https://www.uwlax.edu/scripts/uwl/core/ui/slides.js?v=1.292

1//cells-	--> How many cells are visible at once, along with mobile shrinkage
2//params-	--> values to determine if it's autoplay, draggable, etc
3//layout-	--> change the style of the slides, like a gallery or side panel
4
5if (typeof uwl === 'undefined') {
6	;
7} else {
8	!function (n, t) { "object" == typeof exports && "undefined" != typeof module ? module.exports = t() : "function" == typeof define && define.amd ? define(t) : (n = "undefined" != typeof globalThis ? globalThis : n || self).EmblaCarousel = t() }(this, (function () { "use strict"; function n(n) { return "number" == typeof n } function t(n) { return "string" == typeof n } function e(n) { return "boolean" == typeof n } function r(n) { return "[object Object]" === Object.prototype.toString.call(n) } function o(n) { return Math.abs(n) } function i(n) { return Math.sign(n) } function c(n, t) { return o(n - t) } function u(n) { return f(n).map(Number) } function s(n) { return n[a(n)] } function a(n) { return Math.max(0, n.length - 1) } function d(n, t) { return t === a(n) } function l(n, t = 0) { return Array.from(Array(n), ((n, e) => t + e)) } function f(n) { return Object.keys(n) } function p(n, t) { return [n, t].reduce(((n, t) => (f(t).forEach((e => { const o = n[e], i = t[e], c = r(o) && r(i); n[e] = c ? p(o, i) : i })), n)), {}) } function m(n, t) { return void 0 !== t.MouseEvent && n instanceof t.MouseEvent } function g() { let n = []; const t = { add: function (e, r, o, i = { passive: !0 }) { let c; if ("addEventListener" in e) e.addEventListener(r, o, i), c = () => e.removeEventListener(r, o, i); else { const n = e; n.addListener(o), c = () => n.removeListener(o) } return n.push(c), t }, clear: function () { n = n.filter((n => n())) } }; return t } function h(n, t, e, r) { const o = g(), i = 1e3 / 60; let c = null, u = 0, s = 0; function a(n) { if (!s) return; c || (c = n); const o = n - c; for (c = n, u += o; u >= i;)e(i), u -= i; r(u / i), s && t.requestAnimationFrame(a) } function d() { t.cancelAnimationFrame(s), c = null, u = 0, s = 0 } return { init: function () { o.add(n, "visibilitychange", (() => { n.hidden && (c = null, u = 0) })) }, destroy: function () { d(), o.clear() }, start: function () { s || (s = t.requestAnimationFrame(a)) }, stop: d, update: () => e(i), render: r } } function x(n = 0, t = 0) { const e = o(n - t); function r(t) { return t < n } function i(n) { return n > t } function c(n) { return r(n) || i(n) } return { length: e, max: t, min: n, constrain: function (e) { return c(e) ? r(e) ? n : t : e }, reachedAny: c, reachedMax: i, reachedMin: r, removeOffset: function (n) { return e ? n - e * Math.ceil((n - t) / e) : n } } } function y(n, t, e) { const { constrain: r } = x(0, n), i = n + 1; let c = u(t); function u(n) { return e ? o((i + n) % i) : r(n) } function s() { return c } function a() { return y(n, s(), e) } const d = { get: s, set: function (n) { return c = u(n), d }, add: function (n) { return a().set(s() + n) }, clone: a }; return d } function v(n, t, r, u, s, a, d, l, f, p, h, y, v, b, S, w, E, L, D) { const { cross: I, direction: A } = n, F = ["INPUT", "SELECT", "TEXTAREA"], M = { passive: !1 }, T = g(), O = g(), P = x(50, 225).constrain(b.measure(20)), z = { mouse: 300, touch: 400 }, H = { mouse: 500, touch: 600 }, k = S ? 43 : 25; let V = !1, B = 0, C = 0, N = !1, R = !1, j = !1, G = !1; function q(n) { if (!m(n, u) && n.touches.length >= 2) return U(n); const t = a.readPoint(n), e = a.readPoint(n, I), r = c(t, B), o = c(e, C); if (!R && !G) { if (!n.cancelable) return U(n); if (R = r > o, !R) return U(n) } const i = a.pointerMove(n); r > w && (j = !0), p.useFriction(.3).useDuration(.75), l.start(), s.add(A(i)), n.preventDefault() } function U(n) { const t = h.byDistance(0, !1).index !== y.get(), e = a.pointerUp(n) * (S ? H : z)[G ? "mouse" : "touch"], r = function (n, t) { const e = y.add(-1 * i(n)), r = h.byDistance(n, !S).distance; return S || o(n) < P ? r : E && t ? .5 * r : h.byIndex(e.get(), 0).distance }(A(e), t), u = function (n, t) { if (0 === n || 0 === t) return 0; if (o(n) <= o(t)) return 0; const e = c(o(n), o(t)); return o(e / n) }(e, r), s = k - 10 * u, d = L + u / 50; R = !1, N = !1, O.clear(), p.useDuration(s).useFriction(d), f.distance(r, !S), G = !1, v.emit("pointerUp") } function W(n) { j && (n.stopPropagation(), n.preventDefault(), j = !1) } return { init: function (n) { if (!D) return; function o(o) { (e(D) || D(n, o)) && function (n) { const e = m(n, u); if (G = e, j = S && e && !n.buttons && V, V = c(s.get(), d.get()) >= 2, e && 0 !== n.button) return; if (function (n) { const t = n.nodeName || ""; return F.includes(t) }(n.target)) return; N = !0, a.pointerDown(n), p.useFriction(0).useDuration(0), s.set(d), function () { const n = G ? r : t; O.add(n, "touchmove", q, M).add(n, "touchend", U).add(n, "mousemove", q, M).add(n, "mouseup", U) }(), B = a.readPoint(n), C = a.readPoint(n, I), v.emit("pointerDown") }(o) } const i = t; T.add(i, "dragstart", (n => n.preventDefault()), M).add(i, "touchmove", (() => { }), M).add(i, "touchend", (() => { })).add(i, "touchstart", o).add(i, "mousedown", o).add(i, "touchcancel", U).add(i, "contextmenu", U).add(i, "click", W, !0) }, destroy: function () { T.clear(), O.clear() }, pointerDown: function () { return N } } } function b(n, t) { let e, r; function i(n) { return n.timeStamp } function c(e, r) { const o = "client" + ("x" === (r || n.scroll) ? "X" : "Y"); return (m(e, t) ? e : e.touches[0])[o] } return { pointerDown: function (n) { return e = n, r = n, c(n) }, pointerMove: function (n) { const t = c(n) - c(r), o = i(n) - i(e) > 170; return r = n, o && (e = n), t }, pointerUp: function (n) { if (!e || !r) return 0; const t = c(r) - c(e), u = i(n) - i(e), s = i(n) - i(r) > 170, a = t / u; return u && !s && o(a) > .1 ? a : 0 }, readPoint: c } } function S(n, t, r, i, c, u, s) { const a = [n].concat(i); let d, l, f = [], p = !1; function m(n) { return c.measureSize(s.measure(n)) } return { init: function (c) { u && (l = m(n), f = i.map(m), d = new ResizeObserver((r => { (e(u) || u(c, r)) && function (e) { for (const r of e) { if (p) return; const e = r.target === n, u = i.indexOf(r.target), s = e ? l : f[u]; if (o(m(e ? n : i[u]) - s) >= .5) { c.reInit(), t.emit("resize"); break } } }(r) })), r.requestAnimationFrame((() => { a.forEach((n => d.observe(n))) }))) }, destroy: function () { p = !0, d && d.disconnect() } } } function w(n, t, e, r, i) { const c = i.measure(10), u = i.measure(50), s = x(.1, .99); let a = !1; function d() { return !a && (!!n.reachedAny(e.get()) && !!n.reachedAny(t.get())) } return { shouldConstrain: d, constrain: function (i) { if (!d()) return; const a = n.reachedMin(t.get()) ? "min" : "max", l = o(n[a] - t.get()), f = e.get() - t.get(), p = s.constrain(l / u); e.subtract(f * p), !i && o(f) < c && (e.set(n.constrain(e.get())), r.useDuration(25).useBaseFriction()) }, toggleActive: function (n) { a = !n } } } function E(n, t, e, r) { const o = t.min + .1, i = t.max + .1, { reachedMin: c, reachedMax: u } = x(o, i); return { loop: function (t) { if (!function (n) { return 1 === n ? u(e.get()) : -1 === n && c(e.get()) }(t)) return; const o = n * (-1 * t); r.forEach((n => n.add(o))) } } } function L(n, t, e, r, c) { const { reachedAny: u, removeOffset: a, constrain: d } = r; function l(n) { return n.concat().sort(((n, t) => o(n) - o(t)))[0] } function f(t, r) { const o = [t, t + e, t - e]; if (!n) return t; if (!r) return l(o); const c = o.filter((n => i(n) === r)); return c.length ? l(c) : s(o) - e } return { byDistance: function (e, r) { const i = c.get() + e, { index: s, distance: l } = function (e) { const r = n ? a(e) : d(e), i = t.map(((n, t) => ({ diff: f(n - r, 0), index: t }))).sort(((n, t) => o(n.diff) - o(t.diff))), { index: c } = i[0]; return { index: c, distance: r } }(i), p = !n && u(i); return !r || p ? { index: s, distance: e } : { index: s, distance: e + f(t[s] - l, 0) } }, byIndex: function (n, e) { return { index: n, distance: f(t[n] - c.get(), e) } }, shortcut: f } } function D(t, r, o, i, c, u, s, a) { const d = { passive: !0, capture: !0 }; let l = 0; function f(n) { "Tab" === n.code && (l = (new Date).getTime()) } return { init: function (p) { a && (u.add(document, "keydown", f, !1), r.forEach(((r, f) => { u.add(r, "focus", (r => { (e(a) || a(p, r)) && function (e) { if ((new Date).getTime() - l > 10) return; s.emit("slideFocusStart"), t.scrollLeft = 0; const r = o.findIndex((n => n.includes(e))); n(r) && (c.useDuration(0), i.index(r, 0), s.emit("slideFocus")) }(f) }), d) }))) } } } function I(t) { let e = t; function r(t) { return n(t) ? t : t.get() } return { get: function () { return e }, set: function (n) { e = r(n) }, add: function (n) { e += r(n) }, subtract: function (n) { e -= r(n) } } } function A(n, t) { const e = "x" === n.scroll ? function (n) { return `translate3d(${n}px,0px,0px)` } : function (n) { return `translate3d(0px,${n}px,0px)` }, r = t.style; let o = !1; return { clear: function () { o || (r.transform = "", t.getAttribute("style") || t.removeAttribute("style")) }, to: function (t) { o || (r.transform = e(n.direction(t))) }, toggleActive: function (n) { o = !n } } } function F(n, t, e, r, o, i, c, s, a) { const d = .5, l = u(o), f = u(o).reverse(), p = function () { const n = c[0]; return h(g(f, n), e, !1) }().concat(function () { const n = t - c[0] - 1; return h(g(l, n), -e, !0) }()); function m(n, t) { return n.reduce(((n, t) => n - o[t]), t) } function g(n, t) { return n.reduce(((n, e) => m(n, t) > 0 ? n.concat([e]) : n), []) } function h(o, c, u) { const l = function (n) { return i.map(((e, o) => ({ start: e - r[o] + d + n, end: e + t - d + n }))) }(c); return o.map((t => { const r = u ? 0 : -e, o = u ? e : 0, i = u ? "end" : "start", c = l[t][i]; return { index: t, loopPoint: c, slideLocation: I(-1), translate: A(n, a[t]), target: () => s.get() > c ? r : o } })) } return { canLoop: function () { return p.every((({ index: n }) => m(l.filter((t => t !== n)), t) <= .1)) }, clear: function () { p.forEach((n => n.translate.clear())) }, loop: function () { p.forEach((n => { const { target: t, translate: e, slideLocation: r } = n, o = t(); o !== r.get() && (e.to(o), r.set(o)) })) }, loopPoints: p } } function M(n, t, r) { let o, i = !1; return { init: function (c) { r && (o = new MutationObserver((n => { i || (e(r) || r(c, n)) && function (n) { for (const e of n) if ("childList" === e.type) { c.reInit(), t.emit("slidesChanged"); break } }(n) })), o.observe(n, { childList: !0 })) }, destroy: function () { o && o.disconnect(), i = !0 } } } function T(n, t, e, r) { const o = {}; let i, c = null, u = null, s = !1; return { init: function () { i = new IntersectionObserver((n => { s || (n.forEach((n => { const e = t.indexOf(n.target); o[e] = n })), c = null, u = null, e.emit("slidesInView")) }), { root: n.parentElement, threshold: r }), t.forEach((n => i.observe(n))) }, destroy: function () { i && i.disconnect(), s = !0 }, get: function (n = !0) { if (n && c) return c; if (!n && u) return u; const t = function (n) { return f(o).reduce(((t, e) => { const r = parseInt(e), { isIntersecting: i } = o[r]; return (n && i || !n && !i) && t.push(r), t }), []) }(n); return n && (c = t), n || (u = t), t } } } function O(t, e, r, i, c, d, l, f, p) { const { startEdge: m, endEdge: g, direction: h } = t, x = n(r); return { groupSlides: function (n) { return x ? function (n, t) { return u(n).filter((n => n % t == 0)).map((e => n.slice(e, e + t))) }(n, r) : function (n) { return n.length ? u(n).reduce(((t, r, u) => { const x = s(t) || 0, y = 0 === x, v = r === a(n), b = c[m] - d[x][m], S = c[m] - d[r][g], w = !i && y ? h(l) : 0, E = o(S - (!i && v ? h(f) : 0) - (b + w)); return u && E > e + p && t.push(r), v && t.push(n.length), t }), []).map(((t, e, r) => { const o = Math.max(r[e - 1] || 0); return n.slice(o, t) })) : [] }(n) } } } function P(n, e, r, f, p, m, P) { const { align: z, axis: H, direction: k, startIndex: V, loop: B, duration: C, dragFree: N, dragThreshold: R, inViewThreshold: j, slidesToScroll: G, skipSnaps: q, containScroll: U, watchResize: W, watchSlides: $, watchDrag: Q, watchFocus: X } = m, Y = { measure: function (n) { const { offsetTop: t, offsetLeft: e, offsetWidth: r, offsetHeight: o } = n; return { top: t, right: e + r, bottom: t + o, left: e, width: r, height: o } } }, J = Y.measure(e), K = r.map(Y.measure), Z = function (n, t) { const e = "rtl" === t, r = "y" === n, o = !r && e ? -1 : 1; return { scroll: r ? "y" : "x", cross: r ? "x" : "y", startEdge: r ? "top" : e ? "right" : "left", endEdge: r ? "bottom" : e ? "left" : "right", measureSize: function (n) { const { height: t, width: e } = n; return r ? t : e }, direction: function (n) { return n * o } } }(H, k), _ = Z.measureSize(J), nn = function (n) { return { measure: function (t) { return n * (t / 100) } } }(_), tn = function (n, e) { const r = { start: function () { return 0 }, center: function (n) { return o(n) / 2 }, end: o }; function o(n) { return e - n } return { measure: function (o, i) { return t(n) ? r[n](o) : n(e, o, i) } } }(z, _), en = !B && !!U, rn = B || !!U, { slideSizes: on, slideSizesWithGaps: cn, startGap: un, endGap: sn } = function (n, t, e, r, i, c) { const { measureSize: u, startEdge: a, endEdge: l } = n, f = e[0] && i, p = function () { if (!f) return 0; const n = e[0]; return o(t[a] - n[a]) }(), m = function () { if (!f) return 0; const n = c.getComputedStyle(s(r)); return parseFloat(n.getPropertyValue(`margin-${l}`)) }(), g = e.map(u), h = e.map(((n, t, e) => { const r = !t, o = d(e, t); return r ? g[t] + p : o ? g[t] + m : e[t + 1][a] - n[a] })).map(o); return { slideSizes: g, slideSizesWithGaps: h, startGap: p, endGap: m } }(Z, J, K, r, rn, p), an = O(Z, _, G, B, J, K, un, sn, 2), { snaps: dn, snapsAligned: ln } = function (n, t, e, r, i) { const { startEdge: c, endEdge: u } = n, { groupSlides: a } = i, d = a(r).map((n => s(n)[u] - n[0][c])).map(o).map(t.measure), l = r.map((n => e[c] - n[c])).map((n => -o(n))), f = a(l).map((n => n[0])).map(((n, t) => n + d[t])); return { snaps: l, snapsAligned: f } }(Z, tn, J, K, an), fn = -s(dn) + s(cn), { snapsContained: pn, scrollContainLimit: mn } = function (n, t, e, r, o) { const i = x(-t + n, 0), u = e.map(((n, t) => { const { min: r, max: o } = i, c = i.constrain(n), u = !t, s = d(e, t); return u ? o : s || l(r, c) ? r : l(o, c) ? o : c })).map((n => parseFloat(n.toFixed(3)))), a = function () { const n = u[0], t = s(u); return x(u.lastIndexOf(n), u.indexOf(t) + 1) }(); function l(n, t) { return c(n, t) < 1 } return { snapsContained: function () { if (t <= n + o) return [i.max]; if ("keepSnaps" === r) return u; const { min: e, max: c } = a; return u.slice(e, c) }(), scrollContainLimit: a } }(_, fn, ln, U, 2), gn = en ? pn : ln, { limit: hn } = function (n, t, e) { const r = t[0]; return { limit: x(e ? r - n : s(t), r) } }(fn, gn, B), xn = y(a(gn), V, B), yn = xn.clone(), vn = u(r), bn = h(f, p, (n => (({ dragHandler: n, scrollBody: t, scrollBounds: e, options: { loop: r } }, o) => { r || e.constrain(n.pointerDown()), t.seek(o) })(Hn, n)), (n => (({ scrollBody: n, translate: t, location: e, offsetLocation: r, scrollLooper: o, slideLooper: i, dragHandler: c, animation: u, eventHandler: s, scrollBounds: a, options: { loop: d } }, l) => { const f = n.settled(), p = !a.shouldConstrain(), m = d ? f : f && p; m && !c.pointerDown() && (u.stop(), s.emit("settle")), m || s.emit("scroll"); const g = e.get() * l + En.get() * (1 - l); r.set(g), d && (o.loop(n.direction()), i.loop()), t.to(r.get()) })(Hn, n))), Sn = gn[xn.get()], wn = I(Sn), En = I(Sn), Ln = I(Sn), Dn = I(Sn), In = function (n, t, e, r, c, u) { let s = 0, a = 0, d = c, l = u, f = n.get(), p = 0; function m(n) { return d = n, h } function g(n) { return l = n, h } const h = { direction: function () { return a }, duration: function () { return d }, velocity: function () { return s }, seek: function (t) { const o = t / 1e3, c = d * o, u = r.get() - n.get(); let m = 0; return d ? (e.set(n), s += u / c, s *= l, f += s, n.add(s * o), m = f - p) : (s = 0, e.set(r), n.set(r), m = u), a = i(m), p = f, h }, settled: function () { return o(r.get() - t.get()) < .001 }, useBaseFriction: function () { return g(u) }, useBaseDuration: function () { return m(c) }, useFriction: g, useDuration: m }; return h }(wn, Ln, En, Dn, C, .68), An = L(B, gn, fn, hn, Dn), Fn = function (n, t, e, r, o, i, c) { function u(o) { const u = o.distance, s = o.index !== t.get(); i.add(u), u && (r.duration() ? n.start() : (n.update(), n.render(1), n.update())), s && (e.set(t.get()), t.set(o.index), c.emit("select")) } return { distance: function (n, t) { u(o.byDistance(n, t)) }, index: function (n, e) { const r = t.clone().set(n); u(o.byIndex(r.get(), e)) } } }(bn, xn, yn, In, An, Dn, P), Mn = function (n) { const { max: t, length: e } = n; return { get: function (n) { return e ? (n - t) / -e : 0 } } }(hn), Tn = g(), On = T(e, r, P, j), { slideRegistry: Pn } = function (n, t, e, r, o, i) { const { groupSlides: c } = o, { min: u, max: f } = r; return { slideRegistry: function () { const r = c(i), o = !n || "keepSnaps" === t; return 1 === e.length ? [i] : o ? r : r.slice(u, f).map(((n, t, e) => { const r = !t, o = d(e, t); return r ? l(s(e[0]) + 1) : o ? l(a(i) - s(e)[0] + 1, s(e)[0]) : n })) }() } }(en, U, gn, mn, an, vn), zn = D(n, r, Pn, Fn, In, Tn, P, X), Hn = { ownerDocument: f, ownerWindow: p, eventHandler: P, containerRect: J, slideRects: K, animation: bn, axis: Z, dragHandler: v(Z, n, f, p, Dn, b(Z, p), wn, bn, Fn, In, An, xn, P, nn, N, R, q, .68, Q), eventStore: Tn, percentOfView: nn, index: xn, indexPrevious: yn, limit: hn, location: wn, offsetLocation: Ln, previousLocation: En, options: m, resizeHandler: S(e, P, p, r, Z, W, Y), scrollBody: In, scrollBounds: w(hn, Ln, Dn, In, nn), scrollLooper: E(fn, hn, Ln, [wn, Ln, En, Dn]), scrollProgress: Mn, scrollSnapList: gn.map(Mn.get), scrollSnaps: gn, scrollTarget: An, scrollTo: Fn, slideLooper: F(Z, _, fn, on, cn, dn, gn, Ln, r), slideFocus: zn, slidesHandler: M(e, P, $), slidesInView: On, slideIndexes: vn, slideRegistry: Pn, slidesToScroll: an, target: Dn, translate: A(Z, e) }; return Hn } const z = { align: "center", axis: "x", container: null, slides: null, containScroll: "trimSnaps", direction: "ltr", slidesToScroll: 1, inViewThreshold: 0, breakpoints: {}, dragFree: !1, dragThreshold: 10, loop: !1, skipSnaps: !1, duration: 25, startIndex: 0, active: !0, watchDrag: !0, watchResize: !0, watchSlides: !0, watchFocus: !0 }; function H(n) { function t(n, t) { return p(n, t || {}) } const e = { mergeOptions: t, optionsAtMedia: function (e) { const r = e.breakpoints || {}, o = f(r).filter((t => n.matchMedia(t).matches)).map((n => r[n])).reduce(((n, e) => t(n, e)), {}); return t(e, o) }, optionsMediaQueries: function (t) { return t.map((n => f(n.breakpoints || {}))).reduce(((n, t) => n.concat(t)), []).map(n.matchMedia) } }; return e } function k(n, e, r) { const o = n.ownerDocument, i = o.defaultView, c = H(i), u = function (n) { let t = []; return { init: function (e, r) { return t = r.filter((({ options: t }) => !1 !== n.optionsAtMedia(t).active)), t.forEach((t => t.init(e, n))), r.reduce(((n, t) => Object.assign(n, { [t.name]: t })), {}) }, destroy: function () { t = t.filter((n => n.destroy())) } } }(c), s = g(), a = function () { let n, t = {}; function e(n) { return t[n] || [] } const r = { init: function (t) { n = t }, emit: function (t) { return e(t).forEach((e => e(n, t))), r }, off: function (n, o) { return t[n] = e(n).filter((n => n !== o)), r }, on: function (n, o) { return t[n] = e(n).concat([o]), r }, clear: function () { t = {} } }; return r }(), { mergeOptions: d, optionsAtMedia: l, optionsMediaQueries: f } = c, { on: p, off: m, emit: h } = a, x = F; let y, v, b, S, w = !1, E = d(z, k.globalOptions), L = d(E), D = []; function I(t) { const e = P(n, b, S, o, i, t, a); if (t.loop && !e.slideLooper.canLoop()) { return I(Object.assign({}, t, { loop: !1 })) } return e } function A(e, r) { w || (E = d(E, e), L = l(E), D = r || D, function () { const { container: e, slides: r } = L, o = t(e) ? n.querySelector(e) : e; b = o || n.children[0]; const i = t(r) ? b.querySelectorAll(r) : r; S = [].slice.call(i || b.children) }(), y = I(L), f([E, ...D.map((({ options: n }) => n))]).forEach((n => s.add(n, "change", F))), L.active && (y.translate.to(y.location.get()), y.animation.init(), y.slidesInView.init(), y.slideFocus.init(V), y.eventHandler.init(V), y.resizeHandler.init(V), y.slidesHandler.init(V), y.options.loop && y.slideLooper.loop(), b.offsetParent && S.length && y.dragHandler.init(V), v = u.init(V, D))) } function F(n, t) { const e = O(); M(), A(d({ startIndex: e }, n), t), a.emit("reInit") } function M() { y.dragHandler.destroy(), y.eventStore.clear(), y.translate.clear(), y.slideLooper.clear(), y.resizeHandler.destroy(), y.slidesHandler.destroy(), y.slidesInView.destroy(), y.animation.destroy(), u.destroy(), s.clear() } function T(n, t, e) { L.active && !w && (y.scrollBody.useBaseFriction().useDuration(!0 === t ? 0 : L.duration), y.scrollTo.index(n, e || 0)) } function O() { return y.index.get() } const V = { canScrollNext: function () { return y.index.add(1).get() !== O() }, canScrollPrev: function () { return y.index.add(-1).get() !== O() }, containerNode: function () { return b }, internalEngine: function () { return y }, destroy: function () { w || (w = !0, s.clear(), M(), a.emit("destroy"), a.clear()) }, off: m, on: p, emit: h, plugins: function () { return v }, previousScrollSnap: function () { return y.indexPrevious.get() }, reInit: x, rootNode: function () { return n }, scrollNext: function (n) { T(y.index.add(1).get(), n, -1) }, scrollPrev: function (n) { T(y.index.add(-1).get(), n, 1) }, scrollProgress: function () { return y.scrollProgress.get(y.location.get()) }, scrollSnapList: function () { return y.scrollSnapList }