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o?.cancel, r);\n if (p) v();\n else {\n t.is.und(n.pause) || (u.paused = a(n.pause, r));\n let e = o?.pause;\n !0 !== e && (e = u.paused || a(e, r)), c = s(n.delay || 0, r), e ? (u.resumeQueue.add(g), l.pause()) : (l.resume(), g())\n }\n\n function m() {\n u.resumeQueue.add(g), u.timeouts.delete(h), h.cancel(), c = h.time - i.raf.now()\n }\n\n function g() {\n c > 0 && !t.Globals.skipAnimation ? (u.delayed = !0, h = i.raf.setTimeout(v, c), u.pauseQueue.add(m), u.timeouts.add(h)) : v()\n }\n\n function v() {\n u.delayed && (u.delayed = !1), u.pauseQueue.delete(m), u.timeouts.delete(h), e <= (u.cancelId || 0) && (p = !0);\n try {\n l.start({\n ...n,\n callId: e,\n cancel: p\n }, f)\n } catch (e) {\n d(e)\n }\n }\n })\n }\n var I = (e, t) => 1 == t.length ? t[0] : t.some(e => e.cancelled) ? R(e.get()) : t.every(e => e.noop) ? k(e.get()) : P(e.get(), t.every(e => e.finished)),\n k = e => ({\n value: e,\n noop: !0,\n finished: !0,\n cancelled: !1\n }),\n P = (e, t, r = !1) => ({\n value: e,\n finished: t,\n cancelled: r\n }),\n R = e => ({\n value: e,\n cancelled: !0,\n finished: !1\n });\n\n function C(e, r, n, s) {\n let {\n callId: a,\n parentId: o,\n onRest: u\n } = r, {\n asyncTo: l,\n promise: d\n } = n;\n return o || e !== l || r.reset ? n.promise = (async () => {\n let c, h, p;\n n.asyncId = a, n.asyncTo = e;\n let m = f(r, (e, t) => \"onRest\" === t ? void 0 : e),\n g = new Promise((e, t) => (c = e, h = t)),\n v = e => {\n let t = a <= (n.cancelId || 0) && R(s) || a !== n.asyncId && P(s, !1);\n if (t) throw e.result = t, h(e), e\n },\n y = (e, r) => {\n let i = new F,\n o = new M;\n return (async () => {\n if (t.Globals.skipAnimation) throw V(n), o.result = P(s, !1), h(o), o;\n v(i);\n let u = t.is.obj(e) ? {\n ...e\n } : {\n ...r,\n to: e\n };\n u.parentId = a, (0, t.eachProp)(m, (e, r) => {\n t.is.und(u[r]) && (u[r] = e)\n });\n let l = await s.start(u);\n return v(i), n.paused && await new Promise(e => {\n n.resumeQueue.add(e)\n }), l\n })()\n };\n if (t.Globals.skipAnimation) return V(n), P(s, !1);\n try {\n let r;\n r = t.is.arr(e) ? (async e => {\n for (let t of e) await y(t)\n })(e) : Promise.resolve(e(y, s.stop.bind(s))), await Promise.all([r.then(c), g]), p = P(s.get(), !0, !1)\n } catch (e) {\n if (e instanceof F) p = e.result;\n else if (e instanceof M) p = e.result;\n else throw e\n } finally {\n a == n.asyncId && (n.asyncId = o, n.asyncTo = o ? l : void 0, n.promise = o ? d : void 0)\n }\n return t.is.fun(u) && i.raf.batchedUpdates(() => {\n u(p, s, s.item)\n }), p\n })() : d\n }\n\n function V(e, r) {\n (0, t.flush)(e.timeouts, e => e.cancel()), e.pauseQueue.clear(), e.resumeQueue.clear(), e.asyncId = e.asyncTo = e.promise = void 0, r && (e.cancelId = r)\n }\n var F = class extends Error {\n constructor() {\n super(\"An async animation has been interrupted. You see this error because you forgot to use `await` or `.catch(...)` on its returned promise.\")\n }\n },\n M = class extends Error {\n constructor() {\n super(\"SkipAnimationSignal\")\n }\n },\n T = 1,\n L = class extends t.FluidValue {\n constructor() {\n super(...arguments), this.id = T++, this._priority = 0\n }\n get priority() {\n return this._priority\n }\n set priority(e) {\n this._priority != e && (this._priority = e, this._onPriorityChange(e))\n }\n get() {\n let e = (0, n.getAnimated)(this);\n return e && e.getValue()\n }\n to(...e) {\n return t.Globals.to(this, e)\n }\n interpolate(...e) {\n return (0, t.deprecateInterpolate)(), t.Globals.to(this, e)\n }\n toJSON() {\n return this.get()\n }\n observerAdded(e) {\n 1 == e && this._attach()\n }\n observerRemoved(e) {\n 0 == e && this._detach()\n }\n _attach() {}\n _detach() {}\n _onChange(e, r = !1) {\n (0, t.callFluidObservers)(this, {\n type: \"change\",\n parent: this,\n value: e,\n idle: r\n })\n }\n _onPriorityChange(e) {\n this.idle || t.frameLoop.sort(this), (0, t.callFluidObservers)(this, {\n type: \"priority\",\n parent: this,\n priority: e\n })\n }\n },\n j = Symbol.for(\"SpringPhase\"),\n U = e => (1 & e[j]) > 0,\n q = e => (2 & e[j]) > 0,\n z = e => (4 & e[j]) > 0,\n N = (e, t) => t ? e[j] |= 3 : e[j] &= -3,\n D = (e, t) => t ? e[j] |= 4 : e[j] &= -5,\n $ = class extends L {\n constructor(e, r) {\n if (super(), this.animation = new O, this.defaultProps = {}, this._state = {\n paused: !1,\n delayed: !1,\n pauseQueue: new Set,\n resumeQueue: new Set,\n timeouts: new Set\n }, this._pendingCalls = new Set, this._lastCallId = 0, this._lastToId = 0, this._memoizedDuration = 0, !t.is.und(e) || !t.is.und(r)) {\n let i = t.is.obj(e) ? {\n ...e\n } : {\n ...r,\n from: e\n };\n t.is.und(i.default) && (i.default = !0), this.start(i)\n }\n }\n get idle() {\n return !(q(this) || this._state.asyncTo) || z(this)\n }\n get goal() {\n return (0, t.getFluidValue)(this.animation.to)\n }\n get velocity() {\n let e = (0, n.getAnimated)(this);\n return e instanceof n.AnimatedValue ? e.lastVelocity || 0 : e.getPayload().map(e => e.lastVelocity || 0)\n }\n get hasAnimated() {\n return U(this)\n }\n get isAnimating() {\n return q(this)\n }\n get isPaused() {\n return z(this)\n }\n get isDelayed() {\n return this._state.delayed\n }\n advance(e) {\n let r = !0,\n i = !1,\n s = this.animation,\n {\n toValues: a\n } = s,\n {\n config: o\n } = s,\n u = (0, n.getPayload)(s.to);\n !u && (0, t.hasFluidValue)(s.to) && (a = (0, t.toArray)((0, t.getFluidValue)(s.to))), s.values.forEach((l, f) => {\n if (l.done) return;\n let d = l.constructor == n.AnimatedString ? 1 : u ? u[f].lastPosition : a[f],\n c = s.immediate,\n h = d;\n if (!c) {\n let r;\n if (h = l.lastPosition, o.tension <= 0) {\n l.done = !0;\n return\n }\n let i = l.elapsedTime += e,\n n = s.fromValues[f],\n a = null != l.v0 ? l.v0 : l.v0 = t.is.arr(o.velocity) ? o.velocity[f] : o.velocity,\n u = o.precision || (n == d ? .005 : Math.min(1, .001 * Math.abs(d - n)));\n if (t.is.und(o.duration))\n if (o.decay) {\n let e = !0 === o.decay ? .998 : o.decay,\n t = Math.exp(-(1 - e) * i);\n h = n + a / (1 - e) * (1 - t), c = Math.abs(l.lastPosition - h) <= u, r = a * t\n } else {\n r = null == l.lastVelocity ? a : l.lastVelocity;\n let i = o.restVelocity || u / 10,\n s = o.clamp ? 0 : o.bounce,\n f = !t.is.und(s),\n p = n == d ? l.v0 > 0 : n < d,\n m = Math.ceil(e / 1);\n for (let e = 0; e < m && !(!(Math.abs(r) > i) && (c = Math.abs(d - h) <= u)); ++e) {\n f && (h == d || h > d == p) && (r = -r * s, h = d);\n let e = (-(1e-6 * o.tension) * (h - d) + -(.001 * o.friction) * r) / o.mass;\n r += +e, h += +r\n }\n }\n else {\n let t = 1;\n o.duration > 0 && (this._memoizedDuration !== o.duration && (this._memoizedDuration = o.duration, l.durationProgress > 0 && (l.elapsedTime = o.duration * l.durationProgress, i = l.elapsedTime += e)), l.durationProgress = t = (t = (o.progress || 0) + i / this._memoizedDuration) > 1 ? 1 : t < 0 ? 0 : t), r = ((h = n + o.easing(t) * (d - n)) - l.lastPosition) / e, c = 1 == t\n }\n l.lastVelocity = r, Number.isNaN(h) && (console.warn(\"Got NaN while animating:\", this), c = !0)\n }\n u && !u[f].done && (c = !1), c ? l.done = !0 : r = !1, l.setValue(h, o.round) && (i = !0)\n });\n let l = (0, n.getAnimated)(this),\n f = l.getValue();\n if (r) {\n let e = (0, t.getFluidValue)(s.to);\n (f !== e || i) && !o.decay ? (l.setValue(e), this._onChange(e)) : i && o.decay && this._onChange(f), this._stop()\n } else i && this._onChange(f)\n }\n set(e) {\n return i.raf.batchedUpdates(() => {\n this._stop(), this._focus(e), this._set(e)\n }), this\n }\n pause() {\n this._update({\n pause: !0\n })\n }\n resume() {\n this._update({\n pause: !1\n })\n }\n finish() {\n if (q(this)) {\n let {\n to: e,\n config: t\n } = this.animation;\n i.raf.batchedUpdates(() => {\n this._onStart(), t.decay || this._set(e, !1), this._stop()\n })\n }\n return this\n }\n update(e) {\n return (this.queue || (this.queue = [])).push(e), this\n }\n start(e, r) {\n let i;\n return t.is.und(e) ? (i = this.queue || [], this.queue = []) : i = [t.is.obj(e) ? e : {\n ...r,\n to: e\n }], Promise.all(i.map(e => this._update(e))).then(e => I(this, e))\n }\n stop(e) {\n let {\n to: t\n } = this.animation;\n return this._focus(this.get()), V(this._state, e && this._lastCallId), i.raf.batchedUpdates(() => this._stop(t, e)), this\n }\n reset() {\n this._update({\n reset: !0\n })\n }\n eventObserved(e) {\n \"change\" == e.type ? this._start() : \"priority\" == e.type && (this.priority = e.priority + 1)\n }\n _prepareNode(e) {\n let r = this.key || \"\",\n {\n to: i,\n from: s\n } = e;\n (null == (i = t.is.obj(i) ? i[r] : i) || g(i)) && (i = void 0), null == (s = t.is.obj(s) ? s[r] : s) && (s = void 0);\n let a = {\n to: i,\n from: s\n };\n return !U(this) && (e.reverse && ([i, s] = [s, i]), s = (0, t.getFluidValue)(s), t.is.und(s) ? (0, n.getAnimated)(this) || this._set(i) : this._set(s)), a\n }\n _update({\n ...e\n }, r) {\n let {\n key: i,\n defaultProps: n\n } = this;\n e.default && Object.assign(n, f(e, (e, t) => /^on/.test(t) ? o(e, i) : e)), Y(this, e, \"onProps\"), J(this, \"onProps\", e, this);\n let s = this._prepareNode(e);\n if (Object.isFrozen(this)) throw Error(\"Cannot animate a `SpringValue` object that is frozen. Did you forget to pass your component to `animated(...)` before animating its props?\");\n let a = this._state;\n return A(++this._lastCallId, {\n key: i,\n props: e,\n defaultProps: n,\n state: a,\n actions: {\n pause: () => {\n z(this) || (D(this, !0), (0, t.flushCalls)(a.pauseQueue), J(this, \"onPause\", P(this, Q(this, this.animation.to)), this))\n },\n resume: () => {\n z(this) && (D(this, !1), q(this) && this._resume(), (0, t.flushCalls)(a.resumeQueue), J(this, \"onResume\", P(this, Q(this, this.animation.to)), this))\n },\n start: this._merge.bind(this, s)\n }\n }).then(t => {\n if (e.loop && t.finished && !(r && t.noop)) {\n let t = W(e);\n if (t) return this._update(t, !0)\n }\n return t\n })\n }\n _merge(e, r, o) {\n if (r.cancel) return this.stop(!0), o(R(this));\n let u = !t.is.und(e.to),\n l = !t.is.und(e.from);\n if (u || l)\n if (!(r.callId > this._lastToId)) return o(R(this));\n else this._lastToId = r.callId;\n let {\n key: f,\n defaultProps: d,\n animation: c\n } = this, {\n to: h,\n from: m\n } = c, {\n to: v = h,\n from: y = m\n } = e;\n l && !u && (!r.default || t.is.und(v)) && (v = y), r.reverse && ([v, y] = [y, v]);\n let b = !(0, t.isEqual)(y, m);\n b && (c.from = y), y = (0, t.getFluidValue)(y);\n let x = !(0, t.isEqual)(v, h);\n x && this._focus(v);\n let _ = g(r.to),\n {\n config: S\n } = c,\n {\n decay: O,\n velocity: A\n } = S;\n (u || l) && (S.velocity = 0), r.config && !_ && function(e, r, i) {\n for (let t in i && (E(i = {\n ...i\n }, r), r = {\n ...i,\n ...r\n }), E(e, r), Object.assign(e, r), w) null == e[t] && (e[t] = w[t]);\n let {\n frequency: n,\n damping: s\n } = e, {\n mass: a\n } = e;\n t.is.und(n) || (n < .01 && (n = .01), s < 0 && (s = 0), e.tension = Math.pow(2 * Math.PI / n, 2) * a, e.friction = 4 * Math.PI * s * a / n)\n }(S, s(r.config, f), r.config !== d.config ? s(d.config, f) : void 0);\n let I = (0, n.getAnimated)(this);\n if (!I || t.is.und(v)) return o(P(this, !0));\n let V = t.is.und(r.reset) ? l && !r.default : !t.is.und(y) && a(r.reset, f),\n F = V ? y : this.get(),\n M = p(v),\n T = t.is.num(M) || t.is.arr(M) || (0, t.isAnimatedString)(M),\n L = !_ && (!T || a(d.immediate || r.immediate, f));\n if (x) {\n let e = (0, n.getAnimatedType)(v);\n if (e !== I.constructor)\n if (L) I = this._set(M);\n else throw Error(`Cannot animate between ${I.constructor.name} and ${e.name}, as the \"to\" prop suggests`)\n }\n let j = I.constructor,\n z = (0, t.hasFluidValue)(v),\n N = !1;\n if (!z) {\n let e = V || !U(this) && b;\n (x || e) && (z = !(N = (0, t.isEqual)(p(F), M))), ((0, t.isEqual)(c.immediate, L) || L) && (0, t.isEqual)(S.decay, O) && (0, t.isEqual)(S.velocity, A) || (z = !0)\n }\n if (N && q(this) && (c.changed && !V ? z = !0 : z || this._stop(h)), !_ && ((z || (0, t.hasFluidValue)(h)) && (c.values = I.getPayload(), c.toValues = (0, t.hasFluidValue)(v) ? null : j == n.AnimatedString ? [1] : (0, t.toArray)(M)), c.immediate != L && (c.immediate = L, L || V || this._set(h)), z)) {\n let {\n onRest: e\n } = c;\n (0, t.each)(H, e => Y(this, r, e));\n let n = P(this, Q(this, h));\n (0, t.flushCalls)(this._pendingCalls, n), this._pendingCalls.add(o), c.changed && i.raf.batchedUpdates(() => {\n c.changed = !V, e?.(n, this), V ? s(d.onRest, n) : c.onStart?.(n, this)\n })\n }\n V && this._set(F), _ ? o(C(r.to, r, this._state, this)) : z ? this._start() : q(this) && !x ? this._pendingCalls.add(o) : o(k(F))\n }\n _focus(e) {\n let r = this.animation;\n e !== r.to && ((0, t.getFluidObservers)(this) && this._detach(), r.to = e, (0, t.getFluidObservers)(this) && this._attach())\n }\n _attach() {\n let e = 0,\n {\n to: r\n } = this.animation;\n (0, t.hasFluidValue)(r) && ((0, t.addFluidObserver)(r, this), r instanceof L && (e = r.priority + 1)), this.priority = e\n }\n _detach() {\n let {\n to: e\n } = this.animation;\n (0, t.hasFluidValue)(e) && (0, t.removeFluidObserver)(e, this)\n }\n _set(e, r = !0) {\n let s = (0, t.getFluidValue)(e);\n if (!t.is.und(s)) {\n let e = (0, n.getAnimated)(this);\n if (!e || !(0, t.isEqual)(s, e.getValue())) {\n let t = (0, n.getAnimatedType)(s);\n e && e.constructor == t ? e.setValue(s) : (0, n.setAnimated)(this, t.create(s)), e && i.raf.batchedUpdates(() => {\n this._onChange(s, r)\n })\n }\n }\n return (0, n.getAnimated)(this)\n }\n _onStart() {\n let e = this.animation;\n e.changed || (e.changed = !0, J(this, \"onStart\", P(this, Q(this, e.to)), this))\n }\n _onChange(e, t) {\n t || (this._onStart(), s(this.animation.onChange, e, this)), s(this.defaultProps.onChange, e, this), super._onChange(e, t)\n }\n _start() {\n let e = this.animation;\n (0, n.getAnimated)(this).reset((0, t.getFluidValue)(e.to)), e.immediate || (e.fromValues = e.values.map(e => e.lastPosition)), !q(this) && (N(this, !0), z(this) || this._resume())\n }\n _resume() {\n t.Globals.skipAnimation ? this.finish() : t.frameLoop.start(this)\n }\n _stop(e, r) {\n if (q(this)) {\n N(this, !1);\n let i = this.animation;\n (0, t.each)(i.values, e => {\n e.done = !0\n }), i.toValues && (i.onChange = i.onPause = i.onResume = void 0), (0, t.callFluidObservers)(this, {\n type: \"idle\",\n parent: this\n });\n let n = r ? R(this.get()) : P(this.get(), Q(this, e ?? i.to));\n (0, t.flushCalls)(this._pendingCalls, n), i.changed && (i.changed = !1, J(this, \"onRest\", n, this))\n }\n }\n };\n\n function Q(e, r) {\n let i = p(r),\n n = p(e.get());\n return (0, t.isEqual)(n, i)\n }\n\n function W(e, t = e.loop, r = e.to) {\n let i = s(t);\n if (i) {\n let n = !0 !== i && h(i),\n s = (n || e).reverse,\n a = !n || n.reset;\n return G({\n ...e,\n loop: t,\n default: !1,\n pause: void 0,\n to: !s || g(r) ? r : void 0,\n from: a ? e.from : void 0,\n reset: a,\n ...n\n })\n }\n }\n\n function G(e) {\n let {\n to: r,\n from: i\n } = e = h(e), n = new Set;\n return t.is.obj(r) && B(r, n), t.is.obj(i) && B(i, n), e.keys = n.size ? Array.from(n) : null, e\n }\n\n function B(e, r) {\n (0, t.eachProp)(e, (e, t) => null != e && r.add(t))\n }\n var H = [\"onStart\", \"onRest\", \"onChange\", \"onPause\", \"onResume\"];\n\n function Y(e, t, r) {\n e.animation[r] = t[r] !== u(t, r) ? o(t[r], e.key) : void 0\n }\n\n function J(e, t, ...r) {\n e.animation[t]?.(...r), e.defaultProps[t]?.(...r)\n }\n var X = [\"onStart\", \"onChange\", \"onRest\"],\n Z = 1,\n K = class {\n constructor(e, t) {\n this.id = Z++, this.springs = {}, this.queue = [], this._lastAsyncId = 0, this._active = new Set, this._changed = new Set, this._started = !1, this._state = {\n paused: !1,\n pauseQueue: new Set,\n resumeQueue: new Set,\n timeouts: new Set\n }, this._events = {\n onStart: new Map,\n onChange: new Map,\n onRest: new Map\n }, this._onFrame = this._onFrame.bind(this), t && (this._flush = t), e && this.start({\n default: !0,\n ...e\n })\n }\n get idle() {\n return !this._state.asyncTo && Object.values(this.springs).every(e => e.idle && !e.isDelayed && !e.isPaused)\n }\n get item() {\n return this._item\n }\n set item(e) {\n this._item = e\n }\n get() {\n let e = {};\n return this.each((t, r) => e[r] = t.get()), e\n }\n set(e) {\n for (let r in e) {\n let i = e[r];\n t.is.und(i) || this.springs[r].set(i)\n }\n }\n update(e) {\n return e && this.queue.push(G(e)), this\n }\n start(e) {\n let {\n queue: r\n } = this;\n return (e ? r = (0, t.toArray)(e).map(G) : this.queue = [], this._flush) ? this._flush(this, r) : (ea(this, r), ee(this, r))\n }\n stop(e, r) {\n if (!!e !== e && (r = e), r) {\n let i = this.springs;\n (0, t.each)((0, t.toArray)(r), t => i[t].stop(!!e))\n } else V(this._state, this._lastAsyncId), this.each(t => t.stop(!!e));\n return this\n }\n pause(e) {\n if (t.is.und(e)) this.start({\n pause: !0\n });\n else {\n let r = this.springs;\n (0, t.each)((0, t.toArray)(e), e => r[e].pause())\n }\n return this\n }\n resume(e) {\n if (t.is.und(e)) this.start({\n pause: !1\n });\n else {\n let r = this.springs;\n (0, t.each)((0, t.toArray)(e), e => r[e].resume())\n }\n return this\n }\n each(e) {\n (0, t.eachProp)(this.springs, e)\n }\n _onFrame() {\n let {\n onStart: e,\n onChange: r,\n onRest: i\n } = this._events, n = this._active.size > 0, s = this._changed.size > 0;\n (n && !this._started || s && !this._started) && (this._started = !0, (0, t.flush)(e, ([e, t]) => {\n t.value = this.get(), e(t, this, this._item)\n }));\n let a = !n && this._started,\n o = s || a && i.size ? this.get() : null;\n s && r.size && (0, t.flush)(r, ([e, t]) => {\n t.value = o, e(t, this, this._item)\n }), a && (this._started = !1, (0, t.flush)(i, ([e, t]) => {\n t.value = o, e(t, this, this._item)\n }))\n }\n eventObserved(e) {\n if (\"change\" == e.type) this._changed.add(e.parent), e.idle || this._active.add(e.parent);\n else {\n if (\"idle\" != e.type) return;\n this._active.delete(e.parent)\n }\n i.raf.onFrame(this._onFrame)\n }\n };\n\n function ee(e, t) {\n return Promise.all(t.map(t => et(e, t))).then(t => I(e, t))\n }\n async function et(e, r, n) {\n let {\n keys: s,\n to: a,\n from: o,\n loop: l,\n onRest: f,\n onResolve: d\n } = r, c = t.is.obj(r.default) && r.default;\n l && (r.loop = !1), !1 === a && (r.to = null), !1 === o && (r.from = null);\n let h = t.is.arr(a) || t.is.fun(a) ? a : void 0;\n h ? 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[_, a] : _\n }\n\n function ed(e, r) {\n let i = t.is.fun(e),\n [\n [n], s\n ] = ef(1, i ? e : [e], i ? r || [] : r);\n return i || 2 == arguments.length ? [n, s] : n\n }\n var ec = () => el(),\n eh = () => (0, r.useState)(ec)[0],\n ep = (e, r) => {\n let i = (0, t.useConstant)(() => new $(e, r));\n return (0, t.useOnce)(() => () => {\n i.stop()\n }), i\n };\n\n function em(e, r, i) {\n let n, s = t.is.fun(r) && r;\n s && !i && (i = []);\n let a = !0,\n o = ef(e, (e, t) => {\n let i = s ? s(e, t) : r;\n return n = i.ref, a = a && i.reverse, i\n }, i || [{}]);\n if ((0, t.useIsomorphicLayoutEffect)(() => {\n (0, t.each)(o[1].current, (e, t) => {\n let r = o[1].current[t + (a ? 1 : -1)];\n if (y(e, n), e.ref) {\n r && e.update({\n to: r.springs\n });\n return\n }\n r ? e.start({\n to: r.springs\n }) : e.start()\n })\n }, i), s || 3 == arguments.length) {\n let e = n ?? o[1];\n return e._getProps = (r, i, n) => {\n let s = t.is.fun(r) ? r(n, i) : r;\n if (s) {\n let t = e.current[n + (s.reverse ? 1 : -1)];\n return t && (s.to = t.springs), s\n }\n }, o\n }\n return o[0]\n }\n\n function eg(e, i, n) {\n let a = t.is.fun(i) && i,\n {\n reset: o,\n sort: u,\n trail: l = 0,\n expires: d = !0,\n exitBeforeEnter: c = !1,\n onDestroyed: p,\n ref: g,\n config: b\n } = a ? a() : i,\n x = (0, r.useMemo)(() => a || 3 == arguments.length ? el() : void 0, []),\n w = (0, t.toArray)(e),\n _ = [],\n E = (0, r.useRef)(null),\n S = o ? null : E.current;\n (0, t.useIsomorphicLayoutEffect)(() => {\n E.current = _\n }), (0, t.useOnce)(() => ((0, t.each)(_, e => {\n x?.add(e.ctrl), e.ctrl.ref = x\n }), () => {\n (0, t.each)(E.current, e => {\n e.expired && clearTimeout(e.expirationId), v(e.ctrl, x), e.ctrl.stop(!0)\n })\n }));\n let O = function(e, {\n key: r,\n keys: i = r\n }, n) {\n if (null === i) {\n let t = new Set;\n return e.map(e => {\n let r = n && n.find(r => r.item === e && \"leave\" !== r.phase && !t.has(r));\n return r ? (t.add(r), r.key) : ev++\n })\n }\n return t.is.und(i) ? e : t.is.fun(i) ? e.map(i) : (0, t.toArray)(i)\n }(w, a ? a() : i, S),\n A = o && E.current || [];\n (0, t.useIsomorphicLayoutEffect)(() => (0, t.each)(A, ({\n ctrl: e,\n item: t,\n key: r\n }) => {\n v(e, x), s(p, t, r)\n }));\n let I = [];\n if (S && (0, t.each)(S, (e, t) => {\n e.expired ? (clearTimeout(e.expirationId), A.push(e)) : ~(t = I[t] = O.indexOf(e.key)) && (_[t] = e)\n }), (0, t.each)(w, (e, t) => {\n _[t] || (_[t] = {\n key: O[t],\n item: e,\n phase: \"mount\",\n ctrl: new K\n }, _[t].ctrl.item = e)\n }), I.length) {\n let e = -1,\n {\n leave: r\n } = a ? a() : i;\n (0, t.each)(I, (t, i) => {\n let n = S[i];\n ~t ? (e = _.indexOf(n), _[e] = {\n ...n,\n item: w[t]\n }) : r && _.splice(++e, 0, n)\n })\n }\n t.is.fun(u) && _.sort((e, t) => u(e.item, t.item));\n let k = -l,\n P = (0, t.useForceUpdate)(),\n R = f(i),\n C = new Map,\n V = (0, r.useRef)(new Map),\n F = (0, r.useRef)(!1);\n (0, t.each)(_, (e, r) => {\n let n, o, u = e.key,\n f = e.phase,\n p = a ? a() : i,\n m = s(p.delay || 0, u);\n if (\"mount\" == f) n = p.enter, o = \"enter\";\n else {\n let e = 0 > O.indexOf(u);\n if (\"leave\" != f)\n if (e) n = p.leave, o = \"leave\";\n else {\n if (!(n = p.update)) return;\n o = \"update\"\n }\n else {\n if (e) return;\n n = p.enter, o = \"enter\"\n }\n }\n if (n = s(n, e.item, r), !(n = t.is.obj(n) ? h(n) : {\n to: n\n }).config) {\n let t = b || R.config;\n n.config = s(t, e.item, r, o)\n }\n k += l;\n let v = {\n ...R,\n delay: m + k,\n ref: g,\n immediate: p.immediate,\n reset: !1,\n ...n\n };\n if (\"enter\" == o && t.is.und(v.from)) {\n let n = a ? a() : i;\n v.from = s(t.is.und(n.initial) || S ? n.from : n.initial, e.item, r)\n }\n let {\n onResolve: y\n } = v;\n v.onResolve = e => {\n s(y, e);\n let t = E.current,\n r = t.find(e => e.key === u);\n if (r && (!e.cancelled || \"update\" == r.phase) && r.ctrl.idle) {\n let e = t.every(e => e.ctrl.idle);\n if (\"leave\" == r.phase) {\n let t = s(d, r.item);\n if (!1 !== t) {\n let i = !0 === t ? 0 : t;\n if (r.expired = !0, !e && i > 0) {\n i <= 0x7fffffff && (r.expirationId = setTimeout(P, i));\n return\n }\n }\n }\n e && t.some(e => e.expired) && (V.current.delete(r), c && (F.current = !0), P())\n }\n };\n let x = er(e.ctrl, v);\n \"leave\" === o && c ? 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