(t, i) { const s = this.Ei.getResourceForElement(t); i = Xh(i), this.cc(s, i, (t => { t.pause() })) } scheduleResume(t, i) { const s = this.Ei.getResourceForElement(t); i = Xh(i), this.cc(s, i, (t => { t.resume() })) } scheduleUnlayout(t, i) { const s = this.Ei.getResourceForElement(t); i = Xh(i), this.cc(s, i, (t => { t.unlayout() })) } requireLayout(t, i) { const s = []; return this.ac(t, (t => { s.push(t.element.ensureLoaded()) })), Promise.all(s) } cc(t, i, s) { for (const e of i) yt(t.element.contains(e)), this.ac(e, s) } ac(t, i) { if (t.classList.contains("i-amphtml-element")) { i(this.Ei.getResourceForElement(t)); const s = t.getPlaceholder(); s && this.ac(s, i) } else { const s = t.getElementsByClassName("i-amphtml-element"), e = []; for (let t = 0; t < s.length; t++) { const n = s[t]; let r = !1; for (let t = 0; t < e.length; t++)if (e[t].contains(n)) { r = !0; break } r || (e.push(n), i(this.Ei.getResourceForElement(n))) } } } lc(t, i, s) { this.cc(t, s, (i => { i.element.ensureLoaded(t.getLayoutPriority()) })) } }) }(t), function (t) { Vi(t, "mutator", class { constructor(t) { this.ampdoc = t, this.win = t.win, this.Ei = ds(t), this.wl = vs(this.ampdoc), this.sh = gs(this.win), this.bl = new $h(this.win, 6e4), this.bl.onFocus((t => { this.dc(t) })) } forceChangeSize(t, i, s, e, n) { this.fc(kn.forElement(t), i, s, n, void 0, !0, e) } requestChangeSize(t, i, s, e, n) { return new Promise(((r, h) => { this.fc(kn.forElement(t), i, s, e, n, !1, (t => { t ? r() : h(new Error("changeSize attempt denied")) })) })) } expandElement(t) { kn.forElement(t).completeExpand(), this.Ei.schedulePass(70) } attemptCollapse(t) { return new Promise(((i, s) => { this.fc(kn.forElement(t), 0, 0, void 0, void 0, !1, (e => { e ? (kn.forElement(t).completeCollapse(), i()) : s(Rt().createExpectedError("collapse attempt denied")) })) })) } collapseElement(t) { const i = this.wl.getLayoutRect(t); 0 != i.width && 0 != i.height && (Le(this.win, "dirty-collapse-element") ? this.dirtyElement(t) : this.Ei.setRelayoutTop(i.top)), kn.forElement(t).completeCollapse(), this.Ei.schedulePass(70) } measureElement(t) { return this.sh.measurePromise(t) } mutateElement(t, i, s) { return this.mc(t, null, i, s) } measureMutateElement(t, i, s) { return this.mc(t, i, s) } _c(t) { const i = ks(this.win, t.element); return { top: parseInt(i.marginTop, 10) || 0, right: parseInt(i.marginRight, 10) || 0, bottom: parseInt(i.marginBottom, 10) || 0, left: parseInt(i.marginLeft, 10) || 0 } } mc(t, i, s, e = !1) { const n = () => { const i = this.wl.getLayoutRect(t); return 0 != i.width && 0 != i.height ? i.top : -1 }; let r = -1; return this.sh.runPromise({ measure: () => { i && i(), e || (r = n()) }, mutate: () => { if (s(), e) return; t.classList.contains("i-amphtml-element") && kn.forElement(t).requestMeasure(); const i = t.getElementsByClassName("i-amphtml-element"); for (let t = 0; t < i.length; t++)kn.forElement(i[t]).requestMeasure(); this.Ei.schedulePass(70), -1 != r && this.Ei.setRelayoutTop(r), this.sh.measure((() => { const t = n(); -1 != t && t != r && (this.Ei.setRelayoutTop(t), this.Ei.schedulePass(70)), this.Ei.maybeHeightChanged() })) } }) } dirtyElement(t) { let i = !1; if (t.classList.contains("i-amphtml-element")) { const i = kn.forElement(t); this.Ei.setRelayoutTop(i.getLayoutBox().top) } else i = !0; this.Ei.schedulePass(70, i) } dc(t) { const i = function (t, i, s) { let e; for (e = t; e && undefined !== e; e = e.parentElement)if (i(e)) return e; return null }(t, (t => !!kn.forElementOptional(t))); if (!i) return; const s = kn.forElement(i), e = s.getPendingChangeSize(); void 0 !== e && this.fc(s, e.height, e.width, e.margins, void 0, !0) } fc(t, i, s, e, n, r, h) { t.hasBeenMeasured() && !e ? this.Ac(t, i, s, void 0, n, r, h) : this.sh.measure((() => { t.hasBeenMeasured() || t.measure(); const o = e ? { newMargins: e, currentMargins: this._c(t) } : void 0; this.Ac(t, i, s, o, n, r, h) })) } Ac(t, i, s, e, n, r, h) { t.resetPendingChangeSize(); const o = t.getLayoutSize(); if (!(void 0 !== i && i != o.height || void 0 !== s && s != o.width || void 0 !== e && (u = e.currentMargins, l = e.newMargins, void 0 !== l.top && l.top != u.top || void 0 !== l.right && l.right != u.right || void 0 !== l.bottom && l.bottom != u.bottom || void 0 !== l.left && l.left != u.left))) return void 0 === i && void 0 === s && void 0 === e && Rt().error("Mutator", "attempting to change size with undefined dimensions", t.debugid), void (h && h(!0)); var u, l; this.Ei.updateOrEnqueueMutateTask(t, { resource: t, newHeight: i, newWidth: s, marginChange: e, event: n, force: r, callback: h }), this.Ei.schedulePassVsync() } }) }(t), function (t) { Vi(t, "url-replace", (function (t) { return new class { constructor(t, i) { this.ampdoc = t, this.Lr = i } expandStringSync(t, i, s) { return new fo(this.Lr, i, void 0, !0, s, !0).expand(t) } expandStringAsync(t, i, s) { return new fo(this.Lr, i, void 0, void 0, s, !0).expand(t) } expandUrlSync(t, i, s) { return this.gc(t, new fo(this.Lr, i, void 0, !0, s).expand(t)) } expandUrlAsync(t, i, s, e) { return new fo(this.Lr, i, void 0, void 0, s, e).expand(t).then((i => this.gc(t, i))) } expandInputValueAsync(t) { return this.Pc(t, !1) } expandInputValueSync(t) { return this.Pc(t, !0) } Pc(t, i) { yt("INPUT" == t.tagName && "hidden" == (t.getAttribute("type") || "").toLowerCase()); const s = this.vc(t); if (!s) return i ? t.value : Promise.resolve(t.value); void 0 === t["amp-original-value"] && (t["amp-original-value"] = t.value); const e = new fo(this.Lr, void 0, void 0, i, s).expand(t["amp-original-value"] || t.value); return i ? t.value = e : e.then((i => (t.value = i, i))) } vc(t, i) { const s = t.getAttribute("data-amp-replace"); if (!s) return; const e = {}; return s.trim().split(/\s+/).forEach((t => { i && !m(i, t) || (e[t] = !0) })), e } X(t) { const i = rs(this.ampdoc); if (t.origin == on(i.canonicalUrl).origin || t.origin == on(i.sourceUrl).origin) return !0; const s = this.ampdoc.getMetaByName("amp-link-variable-allowed-origin"); if (s) { const i = s.trim().split(/\s+/); for (let s = 0; s < i.length; s++)if (t.origin == on(i[s]).origin) return !0 } return !1 } maybeExpandLink(t, i) { yt("A" == t.tagName); const s = t; let e = s.getAttribute("data-amp-addparams") || ""; const n = this.vc(s, { "CLIENT_ID": !0, "QUERY_PARAM": !0, "PAGE_VIEW_ID": !0, "PAGE_VIEW_ID_64": !0, "NAV_TIMING": !0 }); if (!n && !e && !i) return; let r = s["amp-original-href"] || s.getAttribute("href"); const h = on(r); null == s["amp-original-href"] && (s["amp-original-href"] = r); const o = this.X(h); if (e && (e = o ? this.Ec(e, n) : e, r = an(r, Y(e))), !o) return s.href = r; if (i) { if (!n || !n.QUERY_PARAM) { const t = { "QUERY_PARAM": !0 }; i = this.expandUrlSync(i, void 0, t) } r = an(r, Y(i)) } return r = this.Ec(r, n), s.href = r } Ec(t, i) { return i ? this.expandUrlSync(t, void 0, i) : t } collectVars(t, i) { const s = Object.create(null); return new fo(this.Lr, i, s).expand(t).then((() => s)) } collectDisallowedVarsSync(t) { const i = t.getAttribute("src"), s = new fo(this.Lr).getMacroNames(i), e = this.vc(t); return e ? s.filter((t => !e[t])) : s } gc(t, i) { return on(i).protocol != on(t).protocol ? (It().error(Po, "Illegal replacement of the protocol: ", t), t) : (bt(An(i), "The replacement url has invalid protocol: %s", i), i) } getVariableSource() { return this.Lr } }(t, new class extends class { constructor(t) { this.ampdoc = t, this.Tc = Object.create(null), this.Rc = !1, this.Ic() } Me() { this.initialize(), this.Rc = !0 } initialize() { } get(t) { return this.Rc || this.Me(), this.Tc[t] } set(t, i) { return yt(-1 == t.indexOf("RETURN")), this.Tc[t] = this.Tc[t] || { sync: void 0, async: void 0 }, this.Tc[t].sync = i, this } setAsync(t, i) { return yt(-1 == t.indexOf("RETURN")), this.Tc[t] = this.Tc[t] || { sync: void 0, async: void 0 }, this.Tc[t].async = i, this } setBoth(t, i, s) { return this.set(t, i).setAsync(t, s) } getExpr(t, i) { this.Rc || this.Me(); const s = g(g({}, this.Tc), t); return this.Mc(Object.keys(s), i) } Mc(t, i) { if (this.Ic() && (t = t.filter((t => this.Ic().includes(t)))), i && (t = t.filter((t => i[t]))), 0 === t.length) return /_^/g; t.sort(((t, i) => i.length - t.length)); const s = t.map((t => "$" === t[0] ? "\\" + t : t)).join("|"); return new RegExp("\\$?(" + s + ")", "g") } Ic() { return this.yc ? this.yc : this.ampdoc.isSingleDoc() && wr(this.ampdoc.getRootNode()) ? (this.yc = [""], this.yc) : void 0 } }{ constructor(t) { super(t), this.wc = null, this.bc = {} } Vc(t, i, s) { return this.setBoth(t, (() => _o(this.ampdoc.win, i, s)), (() => mo(this.ampdoc.win, i, s))) } initialize() { const { win: t } = this.ampdoc, i = this.ampdoc.getHeadNode(), s = vs(this.ampdoc); _s(this.ampdoc).then((t => { this.wc = t })), this.set("RANDOM", (() => Math.random())); const n = Object.create(null); this.set("COUNTER", (t => n[t] = 1 + (0 | n[t]))), this.set("CANONICAL_URL", (() => this.Sc().canonicalUrl)), this.set("CANONICAL_HOST", (() => on(this.Sc().canonicalUrl).host)), this.set("CANONICAL_HOSTNAME", (() => on(this.Sc().canonicalUrl).hostname)), this.set("CANONICAL_PATH", (() => on(this.Sc().canonicalUrl).pathname)), this.setAsync("DOCUMENT_REFERRER", (() => Ps(this.ampdoc).getReferrerUrl())), this.setAsync("EXTERNAL_REFERRER", (() => Ps(this.ampdoc).getReferrerUrl().then((i => i ? on(vn(i)).hostname === $s.getHostname(t) ? null : i : null)))), this.set("TITLE", (() => { const i = t.document; return i.originalTitle || i.title })), this.set("AMPDOC_URL", (() => mn(this.xc(t.location.href)))), this.set("AMPDOC_HOST", (() => { const i = on(t.location.href); return i && i.host })), this.set("AMPDOC_HOSTNAME", (() => { const i = on(t.location.href); return i && i.hostname })); const r = () => { const t = this.Sc(); return mn(this.xc(t.sourceUrl)) }; this.setBoth("SOURCE_URL", (() => r()), (() => jh().then((() => r())))), this.set("SOURCE_HOST", (() => on(this.Sc().sourceUrl).host)), this.set("SOURCE_HOSTNAME", (() => on(this.Sc().sourceUrl).hostname)), this.set("SOURCE_PATH", (() => on(this.Sc().sourceUrl).pathname)), this.set("PAGE_VIEW_ID", (() => this.Sc().pageViewId)), this.setAsync("PAGE_VIEW_ID_64", (() => this.Sc().pageViewId64)), this.setBoth("QUERY_PARAM", ((t, i = "") => this.Oc(t, i)), ((t, i = "") => jh().then((() => this.Oc(t, i))))), this.set("FRAGMENT_PARAM", ((t, i = "") => this.Cc(t, i))); let h = null; this.setBoth("CLIENT_ID", (t => h ? h[t] : null), ((t, s, n, r) => { bt(t, "The first argument to CLIENT_ID, the fallback Cookie name, is required"); let o = e(); return s && (o = (t => Wi(t, "userNotificationManager", "amp-user-notification"))(i).then((t => t.get(s)))), es(this.ampdoc).then((i => (r = "true" == r, i.get({ scope: t, createCookieIfNotPresent: !0, cookieName: n || void 0, disableBackup: r }, o)))).then((i => (h || (h = Object.create(null)), i && "_ga" == (n || t) && ("string" == typeof i ? i = i.replace(/^(GA1|1)\.[\d-]+\./, "") : Rt().error(Po, "non-string cid, what is it?", Object.keys(i))), h[t] = i, i))) })), this.setAsync("VARIANT", (t => this.kc((i => { const s = i[t]; return bt(void 0 !== s, "The value passed to VARIANT() is not a valid experiment in <amp-experiment>:" + t), null === s ? "none" : s }), "VARIANT"))), this.setAsync("VARIANTS", (() => this.kc((t => { const i = []; for (const s in t) { const e = t[s]; i.push(s + "." + (e || "none")) } return i.join("!") }), "VARIANTS"))), this.setBoth("AMP_GEO", (t => Eo(this.wc, t)), (t => this.Nc((i => Eo(i, t)), "AMP_GEO"))), this.set("TIMESTAMP", go("getTime")), this.set("TIMESTAMP_ISO", go("toISOString")), this.set("TIMEZONE", go("getTimezoneOffset")), this.set("SCROLL_HEIGHT", (() => s.getScrollHeight())), this.set("SCROLL_WIDTH", (() => s.getScrollWidth())), this.set("VIEWPORT_HEIGHT", (() => s.getHeight())), this.set("VIEWPORT_WIDTH", (() => s.getWidth())); const { screen: o } = t; this.set("SCREEN_WIDTH", vo(o, "width")), this.set("SCREEN_HEIGHT", vo(o, "height")), this.set("AVAILABLE_SCREEN_HEIGHT", vo(o, "availHeight")), this.set("AVAILABLE_SCREEN_WIDTH", vo(o, "availWidth")), this.set("SCREEN_COLOR_DEPTH", vo(o, "colorDepth")), this.set("DOCUMENT_CHARSET", (() => { const i = t.document; return i.characterSet || i.charset })), this.set("BROWSER_LANGUAGE", (() => { const i = t.navigator; return (i.language || i.userLanguage || i.browserLanguage || "").toLowerCase() })), this.set("USER_AGENT", (() => t.navigator.userAgent)), this.setBoth("UACH", (t => { var i; return null !== (i = this.bc[t]) && void 0 !== i ? i : "" }), (i => this.Dc(i, t))), this.Vc("PAGE_LOAD_TIME", "navigationStart", "loadEventStart"), this.Vc("DOMAIN_LOOKUP_TIME", "domainLookupStart", "domainLookupEnd"), this.Vc("TCP_CONNECT_TIME", "connectStart", "connectEnd"), this.Vc("SERVER_RESPONSE_TIME", "requestStart", "responseStart"), this.Vc("PAGE_DOWNLOAD_TIME", "responseStart", "responseEnd"), this.Vc("REDIRECT_TIME", "navigationStart", "fetchStart"), this.Vc("DOM_INTERACTIVE_TIME", "navigationStart", "domInteractive"), this.Vc("CONTENT_LOAD_TIME", "navigationStart", "domContentLoadedEventStart"), this.setAsync("ACCESS_READER_ID", (() => this.Lc((t => t.getAccessReaderId()), "ACCESS_READER_ID"))), this.setAsync("AUTHDATA", (t => (bt(t, "The first argument to AUTHDATA, the field, is required"), this.Lc((i => i.getAuthdataField(t)), "AUTHDATA")))), this.setAsync("VIEWER", (() => Ps(this.ampdoc).getViewerOrigin().then((t => null == t ? "" : t)))), this.setAsync("TOTAL_ENGAGED_TIME", (() => Zi(i).then((t => t.getTotalEngagedTime())))), this.setAsync("INCREMENTAL_ENGAGED_TIME", ((t, s) => Zi(i).then((i => i.getIncrementalEngagedTime(t, "false" !== s))))), this.set("NAV_TIMING", ((i, s) => (bt(i, "The first argument to NAV_TIMING, the start attribute name, is required"), _o(t, i, s)))), this.setAsync("NAV_TIMING", ((i, s) => (bt(i, "The first argument to NAV_TIMING, the start attribute name, is required"), mo(t, i, s)))), this.set("NAV_TYPE", (() => Ao(t, "type"))), this.set("NAV_REDIRECT_COUNT", (() => Ao(t, "redirectCount"))), this.set("AMP_VERSION", (() => "2309181453000")), this.set("BACKGROUND_STATE", (() => this.ampdoc.isVisible() ? "0" : "1")), this.setAsync("VIDEO_STATE", ((t, i) => { return (s = this.ampdoc, xi(s, "video-manager")).getVideoStateProperty(t, i); var s })), this.setAsync("AMP_STATE", (t => { const i = this.ampdoc.getRootNode(), s = i.documentElement || i; return ss(s).then((i => i && i.getStateValue(t) || "")) })) } xc(t) { const { replaceParams: i } = this.Sc(); return i ? function (t, i) { const s = Y(on(t).search), e = {}, n = Object.keys(i); for (let t = 0; t < n.length; t++)m(s, n[t]) || (e[n[t]] = i[n[t]]); return an(t, e) }(Pn(t), i) : t } Sc() { return rs(this.ampdoc) } Lc(t, i) { const s = this.ampdoc.getHeadNode(); return Promise.all([Qi(s), Ji(s)]).then((s => { const e = s[0], n = s[1], r = e || n; return r ? e && n ? t(n) || t(e) : t(r) : (It().error(Po, "Access or subsciptions service is not installed to access: ", i), null) })) } Oc(t, i) { bt(t, "The first argument to QUERY_PARAM, the query string param is required"); const s = Y(on(Pn(this.ampdoc.win.location.href)).search), { replaceParams: e } = this.Sc(); return void 0 !== s[t] ? s[t] : e && void 0 !== e[t] ? e[t] : i } Cc(t, i) { bt(t, "The first argument to FRAGMENT_PARAM, the fragment string param is required"), bt("string" == typeof t, "param should be a string"); const s = Q(this.ampdoc.win); return void 0 === s[t] ? i : s[t] } kc(t, i) { return (s = this.ampdoc.getHeadNode(), Ki(s, "variant", "amp-experiment", !0)).then((t => (bt(t, "To use variable %s, amp-experiment should be configured", i), t.getVariants()))).then((i => t(i))); var s } Nc(t, i) { return null !== this.wc ? t(this.wc) : _s(this.ampdoc.getHeadNode()).then((s => (bt(s, "To use variable %s, amp-geo should be configured", i), this.wc = s, t(s)))) } Dc(t, i) { return t in this.bc ? Promise.resolve(this.bc[t]) : (null === (s = i.navigator) || void 0 === s || null === (e = s.userAgentData) || void 0 === e || null === (n = e.getHighEntropyValues([t])) || void 0 === n ? void 0 : n.then((i => { const s = "object" != typeof i[t] ? i[t] : JSON.stringify(i[t]); return this.bc[t] = s, s }))) || Promise.resolve(""); var s, e, n } }(t)) })) }(t), function (t) { Vi(t, "action", class { constructor(t, i) { this.ampdoc = t, this.sl = i || t.getRootNode(), this.Uc = this.ampdoc.isSingleDoc() && wr(this.sl), this.Br = this.Uc ? Nr : null, this.$c = p(), this.Fc = p(), this.addEvent("tap"), this.addEvent("submit"), this.addEvent("change"), this.addEvent("input-debounced"), this.addEvent("input-throttled"), this.addEvent("valid"), this.addEvent("invalid") } addEvent(t) { if ("tap" == t) this.sl.addEventListener("click", (i => { if (!i.defaultPrevented) { const s = i.target; this.trigger(s, t, i, 3) } })), this.sl.addEventListener("keydown", (i => { const { key: s, target: e } = i, n = e; if ("Enter" == s || " " == s) { const s = n.getAttribute("role"), e = s && m(Dr, s.toLowerCase()); !i.defaultPrevented && e && this.trigger(n, t, i, 3) && i.preventDefault() } })); else if ("submit" == t) this.sl.addEventListener(t, (i => { const s = i.target; this.trigger(s, t, i, 3) })); else if ("change" == t) this.sl.addEventListener(t, (i => { const s = i.target; this.Bc(i), this.trigger(s, t, i, 3) })); else if ("input-debounced" == t) { const i = G(this.ampdoc.win, (i => { const s = i.target; this.trigger(s, t, i, 3) }), 300); this.sl.addEventListener("input", (t => { const s = new $r(t); this.Bc(s), i(s) })) } else if ("input-throttled" == t) { const i = z(this.ampdoc.win, (i => { const s = i.target; this.trigger(s, t, i, 3) }), 100); this.sl.addEventListener("input", (t => { const s = new $r(t); this.Bc(s), i(s) })) } else "valid" != t && "invalid" != t || this.sl.addEventListener(t, (i => { const s = i.target; this.trigger(s, t, i, 3) })) } addGlobalTarget(t, i) { this.$c[t] = i } addGlobalMethodHandler(t, i, s = 2) { this.Fc[t] = { handler: i, minTrust: s } } trigger(t, i, s, e, n) { return this.Hc(t, i, s, e, n) } execute(t, i, s, e, n, r, h) { const o = new Lr(t, i, s, e, n, r, h); this.jc(o) } installActionHandler(t, i) { if (yt(Ur(t.getAttribute("id") || "") || t.tagName.toLowerCase() in kr), t[Cr]) return void Rt().error(Sr, `Action handler already installed for ${t}`); t[Cr] = i; const s = t[Or]; v(s) && ps(wt(t)).delay((() => { s.forEach((t => { try { i(t) } catch (i) { Rt().error(Sr, "Action execution failed:", t, i) } })), t[Or].length = 0 }), 1) } hasAction(t, i, s) { return !!this.zc(t, i, s) } hasResolvableAction(t, i, s) { const e = this.zc(t, i, s); return !!e && e.actionInfos.some((t => { const { target: i } = t; return !!this.Gc(i) })) } hasResolvableActionForTarget(t, i, s, e) { const n = this.zc(t, i, e); return !!n && n.actionInfos.some((t => { const { target: i } = t; return this.Gc(i) == s })) } Gc(t) { return this.$c[t] ? this.sl : this.sl.getElementById(t) } setAllowlist(t) { yt(t.every((t => t.tagOrTarget && t.method))), this.Br = t } addToAllowlist(t, i, s) { s && s.includes("email") !== this.Uc || (this.Br || (this.Br = []), v(i) || (i = [i]), i.forEach((i => { this.Br.some((s => s.tagOrTarget == t && s.method == i)) || this.Br.push({ tagOrTarget: t, method: i }) }))) } Hc(t, i, s, e, n) { const r = this.zc(t, i); if (!r) return !1; const h = Math.random(); let o = null; return r.actionInfos.forEach((u => { const { args: l, method: c, str: a, target: d } = u, f = function (t, i, s) { if (!t) return t; const e = s || {}; if (i) { const t = function (t) { return t.detail }(i); t && (e.event = t) } const n = p(); return Object.keys(t).forEach((i => { let s = t[i]; if ("object" == typeof s && s.expression) { const t = s.expression, i = function (t, i) { if ("." == i) return t; const s = i.split("."); let e = t; for (const t of s) { if (!(t && e && void 0 !== e[t] && "object" == typeof e && m(e, t))) { e = void 0; break } e = e[t] } return e }(e, t); s = void 0 === i ? null : i } e[s] ? n[i] = e[s] : n[i] = s })), n }(l, s, n), _ = () => { const n = this.Gc(d); if (!n) return void this.qc(`Target "${d}" not found for action [${a}].`); const o = new Lr(n, c, f, t, r.node, s, e, i, n.tagName || d, h); return this.jc(o) }; o = o ? o.then(_) : _() })), r.actionInfos.length >= 1 } qc(t, i) { if (i) { const s = It().createError(`[Action] ${t}`); throw Vn(s, i), s } It().error(Sr, t) } jc(t) { const { method: i, tagOrTarget: s } = t; if (this.Br && !function (t, i) { let { method: s } = t; const { node: e, tagOrTarget: n } = t; s === Yn && "function" == typeof e.getDefaultActionAlias && (s = e.getDefaultActionAlias()); const r = s.toLowerCase(), h = n.toLowerCase(); return i.some((t => (t.tagOrTarget.toLowerCase() === h || "*" === t.tagOrTarget) && t.method.toLowerCase() === r)) }(t, this.Br)) return this.qc(`"${s}.${i}" is not allowlisted ${JSON.stringify(this.Br)}.`), null; const e = this.$c[s]; if (e) return e(t); const n = t.node, r = this.Fc[i]; if (r && t.satisfiesTrust(r.minTrust)) return r.handler(t); const h = n.tagName.toLowerCase(); if (Ur(h)) return n.enqueAction ? n.enqueAction(t) : this.qc(`Unrecognized AMP element "${h}".`, n), null; const o = kr[h]; if (Ur(n.getAttribute("id") || "") || o && o.indexOf(i) > -1) { const i = n[Cr]; return i ? i(t) : (n[Or] = n[Or] || [], n[Or].push(t)), null } return this.qc(`Target (${s}) doesn't support "${i}" action.`, t.caller), null } zc(t, i, s) { let e = t; for (; e;) { if (s && e == s) return null; const t = this.Wc(e, i); if (t && !(n = e).disabled && !n.matches(":disabled")) return { node: e, actionInfos: yt(t) }; e = e.parentElement } var n; return null } Wc(t, i) { const s = this.Kc(t, i); return s && s[i] || null } Kc(t, i) { let s = t[xr]; return void 0 === s && (s = null, t.hasAttribute("on") ? (s = Br(t.getAttribute("on"), t), t[xr] = s) : t.hasAttribute("execute") && (s = Br(`${i}:${t.getAttribute("execute")}`, t), t[xr] = s)), s } setActions(t, i) { t.setAttribute("on", i), delete t[xr] } Bc(t) { const i = p(), { target: s } = t; if (void 0 !== s.value && (i.value = s.value), "INPUT" == s.tagName && (i.valueAsNumber = Number(s.value)), void 0 !== s.checked && (i.checked = s.checked), void 0 === s.min && void 0 === s.max || (i.min = s.min, i.max = s.max), s.files && (i.files = (e = s.files, e ? Array.prototype.slice.call(e) : []).map((t => ({ "name": t.name, "size": t.size, "type": t.type })))), Object.keys(i).length > 0) try { t.detail = i } catch (t) { } var e } }, !0) }(t), function (t) { Vi(t, "standard-actions", class { constructor(t) { this.ampdoc = t; const i = t.getHeadNode(); this.Yc = us(t), this.wl = vs(t), this.Jc(Xi(i)), this.Qc() } Jc(t) { t.addGlobalTarget("AMP", this.Xc.bind(this)), t.addGlobalMethodHandler("hide", this.Zc.bind(this)), t.addGlobalMethodHandler("show", this.ta.bind(this)), t.addGlobalMethodHandler("toggleVisibility", this.ia.bind(this)), t.addGlobalMethodHandler("scrollTo", this.sa.bind(this)), t.addGlobalMethodHandler("focus", this.ea.bind(this)), t.addGlobalMethodHandler("toggleClass", this.na.bind(this)), t.addGlobalMethodHandler("copy", this.ra.bind(this)), t.addGlobalMethodHandler("toggleChecked", this.ha.bind(this)) } Qc() { this.oa() && this.ampdoc.waitForBodyOpen().then((t => { const i = t.getAttribute("data-prefers-dark-mode-class") || "amp-dark-mode"; t.classList.add(i) })) } oa() { var t, i; try { const t = this.ampdoc.win.localStorage.getItem("amp-dark-mode"); if (t) return "yes" === t } catch (t) { } return null === (t = (i = this.ampdoc.win).matchMedia) || void 0 === t ? void 0 : t.call(i, "(prefers-color-scheme: dark)").matches } Xc(t) { if (!t.satisfiesTrust(2)) return null; const { args: i, method: s, node: e } = t, n = wt(e); switch (s) { case "pushState": case "setState": const s = e.nodeType === Node.DOCUMENT_NODE ? e.documentElement : e; return ss(s).then((i => (bt(i, "AMP-BIND is not installed."), i.invoke(t)))); case "navigateTo": return this.ua(t); case "closeOrNavigateTo": return this.la(t); case "scrollTo": return bt(i.id, "AMP.scrollTo must provide element ID"), t.node = Li(e).getElementById(i.id), this.sa(t); case "goBack": return os(this.ampdoc).goBack(!(!i || !0 !== i.navigate)), null; case "print": return n.print(), null; case "copy": return this.ra(t); case "optoutOfCid": return es(this.ampdoc).then((t => t.optOut())).catch((t => { Rt().error(eo, "Failed to opt out of CID", t) })); case "toggleTheme": return this.ca(), null }throw It().createError("Unknown AMP action ", s) } ra(t) { const { args: i, node: s } = t, e = wt(s), n = "copy-error"; let r; if ("AMP" === t.tagOrTarget) r = i.text.trim(); else { var h; const i = L(t.node); r = (null !== (h = i.value) && void 0 !== h ? h : i.textContent).trim() } const o = function (t, i, s) { const n = je(e, `${t}`, { data: { type: i } }); Xi(s.caller).trigger(s.caller, t, n, 3) }; var u, l, c; null !== (l = (u = e.document).defaultView) && void 0 !== l && null !== (c = l.navigator) && void 0 !== c && c.clipboard || io(u) ? function (t, i, s, e) { var n; null !== (n = t.navigator) && void 0 !== n && n.clipboard ? t.navigator.clipboard.writeText(i).then(s, e) : io(t.document) && function (t, i) { var s; let e = !1; const n = t.document, r = n.createElement("textarea"); xs(r, { "position": "fixed", "top": 0, "left": 0, "width": "50px", "height": "50px", "padding": 0, "border": "none", "outline": "none", "background": "transparent" }), r.value = i, r.readOnly = !0, r.contentEditable = "true", n.body.appendChild(r), null === (s = t.getSelection()) || void 0 === s || s.removeAllRanges(), r.focus(), r.setSelectionRange(0, i.length); try { e = n.execCommand("copy") } catch (t) { } return Bt(r), e }(t, i) ? s() : e() }(e, r, (() => { o("copy-success", "success", t) }), (() => { o(n, "error", t) })) : o(n, "unsupported", t) } ua(t) { const { args: i, caller: s, method: n, node: r } = t, h = wt(r); let o = e(); return s.tagName.startsWith("AMP-") && (o = s.getImpl().then((t => { "function" == typeof t.throwIfCannotNavigate && t.throwIfCannotNavigate() }))), o.then((() => { var t; (t = this.ampdoc, xi(t, "navigation")).navigateTo(h, i.url, `AMP.${n}`, { target: i.target, opener: i.opener }) }), (t => { It().error(eo, t) })) } ca() { this.ampdoc.waitForBodyOpen().then((t => { try { const i = t.getAttribute("data-prefers-dark-mode-class") || "amp-dark-mode"; this.oa() ? (t.classList.remove(i), this.ampdoc.win.localStorage.setItem("amp-dark-mode", "no")) : (t.classList.add(i), this.ampdoc.win.localStorage.setItem("amp-dark-mode", "yes")) } catch (t) { } })) } la(t) { const { node: i } = t, s = wt(i), n = s.parent != s; let r = !1; return s.opener && this.ampdoc.isSingleDoc() && !n && (s.close(), r = s.closed), r ? e() : this.ua(t) } sa(t) { const i = t.node, { args: s } = t; let e = s && s.position, n = s && s.duration; return e && !["top", "bottom", "center"].includes(e) && (e = void 0), w(n) || (n = void 0), this.wl.animateScrollIntoView(i, e, n) } ea(t) { return Gt(t.node), null } Zc(t) { const i = t.node; if (i.classList.contains("i-amphtml-element")) { const t = i; this.Yc.mutateElement(t, (() => t.collapse()), !0) } else this.Yc.mutateElement(i, (() => Os(i, !1))); return null } ta(t) { const { node: i } = t, s = i, e = wt(s); if (s.classList.contains(oe(Qs))) return null; this.Yc.measureElement((() => { "none" == ks(e, s).display && so(s) })); const n = (r = s).hasAttribute("autofocus") ? r : r.querySelector("[autofocus]"); var r; return n && cs(e).isIos() ? (this.aa(s, n), this.Yc.mutateElement(s, (() => { }))) : this.Yc.mutateElement(s, (() => { this.aa(s, n) })), null } aa(t, i) { t.classList.contains("i-amphtml-element") ? t.expand() : Os(t, !0), i && Gt(i) } ia(t) { return so(t.node) ? this.ta(t) : this.Zc(t) } na(t) { const i = t.node, { args: s } = t, e = It().assertString(s.class, "Argument 'class' must be a string."); return no.test(e) || this.Yc.mutateElement(i, (() => { if (void 0 !== s.force) { const t = It().assertBoolean(s.force, "Optional argument 'force' must be a boolean."); i.classList.toggle(e, t) } else i.classList.toggle(e) })), null } ha(t) { const i = t.node, { args: s } = t; return this.Yc.mutateElement(i, (() => { if (void 0 !== (null == s ? void 0 : s.force)) { const t = It().assertBoolean(s.force, "Optional argument 'force' must be a boolean."); i.checked = t } else !0 === i.checked ? i.checked = !1 : i.checked = !0 })), null } }, !0) }(t), oo(t), function (t) { Vi(t, Gh, class { constructor(t) { this.ampdoc = t, this.da = t.getRootNode(), this.wl = vs(this.ampdoc), this.Qe = Ps(this.ampdoc), this.cr = os(this.ampdoc), this.Rh = cs(this.ampdoc.win), this.fa = this.Rh.isIos() && this.Rh.isSafari(), this.bu = qt(this.ampdoc.win) && this.Qe.isOvertakeHistory(), this.pa = this.da != this.ampdoc.getRootNode() || !!this.ampdoc.getParent(), this.ma = "inabox" == at(this.ampdoc.win).runtime, this._a = this.da.nodeType == Node.DOCUMENT_NODE ? this.da.documentElement : this.da, this.Aa = this.ga.bind(this), this.da.addEventListener(qh, this.Aa), this.da.addEventListener(Wh, this.Aa), this.Pa = !1, function (t) { return t.whenReady().then((() => !!t.getBody().querySelector("amp-analytics[type=googleanalytics]"))) }(this.ampdoc).then((t => { this.Pa = t })), this.Gu = !1, this.va = !1, Promise.all([this.Qe.isTrustedViewer(), this.Qe.getViewerOrigin()]).then((t => { var i; this.Gu = t[0], this.va = (i = t[1], nt.test(hn(i).origin)) })), this.Ea = null, this.Ta = new $n, this.Ra = new $n } static installAnchorClickInterceptor(t, i) { i.document.documentElement.addEventListener("click", Qh.bind(null, t), !0) } cleanup() { this.Aa && (this.da.removeEventListener(qh, this.Aa), this.da.removeEventListener(Wh, this.Aa)) } openWindow(t, i, s, e) { let n = ""; !this.Rh.isIos() && this.Rh.isChrome() || e || (n += "noopener"); const r = zh(t, i, s, n); r && !e && (r.opener = null) } navigateTo(t, i, s, e = {}) { const { opener: n = !1, target: r = "_top" } = e; i = this.Ia(i); const h = As(this._a); if (!h.isProtocolValid(i)) return void It().error(Gh, "Cannot navigate to invalid protocol: " + i); bt(Kh.includes(r), `Target '${r}' not supported.`); const o = h.getSourceUrl(t.location); i = h.resolveRelativeUrl(i, o), "_blank" != r ? s && (this.Ea || (this.Ea = this.Ma()), this.Ea.includes(s) && this.navigateToAmpUrl(i, s)) || (t.top.location.href = i) : this.openWindow(t, i, r, n) } navigateToAmpUrl(t, i) { return !!this.Qe.hasCapability("a2a") && (this.Qe.sendMessage("a2aNavigate", { "url": t, "requestedBy": i }), !0) } Ma() { const t = this.da.querySelector('meta[name="amp-to-amp-navigation"]'); return t && t.hasAttribute("content") ? t.getAttribute("content").split(",").map((t => t.trim())) : [] } ga(t) { if (t.defaultPrevented) return; const i = Ct(t.__AMP_CUSTOM_LINKER_TARGET__ || t.target, "A"); i && i.href && (t.type == qh ? this.ya(i, t) : t.type == Wh && this.wa(i, t)) } ya(t, i) { this.ba(t); let s = this.Va(t.href); if (this.Sa(i, t, s)) return; if (this.xa(i, t, s)) return; const e = this.Oa(); Jh(s) != Jh(e) && (this.Ca(t, i), s = this.Va(t.href)), this.ka(i, t, s, e) } wa(t, i) { this.ba(t), this.Ca(t, i) } Ca(t, i) { this.Ta.forEach((s => { s(t, i) })) } Ia(t) { return this.Ra.forEach((i => { t = i(t) })), t } ba(t) { let i = null; this.Pa && !this.pa && (i = function (t, i) { const s = Y(on($s.getLocation(t).href).search), e = []; for (let t = 0; t < Bh.length; t++) { const i = Bh[t]; void 0 !== s[i] && e.push(i) } const n = i.getAttribute("data-amp-addparams"); let { href: r } = i; n && (r = an(r, Y(n))); const h = Y(on(r).search); for (let t = e.length - 1; t >= 0; t--)void 0 !== h[e[t]] && e.splice(t, 1); return function (t) { let i = ""; for (let s = 0; s < t.length; s++) { const e = t[s]; i += 0 == s ? `${e}=QUERY_PARAM(${e})` : `&${e}=QUERY_PARAM(${e})` } return i }(e) }(this.ampdoc.win, t)), ms(t).maybeExpandLink(t, i) } xa(t, i, s) { if (!this.bu) return !1; const e = wt(i), n = i.href, { protocol: r } = s; if ("ftp:" == r) return zh(e, n, "_blank"), t.preventDefault(), !0; const h = /^(https?|mailto):$/.test(r); return !(!this.fa || h || (zh(e, n, "_top"), t.preventDefault(), 0)) } Sa(t, i, s) { return !(!i.hasAttribute("rel") || !i.getAttribute("rel").split(" ").map((t => t.trim())).includes("amphtml") || !this.navigateToAmpUrl(s.href, "<a rel=amphtml>") || (t.preventDefault(), 0)) } ka(t, i, s, e) { const n = Jh(s), r = Jh(e); if (s.hash && n == r) this.Na(t, s, e); else { let s = (i.getAttribute("target") || "").toLowerCase(); (this.pa || this.ma) && "_top" != s && "_blank" != s && (s = "_blank", i.setAttribute("target", s)); const { win: r } = this.ampdoc, h = cs(r), o = Ps(i); e.search && h.isSafari() && h.getMajorVersion() >= 13 && o.isProxyOrigin() && o.isEmbedded() && this.Da(r, e, s), this.viewerInterceptsNavigation(n, "intercept_click") && t.preventDefault() } } Da(t, i, s) { const e = i.href, n = `${i.origin}${i.pathname}${i.hash}`; t.history.replaceState(null, "", n); const r = () => { const i = t.location.href; i == n ? t.history.replaceState(null, "", e) : Rt().error(Gh, "Unexpected iframe URL change:", i, n) }; "_blank" === s ? t.setTimeout(r, 0) : t.addEventListener("pageshow", (function i(s) { s.persisted && (r(), t.removeEventListener("pageshow", i)) })) } Na(t, i, s) { if (t.preventDefault(), this.pa) return; const e = i.hash.slice(1); let n = null; if (e) { const t = St(e); n = this.da.getElementById(e) || this.da.querySelector(`a[name="${t}"]`) } i.hash != s.hash ? this.cr.replaceStateForTarget(i.hash).then((() => { this.La(n, e) })) : this.La(n, e) } registerAnchorMutator(t, i) { this.Ta.enqueue(t, i) } registerNavigateToMutator(t, i) { this.Ra.enqueue(t, i) } La(t, i) { t && (this.wl.scrollIntoView(t), ps(this.ampdoc.win).delay((() => this.wl.scrollIntoView(t)), 1)) } Va(t) { return As(this._a).parse(t) } Oa() { return this.Va("") } viewerInterceptsNavigation(t, i) { const s = this.Qe.hasCapability("interceptNavigation"), e = this.ampdoc.isSingleDoc() && this.ampdoc.getRootNode().documentElement.hasAttribute("allow-navigation-interception"); return !(!s || !e || !this.Gu && !this.va || (this.Qe.sendMessage("navigateTo", { "url": t, "requestedBy": i }), 0)) } }, !0) }(t), function (t) { t.whenExtensionsKnown().then((() => { t.declaresExtension("amp-form") && t.getRootNode().addEventListener("submit", $o, !0) })) }(t), Vi(t, "loadingIndicator", class { constructor(t) { this.ji = t; const { win: i } = t, s = this.Ua.bind(this); this.$a = function (t, i, s = {}) { const { needsRootBounds: e, rootMargin: n, threshold: r } = s, h = qt(i) && (e || n) ? i.document : void 0; return new i.IntersectionObserver(t, { threshold: r, root: h, rootMargin: n }) }((t => t.forEach(s)), i), this.fo = new WeakMap } dispose() { this.$a.disconnect() } track(t) { this.$a.observe(t) } untrack(t) { this.$a.unobserve(t), this._r(t) } Ua(t) { const { boundingClientRect: i, isIntersecting: s, target: e } = t, { height: n, width: r } = i, h = e, o = s && r > 20 && n > 20; let u = this.fo.get(h); o !== (u && u.shown || !1) && (o && !u && (u = this.Fa(h, r, n), this.fo.set(h, u)), u && (u.shown = o, u.container.classList.toggle("amp-hidden", !o), u.loader.classList.toggle("amp-active", o))) } Fa(t, i, s) { const e = Date.now(), n = function (t, i, s, e, n = t.win.Date.now()) { const r = i.ownerDocument.createElement("div"); return function (t, i) { return hs(t.win).installExtensionForDoc(t, "amp-loader").then((() => (t => Wi(t, "loader", "amp-loader"))(i))) }(t, i).then((h => { const o = t.win.Date.now() - n; h.initializeLoader(i, r, o, s, e) })), r }(this.ji, t, i, s, e), r = Ve(this.ji.win.document)(Uh); return r.appendChild(n), t.appendChild(r), { shown: !1, loader: n, container: r } } _r(t) { const i = this.fo.get(t); i && (this.fo.delete(t), Bt(i.container)) } }) }(t) } function Go(t) { return t.waitForBodyOpen().then((() => { const i = t.getBody(), s = (e = i, n = () => !!i.firstElementChild, new Promise((t => { Ut(e, n, t) }))); var e, n; return ps(t.win).timeoutPromise(2e3, s).then((() => "AMP-STORY" === i.firstElementChild.tagName), (() => !1)) })) } var qo = ["AMP-AD", "AMP-ANALYTICS", "AMP-PIXEL", "AMP-AD-EXIT"]; function Wo(t) { if (null == t) return 0; const i = function (t) { let i = t; for (; null != (t = t.parentNode);)t.nodeName.startsWith("AMP-") && (i = t); return i }(t), { nodeName: s } = i; return "IMG" === s || "AMP-IMG" === s ? 1 : "VIDEO" === s || "AMP-VIDEO" === s ? 2 : "AMP-CAROUSEL" === s ? 8 : "AMP-BASE-CAROUSEL" === s ? 16 : "AMP-AD" === s ? 4 : !s.startsWith("AMP-") && i.textContent ? 32 : 0 } function Ko(t) { const i = t.document; if (!i.fonts || !i.fonts.values) return; const s = i.fonts.values(); let e; for (; e = s.next();) { const t = e.value; if (!t) return; "loading" == t.status && "display" in t && "auto" == t.display && (t.display = "swap") } } var Yo = ["amp-ad", "amp-embed", "amp-video"], Qo = "extensions", Jo = "latest", Xo = "__AMP_EXT_LDR"; function Zo(t) { Yo.forEach((i => { pr(t, i) })) } function tu() { return {} } function iu(t, i) { return `${t}:${i}` } var su, eu = "-shadowcsshost", nu = ")(?:\\(((?:\\([^)(]*\\)|[^)(]*)+?)\\))?([^,{]*)"; new RegExp("(" + eu + nu, "gim"), new RegExp("(-shadowcsscontext" + nu, "gim"), new RegExp(eu, "gim"), new RegExp("-shadowcsscontext", "gim"), Et = class { constructor(t, i, s = "") { this.win = t, this.nt = i, this.rt = this.it(), this.st = s, this.C = null, this.ot = function (t) { let i = !1, s = null, e = t; return (...t) => (i || (s = e.apply(self, t), i = !0, e = null), s) }((() => { t.fetch(`${et}/rtv/012309181453000/log-messages.simple.json`).then((t => t.json()), pt).then((t => { t && (this.C = t) })) })), this.ct = this.assert.bind(this) } it() { var t; const { win: i } = this; return null !== (t = i.console) && void 0 !== t && t.log && 0 != gt(i) ? this.ut() : 0 } ut(t) { return this.nt(gt(t), !1) } lt(t, i, s) { var e, n; if (i > (null !== (e = mt) && void 0 !== e ? e : this.rt)) return !1; const r = this.win.console, h = null !== (n = { 1: r.error, 3: r.info, 2: r.warn }[i]) && void 0 !== n ? n : r.log, o = this.ht(s), u = `[${t}]`; return y(o[0]) ? o[0] = u + " " + o[0] : o.unshift(u), h.apply(r, o), !0 } fine(t, ...i) { this.lt(t, 4, i) } info(t, ...i) { this.lt(t, 3, i) } warn(t, ...i) { this.lt(t, 2, i) } error(t, ...i) { if (!this.lt(t, 1, i)) { var s, e; const n = this.createError.apply(this, i); n.name = t || n.name, null === (s = (e = self).__AMP_REPORT_ERROR) || void 0 === s || s.call(e, n) } } expectedError(t, ...i) { var s, e; this.lt(t, 1, i) || null === (s = (e = self).__AMP_REPORT_ERROR) || void 0 === s || s.call(e, this.createExpectedError.apply(this, i)) } createError(t) { return this.ft(o.apply(null, arguments)) } createExpectedError(t) { return this.ft(c.apply(null, arguments)) } ft(t) { return t = h(t), this.st ? t.message ? -1 == t.message.indexOf(this.st) && (t.message += this.st) : t.message = this.st : O(t.message) && (t.message = C(t.message)), t } ht(t) { return v(t[0]) ? this.dt(t[0]) : t } dt(t) { var i; const s = t.shift(); return null !== (i = this.C) && void 0 !== i && i[s] ? 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t.AMP._ : void 0 }, t.AMP.config = { urls: { thirdParty: tt, thirdPartyFrameHost: it, thirdPartyFrameRegex: st, cdn: et, cdnProxyRegex: X, localhostRegex: nt, errorReporting: rt, betaErrorReporting: ht, localDev: ot, trustedViewerHosts: ut, geoApi: lt } }, t.AMP.addGlobalConsentListener = function () { }, t.AMP.addGranularConsentListener = function () { }, t.AMP.BaseElement = Qn, t.AMP.registerElement = r.addElement.bind(r), t.AMP.registerTemplate = r.addTemplate.bind(r), t.AMP.registerServiceForDoc = r.addService.bind(r), t.AMP.isExperimentOn = Le.bind(null, t), t.AMP.toggleExperiment = Ue.bind(null, t), t.AMP.setLogLevel = _t.bind(null), t.AMP.setTickFunction = (t, i) => { }; const h = i(t, r); function o(i) { !function (t, i, s) { "function" == typeof i || "high" == i.p ? e().then(s) : (s.displayName = i.n, jn(t.document, s)) }(t, i, (() => { h.then((() => { "function" == typeof i ? i(t.AMP, t.AMP.td) : r.registerExtension(i.n, i.ev, i.l, i.f, t.AMP) })) })) } for (let i = 0; i < s.length; i++) { const e = s[i]; if (uu(t, e)) s.splice(i--, 1); else if ("function" == typeof e || "high" == e.p) { try { o(e) } catch (t) { Rt().error(hu, "Extension failed: ", t, e.n) } s.splice(i--, 1) } } !function (t, i) { t.document.body && !function (t) { return Qe(t).length > 0 }(t) ? 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