import { __esmMin as e } from "rolldown-runtime.BAw5_7tg.mjs";
import {
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    I as n,
    J as r,
    K as i,
    L as a,
    X as o,
    Y as s,
    Z as c,
    ae as l,
    e as u,
    fe as d,
    ie as f,
    init_jsx_runtime as p,
    init_npm_react_18_2 as m,
    init_npm_react_dom_18_2 as h,
    init_ssg_sandbox_shims as g,
    j as _,
    l as v,
    navigator as y,
    p as b,
    pe as x,
    q as S,
    re as C,
    se as w,
    te as T,
    u as E,
    ue as D,
    window as O,
    x as ee,
    ye as k,
    z as te
} from "react.CEOW7m7F.mjs";
import {
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    LayoutGroup as re,
    MotionConfig as ie,
    MotionGlobalConfig as ae,
    MotionValue as oe,
    PresenceContext as se,
    SwitchLayoutGroupContext as ce,
    WillChangeMotionValue as le,
    __commonJS as ue,
    __decorateElement as A,
    __decoratorMetadata as de,
    __decoratorStart as fe,
    __privateAdd as pe,
    __privateGet as j,
    __privateMethod as M,
    __privateSet as me,
    __publicField as N,
    __runInitializers as he,
    __toESM as ge,
    addScaleCorrector as _e,
    animate as P,
    animateValue as ve,
    cancelFrame as ye,
    frame as F,
    inView as be,
    init_chunk_BLFSVU7M as xe,
    init_chunk_YNHG2PI6 as I,
    interpolate as Se,
    isMotionComponent as Ce,
    isMotionValue as we,
    isValidMotionProp as Te,
    motion as Ee,
    motionValue as De,
    optimizedAppearDataAttribute as Oe,
    resolveMotionValue as ke,
    scroll as Ae,
    spring as je,
    stagger as Me,
    transform as Ne,
    unwrapMotionComponent as Pe,
    useAnimation as Fe,
    useInstantLayoutTransition as Ie,
    useInstantTransition as Le,
    useMotionValue as Re,
    usePresence as ze,
    useReducedMotionConfig as Be,
    useResetProjection as Ve,
    useScroll as He,
    useSpring as Ue,
    useTransform as We,
    visualElementStore as Ge
} from "motion.QyqgvDba.mjs";
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}
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function It(e, t) {
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}
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}
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}
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}
function tn({ exit: e = tm, enter: t }) {
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}
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}
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}
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        [o, s] = n,
        c = a - i;
    if (c === 0) return (s + o) / 2;
    let l = s - o;
    if (l === 0) return o;
    let u = o + ((e - i) / c) * l;
    if (r === !0)
        if (o < s) {
            if (u < o) return o;
            if (u > s) return s;
        } else {
            if (u > o) return o;
            if (u < s) return s;
        }
    return u;
}
function pr(e) {
    return !Number.isNaN(e) && Number.isFinite(e);
}
function mr(e) {
    let t = hr(e);
    return t === void 0 ? 0 : e.includes(`%`) ? t / 100 : t;
}
function hr(e) {
    let t = /\d?\.?\d+/u.exec(e);
    return t ? Number(t[0]) : void 0;
}
function gr(e, t, n) {
    return (
        (bh.rgb_r = e / 255),
        (bh.rgb_g = t / 255),
        (bh.rgb_b = n / 255),
        bh.rgbToHsluv(),
        { h: bh.hsluv_h, s: bh.hsluv_s, l: bh.hsluv_l }
    );
}
function _r(e, t, n, r = 1) {
    return (
        (bh.hsluv_h = e),
        (bh.hsluv_s = t),
        (bh.hsluv_l = n),
        bh.hsluvToRgb(),
        { r: bh.rgb_r * 255, g: bh.rgb_g * 255, b: bh.rgb_b * 255, a: r }
    );
}
function vr(e, t, n, r) {
    let i = Math.round(e),
        a = Math.round(t * 100),
        o = Math.round(n * 100);
    return r === void 0 || r === 1
        ? `hsv(` + i + `, ` + a + `%, ` + o + `%)`
        : `hsva(` + i + `, ` + a + `%, ` + o + `%, ` + r + `)`;
}
function yr(e, t, n) {
    return { r: pr(e) ? Er(e, 255) * 255 : 0, g: pr(t) ? Er(t, 255) * 255 : 0, b: pr(n) ? Er(n, 255) * 255 : 0 };
}
function br(e, t, n, r) {
    let i = [kr(Math.round(e).toString(16)), kr(Math.round(t).toString(16)), kr(Math.round(n).toString(16))];
    return r &&
        i[0].charAt(0) === i[0].charAt(1) &&
        i[1].charAt(0) === i[1].charAt(1) &&
        i[2].charAt(0) === i[2].charAt(1)
        ? i[0].charAt(0) + i[1].charAt(0) + i[2].charAt(0)
        : i.join(``);
}
function xr(e, t, n) {
    let r,
        i,
        a = Er(e, 255),
        o = Er(t, 255),
        s = Er(n, 255),
        c = Math.max(a, o, s),
        l = Math.min(a, o, s),
        u = (i = r = (c + l) / 2);
    if (c === l) u = i = 0;
    else {
        let e = c - l;
        switch (((i = r > 0.5 ? e / (2 - c - l) : e / (c + l)), c)) {
            case a:
                u = (o - s) / e + (o < s ? 6 : 0);
                break;
            case o:
                u = (s - a) / e + 2;
                break;
            case s:
                u = (a - o) / e + 4;
                break;
        }
        u /= 6;
    }
    return { h: u * 360, s: i, l: r };
}
function Sr(e, t, n) {
    return (
        n < 0 && (n += 1),
        n > 1 && --n,
        n < 1 / 6 ? e + (t - e) * 6 * n : n < 1 / 2 ? t : n < 2 / 3 ? e + (t - e) * (2 / 3 - n) * 6 : e
    );
}
function Cr(e, t, n) {
    let r, i, a;
    if (((e = Er(e, 360)), (t = Er(t * 100, 100)), (n = Er(n * 100, 100)), t === 0)) r = i = a = n;
    else {
        let o = n < 0.5 ? n * (1 + t) : n + t - n * t,
            s = 2 * n - o;
        (r = Sr(s, o, e + 1 / 3)), (i = Sr(s, o, e)), (a = Sr(s, o, e - 1 / 3));
    }
    return { r: r * 255, g: i * 255, b: a * 255 };
}
function wr(e, t, n) {
    (e = Er(e, 255)), (t = Er(t, 255)), (n = Er(n, 255));
    let r = Math.max(e, t, n),
        i = Math.min(e, t, n),
        a = r - i,
        o = 0,
        s = r === 0 ? 0 : a / r,
        c = r;
    if (r === i) o = 0;
    else {
        switch (r) {
            case e:
                o = (t - n) / a + (t < n ? 6 : 0);
                break;
            case t:
                o = (n - e) / a + 2;
                break;
            case n:
                o = (e - t) / a + 4;
                break;
        }
        o /= 6;
    }
    return { h: o, s, v: c };
}
function Tr(e, t, n) {
    (e = Er(e, 360) * 6), (t = Er(t * 100, 100)), (n = Er(n * 100, 100));
    let r = Math.floor(e),
        i = e - r,
        a = n * (1 - t),
        o = n * (1 - i * t),
        s = n * (1 - (1 - i) * t),
        c = r % 6,
        l = [n, o, a, a, s, n][c],
        u = [s, n, n, o, a, a][c],
        d = [a, a, s, n, n, o][c];
    return { r: l * 255, g: u * 255, b: d * 255 };
}
function Er(e, t) {
    let n, r;
    if (((n = typeof t == `string` ? parseFloat(t) : t), typeof e == `string`)) {
        Dr(e) && (e = `100%`);
        let t = Or(e);
        (r = Math.min(n, Math.max(0, parseFloat(e)))), t && (r = Math.floor(r * n) / 100);
    } else r = e;
    return Math.abs(r - n) < 1e-6 ? 1 : (r % n) / n;
}
function Dr(e) {
    return typeof e == `string` && e.includes(`.`) && parseFloat(e) === 1;
}
function Or(e) {
    return typeof e == `string` && e.includes(`%`);
}
function kr(e) {
    return e.length === 1 ? `0` + e : `` + e;
}
function Ar(e) {
    if (e.includes(`gradient(`) || e.includes(`var(`)) return !1;
    let t = /^[\s,#]+/u,
        n = e.replace(t, ``).trimEnd().toLowerCase(),
        r = vh[n];
    if ((r && (n = r), n === `transparent`)) return { r: 0, g: 0, b: 0, a: 0, format: `name` };
    let i;
    return (i = xh.rgb.exec(n))
        ? { r: parseInt(i[1] ?? ``), g: parseInt(i[2] ?? ``), b: parseInt(i[3] ?? ``), a: 1, format: `rgb` }
        : (i = xh.rgba.exec(n))
          ? {
                r: parseInt(i[1] ?? ``),
                g: parseInt(i[2] ?? ``),
                b: parseInt(i[3] ?? ``),
                a: parseFloat(i[4] ?? ``),
                format: `rgb`
            }
          : (i = xh.hsl.exec(n))
            ? { h: parseInt(i[1] ?? ``), s: mr(i[2] ?? ``), l: mr(i[3] ?? ``), a: 1, format: `hsl` }
            : (i = xh.hsla.exec(n))
              ? {
                    h: parseInt(i[1] ?? ``),
                    s: mr(i[2] ?? ``),
                    l: mr(i[3] ?? ``),
                    a: parseFloat(i[4] ?? ``),
                    format: `hsl`
                }
              : (i = xh.hsv.exec(n))
                ? { h: parseInt(i[1] ?? ``), s: mr(i[2] ?? ``), v: mr(i[3] ?? ``), a: 1, format: `hsv` }
                : (i = xh.hsva.exec(n))
                  ? {
                        h: parseInt(i[1] ?? ``),
                        s: mr(i[2] ?? ``),
                        v: mr(i[3] ?? ``),
                        a: parseFloat(i[4] ?? ``),
                        format: `hsv`
                    }
                  : (i = xh.hex8.exec(n))
                    ? {
                          r: jr(i[1] ?? ``),
                          g: jr(i[2] ?? ``),
                          b: jr(i[3] ?? ``),
                          a: Mr(i[4] ?? ``),
                          format: r ? `name` : `hex`
                      }
                    : (i = xh.hex6.exec(n))
                      ? { r: jr(i[1] ?? ``), g: jr(i[2] ?? ``), b: jr(i[3] ?? ``), a: 1, format: r ? `name` : `hex` }
                      : (i = xh.hex4.exec(n))
                        ? {
                              r: jr(`${i[1]}${i[1]}`),
                              g: jr(`${i[2]}${i[2]}`),
                              b: jr(`${i[3]}${i[3]}`),
                              a: Mr(i[4] + `` + i[4]),
                              format: r ? `name` : `hex`
                          }
                        : (i = xh.hex3.exec(n))
                          ? {
                                r: jr(`${i[1]}${i[1]}`),
                                g: jr(`${i[2]}${i[2]}`),
                                b: jr(`${i[3]}${i[3]}`),
                                a: 1,
                                format: r ? `name` : `hex`
                            }
                          : !1;
}
function jr(e) {
    return parseInt(e, 16);
}
function Mr(e) {
    return jr(e) / 255;
}
function Nr(e) {
    let t = Sh.exec(e);
    if (!t) return null;
    let { r: n = `0`, g: r = `0`, b: i = `0`, a } = t.groups ?? {};
    return { r: parseFloat(n), g: parseFloat(r), b: parseFloat(i), a: a ? parseFloat(a) : 1 };
}
function Pr(e = 0) {
    let t = Math.abs(e);
    return t <= 0.04045 ? e / 12.92 : (Math.sign(e) || 1) * ((t + 0.055) / 1.055) ** 2.4;
}
function Fr({ r: e, g: t, b: n, a: r }) {
    return { r: Pr(e), g: Pr(t), b: Pr(n), a: r };
}
function Ir(e = 0) {
    let t = Math.abs(e);
    return t > 0.0031308 ? (Math.sign(e) || 1) * (1.055 * t ** (1 / 2.4) - 0.055) : e * 12.92;
}
function Lr({ r: e, g: t, b: n, a: r }) {
    return { r: Ir(e), g: Ir(t), b: Ir(n), a: r };
}
function Rr({ r: e, g: t, b: n, a: r }) {
    let i = Math.max(e, t, n),
        a = Math.min(e, t, n),
        o = { h: 0, s: i === 0 ? 0 : 1 - a / i, v: i, a: r };
    return (
        i - a !== 0 &&
            (o.h =
                (i === e
                    ? (t - n) / (i - a) + (t < n ? 6 : 0)
                    : i === t
                      ? (n - e) / (i - a) + 2
                      : (e - t) / (i - a) + 4) * 60),
        o
    );
}
function zr(e) {
    return (e %= 360) < 0 ? e + 360 : e;
}
function Br({ h: e = 0, s: t = 0, v: n = 0, a: r = 1 }) {
    let i = zr(e),
        a = Math.abs(((i / 60) % 2) - 1);
    switch (Math.floor(i / 60)) {
        case 0:
            return { r: n, g: n * (1 - t * a), b: n * (1 - t), a: r };
        case 1:
            return { r: n * (1 - t * a), g: n, b: n * (1 - t), a: r };
        case 2:
            return { r: n * (1 - t), g: n, b: n * (1 - t * a), a: r };
        case 3:
            return { r: n * (1 - t), g: n * (1 - t * a), b: n, a: r };
        case 4:
            return { r: n * (1 - t * a), g: n * (1 - t), b: n, a: r };
        case 5:
            return { r: n, g: n * (1 - t), b: n * (1 - t * a), a: r };
        default:
            return { r: n * (1 - t), g: n * (1 - t), b: n * (1 - t), a: r };
    }
}
function Vr(e) {
    return Eh(Th(e));
}
function Hr(e) {
    return wh(Ch(e));
}
function Ur(e, t, n, r = 1) {
    let i;
    if (
        typeof e == `number` &&
        !Number.isNaN(e) &&
        typeof t == `number` &&
        !Number.isNaN(t) &&
        typeof n == `number` &&
        !Number.isNaN(n)
    ) {
        let a = e,
            o = t,
            s = n,
            c = r;
        i = Kr({ r: a, g: o, b: s, a: c });
    } else
        typeof e == `string`
            ? (i = Wr(e))
            : typeof e == `object` &&
              (i = e.hasOwnProperty(`r`) && e.hasOwnProperty(`g`) && e.hasOwnProperty(`b`) ? Kr(e) : qr(e));
    return i;
}
function Wr(e) {
    let t = Ar(e);
    if (t) return t.format === `hsl` ? qr(t) : t.format === `hsv` ? Gr(t) : Kr(t);
}
function Gr(e) {
    let t = Tr(e.h, e.s, e.v),
        n = xr(t.r, t.g, t.b);
    return { ...n, ...t, format: `rgb`, a: e.a === void 0 ? 1 : Jr(e.a) };
}
function Kr(e) {
    let t = yr(e.r, e.g, e.b),
        n = xr(t.r, t.g, t.b);
    return { ...n, ...t, format: `rgb`, a: e.a === void 0 ? 1 : Jr(e.a) };
}
function qr(e) {
    let t,
        n,
        r,
        i = { r: 0, g: 0, b: 0 },
        a = { h: 0, s: 0, l: 0 };
    return (
        (t = pr(e.h) ? e.h : 0),
        (t = (t + 360) % 360),
        (n = pr(e.s) ? e.s : 1),
        typeof e.s == `string` && (n = hr(e.s)),
        (r = pr(e.l) ? e.l : 0.5),
        typeof e.l == `string` && (r = hr(e.l)),
        (i = Cr(t, n, r)),
        (a = { h: t, s: n, l: r }),
        { ...i, ...a, a: e.a === void 0 ? 1 : e.a, format: `hsl` }
    );
}
function Jr(e) {
    return (e = parseFloat(e)), e < 0 && (e = 0), (Number.isNaN(e) || e > 1) && (e = 1), e;
}
function Yr(e, t, n, r) {
    er(`animate()`, `2.0.0`, `the new animation API (https://www.framer.com/api/animation/)`);
    let i = e,
        a;
    a = tr(e) || Ph(e) ? e.get() : $m.objectToValues(e);
    let o = new Yh(i, a, t, n, r);
    return o.play(), o;
}
function Xr({ children: e }) {
    let t = C(Qh);
    if (t.top) return b(v, { children: e });
    let n = x({
            byId: {},
            byName: {},
            byLastId: {},
            byPossibleId: {},
            byLastName: {},
            byLayoutId: {},
            count: { byId: {}, byName: {} }
        }),
        r = x({ byId: {}, byName: {}, byLastId: {}, byPossibleId: {}, byLastName: {}, byLayoutId: {} }),
        i = x(new Set()).current,
        a = T(({ id: e, name: t, duplicatedFrom: a }) => {
            if (!e) return null;
            let o = t ? `byName` : `byId`,
                s = n.current[o][e];
            if (s) return s;
            let c = t || e;
            if (!a && !i.has(c) && (!n.current.byLayoutId[c] || n.current.byLayoutId[c] === c))
                return (
                    n.current.count[o][c] === void 0 &&
                        ((n.current.count[o][c] = 0), (n.current.byLayoutId[c] = c), (r.current[o][e] = c)),
                    i.add(c),
                    c
                );
            let l;
            if (a?.length)
                for (let s = a.length - 1; s >= 0; s--) {
                    let c = a[s];
                    B(!!c, `duplicatedId must be defined`);
                    let u = n.current[o][c],
                        d = n.current.byLastId[c];
                    if (d && !l) {
                        let e = n.current.byLayoutId[d],
                            r = !e || e === t;
                        d && !i.has(d) && (!t || r) && (l = [d, c]);
                    }
                    let f = u ? n.current.byLayoutId[u] : void 0,
                        p = !f || f === t;
                    if (u && !i.has(u) && (!t || p))
                        return (r.current[o][e] = u), (r.current.byLastId[c] = u), i.add(u), u;
                }
            let u = n.current.byLastId[e];
            if (u && !i.has(u)) return i.add(u), (r.current.byId[e] = u), u;
            if (l) {
                let [t, n] = l;
                return (r.current[o][e] = t), (r.current.byLastId[n] = t), i.add(t), t;
            }
            let d = n.current.byPossibleId[e];
            if (d && !i.has(d)) return i.add(d), (r.current.byId[e] = d), d;
            let f = a?.[0],
                p = t || f || e,
                m = (n.current.count[o][p] ?? -1) + 1,
                { layoutId: h, value: g } = Zr(p, m, i);
            if (((n.current.count[o][p] = g), (r.current[o][e] = h), a?.length && !t)) {
                let e = a[a.length - 1];
                if ((e && (r.current.byLastId[e] = h), a.length > 1))
                    for (let e = 0; e < a.length - 1; e++) {
                        let t = a[e];
                        t !== void 0 && (r.current.byPossibleId[t] || (r.current.byPossibleId[t] = h));
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            }
            return (r.current.byLayoutId[h] = c), i.add(h), h;
        }, []),
        o = T(() => {
            (n.current = {
                byId: { ...n.current.byId, ...r.current.byId },
                byLastId: { ...n.current.byLastId, ...r.current.byLastId },
                byPossibleId: { ...n.current.byPossibleId, ...r.current.byPossibleId },
                byName: { ...n.current.byName, ...r.current.byName },
                byLastName: { ...n.current.byLastName, ...r.current.byLastName },
                byLayoutId: { ...n.current.byLayoutId, ...r.current.byLayoutId },
                count: { ...n.current.count, byName: {} }
            }),
                (r.current = { byId: {}, byName: {}, byLastId: {}, byPossibleId: {}, byLastName: {}, byLayoutId: {} }),
                i.clear();
        }, []),
        s = x({ getLayoutId: a, persistLayoutIdCache: o, top: !0, enabled: !0 }).current;
    return b(Qh.Provider, { value: s, children: e });
}
function Zr(e, t, n) {
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        i = r ? `${e}-${r}` : e;
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    return { layoutId: i, value: r };
}
function Qr({ enabled: e = !0, ...t }) {
    let n = C(Qh),
        r = w(() => ({ ...n, enabled: e }), [e]);
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}
function $r(e) {
    let t = x(null);
    return t.current === null && (t.current = e()), t.current;
}
function ei(e) {
    let { error: t, file: n } = e,
        r = n ? `Error in ${ti(n)}` : `Error`,
        i = t instanceof Error ? t.message : `` + t;
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        style: eg,
        children: [
            b(`div`, { className: `text`, style: ng, children: r }),
            i && b(`div`, { className: `text`, style: rg, children: i })
        ]
    });
}
function ti(e) {
    return e.startsWith(`./`) ? e.replace(`./`, ``) : e;
}
function H(e) {
    return Number.isFinite(e);
}
function ni(e) {
    return !e || (!Object.keys(e).length && e.constructor === Object);
}
function ri(e) {
    return typeof e != `string` && typeof e != `number`;
}
function ii(e) {
    return e != null && typeof e != `boolean` && !ni(e);
}
function ai(e) {
    return e * (Math.PI / 180);
}
function oi(e) {
    return bt(e) ? !1 : e === 2 || e === 5;
}
function si(e) {
    if (typeof e == `string`) {
        let t = e.trim();
        if (t === `auto`) return 2;
        if (t.endsWith(`fr`)) return 3;
        if (t.endsWith(`%`)) return 1;
        if (t.endsWith(`vw`) || t.endsWith(`vh`)) return 4;
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}
function ci(e, t, n, r) {
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        if (t.endsWith(`%`) && n)
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                    return (parseFloat(t) / 100) * n.height;
                default:
                    break;
            }
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            if (!r) return li(e);
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                case `minWidth`:
                    return (parseFloat(t) / 100) * r.width;
                case `maxHeight`:
                case `minHeight`:
                    return (parseFloat(t) / 100) * r.height;
                default:
                    break;
            }
        }
        return parseFloat(t);
    }
    return t;
}
function li(e) {
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        case `minHeight`:
            return -1 / 0;
        case `maxWidth`:
        case `maxHeight`:
            return 1 / 0;
        default:
            V(e, `unknown constraint key`);
    }
}
function ui(e, t, n, r) {
    return (
        t.minHeight && (e = Math.max(ci(`minHeight`, t.minHeight, n, r), e)),
        t.maxHeight && (e = Math.min(ci(`maxHeight`, t.maxHeight, n, r), e)),
        e
    );
}
function di(e, t, n, r) {
    return (
        t.minWidth && (e = Math.max(ci(`minWidth`, t.minWidth, n, r), e)),
        t.maxWidth && (e = Math.min(ci(`maxWidth`, t.maxWidth, n, r), e)),
        e
    );
}
function fi(e, t, n, r, i) {
    let a = di(H(e) ? e : sg, n, r, i),
        o = ui(H(t) ? t : cg, n, r, i);
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            n.aspectRatio > 0 &&
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                : (H(n.top) && H(n.bottom)) || n.widthType === 0
                  ? (a = o * n.aspectRatio)
                  : (o = a / n.aspectRatio)),
        { width: a, height: o }
    );
}
function pi(e, t) {
    return !H(e) || !H(t) ? null : e + t;
}
function mi(e) {
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        typeof e.right == `string` ||
        typeof e.bottom == `string` ||
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        (typeof e.top == `string` && (!e.center || e.center === `x`))
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}
function hi(e) {
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}
function gi(e) {
    let { size: t } = e,
        { width: n, height: r } = e;
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}
function _i(e) {
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}
function vi(e, t, n = !0) {
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}
function yi(e) {
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            widthType: si(c),
            heightType: si(l),
            aspectRatio: u || null,
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            right: f.right ? n : null,
            top: f.top ? r : null,
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            centerAnchorY: v,
            minHeight: e.minHeight,
            maxHeight: e.maxHeight,
            minWidth: e.minWidth,
            maxWidth: e.maxWidth
        }
    );
}
function bi(e) {
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}
function xi() {
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}
function Si(e) {
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}
function Ci(e) {
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}
function wi(e) {
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}
function Ti(e, t) {
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}
function Ei(e) {
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        n = vi(e, t, !0);
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}
function Di({ width: e, height: t }) {
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}
function Oi() {
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        e.appendChild(document.createElement(`div`)),
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}
function ki() {
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function Ai(e) {
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}
function ji(e, t) {
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}
function Mi(e, t) {
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}
function Ni(e, t, n = Vg) {
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                    return;
                }
                if ((document.head.appendChild(e), e.sheet)) Hg = e.sheet;
                else {
                    console.warn(`not injecting CSS: injected <style> element does not have a sheet`, e);
                    return;
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    }
}
function Pi() {
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}
function Fi(e) {
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function Ii(e) {
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}
function Li(e) {
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            case `date`:
            case `link`:
            case `boxshadow`:
            case `padding`:
            case `borderradius`:
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            case `transition`:
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            case `border`:
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            case `object`: {
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            case `eventhandler`:
            case `segmentedenum`:
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            case `componentinstance`:
            case `slot`:
            case `scrollsectionref`:
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            case `cursor`:
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}
function Ri(e, t) {
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}
function zi(e) {
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}
function Bi(e, t) {
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}
function Vi(e, t) {
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}
function Hi(e) {
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}
function Ui() {
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}
function Wi() {
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    return e;
}
function Gi(e) {
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}
function Ki() {
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        backgroundRepeat: `repeat`,
        backgroundPosition: `left top`,
        backgroundSize: `64px auto`,
        backgroundImage: Tt(L_.imagePlaceholderSvg)
    };
}
function qi(e) {
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}
function Ji(e, t) {
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        r = t ?? `center`;
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}
function Yi(e) {
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        width: `100%`,
        height: `100%`,
        borderRadius: `inherit`,
        objectPosition: Ji(e.positionX, e.positionY),
        objectFit: qi(e.fit)
    };
}
function Xi(e) {
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            (t.current = `auto`), (e.decoding = `auto`);
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            (e) => {
                n(e.currentTarget);
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            [n]
        ),
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            (e) => {
                e?.complete && n(e);
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            [n]
        );
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}
function Zi({ image: e, containerSize: t, nodeId: n, alt: r, draggable: i, avoidAsyncDecoding: a }) {
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        ref: u,
        decoding: c,
        fetchpriority: e.fetchPriority,
        loading: e.loading,
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        height: e.pixelHeight,
        sizes: e.sizes,
        srcSet: e.srcSet,
        src: o,
        onLoad: l,
        alt: r ?? e.alt ?? ``,
        style: s,
        draggable: i
    });
}
function Qi({ image: e, containerSize: t, nodeId: n }) {
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        i = L_.useImageElement(e, t, n),
        a = Yi(e);
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        u.useLayoutEffect(() => {
            let e = r.current;
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                return (
                    e.appendChild(i),
                    () => {
                        e.removeChild(i);
                    }
                );
        }, [i]),
        Object.assign(i.style, a),
        b(`div`, { ref: r, style: { display: `contents`, borderRadius: `inherit` } })
    );
}
function $i({ nodeId: e, image: t, containerSize: n }) {
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        i = L_.useImageSource(t, n, e);
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            let n = r.current;
            if (n === null) return;
            let a = Yi(t);
            L_.renderOptimizedCanvasImage(n, i, a, e);
        }, [e, t, i]),
        b(`div`, { ref: r, style: { display: `contents`, borderRadius: `inherit` } })
    );
}
function ea({ layoutId: e, image: t, ...n }) {
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    e && (e += `-background`);
    let i = null,
        a = !!e,
        o = null;
    if (L(t.src))
        if (t.fit === `tile` && t.pixelWidth && t.pixelHeight) {
            let e = R(t.backgroundSize) ? t.backgroundSize : 1,
                n = { width: Math.round(e * t.pixelWidth), height: Math.round(e * t.pixelHeight) },
                r = ar(e * (t.pixelWidth / 2)),
                s = L_.useImageSource(t, n);
            (i = {
                ...V_,
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                backgroundRepeat: `repeat`,
                backgroundPosition: Ji(t.positionX, t.positionY),
                opacity: void 0,
                border: 0,
                backgroundSize: `${r}px auto`
            }),
                (o = null),
                (a = !0);
        } else
            o =
                q.current() === q.canvas
                    ? L_.canRenderOptimizedCanvasImage(L_.useImageSource(t))
                        ? b($i, { image: t, ...n })
                        : b(Qi, { image: t, ...n })
                    : b(Zi, { image: t, avoidAsyncDecoding: q.current() === q.export, ...n });
    let s = o ? V_ : i ?? { ...V_, ...Ki() };
    return a || !r
        ? b(Ee.div, { layoutId: e, style: s, "data-framer-background-image-wrapper": !0, children: o })
        : b(`div`, { style: s, "data-framer-background-image-wrapper": !0, children: o });
}
function ta(e, t, n = !0) {
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    if (!r) return;
    let o, s, c, l;
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            ? (o = s = c = l = r)
            : ((o = r.top || 0), (s = r.bottom || 0), (c = r.left || 0), (l = r.right || 0)),
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    ) {
        if (n && o === s && o === c && o === l) {
            t.border = `${o}px ${i} ${a}`;
            return;
        }
        (t.borderStyle = e.borderStyle),
            (t.borderColor = e.borderColor),
            (t.borderTopWidth = `${o}px`),
            (t.borderBottomWidth = `${s}px`),
            (t.borderLeftWidth = `${c}px`),
            (t.borderRightWidth = `${l}px`);
    }
}
function na(e) {
    let t = e.layoutId ? `${e.layoutId}-border` : void 0;
    if (!e.borderWidth) return null;
    let n = {
        position: `absolute`,
        left: 0,
        right: 0,
        top: 0,
        bottom: 0,
        borderRadius: `inherit`,
        pointerEvents: `none`
    };
    return e.border
        ? ((n.border = e.border), b(Ee.div, { style: n }))
        : (ta(e, n, !1), b(Ee.div, { "data-frame-border": !0, style: n, layoutId: t }));
}
function ra(e, t) {
    let { _forwardedOverrideId: n, _forwardedOverrides: r, id: i } = t,
        a = n ?? i,
        o = r && a ? r[a] : void 0;
    return o && typeof o == `string` && (e = { ...e, src: o }), e;
}
function ia(e) {
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    if (n !== void 0 && t && !U_.isImageObject(t)) return;
    let r = null;
    if (((r = L(n) ? { alt: ``, src: n } : $m.get(t, null)), U_.isImageObject(r))) return ra(r, e);
}
function aa(e) {
    if (e) return e.pixelHeight && e.pixelWidth ? { width: e.pixelWidth, height: e.pixelHeight } : oa(e.src);
}
function oa(e) {
    if (!e) return;
    let t;
    try {
        t = new URL(e);
    } catch {
        return;
    }
    let n = t.searchParams.get(`width`),
        r = t.searchParams.get(`height`);
    if (n && r) return { width: parseInt(n), height: parseInt(r) };
}
function sa(e) {
    return e && e !== `search` && e !== `slot` && e !== `template` ? Ee[e] : Ee.div;
}
function ca(e, t) {
    (e[`data-framer-layout-hint-center-x`] = t === !0 || t === `x` ? !0 : void 0),
        (e[`data-framer-layout-hint-center-y`] = t === !0 || t === `y` ? !0 : void 0);
}
function la(e) {
    let t = {};
    return !e || !rv || q.current() !== q.canvas || ca(t, e), t;
}
function ua(e) {
    return e.replace(/^id_/u, ``).replace(/\\/gu, ``);
}
function da(e, t) {
    if (!t && ((t = e.children), !t)) return { props: e, children: t };
    let n = e._forwardedOverrides;
    return (
        n && (t = u.Children.map(t, (e) => (u.isValidElement(e) ? u.cloneElement(e, { _forwardedOverrides: n }) : e))),
        { props: e, children: t }
    );
}
function fa(e) {
    return (t, n) =>
        e === !0
            ? `translate(-50%, -50%) ${n}`
            : e === `x`
              ? `translateX(-50%) ${n}`
              : e === `y`
                ? `translateY(-50%) ${n}`
                : n || `none`;
}
function pa(e, { specificLayoutId: t, postfix: n } = {}) {
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        { getLayoutId: c, enabled: l } = C(Qh);
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        let u = t || e.layoutId;
        if (!u && (s || !i || o)) return;
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        if (d) return n ? `${d}-${n}` : d;
    }, [l]);
}
function ma() {
    let [e, t] = u.useState(0);
    return u.useCallback(() => t((e) => e + 1), []);
}
function ha(e) {
    let t = ma();
    D(() => {
        let n = e?.current;
        if (n)
            return (
                sv?.observeElementWithCallback(e.current, t),
                () => {
                    sv?.unobserve(n);
                }
            );
    }, [e, t]);
}
function ga(e) {
    let t = e.firstElementChild && e.firstElementChild.hasAttribute(cv) ? e.firstElementChild.children : e.children;
    return [...t].filter(_a).map(va);
}
function _a(e) {
    return e instanceof HTMLBaseElement ||
        e instanceof HTMLHeadElement ||
        e instanceof HTMLLinkElement ||
        e instanceof HTMLMetaElement ||
        e instanceof HTMLScriptElement ||
        e instanceof HTMLStyleElement ||
        e instanceof HTMLTitleElement
        ? !1
        : e instanceof HTMLElement || e instanceof SVGElement;
}
function va(e) {
    if (!(e instanceof HTMLElement) || e.children.length === 0 || e.style.display !== `contents`) return e;
    let t = [...e.children].find(_a);
    return t ? va(t) : e;
}
function ya(e, t, n = () => [], r = {}) {
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        c = C(av),
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    iv(() => {
        !l || c || s || (t.current && i && a && o && L_.queueMeasureRequest(ua(i), t.current, n(t.current)));
    });
}
function ba(e) {
    let t = e.closest(`[data-framer-component-container]`);
    t && L_.queueMeasureRequest(ua(t.id), t, ga(t));
}
function xa(e) {
    e.willChange = `transform`;
    let t = q.current() === q.canvas;
    dv && t && (e.translateZ = lv);
}
function Sa(e) {
    (e.willChange = `transform`), Ca(e, !0);
}
function Ca(e, t) {
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    if (!dv || !n) return;
    let r = (L(e.transform) && e.transform) || ``;
    if (t) {
        let t = r.includes(uv);
        t || (e.transform = r + uv);
    } else e.transform = r.replace(uv, ``);
}
function wa(e, t, n, r = !0) {
    if (!e) return;
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        a = n || i[t],
        o = () => {
            Ta(a) && (i[t] = a);
        };
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}
function Ta(e) {
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}
function Ea(e, t) {
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        if ((++r & 1) == 1) continue;
        e.delete(t);
    }
}
function Da(e, t, n, r) {
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}
function Oa(e, t) {
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}
function ka(e, t = 1) {
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            `stops` in e
                ? e.stops
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                      { value: e.start, position: 0 },
                      { value: e.end, position: 1 }
                  ]),
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    );
}
function Aa(e, t) {
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    return (
        ka(e, t).forEach((e) => {
            n ^= pv(e.value) ^ e.position;
        }),
        n
    );
}
function ja(e) {
    return e && _v.every((t) => t in e);
}
function Ma(e) {
    return e && vv.every((t) => t in e);
}
function Na({ background: e, backgroundColor: t }, n) {
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            ? (n.backgroundColor = t)
            : K.isColorObject(e) && (n.backgroundColor = e.initialValue || K.toRgbString(e))
        : e &&
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              ? (n.background = e)
              : bv.isLinearGradient(e)
                ? (n.background = bv.toCSS(e))
                : Sv.isRadialGradient(e)
                  ? (n.background = Sv.toCSS(e))
                  : K.isColorObject(e) && (n.backgroundColor = e.initialValue || K.toRgbString(e)));
}
function U(e, t, n, r) {
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        n[r] = e[t];
        return;
    }
}
function Pa(e) {
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}
function Fa(e) {
    return e ? e.top !== void 0 && e.bottom !== void 0 : !1;
}
function Ia(e) {
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    let t = {};
    return (
        e.preserve3d === !0 ? (t.transformStyle = `preserve-3d`) : e.preserve3d === !1 && (t.transformStyle = `flat`),
        e.backfaceVisible === !0
            ? (t.backfaceVisibility = `visible`)
            : e.backfaceVisible === !1 && (t.backfaceVisibility = `hidden`),
        t.backfaceVisibility && (t.WebkitBackfaceVisibility = t.backfaceVisibility),
        e.perspective !== void 0 && (t.perspective = t.WebkitPerspective = e.perspective),
        e.__fromCanvasComponent ||
            (e.center === !0
                ? ((t.left = `50%`), (t.top = `50%`))
                : e.center === `x`
                  ? (t.left = `50%`)
                  : e.center === `y` && (t.top = `50%`)),
        U(e, `size`, t),
        U(e, `width`, t),
        U(e, `height`, t),
        U(e, `minWidth`, t),
        U(e, `minHeight`, t),
        U(e, `top`, t),
        U(e, `right`, t),
        U(e, `bottom`, t),
        U(e, `left`, t),
        U(e, `position`, t),
        U(e, `overflow`, t),
        U(e, `opacity`, t),
        (!e._border || !e._border.borderWidth) && U(e, `border`, t),
        U(e, `borderRadius`, t),
        U(e, `radius`, t, `borderRadius`),
        U(e, `color`, t),
        U(e, `shadow`, t, `boxShadow`),
        U(e, `x`, t),
        U(e, `y`, t),
        U(e, `z`, t),
        U(e, `rotate`, t),
        U(e, `rotateX`, t),
        U(e, `rotateY`, t),
        U(e, `rotateZ`, t),
        U(e, `scale`, t),
        U(e, `scaleX`, t),
        U(e, `scaleY`, t),
        U(e, `skew`, t),
        U(e, `skewX`, t),
        U(e, `skewY`, t),
        U(e, `originX`, t),
        U(e, `originY`, t),
        U(e, `originZ`, t),
        Na(e, t),
        t
    );
}
function La(e) {
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            t === `drag` ||
            t.startsWith(`while`) ||
            (typeof k_(e)[t] == `function` && t.startsWith(`on`) && !t.includes(`Animation`))
        )
            return !0;
    return !1;
}
function Ra(e) {
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}
function za(e) {
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}
function Ba(e) {
    return Tv in e && (e[Tv] === `scroll` || e[Tv] === `auto`);
}
function Va(e) {
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            top: n,
            bottom: r,
            right: i,
            width: a,
            height: o,
            center: s,
            _constraints: c,
            size: l,
            widthType: u,
            heightType: d,
            positionFixed: f,
            positionAbsolute: p
        } = e,
        m = ke(e.minWidth),
        h = ke(e.minHeight),
        g = ke(e.maxWidth),
        _ = ke(e.maxHeight),
        v = {
            top: ke(n),
            left: ke(t),
            bottom: ke(r),
            right: ke(i),
            width: ke(a),
            height: ke(o),
            size: ke(l),
            center: s,
            _constraints: c,
            widthType: u,
            heightType: d,
            positionFixed: f,
            positionAbsolute: p,
            minWidth: m,
            minHeight: h,
            maxWidth: g,
            maxHeight: _
        };
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}
function Ha(e) {
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        Pi();
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            u.Children.toArray(e.children).every((e) => typeof e == `string` || typeof e == `number`),
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        o.minHeight !== void 0 && (c.minHeight = o.minHeight);
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        s &&
        !Di(e) &&
        (h = { left: s.x, top: s.y, width: s.width, height: s.height, right: void 0, bottom: void 0 }),
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            overflowX: c.overflowX ?? c.overflow,
            overflowY: c.overflowY ?? c.overflow,
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              ((g.position = `sticky`),
              (g.willChange = `transform`),
              (g.zIndex = 1),
              (g.top = e.positionStickyTop),
              (g.right = e.positionStickyRight),
              (g.bottom = e.positionStickyBottom),
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              (e.positionFixed
                  ? (g.position = L_.isOnPageCanvas ? `fixed` : `absolute`)
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}
function Ua(e) {
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            ? (t[n] = k_(e)[n])
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              ((t.layout = !0), typeof k_(e)[n] != `boolean` && !e.transition && (t.transition = k_(e)[n]));
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}
function Wa(e) {
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}
function Ga(e, t, n, r) {
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        let e = n ? { width: n.width, height: n.height } : 1;
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        { widthType: a = 0, heightType: o = 0, width: s, height: c } = t;
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        ? n
        : a === 0 && o === 0 && typeof s == `number` && typeof c == `number`
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            : 0;
}
function Ka(e) {
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}
function qa(e, t) {
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        D(() => {
            (r.current = !1), (i.current = o);
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        o.result
    );
}
function Ja(e, t) {
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}
function Ya(e) {
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}
function Xa() {
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        set current(i) {
            if (i !== n.current) {
                if (
                    ((n.current = i),
                    r && r(i),
                    t.forEach((e, t) => {
                        e ? e() : t(null);
                    }),
                    i === null)
                ) {
                    t.clear(), e.clear();
                    return;
                }
                e.forEach((e) => {
                    let n = e(i);
                    t.set(e, n);
                });
            }
        },
        observe(r) {
            e.add(r);
            let i = n.current;
            if (i) {
                let e = r(i);
                t.set(r, e);
            }
        },
        unobserve(n) {
            if (!n || (e.delete(n), !t.has(n))) return;
            let r = t.get(n);
            r ? r() : n(null), t.delete(n);
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    }));
}
function Za(e) {
    let t = x(null),
        n = Xa();
    return $r(() => (Ya(e) ? n(e) : _t(e) ? n(t, e) : n(t)));
}
function Qa(e, t, n) {
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        i = x();
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        (qa(
            () => {
                i.current !== void 0 && (i.current = !0);
            },
            n ?? [{}]
        ),
        !e)
    )
        return;
    let a = i.current;
    a !== !1 && ((i.current = !1), e.unobserve(r.current), e.observe(t), (r.current = t));
}
function $a(e, t, n, r, i, a, o) {
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        (!s || s.root !== r?.current) && ((s = new Pv({ root: r?.current, rootMargin: a, threshold: o })), e.set(t, s)),
        s.observeElementWithCallback(n, i),
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            s.unobserve(n);
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    );
}
function eo(e, t, n) {
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        e,
        (e) => {
            if (a && e !== null) return $a(i, r, e, o, t, s, c);
        },
        [a, t, o, s, c]
    );
}
function to(e, t, n) {
    let r = u.useRef({ isInView: !1, hasAnimatedOnce: !1 }),
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        c = u.useCallback(
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                let { isInView: n, hasAnimatedOnce: i } = r.current,
                    s = ro(e, o?.y ?? 0);
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                    if (a && i) return;
                    (r.current.hasAnimatedOnce = !0), (r.current.isInView = !0), t(!0);
                    return;
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                if (!s && n) {
                    if (((r.current.isInView = !1), a)) return;
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                    return;
                }
            },
            [a, o?.y, t]
        );
    Iv(e, c, { threshold: Lv, rootMargin: s, enabled: i ?? !0 });
}
function no(e, t) {
    return t.height === 0 ? 0 : e.height / Math.min(t.height, G.innerHeight);
}
function ro({ boundingClientRect: e, intersectionRect: t, isIntersecting: n }, r) {
    return e.height === 0 ? n : n && no(t, e) >= r;
}
function io() {
    let e = C(Vv);
    return e;
}
function ao() {
    return new Map();
}
function oo() {
    return $r(ao);
}
function so(e, t = []) {
    let { register: n, deregister: r } = C(Hv);
    D(() => {
        if (e) return n(e), () => r(e);
    }, [n, r, ...t]);
}
function co(e, t) {
    return !(
        t.isCurrent === void 0 ||
        e.isCurrent !== t.isCurrent ||
        e.isPrevious !== t.isPrevious ||
        (t.isCurrent && e.isOverlayed !== t.isOverlayed)
    );
}
function lo(e, t, n) {
    let r = { ...e };
    return (
        t &&
            (H(t.originX) && (r.originX = t.originX),
            H(t.originY) && (r.originY = t.originY),
            H(t.originZ) && (r.originZ = t.originZ)),
        n &&
            (H(n.originX) && (r.originX = n.originX),
            H(n.originY) && (r.originY = n.originY),
            H(n.originZ) && (r.originZ = n.originZ)),
        r
    );
}
function uo(e) {
    var t, n, r;
    if (!e) return !1;
    let i = `rotateX` in e || `rotateY` in e || `z` in e;
    if (!i) return !1;
    let a = e.rotateX !== 0 || e.rotateY !== 0 || e.z !== 0,
        o =
            (t = e?.transition)?.rotateX.from !== 0 ||
            (n = e?.transition)?.rotateY.from !== 0 ||
            (r = e?.transition)?.z.from !== 0;
    return a || o;
}
function fo(e) {
    let t = e && e.appearsFrom ? e.appearsFrom : `right`;
    switch (t) {
        case `right`:
            return Yv.PushLeft;
        case `left`:
            return Yv.PushRight;
        case `bottom`:
            return Yv.PushUp;
        case `top`:
            return Yv.PushDown;
    }
}
function po(e) {
    let t = e && e.appearsFrom ? e.appearsFrom : `bottom`;
    switch (t) {
        case `right`:
            return Yv.OverlayLeft;
        case `left`:
            return Yv.OverlayRight;
        case `bottom`:
            return Yv.OverlayUp;
        case `top`:
            return Yv.OverlayDown;
    }
}
function mo(e) {
    let t = e && e.appearsFrom ? e.appearsFrom : `bottom`;
    switch (t) {
        case `right`:
            return Yv.FlipLeft;
        case `left`:
            return Yv.FlipRight;
        case `bottom`:
            return Yv.FlipUp;
        case `top`:
            return Yv.FlipDown;
    }
}
function ho(e, t) {
    switch (t.type) {
        case `addOverlay`:
            return _o(e, t.transition, t.component);
        case `removeOverlay`:
            return vo(e);
        case `add`:
            return yo(e, t.key, t.transition, t.component);
        case `remove`:
            return So(e);
        case `update`:
            return go(e, t.key, t.component);
        case `back`:
            return bo(e);
        case `forward`:
            return xo(e);
        default:
            return;
    }
}
function go(e, t, n) {
    return { ...e, containers: { ...e.containers, [t]: n } };
}
function _o(e, t, n) {
    let r = e.overlayStack[e.currentOverlay];
    if (r && r.component === n) return;
    let i = e.overlayItemId + 1,
        a = [...e.overlayStack, { key: `stack-${i}`, component: n, transition: t }];
    return {
        ...e,
        overlayStack: a,
        overlayItemId: i,
        currentOverlay: Math.max(0, Math.min(e.currentOverlay + 1, a.length - 1)),
        previousOverlay: e.currentOverlay
    };
}
function vo(e) {
    return { ...e, overlayStack: [], currentOverlay: -1, previousOverlay: e.currentOverlay };
}
function yo(e, t, n, r) {
    e.containers[t] || (e.containers[t] = r),
        (e.history = e.history.slice(0, e.current + 1)),
        (e.visualIndex = Math.max(e.history.length, 0));
    let i = e.history[e.history.length - 1],
        a = i && i.key === t;
    if (((e.overlayStack = []), a && e.currentOverlay > -1))
        return { ...e, currentOverlay: -1, previousOverlay: e.currentOverlay };
    if (a) return;
    let o = e.containerVisualIndex[t],
        s = e.containerIsRemoved[t],
        c = i?.key && n.withMagicMotion ? Do(t, o, s, e.history) : !0;
    e.history.push({ key: t, transition: n, visualIndex: c ? Math.max(e.visualIndex, 0) : e.containerVisualIndex[t] });
    let l = e.current + 1,
        u = e.current;
    for (let t in e.containerIndex) e.containerIndex[t] === l && (e.containerIndex[t] = To(t, e.history));
    e.containerIndex[t] = l;
    let { containerVisualIndex: d, containerIsRemoved: f } = Co(e, t, c),
        p = Eo(l, u, e.history, e.containerIndex, e.transitionForContainer);
    return {
        ...e,
        current: l,
        previous: u,
        containerVisualIndex: d,
        containerIsRemoved: f,
        transitionForContainer: p,
        previousTransition: null,
        currentOverlay: -1,
        historyItemId: e.historyItemId + 1,
        previousOverlay: e.currentOverlay
    };
}
function bo(e) {
    let t = { ...e.containers },
        n = So(e);
    if (n) return (n.containers = t), n;
}
function xo(e) {
    let t = e.history[e.current + 1];
    if (!t) return;
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        a = [...e.history],
        o = yo(e, n, r, i);
    if (o) return (o.history = a), o;
}
function So(e) {
    let t = [...e.history.slice(0, e.current + 1)];
    if (t.length === 1) return;
    let n = t.pop();
    if (!n) return;
    let r = t[t.length - 1];
    B(r, `The navigation history must have at least one component`), (e.containerIndex[r.key] = t.length - 1);
    let i = t.every((e) => e.key !== n.key);
    i && delete e.containers[n.key];
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        o = e.current,
        { containerIsRemoved: s, containerVisualIndex: c, previousTransition: l, visualIndex: u } = wo(e, r, n),
        d = Eo(a, o, e.history, e.containerIndex, e.transitionForContainer);
    return {
        ...e,
        current: a,
        previous: o,
        containerIsRemoved: s,
        containerVisualIndex: c,
        previousTransition: l,
        visualIndex: u,
        transitionForContainer: d
    };
}
function Co(e, t, n) {
    let r = { containerVisualIndex: { ...e.containerVisualIndex }, containerIsRemoved: { ...e.containerIsRemoved } };
    if (n) (r.containerVisualIndex[t] = e.history.length - 1), (r.containerIsRemoved[t] = !1);
    else {
        let n = e.containerVisualIndex[t];
        for (let [t, i] of Object.entries(e.containerVisualIndex))
            n !== void 0 && i > n && (r.containerIsRemoved[t] = !0);
    }
    return r;
}
function wo(e, t, n) {
    let r = [t.key, n.key],
        i = e.history[e.history.length - 2],
        a = e.previousTransition === null ? null : { ...e.previousTransition },
        o = {
            containerIsRemoved: { ...e.containerIsRemoved },
            containerVisualIndex: { ...e.containerVisualIndex },
            previousTransition: a,
            visualIndex: e.visualIndex
        };
    i && r.push(i.key);
    let s = e.containerVisualIndex[t.key],
        c = e.containerVisualIndex[n.key],
        l =
            (s !== void 0 && c !== void 0 && s <= c) ||
            (t.visualIndex !== void 0 && t.visualIndex < e.history.length - 1),
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    return (
        l
            ? ((o.containerIsRemoved[n.key] = !0),
              (o.containerVisualIndex[t.key] = u === void 0 ? e.history.length - 1 : u))
            : ((o.visualIndex = e.visualIndex + 1), (o.containerVisualIndex[t.key] = e.visualIndex + 1)),
        n.transition.withMagicMotion && (o.previousTransition = n.transition || null),
        (e.containerIsRemoved[t.key] = !1),
        o
    );
}
function To(e, t) {
    var n;
    for (let r = t.length; r > t.length; r--) if ((n = t[r])?.key === e) return r;
    return -1;
}
function Eo(e, t, n, r, i) {
    let a = { ...i };
    for (let [i, o] of Object.entries(r)) {
        let r = Oo(o, { current: e, previous: t, history: n });
        r && (a[i] = r);
    }
    return a;
}
function Do(e, t, n, r) {
    if (n || t === void 0) return !0;
    if (t === 0) return !1;
    let i = r.slice(t, r.length);
    if (i.findIndex((t) => t.key === e) > -1) return !0;
    let a = r.slice(0, t - 1);
    return !(a.findIndex((t) => t.key === e) > -1);
}
function Oo(e, t) {
    let { current: n, previous: r, history: i } = t;
    if (!(e !== n && e !== r)) {
        if (e === n && n > r) {
            let t = i[e];
            return ko(`enter`, t?.transition.enter, t?.transition.animation);
        }
        if (e === r && n > r) {
            let t = i[e + 1];
            return ko(`exit`, t?.transition.exit, t?.transition.animation);
        }
        if (e === n && n < r) {
            let t = i[e + 1];
            return ko(`enter`, t?.transition.exit, t?.transition.animation);
        }
        if (e === r && n < r) {
            let t = i[e];
            return ko(`exit`, t?.transition.enter, t?.transition.animation);
        }
    }
}
function ko(e, t, n) {
    let r = {},
        i = {};
    return (
        Zv.forEach((e) => {
            (r[e] = Gv[e]), (i[e] = { ...n, from: Gv[e] });
        }),
        t &&
            Object.keys(t).forEach((a) => {
                if (t[a] === void 0) return;
                let o = t[a],
                    s = typeof t[a] == `string` ? `${k_(Gv)[a]}%` : k_(Gv)[a];
                (k_(r)[a] = e === `enter` ? s : o), (i[a] = { ...n, from: e === `enter` ? o : s, velocity: 0 });
            }),
        { ...r, transition: { ...i } }
    );
}
function Ao(e) {
    let t, n;
    return (
        e.current === -1 ? (n = e.history[e.previous]) : (t = e.history[e.current]),
        { currentOverlayItem: t, previousOverlayItem: n }
    );
}
function jo({ currentOverlayItem: e }) {
    return e && e.transition.exit;
}
function Mo({ currentOverlayItem: e, previousOverlayItem: t }) {
    return e && e.transition.animation
        ? e.transition.animation
        : t && t.transition.animation
          ? t.transition.animation
          : ty;
}
function No({ currentOverlayItem: e, previousOverlayItem: t }) {
    return e ? e.transition.backfaceVisible : t && t.transition.backfaceVisible;
}
function Po(e) {
    if (e.backdropColor) return e.backdropColor;
    if (e.overCurrentContext) return `rgba(4,4,15,.4)`;
}
function Fo(e, t) {
    let { current: n, history: r } = t;
    if (e === n) {
        let t = r[e];
        return t && t.transition ? t.transition.backfaceVisible : !0;
    } else if (e < n) {
        let t = r[e + 1];
        return t && t.transition ? t.transition.backfaceVisible : !0;
    } else {
        let t = r[e];
        return t && t.transition ? t.transition.backfaceVisible : !0;
    }
}
function Io(e, t) {
    let n = t.history[e];
    if (n) return n.transition.enter;
}
function Lo(e, t) {
    var n, r, i, a;
    let { current: o, previous: s, history: c } = t;
    return (e === s && o > s) || (e === o && o < s)
        ? (r = (n = c[e + 1])?.transition)?.backfaceVisible
        : (a = (i = c[e])?.transition)?.backfaceVisible;
}
function Ro(e, t) {
    let { current: n, history: r } = t;
    if (e !== n)
        if (e < n) {
            let t = r[e + 1];
            if (t && t.transition) return t.transition.exit;
        } else {
            let t = r[e];
            if (t && t.transition) return t.transition.enter;
        }
}
function zo(e, t) {
    let { current: n, previous: r, history: i } = t,
        a = r > n ? r : n;
    if (e < a) {
        let t = i[e + 1];
        if (t && t.transition.animation) return t.transition.animation;
    } else if (e !== a) {
        let t = i[e];
        if (t && t.transition.animation) return t.transition.animation;
    } else {
        let t = i[e];
        if (t?.transition.animation) return t.transition.animation;
    }
    return ty;
}
function Bo(e, t, n) {
    let { current: r, previous: i, history: a } = t;
    return !!((n && a.length > 1) || (e !== i && e !== r) || r === i);
}
function Vo(e, t) {
    let { current: n, previous: r } = t;
    return e > n && e > r ? !1 : e === n;
}
function Ho(e) {
    let t = u.Children.map(e.component, (t) => {
        var n;
        if (!ii(t) || !ri(t) || !t.props) return t;
        let r = { style: t.props.style ?? {} },
            i = (n = e?.transition)?.position,
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function Lc(e, t, n, r, i, a, o, s) {
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function Rc() {
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function zc(e, { webPageId: t, hash: n, pathVariables: r }, i) {
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}
function Bc(e, t) {
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}
function Vc(e, t) {
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function Hc(e, t) {
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function Uc({ nodeId: e, clickTrackingId: t, router: n, href: r, activeLocale: i }) {
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}
function Wc(e) {
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}
function Gc(e, t, n, r, i, a) {
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function Xl(e) {
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function Zl(e, t, n) {
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function vu(e) {
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}
function yu(e) {
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}
function bu(e) {
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        r = e.operator.toUpperCase();
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function Su(e) {
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function Cu(e) {
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}
function Eu(e) {
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                    ? (t += `
${e}`)
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                      ? (t += `
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        t.trim()
    );
}
function Du(e) {
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function Ou(e, t) {
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}
function Mu(e) {
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}
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function Pu(e, t, n = !0) {
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}
function Fu(e, t) {
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}
function Iu(e, t) {
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}
function Lu(e) {
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}
function Ru(e) {
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function zu(e) {
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}
function Bu(e) {
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function Vu(e, t) {
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function Uu(e) {
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        : r.reduce((e, t) => ({ type: `BinaryOperation`, operator: `and`, left: e, right: t }));
}
function Gu(e, t) {
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function Ku(e, t) {
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function qu(e, t) {
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}
function Yu(e, t) {
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function Xu(e, t, n) {
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                n();
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            [n]
        ),
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            (r) => {
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                    r(), n();
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                let i = () => {
                    var e;
                    document.hidden || ((e = t.current) == null || e.call(t), n());
                };
                (e.current = i), document.addEventListener(`visibilitychange`, i);
            },
            [n]
        )
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function Qu() {
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                    s = (e) => {
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            [r]
        )
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}
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        [t, n, e]
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}
async function ed() {
    return new Promise((e) => {
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        setTimeout(() => {
            t && (performance.mark(`wait-for-click-fallback`), t());
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            (oC = () => {
                e(), (t = void 0);
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}
function td(e) {
    e.button === 0 && (performance.mark(`pointerdown-listener`), (aC = ed()));
}
function nd() {
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    transitions: n,
    enabledGestures: r,
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    variantProps: a = {},
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}) {
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            isError: !1,
            hasPressedVariants: !0,
            baseVariant: Xu(e, t, d),
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            cycleOrder: i,
            transitions: n
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            ({ isHovered: e, isPressed: t, isError: n }) => {
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                    t !== void 0 && (h.current.isPressed = t),
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            gestureVariant: C,
            defaultVariant: E,
            enabledGestures: D,
            isHovered: O,
            isPressed: ee,
            isError: k,
            loadedBaseVariant: te
        } = h.current,
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                    onTapCancel: () => v({ isPressed: !1 }),
                    onTap: () => v({ isPressed: !1 })
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            {
                variants: t,
                baseVariant: S,
                gestureVariant: i,
                isLoading: r,
                transition: qu(h.current.transitions, S),
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                setGestureState: v,
                clearLoadingGesture: b,
                addVariantProps: ne,
                gestureHandlers: s,
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}
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}
function od(e) {
    return e.weight !== void 0 && e.style !== void 0;
}
function sd(e, t) {
    let n = t === `normal` ? `Regular` : `Italic`;
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}
function cd(e) {
    return !!e.variationAxes;
}
function ld(e) {
    return cd(e) && e.family.source !== `custom` ? ud(e.family.name) : e.family.name;
}
function ud(e) {
    return `${e} Variable`;
}
function dd(e, ...t) {
    var n, r;
    if (e) return;
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    if (i.stack)
        try {
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`);
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                ? (e.splice(1, 1),
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}
function fd() {
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}
function pd({ error: e, tags: t, extras: n, critical: r, caller: i }) {
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    return yC({ error: a, tags: { ...a.tags, ...t }, extras: { ...a.extras, ...n }, critical: !!r }), a;
}
function md(e, t = md) {
    return e instanceof Error ? e : new bC(e, t);
}
function hd() {
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}
function gd() {
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        i = (e = O?.bootstrap)?.services;
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    } catch {}
    if (a && a !== r.origin) throw Error(`Unexpectedly embedded by ${a} (expected ${r.origin})`);
    if (r.origin.endsWith(`framer.com`) || r.origin.endsWith(`framer.dev`))
        throw Error(`ServiceMap data was not provided in document`);
    try {
        let e =
            new URLSearchParams(r.search).get(`services`) || new URLSearchParams(r.hash.substring(1)).get(`services`);
        e && (i = JSON.parse(e));
    } catch {}
    if (i && typeof i == `object` && i.api) return i;
    throw Error(`ServiceMap requested but not available`);
}
function _d(e, t = 0, n = new Set()) {
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            return `[Object: ${(`__class` in e && e.__class) || (r = e.constructor)?.name}]`;
        {
            let r = {};
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}
function vd(e, t) {
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}
function yd(e, t, n) {
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}
function bd(e) {
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}
function xd() {
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}
function Sd(e) {
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function Cd(e, t = !0) {
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}
function wd(e) {
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}
function Td(e) {
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}
function Ed(e, t) {
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}
function Dd(e) {
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}
function Od(e) {
    let t = hd();
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}
function kd(e) {
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}
function Ad(e) {
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}
function jd(e) {
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}
function Md(e) {
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        typeof e != `object` ||
        !e ||
        !(`tag` in e) ||
        typeof e.tag != `string` ||
        (`coverage` in e && e.coverage !== void 0 && !Array.isArray(e.coverage))
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}
function Nd(e) {
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    );
}
function Pd(e) {
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}
function Fd(e) {
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}
function Id(e) {
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    );
}
function Ld(e, t) {
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}
function Rd(e, t) {
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        a = new Map();
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}
function zd(e, t) {
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            ? t
                ? (n = o)
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                  ? (i = o)
                  : (i ||= o)
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    return { variantVariable: n ?? i, variantVariableItalic: r ?? a };
}
function Bd(e, t) {
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            if (r.owner !== t.owner && r.file === t.file) return { existingFont: r, index: n, projectDuplicate: !0 };
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                return { existingFont: r, index: n, projectDuplicate: !1 };
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    }
}
function Vd(e, t) {
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}
function Hd({ fontFamily: e, fontSubFamily: t, variationAxes: n, faceDescriptors: r }) {
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        c = 400;
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        r && ((c = r.weight), (s = r.italic || r.oblique ? `italic` : `normal`)),
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    );
}
function Ud(e) {
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}
function Wd(e) {
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        let e = Ud(s);
        if (!e) continue;
        let c = Ld(e, o);
        (s.selectorVariable = (t = c.variantVariable)?.selector),
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            (s.selectorBoldItalic = (i = c.variantBoldItalic)?.selector),
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}
function Gd(e) {
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}
async function Kd(e) {
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            let e = await import(`./google-2KFYDWCN.DAFO8Xkm.mjs`);
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            let e = await import(`./fontshare-EOIRPPWV.COrGjsmG.mjs`);
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}
async function qd(e) {
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            let e = await import(`./google-HSMCYMMG.BHRnRLU4.mjs`);
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            let e = await import(`./fontshare-Y53BJZLK.BxO7uWob.mjs`);
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        default:
            throw Error(`Unknown font source: ${e}`);
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}
function Jd(e) {
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        .split(`,`)
        .map((e) => e.trim().toLowerCase())
        .filter(Yd);
}
function Yd(e) {
    return aw.includes(e);
}
function Xd(e) {
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            serif: `serif`,
            sans: `sans-serif`,
            slab: `slab`,
            display: `display`,
            handwritten: `handwriting`,
            script: `handwriting`
        },
        n = Jd(e)[0];
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}
function Zd(e) {
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        serif: `serif`,
        "sans-serif": `sans-serif`,
        display: `display`,
        handwriting: `handwriting`,
        monospace: `monospace`
    };
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}
function Qd(e, t) {
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}
async function $d(e, t, n = 0) {
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                unicodeRange: o
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}
async function ef(e, t, n) {
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        );
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}
function tf(e) {
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        {
            let t = (async () => {
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}
function nf(e) {
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}
function rf(e) {
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}
function af(e) {
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}
function sf(e, t) {
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}
function cf(e) {
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        .replaceAll(`&`, `&amp;`)
        .replaceAll(`<`, `&lt;`)
        .replaceAll(`>`, `&gt;`)
        .replaceAll(`"`, `&quot;`)
        .replaceAll(`'`, `&#39;`);
}
function lf(e, t, n, r) {
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            _ += ` data-framer-page-link-path-variables="${e}"`;
        }
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    });
}
function uf(e, t) {
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}
function df(e) {
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        case `top`:
            return `flex-start`;
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            return `center`;
        case `bottom`:
            return `flex-end`;
    }
}
function ff(e, t, n) {
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}
function pf() {
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}
async function mf(e, t) {
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            configurable: !0
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}
function hf(e) {
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}
function gf(e) {
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function _f(e, t = `character`, n, r) {
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                i = t.length - 1;
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                    s = e.length <= 12;
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                        children: [
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                                style: { whiteSpace: s ? `nowrap` : `unset` },
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                            }),
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        case `word`: {
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                i = t.length - 1;
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        case `element`:
        default:
            return e;
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}
function vf(e) {
    let t = e.type;
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        case `appear`:
            return e.tokenization ?? `character`;
        default:
            V(t);
    }
}
function yf(e) {
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        R(e.y) && t.push(`translateY(${e.y}px)`),
        R(e.scale) && t.push(`scale(${e.scale})`),
        R(e.rotate) && t.push(`rotate(${e.rotate}deg)`),
        R(e.rotateX) && t.push(`rotateX(${e.rotateX}deg)`),
        R(e.rotateY) && t.push(`rotateY(${e.rotateY}deg)`),
        R(e.skewX) && t.push(`skewX(${e.skewX}deg)`),
        R(e.skewY) && t.push(`skewY(${e.skewY}deg)`),
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}
function bf(e, t, n) {
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}
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        l = e?.threshold;
    D(() => {
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        function e() {
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                !e ||
                (e?.repeat !== !0 && o.current.hasAnimatedOnce) ||
                (e?.type === `appear` && o.current.isAnimating)
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                return;
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            let t = e.type;
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                case `appear`: {
                    let { transition: t, startDelay: n, repeat: i, tokenization: a } = e,
                        s = { current: void 0 };
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                        Cf(
                            a,
                            e.effect,
                            r,
                            t,
                            n,
                            i,
                            () => {
                                Object.assign(o.current, { isAnimating: !1 });
                            },
                            s
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                        () => {
                            var e;
                            return (e = s.current)?.call(s);
                        }
                    );
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                default:
                    V(t);
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        }
        switch (s) {
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                e();
                return;
            case `onInView`: {
                let n = t?.current;
                return n ? be(n, e, { amount: l ?? 0 }) : void 0;
            }
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    nT = e(() => {
        g(),
        //! Credit to Astro | MIT License
        /**
         * @license Emotion v11.0.0
         * MIT License
         *
         * Copyright (c) Emotion team and other contributors
         *
         * Permission is hereby granted, free of charge, to any person obtaining a copy
         * of this software and associated documentation files (the "Software"), to deal
         * in the Software without restriction, including without limitation the rights
         * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
         * copies of the Software, and to permit persons to whom the Software is
         * furnished to do so, subject to the following conditions:
         *
         * The above copyright notice and this permission notice shall be included in all
         * copies or substantial portions of the Software.
         *
         * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
         * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
         * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
         * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
         * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
         * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
         * SOFTWARE.
         */
        /*! Bundled license information:

react-is/cjs/react-is.production.min.js:
(** @license React v16.13.1
* react-is.production.min.js
*
* Copyright (c) Facebook, Inc. and its affiliates.
*
* This source code is licensed under the MIT license found in the
* LICENSE file in the root directory of this source tree.
*)
*/
            xe(),
            I(),
            m(),
            p(),
            h(),
            (sp = ue({
                "../../../node_modules/hsluv/dist/hsluv.cjs"(exports) {
                    Object.defineProperty(exports, `__esModule`, { value: !0 }), (exports.Hsluv = void 0);
                    var t = class e {
                        constructor() {
                            (this.hex = `#000000`),
                                (this.rgb_r = 0),
                                (this.rgb_g = 0),
                                (this.rgb_b = 0),
                                (this.xyz_x = 0),
                                (this.xyz_y = 0),
                                (this.xyz_z = 0),
                                (this.luv_l = 0),
                                (this.luv_u = 0),
                                (this.luv_v = 0),
                                (this.lch_l = 0),
                                (this.lch_c = 0),
                                (this.lch_h = 0),
                                (this.hsluv_h = 0),
                                (this.hsluv_s = 0),
                                (this.hsluv_l = 0),
                                (this.hpluv_h = 0),
                                (this.hpluv_p = 0),
                                (this.hpluv_l = 0),
                                (this.r0s = 0),
                                (this.r0i = 0),
                                (this.r1s = 0),
                                (this.r1i = 0),
                                (this.g0s = 0),
                                (this.g0i = 0),
                                (this.g1s = 0),
                                (this.g1i = 0),
                                (this.b0s = 0),
                                (this.b0i = 0),
                                (this.b1s = 0),
                                (this.b1i = 0);
                        }
                        static fromLinear(e) {
                            return e <= 0.0031308 ? 12.92 * e : 1.055 * e ** (1 / 2.4) - 0.055;
                        }
                        static toLinear(e) {
                            return e > 0.04045 ? ((e + 0.055) / 1.055) ** 2.4 : e / 12.92;
                        }
                        static yToL(t) {
                            return t <= e.epsilon ? (t / e.refY) * e.kappa : 116 * (t / e.refY) ** (1 / 3) - 16;
                        }
                        static lToY(t) {
                            return t <= 8 ? (e.refY * t) / e.kappa : e.refY * ((t + 16) / 116) ** 3;
                        }
                        static rgbChannelToHex(t) {
                            let n = Math.round(t * 255),
                                r = n % 16,
                                i = ((n - r) / 16) | 0;
                            return e.hexChars.charAt(i) + e.hexChars.charAt(r);
                        }
                        static hexToRgbChannel(t, n) {
                            let r = e.hexChars.indexOf(t.charAt(n)),
                                i = e.hexChars.indexOf(t.charAt(n + 1)),
                                a = r * 16 + i;
                            return a / 255;
                        }
                        static distanceFromOriginAngle(e, t, n) {
                            let r = t / (Math.sin(n) - e * Math.cos(n));
                            return r < 0 ? 1 / 0 : r;
                        }
                        static distanceFromOrigin(e, t) {
                            return Math.abs(t) / Math.sqrt(e ** 2 + 1);
                        }
                        static min6(e, t, n, r, i, a) {
                            return Math.min(e, Math.min(t, Math.min(n, Math.min(r, Math.min(i, a)))));
                        }
                        rgbToHex() {
                            (this.hex = `#`),
                                (this.hex += e.rgbChannelToHex(this.rgb_r)),
                                (this.hex += e.rgbChannelToHex(this.rgb_g)),
                                (this.hex += e.rgbChannelToHex(this.rgb_b));
                        }
                        hexToRgb() {
                            (this.hex = this.hex.toLowerCase()),
                                (this.rgb_r = e.hexToRgbChannel(this.hex, 1)),
                                (this.rgb_g = e.hexToRgbChannel(this.hex, 3)),
                                (this.rgb_b = e.hexToRgbChannel(this.hex, 5));
                        }
                        xyzToRgb() {
                            (this.rgb_r = e.fromLinear(
                                e.m_r0 * this.xyz_x + e.m_r1 * this.xyz_y + e.m_r2 * this.xyz_z
                            )),
                                (this.rgb_g = e.fromLinear(
                                    e.m_g0 * this.xyz_x + e.m_g1 * this.xyz_y + e.m_g2 * this.xyz_z
                                )),
                                (this.rgb_b = e.fromLinear(
                                    e.m_b0 * this.xyz_x + e.m_b1 * this.xyz_y + e.m_b2 * this.xyz_z
                                ));
                        }
                        rgbToXyz() {
                            let t = e.toLinear(this.rgb_r),
                                n = e.toLinear(this.rgb_g),
                                r = e.toLinear(this.rgb_b);
                            (this.xyz_x = 0.41239079926595 * t + 0.35758433938387 * n + 0.18048078840183 * r),
                                (this.xyz_y = 0.21263900587151 * t + 0.71516867876775 * n + 0.072192315360733 * r),
                                (this.xyz_z = 0.019330818715591 * t + 0.11919477979462 * n + 0.95053215224966 * r);
                        }
                        xyzToLuv() {
                            let t = this.xyz_x + 15 * this.xyz_y + 3 * this.xyz_z,
                                n = 4 * this.xyz_x,
                                r = 9 * this.xyz_y;
                            t === 0 ? ((n = NaN), (r = NaN)) : ((n /= t), (r /= t)),
                                (this.luv_l = e.yToL(this.xyz_y)),
                                this.luv_l === 0
                                    ? ((this.luv_u = 0), (this.luv_v = 0))
                                    : ((this.luv_u = 13 * this.luv_l * (n - e.refU)),
                                      (this.luv_v = 13 * this.luv_l * (r - e.refV)));
                        }
                        luvToXyz() {
                            if (this.luv_l === 0) {
                                (this.xyz_x = 0), (this.xyz_y = 0), (this.xyz_z = 0);
                                return;
                            }
                            let t = this.luv_u / (13 * this.luv_l) + e.refU,
                                n = this.luv_v / (13 * this.luv_l) + e.refV;
                            (this.xyz_y = e.lToY(this.luv_l)),
                                (this.xyz_x = 0 - (9 * this.xyz_y * t) / ((t - 4) * n - t * n)),
                                (this.xyz_z = (9 * this.xyz_y - 15 * n * this.xyz_y - n * this.xyz_x) / (3 * n));
                        }
                        luvToLch() {
                            if (
                                ((this.lch_l = this.luv_l),
                                (this.lch_c = Math.sqrt(this.luv_u * this.luv_u + this.luv_v * this.luv_v)),
                                this.lch_c < 1e-8)
                            )
                                this.lch_h = 0;
                            else {
                                let e = Math.atan2(this.luv_v, this.luv_u);
                                (this.lch_h = (e * 180) / Math.PI), this.lch_h < 0 && (this.lch_h = 360 + this.lch_h);
                            }
                        }
                        lchToLuv() {
                            let e = (this.lch_h / 180) * Math.PI;
                            (this.luv_l = this.lch_l),
                                (this.luv_u = Math.cos(e) * this.lch_c),
                                (this.luv_v = Math.sin(e) * this.lch_c);
                        }
                        calculateBoundingLines(t) {
                            let n = (t + 16) ** 3 / 1560896,
                                r = n > e.epsilon ? n : t / e.kappa,
                                i = r * (284517 * e.m_r0 - 94839 * e.m_r2),
                                a = r * (838422 * e.m_r2 + 769860 * e.m_r1 + 731718 * e.m_r0),
                                o = r * (632260 * e.m_r2 - 126452 * e.m_r1),
                                s = r * (284517 * e.m_g0 - 94839 * e.m_g2),
                                c = r * (838422 * e.m_g2 + 769860 * e.m_g1 + 731718 * e.m_g0),
                                l = r * (632260 * e.m_g2 - 126452 * e.m_g1),
                                u = r * (284517 * e.m_b0 - 94839 * e.m_b2),
                                d = r * (838422 * e.m_b2 + 769860 * e.m_b1 + 731718 * e.m_b0),
                                f = r * (632260 * e.m_b2 - 126452 * e.m_b1);
                            (this.r0s = i / o),
                                (this.r0i = (a * t) / o),
                                (this.r1s = i / (o + 126452)),
                                (this.r1i = ((a - 769860) * t) / (o + 126452)),
                                (this.g0s = s / l),
                                (this.g0i = (c * t) / l),
                                (this.g1s = s / (l + 126452)),
                                (this.g1i = ((c - 769860) * t) / (l + 126452)),
                                (this.b0s = u / f),
                                (this.b0i = (d * t) / f),
                                (this.b1s = u / (f + 126452)),
                                (this.b1i = ((d - 769860) * t) / (f + 126452));
                        }
                        calcMaxChromaHpluv() {
                            let t = e.distanceFromOrigin(this.r0s, this.r0i),
                                n = e.distanceFromOrigin(this.r1s, this.r1i),
                                r = e.distanceFromOrigin(this.g0s, this.g0i),
                                i = e.distanceFromOrigin(this.g1s, this.g1i),
                                a = e.distanceFromOrigin(this.b0s, this.b0i),
                                o = e.distanceFromOrigin(this.b1s, this.b1i);
                            return e.min6(t, n, r, i, a, o);
                        }
                        calcMaxChromaHsluv(t) {
                            let n = (t / 360) * Math.PI * 2,
                                r = e.distanceFromOriginAngle(this.r0s, this.r0i, n),
                                i = e.distanceFromOriginAngle(this.r1s, this.r1i, n),
                                a = e.distanceFromOriginAngle(this.g0s, this.g0i, n),
                                o = e.distanceFromOriginAngle(this.g1s, this.g1i, n),
                                s = e.distanceFromOriginAngle(this.b0s, this.b0i, n),
                                c = e.distanceFromOriginAngle(this.b1s, this.b1i, n);
                            return e.min6(r, i, a, o, s, c);
                        }
                        hsluvToLch() {
                            if (this.hsluv_l > 99.9999999) (this.lch_l = 100), (this.lch_c = 0);
                            else if (this.hsluv_l < 1e-8) (this.lch_l = 0), (this.lch_c = 0);
                            else {
                                (this.lch_l = this.hsluv_l), this.calculateBoundingLines(this.hsluv_l);
                                let e = this.calcMaxChromaHsluv(this.hsluv_h);
                                this.lch_c = (e / 100) * this.hsluv_s;
                            }
                            this.lch_h = this.hsluv_h;
                        }
                        lchToHsluv() {
                            if (this.lch_l > 99.9999999) (this.hsluv_s = 0), (this.hsluv_l = 100);
                            else if (this.lch_l < 1e-8) (this.hsluv_s = 0), (this.hsluv_l = 0);
                            else {
                                this.calculateBoundingLines(this.lch_l);
                                let e = this.calcMaxChromaHsluv(this.lch_h);
                                (this.hsluv_s = (this.lch_c / e) * 100), (this.hsluv_l = this.lch_l);
                            }
                            this.hsluv_h = this.lch_h;
                        }
                        hpluvToLch() {
                            if (this.hpluv_l > 99.9999999) (this.lch_l = 100), (this.lch_c = 0);
                            else if (this.hpluv_l < 1e-8) (this.lch_l = 0), (this.lch_c = 0);
                            else {
                                (this.lch_l = this.hpluv_l), this.calculateBoundingLines(this.hpluv_l);
                                let e = this.calcMaxChromaHpluv();
                                this.lch_c = (e / 100) * this.hpluv_p;
                            }
                            this.lch_h = this.hpluv_h;
                        }
                        lchToHpluv() {
                            if (this.lch_l > 99.9999999) (this.hpluv_p = 0), (this.hpluv_l = 100);
                            else if (this.lch_l < 1e-8) (this.hpluv_p = 0), (this.hpluv_l = 0);
                            else {
                                this.calculateBoundingLines(this.lch_l);
                                let e = this.calcMaxChromaHpluv();
                                (this.hpluv_p = (this.lch_c / e) * 100), (this.hpluv_l = this.lch_l);
                            }
                            this.hpluv_h = this.lch_h;
                        }
                        hsluvToRgb() {
                            this.hsluvToLch(), this.lchToLuv(), this.luvToXyz(), this.xyzToRgb();
                        }
                        hpluvToRgb() {
                            this.hpluvToLch(), this.lchToLuv(), this.luvToXyz(), this.xyzToRgb();
                        }
                        hsluvToHex() {
                            this.hsluvToRgb(), this.rgbToHex();
                        }
                        hpluvToHex() {
                            this.hpluvToRgb(), this.rgbToHex();
                        }
                        rgbToHsluv() {
                            this.rgbToXyz(), this.xyzToLuv(), this.luvToLch(), this.lchToHpluv(), this.lchToHsluv();
                        }
                        rgbToHpluv() {
                            this.rgbToXyz(), this.xyzToLuv(), this.luvToLch(), this.lchToHpluv(), this.lchToHpluv();
                        }
                        hexToHsluv() {
                            this.hexToRgb(), this.rgbToHsluv();
                        }
                        hexToHpluv() {
                            this.hexToRgb(), this.rgbToHpluv();
                        }
                    };
                    (exports.Hsluv = t),
                        (t.hexChars = `0123456789abcdef`),
                        (t.refY = 1),
                        (t.refU = 0.19783000664283),
                        (t.refV = 0.46831999493879),
                        (t.kappa = 903.2962962),
                        (t.epsilon = 0.0088564516),
                        (t.m_r0 = 3.240969941904521),
                        (t.m_r1 = -1.537383177570093),
                        (t.m_r2 = -0.498610760293),
                        (t.m_g0 = -0.96924363628087),
                        (t.m_g1 = 1.87596750150772),
                        (t.m_g2 = 0.041555057407175),
                        (t.m_b0 = 0.055630079696993),
                        (t.m_b1 = -0.20397695888897),
                        (t.m_b2 = 1.056971514242878);
                }
            })),
            (cp = ue({
                "../../../node_modules/eventemitter3/index.js"(exports, t) {
                    var n = Object.prototype.hasOwnProperty,
                        r = `~`;
                    function i() {}
                    Object.create && ((i.prototype = Object.create(null)), new i().__proto__ || (r = !1));
                    function a(e, t, n) {
                        (this.fn = e), (this.context = t), (this.once = n || !1);
                    }
                    function o(e, t, n, i, o) {
                        if (typeof n != `function`) throw TypeError(`The listener must be a function`);
                        var s = new a(n, i || e, o),
                            c = r ? r + t : t;
                        return (
                            e._events[c]
                                ? e._events[c].fn
                                    ? (e._events[c] = [e._events[c], s])
                                    : e._events[c].push(s)
                                : ((e._events[c] = s), e._eventsCount++),
                            e
                        );
                    }
                    function s(e, t) {
                        --e._eventsCount === 0 ? (e._events = new i()) : delete e._events[t];
                    }
                    function c() {
                        (this._events = new i()), (this._eventsCount = 0);
                    }
                    (c.prototype.eventNames = function () {
                        var e = [],
                            t,
                            i;
                        if (this._eventsCount === 0) return e;
                        for (i in (t = this._events)) n.call(t, i) && e.push(r ? i.slice(1) : i);
                        return Object.getOwnPropertySymbols ? e.concat(Object.getOwnPropertySymbols(t)) : e;
                    }),
                        (c.prototype.listeners = function (e) {
                            var t = r ? r + e : e,
                                n = this._events[t];
                            if (!n) return [];
                            if (n.fn) return [n.fn];
                            for (var i = 0, a = n.length, o = Array(a); i < a; i++) o[i] = n[i].fn;
                            return o;
                        }),
                        (c.prototype.listenerCount = function (e) {
                            var t = r ? r + e : e,
                                n = this._events[t];
                            return n ? (n.fn ? 1 : n.length) : 0;
                        }),
                        (c.prototype.emit = function (e, t, n, i, a, o) {
                            var s = r ? r + e : e;
                            if (!this._events[s]) return !1;
                            var c = this._events[s],
                                l = arguments.length,
                                u,
                                d;
                            if (c.fn) {
                                switch ((c.once && this.removeListener(e, c.fn, void 0, !0), l)) {
                                    case 1:
                                        return c.fn.call(c.context), !0;
                                    case 2:
                                        return c.fn.call(c.context, t), !0;
                                    case 3:
                                        return c.fn.call(c.context, t, n), !0;
                                    case 4:
                                        return c.fn.call(c.context, t, n, i), !0;
                                    case 5:
                                        return c.fn.call(c.context, t, n, i, a), !0;
                                    case 6:
                                        return c.fn.call(c.context, t, n, i, a, o), !0;
                                }
                                for (d = 1, u = Array(l - 1); d < l; d++) u[d - 1] = arguments[d];
                                c.fn.apply(c.context, u);
                            } else {
                                var f = c.length,
                                    p;
                                for (d = 0; d < f; d++)
                                    switch ((c[d].once && this.removeListener(e, c[d].fn, void 0, !0), l)) {
                                        case 1:
                                            c[d].fn.call(c[d].context);
                                            break;
                                        case 2:
                                            c[d].fn.call(c[d].context, t);
                                            break;
                                        case 3:
                                            c[d].fn.call(c[d].context, t, n);
                                            break;
                                        case 4:
                                            c[d].fn.call(c[d].context, t, n, i);
                                            break;
                                        default:
                                            if (!u) for (p = 1, u = Array(l - 1); p < l; p++) u[p - 1] = arguments[p];
                                            c[d].fn.apply(c[d].context, u);
                                    }
                            }
                            return !0;
                        }),
                        (c.prototype.on = function (e, t, n) {
                            return o(this, e, t, n, !1);
                        }),
                        (c.prototype.once = function (e, t, n) {
                            return o(this, e, t, n, !0);
                        }),
                        (c.prototype.removeListener = function (e, t, n, i) {
                            var a = r ? r + e : e;
                            if (!this._events[a]) return this;
                            if (!t) return s(this, a), this;
                            var o = this._events[a];
                            if (o.fn) o.fn === t && (!i || o.once) && (!n || o.context === n) && s(this, a);
                            else {
                                for (var c = 0, l = [], u = o.length; c < u; c++)
                                    (o[c].fn !== t || (i && !o[c].once) || (n && o[c].context !== n)) && l.push(o[c]);
                                l.length ? (this._events[a] = l.length === 1 ? l[0] : l) : s(this, a);
                            }
                            return this;
                        }),
                        (c.prototype.removeAllListeners = function (e) {
                            var t;
                            return (
                                e
                                    ? ((t = r ? r + e : e), this._events[t] && s(this, t))
                                    : ((this._events = new i()), (this._eventsCount = 0)),
                                this
                            );
                        }),
                        (c.prototype.off = c.prototype.removeListener),
                        (c.prototype.addListener = c.prototype.on),
                        (c.prefixed = r),
                        (c.EventEmitter = c),
                        t !== void 0 && (t.exports = c);
                }
            })),
            (lp = ue({
                "../../../node_modules/hoist-non-react-statics/node_modules/react-is/cjs/react-is.production.min.js"(
                    exports
                ) {
                    var t = typeof Symbol == `function` && Symbol.for,
                        n = t ? Symbol.for(`react.element`) : 60103,
                        r = t ? Symbol.for(`react.portal`) : 60106,
                        i = t ? Symbol.for(`react.fragment`) : 60107,
                        a = t ? Symbol.for(`react.strict_mode`) : 60108,
                        o = t ? Symbol.for(`react.profiler`) : 60114,
                        s = t ? Symbol.for(`react.provider`) : 60109,
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                        p = t ? Symbol.for(`react.suspense_list`) : 60120,
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                        g = t ? Symbol.for(`react.block`) : 60121,
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                makePropertyRules: () => `
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                var t, n;
                (n = (t = e.target)?.closest)?.call(t, `#main`) &&
                    (e.stopPropagation(), performance.mark(`framer-react-event-handling-prevented`));
            }),
            (gm = !1),
            (Nm = [En]),
            (Mm = [En]),
            (jm = [En]),
            (Am = [En]),
            (km = [En]),
            (Om = [En]),
            (Dm = [En]),
            (Em = [En]),
            (Tm = [En]),
            (wm = [En]),
            (Cm = [En]),
            (Sm = [En]),
            (xm = [En]),
            (bm = [En]),
            (ym = [En]),
            (vm = [En]),
            (_m = [En]),
            (Fm = class {
                constructor() {
                    he(Pm, 5, this),
                        N(this, `render`, {
                            markStart: () => this.markRenderStart(),
                            markEnd: () => this.markRenderEnd()
                        }),
                        N(this, `mutationEffects`, { measure: () => this.measureMutationEffects() }),
                        N(this, `useInsertionEffects`, {
                            markStart: () => this.markUseInsertionEffectsStart(),
                            markRouterStart: () => this.markUseInsertionEffectRouterStart(),
                            markEnd: () => this.markUseInsertionEffectsEnd()
                        }),
                        N(this, `useLayoutEffects`, {
                            markStart: () => this.markUseLayoutEffectsStart(),
                            markRouterStart: () => this.markRouterUseLayoutEffectStart(),
                            markEnd: () => this.markUseLayoutEffectsEnd()
                        }),
                        N(this, `useEffects`, {
                            markStart: () => this.markUseEffectsStart(),
                            markRouterStart: () => this.markUseEffectsRouterStart(),
                            markEnd: () => this.markUseEffectsEnd(),
                            markAreSynchronous: () => this.markUseEffectsAreSynchronous()
                        }),
                        N(this, `browserRendering`, {
                            hasStarted: !1,
                            requestAnimationFrame: {
                                markStart: () => this.markRafStart(),
                                markEnd: () => this.markRafEnd()
                            },
                            layoutStylePaint: { markEnd: () => this.markLayoutStylePaintEnd() }
                        }),
                        N(this, `unattributedHydrationOverhead`, {
                            measure: () => this.measureUnattributedHydrationOverhead()
                        });
                }
                markRenderStart() {
                    performance.mark(`framer-hydration-start`);
                }
                markRenderEnd() {
                    performance.mark(`framer-hydration-render-end`),
                        Dn(`framer-hydration-render`, `framer-hydration-start`, `framer-hydration-render-end`);
                }
                markUseInsertionEffectsStart() {
                    performance.mark(`framer-hydration-insertion-effects-start`);
                }
                markUseInsertionEffectRouterStart() {
                    performance.mark(`framer-hydration-router-insertion-effect`);
                }
                markUseInsertionEffectsEnd() {
                    performance.mark(`framer-hydration-insertion-effects-end`),
                        Dn(
                            `framer-hydration-insertion-effects`,
                            `framer-hydration-insertion-effects-start`,
                            `framer-hydration-insertion-effects-end`
                        );
                }
                markUseLayoutEffectsStart() {
                    performance.mark(`framer-hydration-layout-effects-start`);
                }
                markRouterUseLayoutEffectStart() {
                    performance.mark(`framer-hydration-router-layout-effect`);
                }
                markUseLayoutEffectsEnd() {
                    performance.mark(`framer-hydration-layout-effects-end`),
                        Dn(
                            `framer-hydration-layout-effects`,
                            `framer-hydration-layout-effects-start`,
                            `framer-hydration-layout-effects-end`
                        );
                }
                markUseEffectsStart() {
                    performance.mark(`framer-hydration-effects-start`);
                }
                markUseEffectsRouterStart() {
                    performance.mark(`framer-hydration-router-effect`);
                }
                markUseEffectsAreSynchronous() {
                    performance.mark(`framer-hydration-effects-sync`);
                }
                markUseEffectsEnd() {
                    var e, t;
                    performance.mark(`framer-hydration-effects-end`),
                        Dn(
                            `framer-hydration-effects`,
                            (e = performance.getEntriesByName(`framer-hydration-first-paint`)[0])?.name ??
                                (t = performance.getEntriesByName(`framer-hydration-effects-start`)[0])?.name,
                            `framer-hydration-effects-end`
                        );
                }
                markRafStart() {
                    (this.browserRendering.hasStarted = !0), performance.mark(`framer-hydration-browser-render-start`);
                }
                markRafEnd() {
                    performance.mark(`framer-hydration-browser-raf-end`),
                        Dn(
                            `framer-hydration-raf`,
                            `framer-hydration-browser-render-start`,
                            `framer-hydration-browser-raf-end`
                        );
                }
                markLayoutStylePaintEnd() {
                    performance.mark(`framer-hydration-first-paint`),
                        Dn(
                            `framer-hydration-time-to-first-paint`,
                            `framer-hydration-start`,
                            `framer-hydration-first-paint`
                        ),
                        Dn(
                            `framer-hydration-browser-render`,
                            `framer-hydration-browser-raf-end`,
                            `framer-hydration-first-paint`
                        );
                }
                measureMutationEffects() {
                    Dn(
                        `framer-hydration-commit`,
                        `framer-hydration-layout-effects-end`,
                        `framer-hydration-effects-start`
                    );
                }
                measureUnattributedHydrationOverhead() {
                    var e, t;
                    Dn(
                        `framer-hydration-uho`,
                        (e = performance.getEntriesByName(`framer-hydration-effects-end`)[0])?.name ??
                            (t = performance.getEntriesByName(`framer-hydration-layout-effects-end`)[0])?.name,
                        `framer-hydration-browser-render-start`
                    );
                }
            }),
            (Pm = fe(null)),
            A(Pm, 1, `markRenderStart`, Nm, Fm),
            A(Pm, 1, `markRenderEnd`, Mm, Fm),
            A(Pm, 1, `markUseInsertionEffectsStart`, jm, Fm),
            A(Pm, 1, `markUseInsertionEffectRouterStart`, Am, Fm),
            A(Pm, 1, `markUseInsertionEffectsEnd`, km, Fm),
            A(Pm, 1, `markUseLayoutEffectsStart`, Om, Fm),
            A(Pm, 1, `markRouterUseLayoutEffectStart`, Dm, Fm),
            A(Pm, 1, `markUseLayoutEffectsEnd`, Em, Fm),
            A(Pm, 1, `markUseEffectsStart`, Tm, Fm),
            A(Pm, 1, `markUseEffectsRouterStart`, wm, Fm),
            A(Pm, 1, `markUseEffectsAreSynchronous`, Cm, Fm),
            A(Pm, 1, `markUseEffectsEnd`, Sm, Fm),
            A(Pm, 1, `markRafStart`, xm, Fm),
            A(Pm, 1, `markRafEnd`, bm, Fm),
            A(Pm, 1, `markLayoutStylePaintEnd`, ym, Fm),
            A(Pm, 1, `measureMutationEffects`, vm, Fm),
            A(Pm, 1, `measureUnattributedHydrationOverhead`, _m, Fm),
            de(Pm, Fm),
            (Lm = !1),
            (Rm = { Start: Mn, End: Nn }),
            (zm = class extends Error {}),
            (Bm = class extends n {
                constructor(e) {
                    super(e), (this.state = { error: void 0, forceUpdateKey: e.forceUpdateKey });
                }
                static getDerivedStateFromError(e) {
                    return { error: e };
                }
                static getDerivedStateFromProps(e, t) {
                    if (e.forceUpdateKey !== t.forceUpdateKey) {
                        let n = { forceUpdateKey: e.forceUpdateKey };
                        return t.error && (n.error = void 0), n;
                    }
                    return null;
                }
                render() {
                    if (this.state.error === void 0) return this.props.children;
                    if (!(this.state.error instanceof zm)) throw this.state.error;
                    let { notFoundPage: e, defaultPageStyle: t } = this.props;
                    if (!e) throw this.state.error;
                    return Pn(e, t);
                }
            }),
            (Wm = `main`),
            (Gm = `framerGeneratedPage`),
            (Km = `framer-search-index`),
            `${Km}`,
            (qm = `<!-- End of headStart -->`),
            (Jm = `<!-- End of headEnd -->`),
            (Ym = `<!-- End of bodyStart -->`),
            (Xm = `<!-- End of bodyEnd -->`),
            (Zm = new Set()),
            (Qm = class {
                constructor() {
                    N(this, `observers`, new Set()), N(this, `transactions`, {});
                }
                add(e) {
                    this.observers.add(e);
                    let t = !1;
                    return () => {
                        t || ((t = !0), this.remove(e));
                    };
                }
                remove(e) {
                    this.observers.delete(e);
                }
                notify(e, t) {
                    if (t) {
                        let n = this.transactions[t] || e;
                        (n.value = e.value), (this.transactions[t] = n);
                    } else this.callObservers(e);
                }
                finishTransaction(e) {
                    let t = this.transactions[e];
                    return delete this.transactions[e], this.callObservers(t, e);
                }
                callObservers(e, t) {
                    let n = [];
                    return (
                        new Set(this.observers).forEach((r) => {
                            typeof r == `function` ? r(e, t) : (r.update(e, t), n.push(r.finish));
                        }),
                        n
                    );
                }
            }),
            ($m = (() => {
                function e(e) {
                    return (
                        er(`Animatable()`, `2.0.0`, `the new animation API (https://www.framer.com/api/animation/)`),
                        tr(e) ? e : new nh(e)
                    );
                }
                return (
                    (e.transaction = (e) => {
                        let t = Math.random(),
                            n = new Set(),
                            r = (e, r) => {
                                e.set(r, t), n.add(e);
                            };
                        e(r, t);
                        let i = [];
                        n.forEach((e) => {
                            i.push(...e.finishTransaction(t));
                        }),
                            i.forEach((e) => {
                                e(t);
                            });
                    }),
                    (e.getNumber = (t, n = 0) => e.get(t, n)),
                    (e.get = (e, t) => (e == null ? t : tr(e) ? e.get() : e)),
                    (e.objectToValues = (e) => {
                        if (!e) return e;
                        let t = {};
                        for (let n in e) {
                            let r = e[n];
                            tr(r) ? (t[n] = r.get()) : (t[n] = r);
                        }
                        return t;
                    }),
                    e
                );
            })()),
            (eh = `onUpdate`),
            (th = `finishTransaction`),
            (nh = class {
                constructor(e) {
                    (this.value = e), N(this, `observers`, new Qm());
                }
                static interpolationFor(e, t) {
                    if (tr(e)) return nr(e, t);
                }
                get() {
                    return this.value;
                }
                set(e, t) {
                    let n = this.value;
                    tr(e) && (e = e.get()), (this.value = e);
                    let r = { value: e, oldValue: n };
                    this.observers.notify(r, t);
                }
                finishTransaction(e) {
                    return this.observers.finishTransaction(e);
                }
                onUpdate(e) {
                    return this.observers.add(e);
                }
            }),
            ((e) => {
                (e.isQuadrilateralPoints = (e) => e?.length === 4),
                    (e.add = (...e) => e.reduce((e, t) => ({ x: e.x + t.x, y: e.y + t.y }), { x: 0, y: 0 })),
                    (e.subtract = (e, t) => ({ x: e.x - t.x, y: e.y - t.y })),
                    (e.multiply = (e, t) => ({ x: e.x * t, y: e.y * t })),
                    (e.divide = (e, t) => ({ x: e.x / t, y: e.y / t })),
                    (e.absolute = (e) => ({ x: Math.abs(e.x), y: Math.abs(e.y) })),
                    (e.reverse = (e) => ({ x: e.x * -1, y: e.y * -1 })),
                    (e.pixelAligned = (e, t = { x: 0, y: 0 }) => ({ x: ir(e.x, t.x), y: ir(e.y, t.y) })),
                    (e.distance = (e, t) => {
                        let n = Math.abs(e.x - t.x),
                            r = Math.abs(e.y - t.y);
                        return Math.sqrt(n * n + r * r);
                    }),
                    (e.angle = (e, t) => (Math.atan2(t.y - e.y, t.x - e.x) * 180) / Math.PI - 90),
                    (e.angleFromX = (e, t) => (Math.atan2(t.y - e.y, t.x - e.x) * 180) / Math.PI),
                    (e.isEqual = (e, t) => e.x === t.x && e.y === t.y),
                    (e.rotationNormalizer = () => {
                        let e;
                        return (t) => {
                            typeof e != `number` && (e = t);
                            let n = e - t,
                                r = Math.abs(n) + 180,
                                i = Math.floor(r / 360);
                            return n < 180 && (t -= i * 360), n > 180 && (t += i * 360), (e = t), t;
                        };
                    });
                function t(e, t) {
                    return { x: (e.x + t.x) / 2, y: (e.y + t.y) / 2 };
                }
                e.center = t;
                function n(e) {
                    let t = 0,
                        n = 0;
                    e.forEach((e) => {
                        (t += e.x), (n += e.y);
                    });
                    let r = t / e.length,
                        i = n / e.length;
                    return { x: r, y: i };
                }
                e.centroid = n;
                function r(t) {
                    let n = e.centroid(t),
                        r = new Map();
                    for (let e = 0; e < t.length; e++) {
                        let i = t[e];
                        i && r.set(i, Math.atan2(i.y - n.y, i.x - n.x));
                    }
                    return t.sort((e, t) => (r.get(e) ?? 0) - (r.get(t) ?? 0));
                }
                e.sortClockwise = r;
            })((or ||= {})),
            (rh = { curve: `ease`, duration: 1 }),
            (ih = class {
                constructor(e, t) {
                    (this.interpolation = t),
                        N(this, `unitBezier`),
                        N(this, `options`),
                        N(this, `current`),
                        N(this, `destination`),
                        N(this, `interpolator`),
                        N(this, `progress`, 0),
                        N(this, `next`, (e) => {
                            let { duration: t } = this.options;
                            this.progress += e / t;
                            let n = this.unitBezier.solve(this.progress, this.solveEpsilon(t));
                            return (
                                B(this.interpolator !== void 0, `setFrom() or setTo() must be called before next()`),
                                (this.current = this.interpolator(n)),
                                this.current
                            );
                        }),
                        (this.options = { ...rh, ...e });
                    let n;
                    n = typeof this.options.curve == `string` ? sr(this.options.curve) : this.options.curve;
                    let [r, i, a, o] = n;
                    this.unitBezier = new ah(or(r, i), or(a, o));
                }
                setFrom(e) {
                    (this.current = e), this.updateInterpolator();
                }
                setTo(e) {
                    (this.destination = e), this.updateInterpolator();
                }
                isReady() {
                    return this.interpolator !== void 0;
                }
                updateInterpolator() {
                    this.current === void 0 ||
                        this.destination === void 0 ||
                        (this.interpolator = this.interpolation.interpolate(this.current, this.destination));
                }
                isFinished() {
                    return this.progress >= 1;
                }
                solveEpsilon(e) {
                    return 1 / (200 * e);
                }
            }),
            (ah = class {
                constructor(e, t) {
                    N(this, `a`),
                        N(this, `b`),
                        N(this, `c`),
                        (this.c = or.multiply(e, 3)),
                        (this.b = or.subtract(or.multiply(or.subtract(t, e), 3), this.c)),
                        (this.a = or.subtract(or.subtract(or(1, 1), this.c), this.b));
                }
                solve(e, t) {
                    return this.sampleY(this.solveForT(e, t));
                }
                sampleX(e) {
                    return ((this.a.x * e + this.b.x) * e + this.c.x) * e;
                }
                sampleY(e) {
                    return ((this.a.y * e + this.b.y) * e + this.c.y) * e;
                }
                sampleDerivativeX(e) {
                    return (3 * this.a.x * e + 2 * this.b.x) * e + this.c.x;
                }
                solveForT(e, t) {
                    let n, r, i, a, o, s;
                    for (i = e, s = 0; s < 8; ++s) {
                        if (((a = this.sampleX(i) - e), Math.abs(a) < t)) return i;
                        if (((o = this.sampleDerivativeX(i)), Math.abs(o) < t)) break;
                        i -= a / o;
                    }
                    if (((n = 0), (r = 1), (i = e), i < n)) return n;
                    if (i > r) return r;
                    for (; n < r; ) {
                        if (((a = this.sampleX(i)), Math.abs(a - e) < t)) return i;
                        e > a ? (n = i) : (r = i), (i = (r - n) * 0.5 + n);
                    }
                    return i;
                }
            }),
            (oh = class {
                constructor(e) {
                    N(this, `accelerationForState`), (this.accelerationForState = e);
                }
                integrateState(e, t) {
                    let n = this.evaluateState(e),
                        r = this.evaluateStateWithDerivative(e, t * 0.5, n),
                        i = this.evaluateStateWithDerivative(e, t * 0.5, r),
                        a = this.evaluateStateWithDerivative(e, t, i),
                        o = (1 / 6) * (n.dx + 2 * (r.dx + i.dx) + a.dx),
                        s = (1 / 6) * (n.dv + 2 * (r.dv + i.dv) + a.dv);
                    return (e.x += o * t), (e.v += s * t), e;
                }
                evaluateState(e) {
                    let t = this.accelerationForState(e);
                    return { dx: e.v, dv: t };
                }
                evaluateStateWithDerivative(e, t, n) {
                    let r = { x: e.x + n.dx * t, v: e.v + n.dv * t },
                        i = { dx: r.v, dv: this.accelerationForState(r) };
                    return i;
                }
            }),
            (sh = { handleUndefined: (e, t) => (e === void 0 && (e = t), t === void 0 && (t = e), [e, t]) }),
            (ch = {
                interpolate(e, t) {
                    [e, t] = sh.handleUndefined(e, t);
                    let n = e,
                        r = t - n;
                    return (e) => {
                        let t = n + r * e;
                        return t;
                    };
                },
                difference(e, t) {
                    return t - e;
                }
            }),
            (lh = 0.001),
            (uh = 0.01),
            (dh = 10),
            (fh = (() => Number.MIN_VALUE)()),
            (ph = 1),
            (mh = {
                computeDampingRatio: (e, t, n = 1) => t / (2 * Math.sqrt(n * e)),
                computeDuration: (e, t, n = 0, r = 1) => {
                    let i,
                        a = mh.computeDampingRatio(e, t),
                        o = Math.sqrt(e / r);
                    if (a < 1) {
                        let e = Math.sqrt(1 - a ** 2),
                            t = n / (e * o),
                            r = a / e,
                            s = -((t - r) / lh);
                        if (s <= 0) return null;
                        i = Math.log(s) / (a * o);
                    } else return null;
                    return i;
                },
                computeDerivedCurveOptions: (e, t, n = 0, r = 1) => {
                    let i, a;
                    (e = Math.max(Math.min(e, ph), fh)),
                        (t = Math.max(Math.min(t, dh), uh)),
                        e < 1
                            ? ((a = function (r) {
                                  let i = r * e,
                                      a = i * t,
                                      o = i - n,
                                      s = ur(r, e),
                                      c = Math.exp(-a);
                                  return lh - (o / s) * c;
                              }),
                              (i = function (r) {
                                  let i = r * e,
                                      o = i * t,
                                      s = o * n + n,
                                      c = e ** 2 * r ** 2 * t,
                                      l = Math.exp(-o),
                                      u = ur(r ** 2, e),
                                      d = -a(r) + lh > 0 ? -1 : 1;
                                  return (d * ((s - c) * l)) / u;
                              }))
                            : ((a = function (e) {
                                  let r = Math.exp(-e * t),
                                      i = (e - n) * t + 1;
                                  return -lh + r * i;
                              }),
                              (i = function (e) {
                                  let r = Math.exp(-e * t),
                                      i = (n - e) * t ** 2;
                                  return r * i;
                              }));
                    let o = { tension: 100, friction: 10, velocity: n },
                        s = 5 / t,
                        c = lr(a, i, s);
                    return (
                        Number.isNaN(c) || ((o.tension = c ** 2 * r), (o.friction = e * 2 * Math.sqrt(r * o.tension))),
                        o
                    );
                }
            }),
            (hh = (() => ({ tension: 500, friction: 10, tolerance: 1 / 1e4, velocity: 0 }))()),
            (gh = { dampingRatio: 1, duration: 1, velocity: 0, mass: 1 }),
            (_h = class {
                constructor(e, t) {
                    (this.interpolation = t),
                        N(this, `options`),
                        N(this, `current`),
                        N(this, `destination`),
                        N(this, `difference`),
                        N(this, `state`),
                        N(this, `integrator`),
                        N(this, `interpolator`);
                    let n;
                    if (dr(e)) {
                        let t = { ...gh, ...e };
                        n = mh.computeDerivedCurveOptions(t.dampingRatio, t.duration, t.velocity, t.mass);
                    } else n = e;
                    (this.options = { ...hh, ...n }),
                        (this.state = { x: 0, v: this.options.velocity }),
                        (this.integrator = new oh((e) => -this.options.tension * e.x - this.options.friction * e.v));
                }
                isReady() {
                    return this.interpolator !== void 0 && this.difference !== void 0;
                }
                next(e) {
                    (this.state = this.integrator.integrateState(this.state, e)),
                        B(this.interpolator !== void 0, `setFrom() or setTo() must be called before next()`);
                    let t = this.interpolator(this.progress());
                    return t;
                }
                isFinished() {
                    let e = Math.abs(this.state.x) < this.options.tolerance,
                        t = Math.abs(this.state.v) < this.options.tolerance;
                    return e && t;
                }
                setFrom(e) {
                    (this.current = e), this.updateInterpolator();
                }
                setVelocity(e) {
                    this.state.v = e;
                }
                progress() {
                    return (
                        B(this.difference !== void 0, `setTo() must be called before progress()`),
                        1 - this.state.x / this.difference
                    );
                }
                setTo(e) {
                    B(this.current !== void 0, `setFrom() must be called before setTo()`),
                        (this.destination = e),
                        (this.difference = this.interpolation.difference(this.destination, this.current)),
                        (this.state.x = this.difference),
                        this.updateInterpolator();
                }
                getState() {
                    return this.state;
                }
                updateInterpolator() {
                    this.current === void 0 ||
                        this.destination === void 0 ||
                        (this.interpolator = this.interpolation.interpolate(this.current, this.destination));
                }
            }),
            (vh = {
                aliceblue: `f0f8ff`,
                antiquewhite: `faebd7`,
                aqua: `0ff`,
                aquamarine: `7fffd4`,
                azure: `f0ffff`,
                beige: `f5f5dc`,
                bisque: `ffe4c4`,
                black: `000`,
                blanchedalmond: `ffebcd`,
                blue: `00f`,
                blueviolet: `8a2be2`,
                brown: `a52a2a`,
                burlywood: `deb887`,
                burntsienna: `ea7e5d`,
                cadetblue: `5f9ea0`,
                chartreuse: `7fff00`,
                chocolate: `d2691e`,
                coral: `ff7f50`,
                cornflowerblue: `6495ed`,
                cornsilk: `fff8dc`,
                crimson: `dc143c`,
                cyan: `0ff`,
                darkblue: `00008b`,
                darkcyan: `008b8b`,
                darkgoldenrod: `b8860b`,
                darkgray: `a9a9a9`,
                darkgreen: `006400`,
                darkgrey: `a9a9a9`,
                darkkhaki: `bdb76b`,
                darkmagenta: `8b008b`,
                darkolivegreen: `556b2f`,
                darkorange: `ff8c00`,
                darkorchid: `9932cc`,
                darkred: `8b0000`,
                darksalmon: `e9967a`,
                darkseagreen: `8fbc8f`,
                darkslateblue: `483d8b`,
                darkslategray: `2f4f4f`,
                darkslategrey: `2f4f4f`,
                darkturquoise: `00ced1`,
                darkviolet: `9400d3`,
                deeppink: `ff1493`,
                deepskyblue: `00bfff`,
                dimgray: `696969`,
                dimgrey: `696969`,
                dodgerblue: `1e90ff`,
                firebrick: `b22222`,
                floralwhite: `fffaf0`,
                forestgreen: `228b22`,
                fuchsia: `f0f`,
                gainsboro: `dcdcdc`,
                ghostwhite: `f8f8ff`,
                gold: `ffd700`,
                goldenrod: `daa520`,
                gray: `808080`,
                green: `008000`,
                greenyellow: `adff2f`,
                grey: `808080`,
                honeydew: `f0fff0`,
                hotpink: `ff69b4`,
                indianred: `cd5c5c`,
                indigo: `4b0082`,
                ivory: `fffff0`,
                khaki: `f0e68c`,
                lavender: `e6e6fa`,
                lavenderblush: `fff0f5`,
                lawngreen: `7cfc00`,
                lemonchiffon: `fffacd`,
                lightblue: `add8e6`,
                lightcoral: `f08080`,
                lightcyan: `e0ffff`,
                lightgoldenrodyellow: `fafad2`,
                lightgray: `d3d3d3`,
                lightgreen: `90ee90`,
                lightgrey: `d3d3d3`,
                lightpink: `ffb6c1`,
                lightsalmon: `ffa07a`,
                lightseagreen: `20b2aa`,
                lightskyblue: `87cefa`,
                lightslategray: `789`,
                lightslategrey: `789`,
                lightsteelblue: `b0c4de`,
                lightyellow: `ffffe0`,
                lime: `0f0`,
                limegreen: `32cd32`,
                linen: `faf0e6`,
                magenta: `f0f`,
                maroon: `800000`,
                mediumaquamarine: `66cdaa`,
                mediumblue: `0000cd`,
                mediumorchid: `ba55d3`,
                mediumpurple: `9370db`,
                mediumseagreen: `3cb371`,
                mediumslateblue: `7b68ee`,
                mediumspringgreen: `00fa9a`,
                mediumturquoise: `48d1cc`,
                mediumvioletred: `c71585`,
                midnightblue: `191970`,
                mintcream: `f5fffa`,
                mistyrose: `ffe4e1`,
                moccasin: `ffe4b5`,
                navajowhite: `ffdead`,
                navy: `000080`,
                oldlace: `fdf5e6`,
                olive: `808000`,
                olivedrab: `6b8e23`,
                orange: `ffa500`,
                orangered: `ff4500`,
                orchid: `da70d6`,
                palegoldenrod: `eee8aa`,
                palegreen: `98fb98`,
                paleturquoise: `afeeee`,
                palevioletred: `db7093`,
                papayawhip: `ffefd5`,
                peachpuff: `ffdab9`,
                peru: `cd853f`,
                pink: `ffc0cb`,
                plum: `dda0dd`,
                powderblue: `b0e0e6`,
                purple: `800080`,
                rebeccapurple: `663399`,
                red: `f00`,
                rosybrown: `bc8f8f`,
                royalblue: `4169e1`,
                saddlebrown: `8b4513`,
                salmon: `fa8072`,
                sandybrown: `f4a460`,
                seagreen: `2e8b57`,
                seashell: `fff5ee`,
                sienna: `a0522d`,
                silver: `c0c0c0`,
                skyblue: `87ceeb`,
                slateblue: `6a5acd`,
                slategray: `708090`,
                slategrey: `708090`,
                snow: `fffafa`,
                springgreen: `00ff7f`,
                steelblue: `4682b4`,
                tan: `d2b48c`,
                teal: `008080`,
                thistle: `d8bfd8`,
                tomato: `ff6347`,
                turquoise: `40e0d0`,
                violet: `ee82ee`,
                wheat: `f5deb3`,
                white: `fff`,
                whitesmoke: `f5f5f5`,
                yellow: `ff0`,
                yellowgreen: `9acd32`
            }),
            (yh = (() => sp().Hsluv)()),
            (bh = new yh()),
            (xh = (() => {
                let e = `(?:[-\\+]?\\d*\\.\\d+%?)|(?:[-\\+]?\\d+%?)`,
                    t =
                        `[\\s|\\(]+(` +
                        e +
                        `)[,|\\s]+((?:[-\\+]?\\d*\\.\\d+%?)|(?:[-\\+]?\\d+%?))[,|\\s]+((?:[-\\+]?\\d*\\.\\d+%?)|(?:[-\\+]?\\d+%?))\\s*\\)?`,
                    n =
                        `[\\s|\\(]+(` +
                        e +
                        `)[,|\\s]+((?:[-\\+]?\\d*\\.\\d+%?)|(?:[-\\+]?\\d+%?))[,|\\s]+((?:[-\\+]?\\d*\\.\\d+%?)|(?:[-\\+]?\\d+%?))[,|\\s]+((?:[-\\+]?\\d*\\.\\d+%?)|(?:[-\\+]?\\d+%?))\\s*\\)?`;
                return {
                    rgb: RegExp(`rgb` + t),
                    rgba: RegExp(`rgba` + n),
                    hsl: RegExp(`hsl` + t),
                    hsla: RegExp(`hsla` + n),
                    hsv: RegExp(`hsv` + t),
                    hsva: RegExp(`hsva` + n),
                    hex3: /^([\da-f])([\da-f])([\da-f])$/iu,
                    hex6: /^([\da-f]{2})([\da-f]{2})([\da-f]{2})$/iu,
                    hex4: /^#?([\da-f])([\da-f])([\da-f])([\da-f])$/iu,
                    hex8: /^#?([\da-f]{2})([\da-f]{2})([\da-f]{2})([\da-f]{2})$/iu
                };
            })()),
            (Sh =
                /^color\(display-p3\s+(?<r>\d+\.\d+|\d+|\.\d+)\s+(?<g>\d+\.\d+|\d+|\.\d+)\s+(?<b>\d+\.\d+|\d+|\.\d+)(?:\s*\/\s*(?<a>\d+\.\d+|\d+|\.\d+))?\)$/u),
            (Ch = (e) => {
                let { r: t, g: n, b: r, a: i } = Fr(e);
                return {
                    x: 0.486570948648216 * t + 0.265667693169093 * n + 0.1982172852343625 * r,
                    y: 0.2289745640697487 * t + 0.6917385218365062 * n + 0.079286914093745 * r,
                    z: 0 * t + 0.0451133818589026 * n + 1.043944368900976 * r,
                    a: i
                };
            }),
            (wh = ({ x: e = 0, y: t = 0, z: n = 0, a: r = 1 }) =>
                Lr({
                    r: e * 3.2409699419045226 - t * 1.537383177570094 - 0.4986107602930034 * n,
                    g: e * -0.9692436362808796 + t * 1.8759675015077204 + 0.0415550574071756 * n,
                    b: e * 0.0556300796969936 - t * 0.2039769588889765 + 1.0569715142428784 * n,
                    a: r
                })),
            (Th = (e) => {
                let { r: t, g: n, b: r, a: i } = Fr(e);
                return {
                    x: 0.4123907992659593 * t + 0.357584339383878 * n + 0.1804807884018343 * r,
                    y: 0.2126390058715102 * t + 0.715168678767756 * n + 0.0721923153607337 * r,
                    z: 0.0193308187155918 * t + 0.119194779794626 * n + 0.9505321522496607 * r,
                    a: i
                };
            }),
            (Eh = ({ x: e = 0, y: t = 0, z: n = 0, a: r = 1 }) =>
                Lr({
                    r: e * 2.4934969119414263 - t * 0.9313836179191242 - 0.402710784450717 * n,
                    g: e * -0.8294889695615749 + t * 1.7626640603183465 + 0.0236246858419436 * n,
                    b: e * 0.0358458302437845 - t * 0.0761723892680418 + 0.9568845240076871 * n,
                    a: r
                })),
            (Dh = class e {
                constructor(e) {
                    N(this, `format`, `p3`),
                        N(this, `r`),
                        N(this, `g`),
                        N(this, `b`),
                        N(this, `a`),
                        (this.r = e.r ?? 0),
                        (this.g = e.g ?? 0),
                        (this.b = e.b ?? 0),
                        (this.a = e.a ?? 1);
                }
                hsv() {
                    return Rr(this);
                }
                rgb() {
                    return Hr(this);
                }
                hsl() {
                    return xr(this.r, this.g, this.b);
                }
                toString(e = `p3`, t) {
                    switch (e) {
                        case `p3`: {
                            let e = t?.r ?? this.r,
                                n = t?.g ?? this.g,
                                r = t?.b ?? this.b,
                                i = t?.a ?? this.a;
                            return i === 1
                                ? `color(display-p3 ${e} ${n} ${r})`
                                : `color(display-p3 ${e} ${n} ${r} / ${i})`;
                        }
                        case `srgb`: {
                            let e = this.rgb(),
                                n = Math.round(Math.max(0, Math.min(e.r, 1)) * 100) / 100,
                                r = Math.round(Math.max(0, Math.min(e.g, 1)) * 100) / 100,
                                i = Math.round(Math.max(0, Math.min(e.b, 1)) * 100) / 100,
                                a = t?.r ?? n * 255,
                                o = t?.g ?? r * 255,
                                s = t?.b ?? i * 255,
                                c = t?.a ?? e.a ?? 1;
                            return c === 1 ? `rgb(${a}, ${o}, ${s})` : `rgba(${a}, ${o}, ${s}, ${c})`;
                        }
                    }
                }
                static isP3String(e) {
                    return e.startsWith(`color(display-p3`);
                }
                static fromHSV(t, n = `p3`) {
                    switch (n) {
                        case `p3`:
                            return new e(Br(t));
                        case `srgb`:
                            return new e(Vr(Br(t)));
                    }
                }
                static fromRGB(t) {
                    return new e(
                        Vr({
                            r: Math.round((t.r / 255) * 1e4) / 1e4,
                            g: Math.round((t.g / 255) * 1e4) / 1e4,
                            b: Math.round((t.b / 255) * 1e4) / 1e4,
                            a: t.a ?? 1
                        })
                    );
                }
                static fromRGBString(t) {
                    let n = K(t);
                    if (n) return e.fromRGB(n);
                }
                static fromString(t) {
                    if (!e.isP3String(t)) return;
                    let n = Nr(t);
                    if (n) return new e({ r: n.r, g: n.g, b: n.b, a: n.a });
                }
                static srgbFromValue(t) {
                    if (!L(t) || !K.isP3String(t)) return t;
                    let n = e.fromString(t);
                    return n ? n.toString(`srgb`) : t;
                }
                static multiplyAlpha(t, n) {
                    return new e({ r: t.r, g: t.g, b: t.b, a: t.a * n });
                }
            }),
            (Oh = new Map()),
            (K = (() => {
                function e(n, r, i, a) {
                    if (typeof n == `string`) {
                        let r = Oh.get(n);
                        return r || ((r = t(n)), r === void 0 ? { ...e(`black`), isValid: !1 } : (Oh.set(n, r), r));
                    }
                    let o = t(n, r, i, a);
                    return o === void 0 ? { ...e(`black`), isValid: !1 } : o;
                }
                function t(t, n, r, i) {
                    if (t === ``) return;
                    let a = Ur(t, n, r, i);
                    if (a) {
                        let n = {
                            r: a.r,
                            g: a.g,
                            b: a.b,
                            a: a.a,
                            h: a.h,
                            s: a.s,
                            l: a.l,
                            initialValue: typeof t == `string` && a.format !== `hsv` ? t : void 0,
                            roundA: Math.round(100 * a.a) / 100,
                            format: a.format,
                            mix: e.mix,
                            toValue: () => e.toRgbString(n)
                        };
                        return n;
                    } else return;
                }
                let n = {
                    isRGB(e) {
                        return e === `rgb` || e === `rgba`;
                    },
                    isHSL(e) {
                        return e === `hsl` || e === `hsla`;
                    }
                };
                (e.inspect = (e, t) =>
                    e.format === `hsl`
                        ? `<${e.constructor.name} h:${e.h} s:${e.s} l:${e.l} a:${e.a}>`
                        : e.format === `hex` || e.format === `name`
                          ? `<${e.constructor.name} "${t}">`
                          : `<${e.constructor.name} r:${e.r} g:${e.g} b:${e.b} a:${e.a}>`),
                    (e.isColor = (t) => (typeof t == `string` ? e.isColorString(t) : e.isColorObject(t))),
                    (e.isColorString = (e) => (typeof e == `string` ? Ar(e) !== !1 : !1)),
                    (e.isColorObject = (e) =>
                        z(e) &&
                        typeof e.r == `number` &&
                        typeof e.g == `number` &&
                        typeof e.b == `number` &&
                        typeof e.h == `number` &&
                        typeof e.s == `number` &&
                        typeof e.l == `number` &&
                        typeof e.a == `number` &&
                        typeof e.roundA == `number` &&
                        typeof e.format == `string`),
                    (e.toString = (t) => e.toRgbString(t)),
                    (e.toHex = (e, t = !1) => br(e.r, e.g, e.b, t)),
                    (e.toHexString = (t, n = !1) => `#${e.toHex(t, n)}`),
                    (e.isP3String = (e) => (typeof e == `string` ? Dh.isP3String(e) : !1)),
                    (e.toRgbString = (e) =>
                        e.a === 1
                            ? `rgb(` + Math.round(e.r) + `, ` + Math.round(e.g) + `, ` + Math.round(e.b) + `)`
                            : `rgba(` +
                              Math.round(e.r) +
                              `, ` +
                              Math.round(e.g) +
                              `, ` +
                              Math.round(e.b) +
                              `, ` +
                              e.roundA +
                              `)`),
                    (e.toHusl = (e) => ({ ...gr(e.r, e.g, e.b), a: e.roundA })),
                    (e.toHslString = (t) => {
                        let n = e.toHsl(t),
                            r = Math.round(n.h),
                            i = Math.round(n.s * 100),
                            a = Math.round(n.l * 100);
                        return t.a === 1
                            ? `hsl(` + r + `, ` + i + `%, ` + a + `%)`
                            : `hsla(` + r + `, ` + i + `%, ` + a + `%, ` + t.roundA + `)`;
                    }),
                    (e.toHsv = (e) => {
                        let t = wr(e.r, e.g, e.b);
                        return { h: t.h * 360, s: t.s, v: t.v, a: e.a };
                    }),
                    (e.toHsvString = (e) => {
                        let t = wr(e.r, e.g, e.b),
                            n = Math.round(t.h * 360),
                            r = Math.round(t.s * 100),
                            i = Math.round(t.v * 100);
                        return e.a === 1
                            ? `hsv(` + n + `, ` + r + `%, ` + i + `%)`
                            : `hsva(` + n + `, ` + r + `%, ` + i + `%, ` + e.roundA + `)`;
                    }),
                    (e.toName = (e) => {
                        if (e.a === 0) return `transparent`;
                        if (e.a < 1) return !1;
                        let t = br(e.r, e.g, e.b, !0);
                        for (let e of Object.keys(vh)) {
                            let n = vh[e];
                            if (n === t) return e;
                        }
                        return !1;
                    }),
                    (e.toHsl = (e) => ({ h: Math.round(e.h), s: e.s, l: e.l, a: e.a })),
                    (e.toRgb = (e) => ({ r: Math.round(e.r), g: Math.round(e.g), b: Math.round(e.b), a: e.a })),
                    (e.brighten = (t, n = 10) => {
                        let r = e.toRgb(t);
                        return (
                            (r.r = Math.max(0, Math.min(255, r.r - Math.round(255 * -(n / 100))))),
                            (r.g = Math.max(0, Math.min(255, r.g - Math.round(255 * -(n / 100))))),
                            (r.b = Math.max(0, Math.min(255, r.b - Math.round(255 * -(n / 100))))),
                            e(r)
                        );
                    }),
                    (e.lighten = (t, n = 10) => {
                        let r = e.toHsl(t);
                        return (r.l += n / 100), (r.l = Math.min(1, Math.max(0, r.l))), e(r);
                    }),
                    (e.darken = (t, n = 10) => {
                        let r = e.toHsl(t);
                        return (r.l -= n / 100), (r.l = Math.min(1, Math.max(0, r.l))), e(r);
                    }),
                    (e.saturate = (t, n = 10) => {
                        let r = e.toHsl(t);
                        return (r.s += n / 100), (r.s = Math.min(1, Math.max(0, r.s))), e(r);
                    }),
                    (e.desaturate = (t, n = 10) => {
                        let r = e.toHsl(t);
                        return (r.s -= n / 100), (r.s = Math.min(1, Math.max(0, r.s))), e(r);
                    }),
                    (e.grayscale = (t) => e.desaturate(t, 100)),
                    (e.hueRotate = (t, n) => {
                        let r = e.toHsl(t);
                        return (r.h += n), (r.h = r.h > 360 ? r.h - 360 : r.h), e(r);
                    }),
                    (e.alpha = (t, n = 1) => e({ r: t.r, g: t.g, b: t.b, a: n })),
                    (e.transparent = (t) => e.alpha(t, 0)),
                    (e.multiplyAlpha = (t, n = 1) => e({ r: t.r, g: t.g, b: t.b, a: t.a * n })),
                    (e.interpolate = (t, n, r = `rgb`) => {
                        if (!e.isColorObject(t) || !e.isColorObject(n))
                            throw TypeError(`Both arguments for Color.interpolate must be Color objects`);
                        return (i) => {
                            let a = e.mixAsColor(t, n, i, !1, r);
                            return a;
                        };
                    }),
                    (e.mix = (t, n, { model: r = `rgb` } = {}) => {
                        let i = typeof t == `string` ? e(t) : t,
                            a = e.interpolate(i, n, r);
                        return (t) => e.toRgbString(a(t));
                    }),
                    (e.mixAsColor = (t, r, i = 0.5, a = !1, o = `rgb`) => {
                        let s = null;
                        if (n.isRGB(o))
                            s = e({
                                r: fr(i, [0, 1], [t.r, r.r], a),
                                g: fr(i, [0, 1], [t.g, r.g], a),
                                b: fr(i, [0, 1], [t.b, r.b], a),
                                a: fr(i, [0, 1], [t.a, r.a], a)
                            });
                        else {
                            let c, l;
                            n.isHSL(o) ? ((c = e.toHsl(t)), (l = e.toHsl(r))) : ((c = e.toHusl(t)), (l = e.toHusl(r))),
                                c.s === 0 ? (c.h = l.h) : l.s === 0 && (l.h = c.h);
                            let u = c.h,
                                d = l.h,
                                f = d - u;
                            f > 180 ? (f = d - 360 - u) : f < -180 && (f = d + 360 - u);
                            let p = {
                                h: fr(i, [0, 1], [u, u + f], a),
                                s: fr(i, [0, 1], [c.s, l.s], a),
                                l: fr(i, [0, 1], [c.l, l.l], a),
                                a: fr(i, [0, 1], [t.a, r.a], a)
                            };
                            s = n.isHSL(o) ? e(p) : e(_r(p.h, p.s, p.l, p.a));
                        }
                        return s;
                    }),
                    (e.random = (t = 1) => {
                        function n() {
                            return Math.floor(Math.random() * 255);
                        }
                        return e(`rgba(` + n() + `, ` + n() + `, ` + n() + `, ` + t + `)`);
                    }),
                    (e.grey = (t = 0.5, n = 1) => (
                        (t = Math.floor(t * 255)), e(`rgba(` + t + `, ` + t + `, ` + t + `, ` + n + `)`)
                    )),
                    (e.gray = e.grey),
                    (e.rgbToHsl = (e, t, n) => xr(e, t, n)),
                    (e.isValidColorProperty = (t, n) => {
                        let r = t.toLowerCase().slice(-5) === `color` || t === `fill` || t === `stroke`;
                        return !!(r && typeof n == `string` && e.isColorString(n));
                    }),
                    (e.difference = (e, t) => {
                        let n = (e.r + t.r) / 2,
                            r = e.r - t.r,
                            i = e.g - t.g,
                            a = e.b - t.b,
                            o = r ** 2,
                            s = i ** 2,
                            c = a ** 2;
                        return Math.sqrt(2 * o + 4 * s + 3 * c + (n * (o - c)) / 256);
                    }),
                    (e.equal = (e, t, n = 0.1) =>
                        !(
                            Math.abs(e.r - t.r) >= n ||
                            Math.abs(e.g - t.g) >= n ||
                            Math.abs(e.b - t.b) >= n ||
                            Math.abs(e.a - t.a) * 256 >= n
                        ));
                let r = Se([0, 255], [0, 1]);
                function i(e) {
                    e = r(e);
                    let t = Math.abs(e);
                    return t < 0.04045 ? e / 12.92 : (Math.sign(e) || 1) * ((t + 0.055) / 1.055) ** 2.4;
                }
                return (
                    (e.luminance = (t) => {
                        let { r: n, g: r, b: a } = e.toRgb(t);
                        return 0.2126 * i(n) + 0.7152 * i(r) + 0.0722 * i(a);
                    }),
                    (e.contrast = (t, n) => {
                        let r = e.luminance(t),
                            i = e.luminance(n);
                        return (Math.max(r, i) + 0.05) / (Math.min(r, i) + 0.05);
                    }),
                    e
                );
            })()),
            (kh = (e = `husl`) => ({
                interpolate(t, n) {
                    return ([t, n] = sh.handleUndefined(t, n)), K.interpolate(K(t), K(n), e);
                },
                difference(e, t) {
                    return K.difference(K(e), K(t));
                }
            })),
            (Ah = {
                interpolate(e, t) {
                    return ([e, t] = sh.handleUndefined(e, t)), (n) => (n < 0.5 ? e : t);
                },
                difference(e, t) {
                    return e === t ? 0 : 1;
                }
            }),
            (jh = (e) => ({
                interpolate(t, n) {
                    [t, n] = sh.handleUndefined(t, n);
                    let r = Object.assign({}, t),
                        i = {},
                        a = new Set();
                    for (let r in t) (i[r] = e.interpolate(t[r], n[r])), a.add(r);
                    for (let r in n) a.has(r) || ((i[r] = e.interpolate(t[r], n[r])), a.add(r));
                    return (e) => {
                        for (let t in i) r[t] = i[t](e);
                        return r;
                    };
                },
                difference(t, n) {
                    let r = 0;
                    for (let i in t) {
                        let a = e.difference(t[i], n[i]);
                        r += a ** 2;
                    }
                    return Math.sqrt(r);
                }
            })),
            (Mh = { colorModel: `husl` }),
            (Nh = class e {
                constructor(e = Mh) {
                    N(this, `options`),
                        N(
                            this,
                            `interpolate`,
                            (e, t) => (
                                ([e, t] = sh.handleUndefined(e, t)), this.interPolationForValue(e).interpolate(e, t)
                            )
                        ),
                        N(this, `difference`, (e, t) => {
                            let n = this.interPolationForValue(e);
                            return n.difference(e, t);
                        }),
                        (this.options = { ...Mh, ...e });
                }
                interPolationForValue(t) {
                    let n = typeof t;
                    if (n === `number`) return ch;
                    if (n === `boolean` || n === `function`) return Ah;
                    if (K.isColor(t)) return kh(this.options.colorModel);
                    if (n === `object`) {
                        if (t === null) return Ah;
                        let n = t.constructor;
                        if (n && cr(n)) {
                            let r = n.interpolationFor(t, this);
                            if (r && r !== this && r.constructor !== e) return r;
                        }
                        return jh(this);
                    }
                    return console.warn(`No interpolation defined for ${t}`), Ah;
                }
            }),
            (Ph = (e) => e instanceof oe),
            (Fh = (() => ({ delta: 1 / 60, maxValues: 1e4 }))()),
            (Ih = class {
                constructor(e) {
                    N(this, `animator`),
                        N(this, `values`),
                        N(this, `currentTime`, 0),
                        N(this, `totalTime`),
                        N(this, `options`),
                        (this.options = { ...Fh, ...e }),
                        (this.animator = e.animator);
                }
                preCalculate() {
                    if (!this.animator.isReady()) return;
                    let { delta: e } = this.options;
                    for (
                        this.values = [];
                        !this.animator.isFinished() && this.values.length < this.options.maxValues;

                    ) {
                        let e = this.animator.next(this.options.delta);
                        if (typeof e == `object` && e) {
                            let t = e,
                                n = { ...t };
                            e = n;
                        }
                        this.values.push(e);
                    }
                    this.totalTime = this.values.length * e;
                }
                indexForTime(e) {
                    return (
                        B(this.values !== void 0, `values must be set before calling indexForTime()`),
                        B(this.totalTime !== void 0, `totalTime must be set before calling indexForTime()`),
                        Math.max(
                            0,
                            Math.min(this.values.length - 1, Math.round(this.values.length * (e / this.totalTime)) - 1)
                        )
                    );
                }
                valueForTime(e) {
                    B(this.values !== void 0, `values must be set before calling valueForTime()`);
                    let t = this.indexForTime(e),
                        n = this.values[t];
                    return n;
                }
                setFrom(e) {
                    this.animator.setFrom(e), this.preCalculate();
                }
                setTo(e) {
                    this.animator.setTo(e), this.preCalculate();
                }
                isReady() {
                    return (
                        B(this.totalTime !== void 0, `totalTime must be set before calling isReady()`),
                        this.values !== void 0 && this.values.length > 0 && this.totalTime > 0
                    );
                }
                next(e) {
                    return (this.currentTime += e), this.valueForTime(this.currentTime);
                }
                isFinished() {
                    return (
                        B(this.totalTime !== void 0, `totalTime must be set before calling isFinished()`),
                        this.totalTime === 0 || this.currentTime >= this.totalTime
                    );
                }
                get endValue() {
                    this.preCalculate(),
                        B(this.totalTime !== void 0, `expecting totalTime to be set after calling preCalculate()`);
                    let e = this.valueForTime(this.totalTime);
                    return (
                        B(this.values !== void 0, `expecting values to be set after calling preCalculate()`),
                        this.values.length > 0 ? e : this.animator.next(0)
                    );
                }
            }),
            (Lh = (() => cp().EventEmitter)()),
            (Rh = class {
                constructor() {
                    N(this, `_emitter`, new Lh());
                }
                eventNames() {
                    return this._emitter.eventNames();
                }
                eventListeners() {
                    let e = {};
                    for (let t of this._emitter.eventNames()) e[t] = this._emitter.listeners(t);
                    return e;
                }
                on(e, t) {
                    this.addEventListener(e, t, !1, !1, this);
                }
                off(e, t) {
                    this.removeEventListeners(e, t);
                }
                once(e, t) {
                    this.addEventListener(e, t, !0, !1, this);
                }
                unique(e, t) {
                    this.addEventListener(e, t, !1, !0, this);
                }
                addEventListener(e, t, n, r, i) {
                    if (r) {
                        for (let e of this._emitter.eventNames()) if (t === this._emitter.listeners(e)) return;
                    }
                    n === !0 ? this._emitter.once(e, t, i) : this._emitter.addListener(e, t, i);
                }
                removeEventListeners(e, t) {
                    e ? this._emitter.removeListener(e, t) : this.removeAllEventListeners();
                }
                removeAllEventListeners() {
                    this._emitter.removeAllListeners();
                }
                countEventListeners(e) {
                    if (e) return this._emitter.listeners(e).length;
                    {
                        let e = 0;
                        for (let t of this._emitter.eventNames()) e += this._emitter.listeners(t).length;
                        return e;
                    }
                }
                emit(e, ...t) {
                    this._emitter.emit(e, ...t);
                }
            }),
            (zh = (e) => {
                setTimeout(e, 1 / 60);
            }),
            (Bh = (() => G.requestAnimationFrame || zh)()),
            (Vh = (e) => Bh(e)),
            (Hh = (() => 1 / 60)()),
            (Uh = class extends Rh {
                constructor(e = !1) {
                    super(),
                        N(this, `_started`, !1),
                        N(this, `_frame`, 0),
                        N(this, `_frameTasks`, []),
                        N(this, `tick`, () => {
                            this._started &&
                                (Vh(this.tick),
                                this.emit(`update`, this._frame, Hh),
                                this.emit(`render`, this._frame, Hh),
                                this._processFrameTasks(),
                                this._frame++);
                        }),
                        e && this.start();
                }
                addFrameTask(e) {
                    this._frameTasks.push(e);
                }
                _processFrameTasks() {
                    var e;
                    let t = this._frameTasks,
                        n = t.length;
                    if (n !== 0) {
                        for (let r = 0; r < n; r++) (e = t[r]) == null || e.call(t);
                        t.length = 0;
                    }
                }
                static set TimeStep(e) {
                    Hh = e;
                }
                static get TimeStep() {
                    return Hh;
                }
                start() {
                    return this._started ? this : ((this._frame = 0), (this._started = !0), Vh(this.tick), this);
                }
                stop() {
                    return (this._started = !1), this;
                }
                get frame() {
                    return this._frame;
                }
                get time() {
                    return this._frame * Hh;
                }
            }),
            (Wh = new Uh()),
            (Gh = {
                target: G.location.origin === `https://screenshot.framer.invalid` ? `EXPORT` : `PREVIEW`,
                zoom: 1
            }),
            (q = {
                canvas: `CANVAS`,
                export: `EXPORT`,
                thumbnail: `THUMBNAIL`,
                preview: `PREVIEW`,
                current: () => Gh.target,
                hasRestrictions: () => {
                    let e = Gh.target;
                    return e === `CANVAS` || e === `EXPORT`;
                }
            }),
            (Kh = class {
                constructor(e, t, n) {
                    (this.animator = e),
                        (this.updateCallback = t),
                        (this.finishedCallback = n),
                        N(this, `update`, (e, t) => {
                            if (this.animator.isFinished()) this.finish();
                            else {
                                let e = this.animator.next(t);
                                this.updateCallback(e);
                            }
                        }),
                        this.animator.isReady() ||
                            console.warn(`AnimationDriver initialized with animator that isn't ready`);
                }
                finish() {
                    this.finishedCallback && this.finishedCallback(this.animator.isFinished());
                }
                isFinished() {
                    return this.animator.isFinished();
                }
            }),
            (qh = class extends Kh {
                play() {
                    if (Gh.target !== q.preview) {
                        this.finishedCallback && this.finishedCallback(!1);
                        return;
                    }
                    Wh.on(`update`, this.update);
                }
                cancel() {
                    Wh.off(`update`, this.update);
                }
                finish() {
                    Wh.off(`update`, this.update), super.finish();
                }
            }),
            (Jh = { precalculate: !1, colorModel: `husl` }),
            (Yh = class e {
                constructor(t, n, r, i, a, o = qh) {
                    N(this, `driver`),
                        N(this, `playStateSource`, `idle`),
                        N(this, `onfinish`),
                        N(this, `oncancel`),
                        N(this, `readyPromise`, Promise.resolve()),
                        N(this, `readyResolve`, null),
                        N(this, `finishedPromise`, Promise.resolve()),
                        N(this, `finishedResolve`, null),
                        N(this, `finishedReject`, null),
                        this.resetFinishedPromise();
                    let s = { ...Jh },
                        c = {};
                    a && (Object.assign(s, a), Object.assign(c, a));
                    let l;
                    l = s.customInterpolation ? s.customInterpolation : new Nh(a);
                    let u;
                    (u = i ? new i(c, l) : new ih({}, l)),
                        s.precalculate && (u = new Ih({ animator: u })),
                        u.setFrom(n),
                        u.setTo(r);
                    let d = (n) => {
                            e.driverCallbackHandler(t, n);
                        },
                        f = (n) => {
                            n &&
                                (e.driverCallbackHandler(t, r),
                                this.playStateSource === `running` && (this.playStateValue = `finished`));
                        };
                    this.driver = new o(u, d, f);
                }
                static driverCallbackHandler(e, t) {
                    if (tr(e) || Ph(e)) e.set(t);
                    else {
                        let n = e;
                        $m.transaction((e) => {
                            for (let r in n) {
                                let i = n[r];
                                tr(i) ? e(i, t[r]) : (n[r] = t[r]);
                            }
                        });
                    }
                }
                get playStateValue() {
                    return this.playStateSource;
                }
                set playStateValue(e) {
                    if (e !== this.playStateSource) {
                        let t = e;
                        switch (((this.playStateSource = e), e)) {
                            case `idle`:
                                t === `running` && this.oncancel && this.oncancel(),
                                    this.readyResolve && this.readyResolve(),
                                    this.resetReadyPromise();
                                break;
                            case `finished`:
                                if (t === `idle`) {
                                    console.warn(`Bad state transition`);
                                    break;
                                }
                                this.onfinish && this.onfinish(), this.finishedResolve && this.finishedResolve();
                                break;
                            case `running`:
                                this.resetReadyPromise();
                                break;
                        }
                        t === `finished` && this.resetFinishedPromise(),
                            e === `finished` && (this.playStateValue = `idle`);
                    }
                }
                get playState() {
                    return this.playStateValue;
                }
                resetReadyPromise() {
                    (this.readyResolve = null),
                        (this.readyPromise = new Promise((e, t) => {
                            this.readyResolve = e;
                        }));
                }
                get ready() {
                    return this.readyPromise;
                }
                resetFinishedPromise() {
                    (this.finishedResolve = null),
                        (this.finishedReject = null),
                        (this.finishedPromise = new Promise((e, t) => {
                            (this.finishedResolve = e), (this.finishedReject = t);
                        })),
                        this.finishedPromise.catch((e) => {});
                }
                get finished() {
                    return this.finishedPromise;
                }
                play() {
                    (this.playStateValue = `running`), this.driver.play();
                }
                cancel() {
                    this.playStateValue === `running` &&
                        (this.driver.cancel(),
                        this.playState !== `idle` && this.finishedReject && this.finishedReject(`AbortError`),
                        (this.playStateValue = `idle`));
                }
                finish() {
                    this.playStateSource === `running` && ((this.playStateValue = `finished`), this.driver.finish());
                }
                isFinished() {
                    return this.playStateValue === `finished`;
                }
            }),
            (Xh = (e) => ({
                correct: (t, { delta: n, treeScale: r }) => {
                    if ((typeof t == `string` && (t = parseFloat(t)), t === 0)) return `0px`;
                    let i = t;
                    return n && r && ((i = Math.round(t / n[e].scale / r[e])), (i = Math.max(i, 1))), i + `px`;
                }
            })),
            _e({
                borderTopWidth: Xh(`y`),
                borderLeftWidth: Xh(`x`),
                borderRightWidth: Xh(`x`),
                borderBottomWidth: Xh(`y`)
            }),
            (Zh = (() => {
                function e(e, t, n, r) {
                    return tr(e) ? Yr(e, t, n, r) : P(e, t, n);
                }
                return (
                    (e.spring = (t, n, r) => e(t, n, _h, r)),
                    (e.bezier = (t, n, r) => e(t, n, ih, r)),
                    (e.linear = (t, n, r) => e.bezier(t, n, { ...r, curve: `linear` })),
                    (e.ease = (t, n, r) => e.bezier(t, n, { ...r, curve: `ease` })),
                    (e.easeIn = (t, n, r) => e.bezier(t, n, { ...r, curve: `ease-in` })),
                    (e.easeOut = (t, n, r) => e.bezier(t, n, { ...r, curve: `ease-out` })),
                    (e.easeInOut = (t, n, r) => e.bezier(t, n, { ...r, curve: `ease-in-out` })),
                    e
                );
            })()),
            (Qh = u.createContext({ getLayoutId: (e) => null, persistLayoutIdCache: () => {}, top: !1, enabled: !0 })),
            ($h = {
                background: void 0,
                display: `flex`,
                flexDirection: `column`,
                justifyContent: `center`,
                alignItems: `center`,
                lineHeight: `1.4em`,
                textOverflow: `ellipsis`,
                overflow: `hidden`,
                minHeight: 0,
                width: `100%`,
                height: `100%`
            }),
            (eg = (() => ({
                ...$h,
                border: `1px solid rgba(149, 149, 149, 0.15)`,
                borderRadius: 6,
                fontSize: `12px`,
                backgroundColor: `rgba(149, 149, 149, 0.1)`,
                color: `#a5a5a5`
            }))()),
            (tg = {
                overflow: `hidden`,
                whiteSpace: `nowrap`,
                textOverflow: `ellipsis`,
                maxWidth: `100%`,
                flexShrink: 0,
                padding: `0 10px`
            }),
            (ng = (() => ({ ...tg, fontWeight: 500 }))()),
            (rg = (() => ({
                ...tg,
                whiteSpace: `pre`,
                maxHeight: `calc(50% - calc(20px * var(--framerInternalCanvas-canvasPlaceholderContentScaleFactor, 1)))`,
                WebkitMaskImage: `linear-gradient(to bottom, black 80%, transparent 100%)`
            }))()),
            (ig = (() => {
                function e(e, t) {
                    return { a: e, b: t };
                }
                return (
                    (e.offset = (t, n) => {
                        let r = or.angleFromX(t.a, t.b),
                            i = ai(r),
                            a = n * Math.sin(i),
                            o = n * Math.cos(i);
                        return e({ x: t.a.x + a, y: t.a.y - o }, { x: t.b.x + a, y: t.b.y - o });
                    }),
                    (e.intersection = (e, t, n) => {
                        let r = e.a.x,
                            i = e.a.y,
                            a = e.b.x,
                            o = e.b.y,
                            s = t.a.x,
                            c = t.a.y,
                            l = t.b.x,
                            u = t.b.y,
                            d = (l - s) * (c - i) - (u - c) * (s - r),
                            f = (l - s) * (o - i) - (u - c) * (a - r),
                            p = (a - r) * (c - i) - (o - i) * (s - r);
                        if ((d === 0 && f === 0) || f === 0) return null;
                        let m = d / f,
                            h = p / f;
                        return n && (m < 0 || m > 1 || h < 0 || h > 1)
                            ? null
                            : { x: r + m * (a - r), y: i + m * (o - i) };
                    }),
                    (e.intersectionAngle = (e, t) => {
                        let n = e.b.x - e.a.x,
                            r = e.b.y - e.a.y,
                            i = t.b.x - t.a.x,
                            a = t.b.y - t.a.y,
                            o = Math.atan2(n * a - r * i, n * i + r * a);
                        return o * (180 / Math.PI);
                    }),
                    (e.isOrthogonal = (e) => e.a.x === e.b.x || e.a.y === e.b.y),
                    (e.perpendicular = (t, n) => {
                        let r = t.a.x - t.b.x,
                            i = t.a.y - t.b.y,
                            a = or(n.x - i, n.y + r);
                        return e(a, n);
                    }),
                    (e.projectPoint = (t, n) => {
                        let r = e.perpendicular(t, n);
                        return e.intersection(t, r);
                    }),
                    (e.pointAtPercentDistance = (t, n) => {
                        let r = e.distance(t),
                            i = (n * r) / r;
                        return { x: i * t.b.x + (1 - i) * t.a.x, y: i * t.b.y + (1 - i) * t.a.y };
                    }),
                    (e.distance = (e) => or.distance(e.a, e.b)),
                    e
                );
            })()),
            (J = {
                equals: function (e, t) {
                    return e === t
                        ? !0
                        : !e || !t
                          ? !1
                          : e.x === t.x && e.y === t.y && e.width === t.width && e.height === t.height;
                },
                from: (e) => ({ x: e.x, y: e.y, width: e.width, height: e.height }),
                atOrigin: (e) => ({ x: 0, y: 0, width: e.width, height: e.height }),
                fromTwoPoints: (e, t) => ({
                    x: Math.min(e.x, t.x),
                    y: Math.min(e.y, t.y),
                    width: Math.abs(e.x - t.x),
                    height: Math.abs(e.y - t.y)
                }),
                fromRect: (e) => ({ x: e.left, y: e.top, width: e.right - e.left, height: e.bottom - e.top }),
                multiply: (e, t) => ({ x: e.x * t, y: e.y * t, width: e.width * t, height: e.height * t }),
                divide: (e, t) => J.multiply(e, 1 / t),
                offset: (e, t) => {
                    let n = typeof t.x == `number` ? t.x : 0,
                        r = typeof t.y == `number` ? t.y : 0;
                    return { ...e, x: e.x + n, y: e.y + r };
                },
                inflate: (e, t) => {
                    if (t === 0) return e;
                    let n = 2 * t;
                    return { x: e.x - t, y: e.y - t, width: e.width + n, height: e.height + n };
                },
                pixelAligned: (e) => {
                    let t = Math.round(e.x),
                        n = Math.round(e.y),
                        r = Math.round(e.x + e.width),
                        i = Math.round(e.y + e.height),
                        a = Math.max(r - t, 0),
                        o = Math.max(i - n, 0);
                    return { x: t, y: n, width: a, height: o };
                },
                halfPixelAligned: (e) => {
                    let t = Math.round(e.x * 2) / 2,
                        n = Math.round(e.y * 2) / 2,
                        r = Math.round((e.x + e.width) * 2) / 2,
                        i = Math.round((e.y + e.height) * 2) / 2,
                        a = Math.max(r - t, 1),
                        o = Math.max(i - n, 1);
                    return { x: t, y: n, width: a, height: o };
                },
                round: (e, t = 0) => {
                    let n = rr(e.x, t),
                        r = rr(e.y, t),
                        i = rr(e.width, t),
                        a = rr(e.height, t);
                    return { x: n, y: r, width: i, height: a };
                },
                roundToOutside: (e) => {
                    let t = Math.floor(e.x),
                        n = Math.floor(e.y),
                        r = Math.ceil(e.x + e.width),
                        i = Math.ceil(e.y + e.height),
                        a = Math.max(r - t, 0),
                        o = Math.max(i - n, 0);
                    return { x: t, y: n, width: a, height: o };
                },
                minX: (e) => e.x,
                maxX: (e) => e.x + e.width,
                minY: (e) => e.y,
                maxY: (e) => e.y + e.height,
                positions: (e) => ({
                    minX: e.x,
                    midX: e.x + e.width / 2,
                    maxX: J.maxX(e),
                    minY: e.y,
                    midY: e.y + e.height / 2,
                    maxY: J.maxY(e)
                }),
                center: (e) => ({ x: e.x + e.width / 2, y: e.y + e.height / 2 }),
                boundingRectFromPoints: (e) => {
                    let t = 1 / 0,
                        n = -1 / 0,
                        r = 1 / 0,
                        i = -1 / 0;
                    for (let a = 0; a < e.length; a++) {
                        let o = e[a];
                        (t = Math.min(t, o.x)), (n = Math.max(n, o.x)), (r = Math.min(r, o.y)), (i = Math.max(i, o.y));
                    }
                    return { x: t, y: r, width: n - t, height: i - r };
                },
                fromPoints: (e) => {
                    let [t, n, r, i] = e,
                        { x: a, y: o } = t,
                        s = or.distance(t, n),
                        c = or.distance(t, i);
                    return { x: a, y: o, width: s, height: c };
                },
                merge: (...e) => {
                    let t = { x: Math.min(...e.map(J.minX)), y: Math.min(...e.map(J.minY)) },
                        n = { x: Math.max(...e.map(J.maxX)), y: Math.max(...e.map(J.maxY)) };
                    return J.fromTwoPoints(t, n);
                },
                intersection: (e, t) => {
                    let n = Math.max(e.x, t.x),
                        r = Math.min(e.x + e.width, t.x + t.width),
                        i = Math.max(e.y, t.y),
                        a = Math.min(e.y + e.height, t.y + t.height);
                    return { x: n, y: i, width: r - n, height: a - i };
                },
                points: (e) => [
                    { x: J.minX(e), y: J.minY(e) },
                    { x: J.minX(e), y: J.maxY(e) },
                    { x: J.maxX(e), y: J.minY(e) },
                    { x: J.maxX(e), y: J.maxY(e) }
                ],
                pointsAtOrigin: (e) => [
                    { x: 0, y: 0 },
                    { x: e.width, y: 0 },
                    { x: e.width, y: e.height },
                    { x: 0, y: e.height }
                ],
                transform: (e, t) => {
                    let { x: n, y: r } = t.transformPoint({ x: e.x, y: e.y }),
                        { x: i, y: a } = t.transformPoint({ x: e.x + e.width, y: e.y }),
                        { x: o, y: s } = t.transformPoint({ x: e.x + e.width, y: e.y + e.height }),
                        { x: c, y: l } = t.transformPoint({ x: e.x, y: e.y + e.height }),
                        u = Math.min(n, i, o, c),
                        d = Math.max(n, i, o, c) - u,
                        f = Math.min(r, a, s, l),
                        p = Math.max(r, a, s, l) - f;
                    return { x: u, y: f, width: d, height: p };
                },
                containsPoint: (e, t) =>
                    !(
                        t.x < J.minX(e) ||
                        t.x > J.maxX(e) ||
                        t.y < J.minY(e) ||
                        t.y > J.maxY(e) ||
                        Number.isNaN(e.x) ||
                        Number.isNaN(e.y)
                    ),
                containsRect: (e, t) => {
                    for (let n of J.points(t)) if (!J.containsPoint(e, n)) return !1;
                    return !0;
                },
                toCSS: (e) => ({
                    display: `block`,
                    transform: `translate(${e.x}px, ${e.y}px)`,
                    width: `${e.width}px`,
                    height: `${e.height}px`
                }),
                inset: (e, t) => ({
                    x: e.x + t,
                    y: e.y + t,
                    width: Math.max(0, e.width - 2 * t),
                    height: Math.max(0, e.height - 2 * t)
                }),
                intersects: (e, t) => !(t.x >= J.maxX(e) || J.maxX(t) <= e.x || t.y >= J.maxY(e) || J.maxY(t) <= e.y),
                overlapHorizontally: (e, t) => {
                    let n = J.maxX(e),
                        r = J.maxX(t);
                    return n > t.x && r > e.x;
                },
                overlapVertically: (e, t) => {
                    let n = J.maxY(e),
                        r = J.maxY(t);
                    return n > t.y && r > e.y;
                },
                doesNotIntersect: (e, t) => t.find((t) => J.intersects(t, e)) === void 0,
                isEqual: (e, t) => J.equals(e, t),
                cornerPoints: (e) => {
                    let t = e.x,
                        n = e.x + e.width,
                        r = e.y,
                        i = e.y + e.height,
                        a = { x: t, y: r },
                        o = { x: n, y: r },
                        s = { x: n, y: i },
                        c = { x: t, y: i };
                    return [a, o, s, c];
                },
                midPoints: (e) => {
                    let t = e.x,
                        n = e.x + e.width / 2,
                        r = e.x + e.width,
                        i = e.y,
                        a = e.y + e.height / 2,
                        o = e.y + e.height,
                        s = { x: n, y: i },
                        c = { x: r, y: a },
                        l = { x: n, y: o },
                        u = { x: t, y: a };
                    return [s, c, l, u];
                },
                pointDistance: (e, t) => {
                    let n = 0,
                        r = 0;
                    return (
                        t.x < e.x ? (n = e.x - t.x) : t.x > J.maxX(e) && (n = t.x - J.maxX(e)),
                        t.y < e.y ? (r = e.y - t.y) : t.y > J.maxY(e) && (r = t.y - J.maxY(e)),
                        or.distance({ x: n, y: r }, { x: 0, y: 0 })
                    );
                },
                delta: (e, t) => {
                    let n = { x: J.minX(e), y: J.minY(e) },
                        r = { x: J.minX(t), y: J.minY(t) };
                    return { x: n.x - r.x, y: n.y - r.y };
                },
                withMinSize: (e, t) => {
                    let { width: n, height: r } = t,
                        i = e.width - n,
                        a = e.height - r;
                    return {
                        width: Math.max(e.width, n),
                        height: Math.max(e.height, r),
                        x: e.width < n ? e.x + i / 2 : e.x,
                        y: e.height < r ? e.y + a / 2 : e.y
                    };
                },
                anyPointsOutsideRect: (e, t) => {
                    let n = J.minX(e),
                        r = J.minY(e),
                        i = J.maxX(e),
                        a = J.maxY(e);
                    for (let e of t) if (e.x < n || e.x > i || e.y < r || e.y > a) return !0;
                    return !1;
                },
                edges: (e) => {
                    let [t, n, r, i] = J.cornerPoints(e);
                    return [ig(t, n), ig(n, r), ig(r, i), ig(i, t)];
                },
                rebaseRectOnto: (e, t, n, r) => {
                    let i = { ...e };
                    switch (n) {
                        case `bottom`:
                        case `top`:
                            switch (r) {
                                case `start`:
                                    i.x = t.x;
                                    break;
                                case `center`:
                                    i.x = t.x + t.width / 2 - e.width / 2;
                                    break;
                                case `end`:
                                    i.x = t.x + t.width - e.width;
                                    break;
                                default:
                                    V(r);
                            }
                            break;
                        case `left`:
                            i.x = t.x - e.width;
                            break;
                        case `right`:
                            i.x = t.x + t.width;
                            break;
                        default:
                            V(n);
                    }
                    switch (n) {
                        case `left`:
                        case `right`:
                            switch (r) {
                                case `start`:
                                    i.y = t.y;
                                    break;
                                case `center`:
                                    i.y = t.y + t.height / 2 - e.height / 2;
                                    break;
                                case `end`:
                                    i.y = t.y + t.height - e.height;
                                    break;
                                default:
                                    V(r);
                            }
                            break;
                        case `top`:
                            i.y = t.y - e.height;
                            break;
                        case `bottom`:
                            i.y = t.y + t.height;
                            break;
                        default:
                            V(n);
                    }
                    return i;
                }
            }),
            (ag = {
                quickfix: (e) => (
                    (oi(e.widthType) || oi(e.heightType)) && (e.aspectRatio = null),
                    H(e.aspectRatio) &&
                        (e.left && e.right && (e.widthType = 0),
                        e.top && e.bottom && (e.heightType = 0),
                        e.left && e.right && e.top && e.bottom && (e.bottom = !1),
                        e.widthType !== 0 && e.heightType !== 0 && (e.heightType = 0)),
                    e.left &&
                        e.right &&
                        ((e.fixedSize || oi(e.widthType) || H(e.maxWidth)) && (e.right = !1), (e.widthType = 0)),
                    e.top &&
                        e.bottom &&
                        ((e.fixedSize || oi(e.heightType) || H(e.maxHeight)) && (e.bottom = !1), (e.heightType = 0)),
                    e
                )
            }),
            (og = {
                fromProperties: (e) => {
                    let {
                            left: t,
                            right: n,
                            top: r,
                            bottom: i,
                            width: a,
                            height: o,
                            centerX: s,
                            centerY: c,
                            aspectRatio: l,
                            autoSize: u
                        } = e,
                        d = ag.quickfix({
                            left: H(t) || tr(t),
                            right: H(n) || tr(n),
                            top: H(r) || tr(r),
                            bottom: H(i) || tr(i),
                            widthType: si(a),
                            heightType: si(o),
                            aspectRatio: l || null,
                            fixedSize: u === !0
                        }),
                        f = null,
                        p = null,
                        m = 0,
                        h = 0;
                    if (d.widthType !== 0 && typeof a == `string`) {
                        let e = parseFloat(a);
                        a.endsWith(`fr`) ? ((m = 3), (f = e)) : a === `auto` ? (m = 2) : ((m = 1), (f = e / 100));
                    } else a !== void 0 && typeof a != `string` && (f = $m.getNumber(a));
                    if (d.heightType !== 0 && typeof o == `string`) {
                        let e = parseFloat(o);
                        o.endsWith(`fr`)
                            ? ((h = 3), (p = e))
                            : o === `auto`
                              ? (h = 2)
                              : ((h = 1), (p = parseFloat(o) / 100));
                    } else o !== void 0 && typeof o != `string` && (p = $m.getNumber(o));
                    let g = 0.5,
                        _ = 0.5;
                    return (
                        s && (g = parseFloat(s) / 100),
                        c && (_ = parseFloat(c) / 100),
                        {
                            left: d.left ? $m.getNumber(t) : null,
                            right: d.right ? $m.getNumber(n) : null,
                            top: d.top ? $m.getNumber(r) : null,
                            bottom: d.bottom ? $m.getNumber(i) : null,
                            widthType: m,
                            heightType: h,
                            width: f,
                            height: p,
                            aspectRatio: d.aspectRatio || null,
                            centerAnchorX: g,
                            centerAnchorY: _
                        }
                    );
                },
                toSize: (e, t, n, r) => {
                    let i = null,
                        a = null,
                        o = t?.sizing ? $m.getNumber(t?.sizing.width) : null,
                        s = t?.sizing ? $m.getNumber(t?.sizing.height) : null,
                        c = pi(e.left, e.right);
                    if (o && H(c)) i = o - c;
                    else if (n && oi(e.widthType)) i = n.width;
                    else if (H(e.width))
                        switch (e.widthType) {
                            case 0:
                                i = e.width;
                                break;
                            case 3:
                                i = r ? (r.freeSpaceInParent.width / r.freeSpaceUnitDivisor.width) * e.width : null;
                                break;
                            case 1:
                            case 4:
                                o && (i = o * e.width);
                                break;
                            case 2:
                            case 5:
                                break;
                            default:
                                V(e.widthType);
                        }
                    let l = pi(e.top, e.bottom);
                    if (s && H(l)) a = s - l;
                    else if (n && oi(e.heightType)) a = n.height;
                    else if (H(e.height))
                        switch (e.heightType) {
                            case 0:
                                a = e.height;
                                break;
                            case 3:
                                a = r ? (r.freeSpaceInParent.height / r.freeSpaceUnitDivisor.height) * e.height : null;
                                break;
                            case 1:
                            case 4:
                                s && (a = s * e.height);
                                break;
                            case 2:
                            case 5:
                                break;
                            default:
                                V(e.heightType);
                        }
                    return fi(i, a, e, { height: s ?? 0, width: o ?? 0 }, t?.viewport);
                },
                toRect: (e, t = null, n = null, r = !1, i = null) => {
                    let a = e.left || 0,
                        o = e.top || 0,
                        { width: s, height: c } = og.toSize(e, t, n, i),
                        l = t?.positioning ?? null,
                        u = l ? $m.getNumber(l.width) : null,
                        d = l ? $m.getNumber(l.height) : null;
                    e.left === null
                        ? u && e.right !== null
                            ? (a = u - e.right - s)
                            : u && (a = e.centerAnchorX * u - s / 2)
                        : (a = e.left),
                        e.top === null
                            ? d && e.bottom !== null
                                ? (o = d - e.bottom - c)
                                : d && (o = e.centerAnchorY * d - c / 2)
                            : (o = e.top);
                    let f = { x: a, y: o, width: s, height: c };
                    return r ? J.pixelAligned(f) : f;
                }
            }),
            (sg = 200),
            (cg = 200),
            (lg = u.createContext({ parentSize: 0 })),
            (ug = (e) => {
                let t = xi(),
                    { parentSize: n, children: r } = e,
                    i = u.useMemo(() => ({ parentSize: n }), [Ci(n), wi(n)]);
                return t === 1 ? (r ? b(v, { children: r }) : null) : b(lg.Provider, { value: i, children: r });
            }),
            (dg = ((e) => (
                (e.Boolean = `boolean`),
                (e.Number = `number`),
                (e.String = `string`),
                (e.RichText = `richtext`),
                (e.FusedNumber = `fusednumber`),
                (e.Enum = `enum`),
                (e.SegmentedEnum = `segmentedenum`),
                (e.Color = `color`),
                (e.Image = `image`),
                (e.ResponsiveImage = `responsiveimage`),
                (e.File = `file`),
                (e.ComponentInstance = `componentinstance`),
                (e.Slot = `slot`),
                (e.Array = `array`),
                (e.EventHandler = `eventhandler`),
                (e.Transition = `transition`),
                (e.BoxShadow = `boxshadow`),
                (e.Link = `link`),
                (e.Date = `date`),
                (e.Object = `object`),
                (e.Font = `font`),
                (e.PageScope = `pagescope`),
                (e.ScrollSectionRef = `scrollsectionref`),
                (e.CustomCursor = `customcursor`),
                (e.Border = `border`),
                (e.Cursor = `cursor`),
                (e.Padding = `padding`),
                (e.BorderRadius = `borderradius`),
                (e.Gap = `gap`),
                (e.CollectionReference = `collectionreference`),
                (e.MultiCollectionReference = `multicollectionreference`),
                (e.TrackingId = `trackingid`),
                (e.VectorSetItem = `vectorsetitem`),
                (e.LinkRelValues = `linkrelvalues`),
                e
            ))(dg || {})),
            (pg = `flexbox-gap-not-supported`),
            (mg = !1),
            (hg = `
[data-framer-component-type="DeprecatedRichText"] p,
[data-framer-component-type="DeprecatedRichText"] div,
[data-framer-component-type="DeprecatedRichText"] h1,
[data-framer-component-type="DeprecatedRichText"] h2,
[data-framer-component-type="DeprecatedRichText"] h3,
[data-framer-component-type="DeprecatedRichText"] h4,
[data-framer-component-type="DeprecatedRichText"] h5,
[data-framer-component-type="DeprecatedRichText"] h6,
[data-framer-component-type="DeprecatedRichText"] li,
[data-framer-component-type="DeprecatedRichText"] ol,
[data-framer-component-type="DeprecatedRichText"] ul,
[data-framer-component-type="DeprecatedRichText"] span:not([data-text-fill]) {
    font-family: var(--framer-font-family, Inter, Inter Placeholder, sans-serif);
    font-style: var(--framer-font-style, normal);
    font-weight: var(--framer-font-weight, 400);
    color: var(--framer-text-color, #000);
    font-size: var(--framer-font-size, 16px);
    letter-spacing: var(--framer-letter-spacing, 0);
    text-transform: var(--framer-text-transform, none);
    text-decoration: var(--framer-text-decoration, none);
    line-height: var(--framer-line-height, 1.2em);
    text-align: var(--framer-text-alignment, start);
}
`),
            (gg = `
[data-framer-component-type="DeprecatedRichText"] p:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] div:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] h1:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] h2:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] h3:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] h4:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] h5:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] h6:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] ol:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] ul:not(:first-child),
[data-framer-component-type="DeprecatedRichText"] .framer-image:not(:first-child) {
    margin-top: var(--framer-paragraph-spacing, 0);
}
`),
            (_g = `
[data-framer-component-type="DeprecatedRichText"] span[data-text-fill] {
    display: inline-block;
    background-clip: text;
    -webkit-background-clip: text;
    -webkit-text-fill-color: transparent;
}
`),
            (vg = `
[data-framer-component-type="DeprecatedRichText"] a,
[data-framer-component-type="DeprecatedRichText"] a span:not([data-text-fill]) {
    font-family: var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif));
    font-style: var(--framer-link-font-style, var(--framer-font-style, normal));
    font-weight: var(--framer-link-font-weight, var(--framer-font-weight, 400));
    color: var(--framer-link-text-color, var(--framer-text-color, #000));
    font-size: var(--framer-link-font-size, var(--framer-font-size, 16px));
    text-transform: var(--framer-link-text-transform, var(--framer-text-transform, none));
    text-decoration: var(--framer-link-text-decoration, var(--framer-text-decoration, none));
}
`),
            (yg = `
[data-framer-component-type="DeprecatedRichText"] a:hover,
[data-framer-component-type="DeprecatedRichText"] a:hover span:not([data-text-fill]) {
    font-family: var(--framer-link-hover-font-family, var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif)));
    font-style: var(--framer-link-hover-font-style, var(--framer-link-font-style, var(--framer-font-style, normal)));
    font-weight: var(--framer-link-hover-font-weight, var(--framer-link-font-weight, var(--framer-font-weight, 400)));
    color: var(--framer-link-hover-text-color, var(--framer-link-text-color, var(--framer-text-color, #000)));
    font-size: var(--framer-link-hover-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px)));
    text-transform: var(--framer-link-hover-text-transform, var(--framer-link-text-transform, var(--framer-text-transform, none)));
    text-decoration: var(--framer-link-hover-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, none)));
}
`),
            (bg = `
[data-framer-component-type="DeprecatedRichText"] a[data-framer-page-link-current],
[data-framer-component-type="DeprecatedRichText"] a[data-framer-page-link-current] span:not([data-text-fill]):not([data-nested-link]) {
    font-family: var(--framer-link-current-font-family, var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif)));
    font-style: var(--framer-link-current-font-style, var(--framer-link-font-style, var(--framer-font-style, normal)));
    font-weight: var(--framer-link-current-font-weight, var(--framer-link-font-weight, var(--framer-font-weight, 400)));
    color: var(--framer-link-current-text-color, var(--framer-link-text-color, var(--framer-text-color, #000)));
    font-size: var(--framer-link-current-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px)));
    text-transform: var(--framer-link-current-text-transform, var(--framer-link-text-transform, var(--framer-text-transform, none)));
    text-decoration: var(--framer-link-current-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, none)));
}
`),
            (xg = `
[data-framer-component-type="DeprecatedRichText"] a[data-framer-page-link-current]:hover,
[data-framer-component-type="DeprecatedRichText"] a[data-framer-page-link-current]:hover span:not([data-text-fill]):not([data-nested-link]) {
    font-family: var(--framer-link-hover-font-family, var(--framer-link-current-font-family, var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif))));
    font-style: var(--framer-link-hover-font-style, var(--framer-link-current-font-style, var(--framer-link-font-style, var(--framer-font-style, normal))));
    font-weight: var(--framer-link-hover-font-weight, var(--framer-link-current-font-weight, var(--framer-link-font-weight, var(--framer-font-weight, 400))));
    color: var(--framer-link-hover-text-color, var(--framer-link-current-text-color, var(--framer-link-text-color, var(--framer-text-color, #000))));
    font-size: var(--framer-link-hover-font-size, var(--framer-link-current-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px))));
    text-transform: var(--framer-link-hover-text-transform, var(--framer-link-current-text-transform, var(--framer-link-text-transform, var(--framer-text-transform, none))));
    text-decoration: var(--framer-link-hover-text-decoration, var(--framer-link-current-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, none))));
}
`),
            (Sg = `
[data-framer-component-type="DeprecatedRichText"] strong {
    font-weight: bolder;
}
`),
            (Cg = `
[data-framer-component-type="DeprecatedRichText"] em {
    font-style: italic;
}
`),
            (wg = `
[data-framer-component-type="DeprecatedRichText"] .framer-image {
    display: block;
    max-width: 100%;
    height: auto;
}
`),
            (Tg = `
[data-framer-component-type="DeprecatedRichText"] p,
[data-framer-component-type="DeprecatedRichText"] div,
[data-framer-component-type="DeprecatedRichText"] h1,
[data-framer-component-type="DeprecatedRichText"] h2,
[data-framer-component-type="DeprecatedRichText"] h3,
[data-framer-component-type="DeprecatedRichText"] h4,
[data-framer-component-type="DeprecatedRichText"] h5,
[data-framer-component-type="DeprecatedRichText"] h6 {
    margin: 0;
    padding: 0;
}
`),
            (Eg = `
[data-framer-component-type="DeprecatedRichText"] .text-styles-preset-reset {
    --framer-font-family: Inter, Inter Placeholder, sans-serif;
    --framer-font-style: normal;
    --framer-font-weight: 500;
    --framer-text-color: #000;
    --framer-font-size: 16px;
    --framer-letter-spacing: 0;
    --framer-text-transform: none;
    --framer-text-decoration: none;
    --framer-line-height: 1.2em;
    --framer-text-alignment: start;
    --framer-font-open-type-features: normal;
    --font-variation-settings: normal;
}
`),
            (Dg = `
[data-framer-component-type="DeprecatedRichText"] ul,
[data-framer-component-type="DeprecatedRichText"] ol {
    display: table;
    width: 100%;
    padding-left: 0;
    margin: 0;
}
`),
            (Og = `
[data-framer-component-type="DeprecatedRichText"] li {
    display: table-row;
    counter-increment: list-item;
    list-style: none;
}
`),
            (kg = `
[data-framer-component-type="DeprecatedRichText"] ol > li::before {
    display: table-cell;
    width: 2.25ch;
    box-sizing: border-box;
    padding-right: 0.75ch;
    content: counter(list-item) ".";
    white-space: nowrap;
}
`),
            (Ag = `
[data-framer-component-type="DeprecatedRichText"] ul > li::before {
    display: table-cell;
    width: 2.25ch;
    box-sizing: border-box;
    padding-right: 0.75ch;
    content: "•";
}
`),
            (jg = [
                `[data-framer-component-type="DeprecatedRichText"] { cursor: inherit; }`,
                Eg,
                Tg,
                hg,
                gg,
                _g,
                vg,
                yg,
                bg,
                xg,
                Sg,
                Cg,
                wg,
                Dg,
                Og,
                kg,
                Ag
            ]),
            (Mg = ((e) => (
                (e.Padding = `--framer-input-padding`),
                (e.BorderRadiusTopLeft = `--framer-input-border-radius-top-left`),
                (e.BorderRadiusTopRight = `--framer-input-border-radius-top-right`),
                (e.BorderRadiusBottomRight = `--framer-input-border-radius-bottom-right`),
                (e.BorderRadiusBottomLeft = `--framer-input-border-radius-bottom-left`),
                (e.BorderColor = `--framer-input-border-color`),
                (e.BorderTopWidth = `--framer-input-border-top-width`),
                (e.BorderRightWidth = `--framer-input-border-right-width`),
                (e.BorderBottomWidth = `--framer-input-border-bottom-width`),
                (e.BorderLeftWidth = `--framer-input-border-left-width`),
                (e.BorderStyle = `--framer-input-border-style`),
                (e.Background = `--framer-input-background`),
                (e.FontFamily = `--framer-input-font-family`),
                (e.FontWeight = `--framer-input-font-weight`),
                (e.FontSize = `--framer-input-font-size`),
                (e.FontColor = `--framer-input-font-color`),
                (e.FontStyle = `--framer-input-font-style`),
                (e.FontLetterSpacing = `--framer-input-font-letter-spacing`),
                (e.FontTextAlignment = `--framer-input-font-text-alignment`),
                (e.FontLineHeight = `--framer-input-font-line-height`),
                (e.FontOpenType = `--framer-input-font-open-type-features`),
                (e.PlaceholderColor = `--framer-input-placeholder-color`),
                (e.BoxShadow = `--framer-input-box-shadow`),
                (e.FocusedBorderColor = `--framer-input-focused-border-color`),
                (e.FocusedBorderWidth = `--framer-input-focused-border-width`),
                (e.FocusedBorderStyle = `--framer-input-focused-border-style`),
                (e.FocusedBackground = `--framer-input-focused-background`),
                (e.FocusedBoxShadow = `--framer-input-focused-box-shadow`),
                (e.FocusedTransition = `--framer-input-focused-transition`),
                (e.BooleanCheckedBackground = `--framer-input-boolean-checked-background`),
                (e.BooleanCheckedBorderColor = `--framer-input-boolean-checked-border-color`),
                (e.BooleanCheckedBorderWidth = `--framer-input-boolean-checked-border-width`),
                (e.BooleanCheckedBorderStyle = `--framer-input-boolean-checked-border-style`),
                (e.BooleanCheckedBoxShadow = `--framer-input-boolean-checked-box-shadow`),
                (e.BooleanCheckedTransition = `--framer-input-boolean-checked-transition`),
                (e.InvalidTextColor = `--framer-input-invalid-text-color`),
                (e.IconBackgroundImage = `--framer-input-icon-image`),
                (e.IconMaskImage = `--framer-input-icon-mask-image`),
                (e.IconColor = `--framer-input-icon-color`),
                (e.WrapperHeight = `--framer-input-wrapper-height`),
                e
            ))(Mg || {})),
            (Y = Mg),
            (Ng = `framer-form-input`),
            (Pg = `framer-form-input-wrapper`),
            ((e) => {
                function t(...e) {
                    let t = e[e.length - 1],
                        n = t.startsWith(`--`) ? `var(${t})` : t;
                    for (let t = e.length - 2; t >= 0; t--) {
                        let r = e[t];
                        n = `var(${r}, ${n})`;
                    }
                    return n;
                }
                e.variable = t;
            })((ji ||= {})),
            (Fg = [
                ji(`.${Ng}`, {
                    padding: ji.variable(Y.Padding),
                    background: `transparent`,
                    fontFamily: ji.variable(Y.FontFamily),
                    fontWeight: ji.variable(Y.FontWeight),
                    fontSize: ji.variable(Y.FontSize),
                    fontStyle: ji.variable(Y.FontStyle),
                    color: ji.variable(Y.FontColor),
                    fontFeatureSettings: ji.variable(Y.FontOpenType),
                    border: `none`,
                    textOverflow: `ellipsis`,
                    whiteSpace: `nowrap`,
                    overflow: `hidden`,
                    width: `100%`,
                    height: ji.variable(Y.WrapperHeight, `100%`),
                    letterSpacing: ji.variable(Y.FontLetterSpacing),
                    textAlign: ji.variable(Y.FontTextAlignment),
                    lineHeight: ji.variable(Y.FontLineHeight)
                }),
                ji(`.${Ng}:focus-visible`, { outline: `none` })
            ]),
            (Ig = `var(${Y.BorderTopWidth}) var(${Y.BorderRightWidth}) var(${Y.BorderBottomWidth}) var(${Y.BorderLeftWidth})`),
            (Lg = [
                `.${Pg}:after {
        content: "";
        pointer-events: none;
        box-sizing: border-box;
        position: absolute;
        top: 0;
        left: 0;
        width: 100%;
        height: 100%;
        border-top-left-radius: var(${Y.BorderRadiusTopLeft});
        border-top-right-radius: var(${Y.BorderRadiusTopRight});
        border-bottom-right-radius: var(${Y.BorderRadiusBottomRight});
        border-bottom-left-radius: var(${Y.BorderRadiusBottomLeft});
        border-color: var(${Y.BorderColor});
        border-top-width: var(${Y.BorderTopWidth});
        border-right-width: var(${Y.BorderRightWidth});
        border-bottom-width: var(${Y.BorderBottomWidth});
        border-left-width: var(${Y.BorderLeftWidth});
        border-style: var(${Y.BorderStyle});
        transition: var(${Y.FocusedTransition});
        transition-property: border-color, border-width, border-style, border-top-left-radius, border-top-right-radius, border-bottom-right-radius, border-bottom-left-radius;
    }`
            ]),
            (Rg = 16),
            (zg = {
                content: ``,
                display: `block`,
                position: `absolute`,
                right: 0,
                top: 0,
                bottom: 0,
                width: `${Rg}px`,
                boxSizing: `content-box`,
                padding: ji.variable(Y.Padding),
                border: `none`,
                pointerEvents: `none`,
                backgroundRepeat: `no-repeat`,
                backgroundSize: `${Rg}px`,
                maskRepeat: `no-repeat`,
                maskSize: `${Rg}px`,
                backgroundColor: ji.variable(Y.IconColor)
            }),
            (Bg = (() => [
                `
        p.framer-text,
        div.framer-text,
        figure.framer-text,
        h1.framer-text,
        h2.framer-text,
        h3.framer-text,
        h4.framer-text,
        h5.framer-text,
        h6.framer-text,
        ol.framer-text,
        ul.framer-text {
            margin: 0;
            padding: 0;
        }
    `,
                `
        p.framer-text,
        div.framer-text,
        h1.framer-text,
        h2.framer-text,
        h3.framer-text,
        h4.framer-text,
        h5.framer-text,
        h6.framer-text,
        li.framer-text,
        ol.framer-text,
        ul.framer-text,
        mark.framer-text,
        span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-blockquote-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif));
            font-style: var(--framer-blockquote-font-style, var(--framer-font-style, normal));
            font-weight: var(--framer-blockquote-font-weight, var(--framer-font-weight, 400));
            color: var(--framer-blockquote-text-color, var(--framer-text-color, #000));
            font-size: calc(var(--framer-blockquote-font-size, var(--framer-font-size, 16px)) * var(--framer-font-size-scale, 1));
            letter-spacing: var(--framer-blockquote-letter-spacing, var(--framer-letter-spacing, 0));
            text-transform: var(--framer-blockquote-text-transform, var(--framer-text-transform, none));
            text-decoration-line: var(--framer-blockquote-text-decoration, var(--framer-text-decoration, initial));
            text-decoration-style: var(--framer-blockquote-text-decoration-style, var(--framer-text-decoration-style, initial));
            text-decoration-color: var(--framer-blockquote-text-decoration-color, var(--framer-text-decoration-color, initial));
            text-decoration-thickness: var(--framer-blockquote-text-decoration-thickness, var(--framer-text-decoration-thickness, initial));
            text-decoration-skip-ink: var(--framer-blockquote-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink, initial));
            text-underline-offset: var(--framer-blockquote-text-decoration-offset, var(--framer-text-decoration-offset, initial));
            line-height: var(--framer-blockquote-line-height, var(--framer-line-height, 1.2em));
            text-align: var(--framer-blockquote-text-alignment, var(--framer-text-alignment, start));
            -webkit-text-stroke-width: var(--framer-text-stroke-width, initial);
            -webkit-text-stroke-color: var(--framer-text-stroke-color, initial);
            -moz-font-feature-settings: var(--framer-font-open-type-features, initial);
            -webkit-font-feature-settings: var(--framer-font-open-type-features, initial);
            font-feature-settings: var(--framer-font-open-type-features, initial);
            font-variation-settings: var(--framer-font-variation-axes, normal);
            text-wrap: var(--framer-text-wrap-override, var(--framer-text-wrap));
        }
    `,
                `
        mark.framer-text,
        p.framer-text,
        div.framer-text,
        h1.framer-text,
        h2.framer-text,
        h3.framer-text,
        h4.framer-text,
        h5.framer-text,
        h6.framer-text,
        li.framer-text,
        ol.framer-text,
        ul.framer-text {
            background-color: var(--framer-blockquote-text-background-color, var(--framer-text-background-color, initial));
            border-radius: var(--framer-blockquote-text-background-radius, var(--framer-text-background-radius, initial));
            padding: var(--framer-blockquote-text-background-padding, var(--framer-text-background-padding, initial));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            p.framer-text,
            div.framer-text,
            h1.framer-text,
            h2.framer-text,
            h3.framer-text,
            h4.framer-text,
            h5.framer-text,
            h6.framer-text,
            li.framer-text,
            ol.framer-text,
            ul.framer-text,
            span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-blockquote-text-color`, `--framer-text-color`], `#000`)};
                -webkit-text-stroke-color: ${Mi([`--framer-text-stroke-color`], `initial`)};
            }

            mark.framer-text {
                background-color: ${Mi([`--framer-blockquote-text-background-color`, `--framer-text-background-color`], `initial`)};
            }
        }
    `,
                `
        .framer-fit-text .framer-text {
            white-space: nowrap;
            white-space-collapse: preserve;
        }
    `,
                `
        strong.framer-text {
            font-family: var(--framer-blockquote-font-family-bold, var(--framer-font-family-bold));
            font-style: var(--framer-blockquote-font-style-bold, var(--framer-font-style-bold));
            font-weight: var(--framer-blockquote-font-weight-bold, var(--framer-font-weight-bold, bolder));
            font-variation-settings: var(--framer-blockquote-font-variation-axes-bold, var(--framer-font-variation-axes-bold));
        }
    `,
                `
        em.framer-text {
            font-family: var(--framer-blockquote-font-family-italic, var(--framer-font-family-italic));
            font-style: var(--framer-blockquote-font-style-italic, var(--framer-font-style-italic, italic));
            font-weight: var(--framer-blockquote-font-weight-italic, var(--framer-font-weight-italic));
            font-variation-settings: var(--framer-blockquote-font-variation-axes-italic, var(--framer-font-variation-axes-italic));
        }
    `,
                `
        em.framer-text > strong.framer-text {
            font-family: var(--framer-blockquote-font-family-bold-italic, var(--framer-font-family-bold-italic));
            font-style: var(--framer-blockquote-font-style-bold-italic, var(--framer-font-style-bold-italic, italic));
            font-weight: var(--framer-blockquote-font-weight-bold-italic, var(--framer-font-weight-bold-italic, bolder));
            font-variation-settings: var(--framer-blockquote-font-variation-axes-bold-italic, var(--framer-font-variation-axes-bold-italic));
        }
    `,
                `
        p.framer-text:not(:first-child),
        div.framer-text:not(:first-child),
        h1.framer-text:not(:first-child),
        h2.framer-text:not(:first-child),
        h3.framer-text:not(:first-child),
        h4.framer-text:not(:first-child),
        h5.framer-text:not(:first-child),
        h6.framer-text:not(:first-child),
        ol.framer-text:not(:first-child),
        ul.framer-text:not(:first-child),
        blockquote.framer-text:not(:first-child),
        table.framer-text:not(:first-child),
        figure.framer-text:not(:first-child),
        .framer-image.framer-text:not(:first-child) {
            margin-top: var(--framer-blockquote-paragraph-spacing, var(--framer-paragraph-spacing, 0));
        }
    `,
                `
        li.framer-text > ul.framer-text:nth-child(2),
        li.framer-text > ol.framer-text:nth-child(2) {
            margin-top: 0;
        }
    `,
                `
        .framer-text[data-text-fill] {
            display: inline-block;
            background-clip: text;
            -webkit-background-clip: text;
            /* make this a transparent color if you want to visualise the clipping  */
            -webkit-text-fill-color: transparent;
            padding: max(0em, calc(calc(1.3em - var(--framer-blockquote-line-height, var(--framer-line-height, 1.3em))) / 2));
            margin: min(0em, calc(calc(1.3em - var(--framer-blockquote-line-height, var(--framer-line-height, 1.3em))) / -2));
        }
    `,
                `
        code.framer-text,
        code.framer-text span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-code-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif));
            font-style: var(--framer-blockquote-font-style, var(--framer-code-font-style, var(--framer-font-style, normal)));
            font-weight: var(--framer-blockquote-font-weight, var(--framer-code-font-weight, var(--framer-font-weight, 400)));
            color: var(--framer-blockquote-text-color, var(--framer-code-text-color, var(--framer-text-color, #000)));
            font-size: calc(var(--framer-blockquote-font-size, var(--framer-font-size, 16px)) * var(--framer-font-size-scale, 1));
            letter-spacing: var(--framer-blockquote-letter-spacing, var(--framer-letter-spacing, 0));
            line-height: var(--framer-blockquote-line-height, var(--framer-line-height, 1.2em));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            code.framer-text,
            code.framer-text span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-blockquote-text-color`, `--framer-code-text-color`, `--framer-text-color`], `#000`)};
            }
        }
    `,
                `
        blockquote.framer-text {
            margin-block-start: initial;
            margin-block-end: initial;
            margin-inline-start: initial;
            margin-inline-end: initial;
            unicode-bidi: initial;
        }
    `,
                `
        a.framer-text,
        a.framer-text span.framer-text:not([data-text-fill]),
        span.framer-text[data-nested-link],
        span.framer-text[data-nested-link] span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-blockquote-font-family, var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif)));
            font-style: var(--framer-blockquote-font-style, var(--framer-link-font-style, var(--framer-font-style, normal)));
            font-weight: var(--framer-blockquote-font-weight, var(--framer-link-font-weight, var(--framer-font-weight, 400)));
            color: var(--framer-blockquote-text-color, var(--framer-link-text-color, var(--framer-text-color, #000)));
            font-size: calc(var(--framer-blockquote-font-size, var(--framer-font-size, 16px)) * var(--framer-font-size-scale, 1));
            text-transform: var(--framer-blockquote-text-transform, var(--framer-link-text-transform, var(--framer-text-transform, none)));
            /* Cursor inherit to overwrite the user agent stylesheet on rich text links. */
            cursor: var(--framer-custom-cursors, pointer);
            /* Don't inherit background styles from any parent text style. */
            background-color: var(--framer-link-text-background-color, initial);
            border-radius: var(--framer-link-text-background-radius, initial);
            padding: var(--framer-link-text-background-padding, initial);
        }
    `,
                `
        a.framer-text,
        span.framer-text[data-nested-link] {
            text-decoration-line: var(--framer-blockquote-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, initial)));
            text-decoration-style: var(--framer-blockquote-text-decoration-style, var(--framer-link-text-decoration-style, var(--framer-text-decoration-style, initial)));
            text-decoration-color: var(--framer-blockquote-text-decoration-color, var(--framer-link-text-decoration-color, var(--framer-text-decoration-color, initial)));
            text-decoration-thickness: var(--framer-blockquote-text-decoration-thickness, var(--framer-link-text-decoration-thickness, var(--framer-text-decoration-thickness, initial)));
            text-decoration-skip-ink: var(--framer-blockquote-text-decoration-skip-ink, var(--framer-link-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink, initial)));
            text-underline-offset: var(--framer-blockquote-text-decoration-offset, var(--framer-link-text-decoration-offset, var(--framer-text-decoration-offset, initial)));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            a.framer-text,
            a.framer-text span.framer-text:not([data-text-fill]),
            span.framer-text[data-nested-link],
            span.framer-text[data-nested-link] span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-blockquote-text-color`, `--framer-link-text-color`, `--framer-text-color`], `#000`)};
                background-color: ${Mi([`--framer-link-text-background-color`], `initial`)};
            }
        }
    `,
                `
        code.framer-text a.framer-text,
        code.framer-text a.framer-text span.framer-text:not([data-text-fill]),
        code.framer-text span.framer-text[data-nested-link],
        code.framer-text span.framer-text[data-nested-link] span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-code-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif));
            font-style: var(--framer-blockquote-font-style, var(--framer-code-font-style, var(--framer-font-style, normal)));
            font-weight: var(--framer-blockquote-font-weight, var(--framer-code-font-weight, var(--framer-font-weight, 400)));
            color: var(--framer-blockquote-text-color, var(--framer-link-text-color, var(--framer-code-text-color, var(--framer-text-color, #000))));
            font-size: calc(var(--framer-blockquote-font-size, var(--framer-font-size, 16px)) * var(--framer-font-size-scale, 1));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            code.framer-text a.framer-text,
            code.framer-text a.framer-text span.framer-text:not([data-text-fill]),
            code.framer-text span.framer-text[data-nested-link],
            code.framer-text span.framer-text[data-nested-link] span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-blockquote-text-color`, `--framer-link-text-color`, `--framer-code-text-color`, `--framer-text-color`], `#000`)};
            }
        }
    `,
                `
        a.framer-text:hover,
        a.framer-text:hover span.framer-text:not([data-text-fill]),
        span.framer-text[data-nested-link]:hover,
        span.framer-text[data-nested-link]:hover span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-link-hover-font-family, var(--framer-blockquote-font-family, var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif))));
            font-style: var(--framer-link-hover-font-style, var(--framer-blockquote-font-style, var(--framer-link-font-style, var(--framer-font-style, normal))));
            font-weight: var(--framer-link-hover-font-weight, var(--framer-blockquote-font-weight, var(--framer-link-font-weight, var(--framer-font-weight, 400))));
            color: var(--framer-link-hover-text-color, var(--framer-blockquote-text-color, var(--framer-link-text-color, var(--framer-text-color, #000))));
            font-size: calc(var(--framer-link-hover-font-size, var(--framer-blockquote-font-size, var(--framer-font-size, 16px))) * var(--framer-font-size-scale, 1));
            text-transform: var(--framer-link-hover-text-transform, var(--framer-blockquote-text-transform, var(--framer-link-text-transform, var(--framer-text-transform, none))));
            background-color: var(--framer-link-hover-text-background-color, var(--framer-link-text-background-color, var(--framer-text-background-color, initial)));
            border-radius: var(--framer-link-hover-text-background-radius, var(--framer-link-text-background-radius, var(--framer-text-background-radius, initial)));
            padding: var(--framer-link-hover-text-background-padding, var(--framer-link-text-background-padding, var(--framer-text-background-padding, initial)));
        }
    `,
                `
        a.framer-text:hover,
        span.framer-text[data-nested-link]:hover {
            text-decoration-line: var(--framer-link-hover-text-decoration, var(--framer-blockquote-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, initial))));
            text-decoration-style: var(--framer-link-hover-text-decoration-style, var(--framer-blockquote-text-decoration-style, var(--framer-link-text-decoration-style, var(--framer-text-decoration-style, initial))));
            text-decoration-color: var(--framer-link-hover-text-decoration-color, var(--framer-blockquote-text-decoration-color, var(--framer-link-text-decoration-color, var(--framer-text-decoration-color, initial))));
            text-decoration-thickness: var(--framer-link-hover-text-decoration-thickness, var(--framer-blockquote-text-decoration-thickness, var(--framer-link-text-decoration-thickness, var(--framer-text-decoration-thickness, initial))));
            text-decoration-skip-ink: var(--framer-link-hover-text-decoration-skip-ink, var(--framer-blockquote-text-decoration-skip-ink, var(--framer-link-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink, initial))));
            text-underline-offset: var(--framer-link-hover-text-decoration-offset, var(--framer-blockquote-text-decoration-offset, var(--framer-link-text-decoration-offset, var(--framer-text-decoration-offset, initial))));
        }
    `,
                `
    @supports not (color: color(display-p3 1 1 1)) {
        a.framer-text:hover,
        a.framer-text:hover span.framer-text:not([data-text-fill]),
        span.framer-text[data-nested-link]:hover,
        span.framer-text[data-nested-link]:hover span.framer-text:not([data-text-fill]) {
            color: ${Mi([`--framer-link-hover-text-color`, `--framer-blockquote-text-color`, `--framer-link-text-color`, `--framer-text-color`], `#000`)};
            background-color: ${Mi([`--framer-link-hover-text-background-color`, `--framer-link-text-background-color`, `--framer-text-background-color`], `initial`)};
        }
    }
    `,
                `
        code.framer-text a.framer-text:hover,
        code.framer-text a.framer-text:hover span.framer-text:not([data-text-fill]),
        code.framer-text span.framer-text[data-nested-link]:hover,
        code.framer-text span.framer-text[data-nested-link]:hover span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-code-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif));
            font-style: var(--framer-blockquote-font-style, var(--framer-code-font-style, var(--framer-font-style, normal)));
            font-weight: var(--framer-blockquote-font-weight, var(--framer-code-font-weight, var(--framer-font-weight, 400)));
            color: var(--framer-link-hover-text-color, var(--framer-blockquote-text-color, var(--framer-link-text-color, var(--framer-code-text-color, var(--framer-text-color, #000)))));
            font-size: calc(var(--framer-link-hover-font-size, var(--framer-blockquote-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px)))) * var(--framer-font-size-scale, 1));
        }
    `,
                `
    @supports not (color: color(display-p3 1 1 1)) {
        code.framer-text a.framer-text:hover,
        code.framer-text a.framer-text:hover span.framer-text:not([data-text-fill]),
        code.framer-text span.framer-text[data-nested-link]:hover,
        code.framer-text span.framer-text[data-nested-link]:hover span.framer-text:not([data-text-fill]) {
            color: ${Mi([`--framer-link-hover-text-color`, `--framer-blockquote-text-color`, `--framer-link-text-color`, `--framer-text-color`], `#000`)};
        }
    }
   `,
                `
        a.framer-text[data-framer-page-link-current],
        a.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]),
        span.framer-text[data-framer-page-link-current],
        span.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-link-current-font-family, var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif)));
            font-style: var(--framer-link-current-font-style, var(--framer-link-font-style, var(--framer-font-style, normal)));
            font-weight: var(--framer-link-current-font-weight, var(--framer-link-font-weight, var(--framer-font-weight, 400)));
            color: var(--framer-link-current-text-color, var(--framer-link-text-color, var(--framer-text-color, #000)));
            font-size: calc(var(--framer-link-current-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px))) * var(--framer-font-size-scale, 1));
            text-transform: var(--framer-link-current-text-transform, var(--framer-link-text-transform, var(--framer-text-transform, none)));
            background-color: var(--framer-link-current-text-background-color, var(--framer-link-text-background-color, initial));
            border-radius: var(--framer-link-current-text-background-radius, var(--framer-link-text-background-radius, initial));
            padding: var(--framer-link-current-text-background-padding, var(--framer-link-text-background-padding, initial));
        }
    `,
                `
        a.framer-text[data-framer-page-link-current],
        span.framer-text[data-framer-page-link-current] {
            text-decoration-line: var(--framer-link-current-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, initial)));
            text-decoration-style: var(--framer-link-current-text-decoration-style, var(--framer-link-text-decoration-style, var(--framer-text-decoration-style, initial)));
            text-decoration-color: var(--framer-link-current-text-decoration-color, var(--framer-link-text-decoration-color, var(--framer-text-decoration-color, initial)));
            text-decoration-thickness: var(--framer-link-current-text-decoration-thickness, var(--framer-link-text-decoration-thickness, var(--framer-text-decoration-thickness, initial)));
            text-decoration-skip-ink: var(--framer-link-current-text-decoration-skip-ink, var(--framer-link-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink, initial)));
            text-underline-offset: var(--framer-link-current-text-decoration-offset, var(--framer-link-text-decoration-offset, var(--framer-text-decoration-offset, initial)));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            a.framer-text[data-framer-page-link-current],
            a.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]),
            span.framer-text[data-framer-page-link-current],
            span.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-link-current-text-color`, `--framer-link-text-color`, `--framer-text-color`], `#000`)};
                background-color: ${Mi([`--framer-link-current-text-background-color`, `--framer-link-text-background-color`, `--framer-text-background-color`], `initial`)};
            }
        }
    `,
                `
        code.framer-text a.framer-text[data-framer-page-link-current],
        code.framer-text a.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]),
        code.framer-text span.framer-text[data-framer-page-link-current],
        code.framer-text span.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-code-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif));
            font-style: var(--framer-code-font-style, var(--framer-font-style, normal));
            font-weight: var(--framer-code-font-weight, var(--framer-font-weight, 400));
            color: var(--framer-link-current-text-color, var(--framer-link-text-color, var(--framer-code-text-color, var(--framer-text-color, #000))));
            font-size: calc(var(--framer-link-current-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px))) * var(--framer-font-size-scale, 1));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            code.framer-text a.framer-text[data-framer-page-link-current],
            code.framer-text a.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]),
            code.framer-text span.framer-text[data-framer-page-link-current],
            code.framer-text span.framer-text[data-framer-page-link-current] span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-link-current-text-color`, `--framer-link-text-color`, `--framer-code-text-color`, `--framer-text-color`], `#000`)};
                background-color: ${Mi([`--framer-link-current-text-background-color`, `--framer-link-text-background-color`, `--framer-text-background-color`], `initial`)};
            }
        }
    `,
                `
        a.framer-text[data-framer-page-link-current]:hover,
        a.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]),
        span.framer-text[data-framer-page-link-current]:hover,
        span.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-link-hover-font-family, var(--framer-link-current-font-family, var(--framer-link-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif))));
            font-style: var(--framer-link-hover-font-style, var(--framer-link-current-font-style, var(--framer-link-font-style, var(--framer-font-style, normal))));
            font-weight: var(--framer-link-hover-font-weight, var(--framer-link-current-font-weight, var(--framer-link-font-weight, var(--framer-font-weight, 400))));
            color: var(--framer-link-hover-text-color, var(--framer-link-current-text-color, var(--framer-link-text-color, var(--framer-text-color, #000))));
            font-size: calc(var(--framer-link-hover-font-size, var(--framer-link-current-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px)))) * var(--framer-font-size-scale, 1));
            text-transform: var(--framer-link-hover-text-transform, var(--framer-link-current-text-transform, var(--framer-link-text-transform, var(--framer-text-transform, none))));
            background-color: var(--framer-link-hover-text-background-color, var(--framer-link-current-text-background-color, var(--framer-link-text-background-color, initial)));
            border-radius: var(--framer-link-hover-text-background-radius, var(--framer-link-current-text-background-radius, var(--framer-link-text-background-radius, initial)));
            padding: var(--framer-link-hover-text-background-padding, var(--framer-link-current-text-background-padding, var(--framer-link-text-background-padding, initial)));
        }
    `,
                `
        a.framer-text[data-framer-page-link-current]:hover,
        span.framer-text[data-framer-page-link-current]:hover {
            text-decoration-line: var(--framer-link-hover-text-decoration, var(--framer-link-current-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, initial))));
            text-decoration-style: var(--framer-link-hover-text-decoration-style, var(--framer-link-current-text-decoration-style, var(--framer-link-text-decoration-style, var(--framer-text-decoration-style, initial))));
            text-decoration-color: var(--framer-link-hover-text-decoration-color, var(--framer-link-current-text-decoration-color, var(--framer-link-text-decoration-color, var(--framer-text-decoration-color, initial))));
            text-decoration-thickness: var(--framer-link-hover-text-decoration-thickness, var(--framer-link-current-text-decoration-thickness, var(--framer-link-text-decoration-thickness, var(--framer-text-decoration-thickness, initial))));
            text-decoration-skip-ink: var(--framer-link-hover-text-decoration-skip-ink, var(--framer-link-current-text-decoration-skip-ink, var(--framer-link-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink, initial))));
            text-underline-offset: var(--framer-link-hover-text-decoration-offset, var(--framer-link-current-text-decoration-offset, var(--framer-link-text-decoration-offset, var(--framer-text-decoration-offset, initial))));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            a.framer-text[data-framer-page-link-current]:hover,
            a.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]),
            span.framer-text[data-framer-page-link-current]:hover,
            span.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-link-hover-text-color`, `--framer-link-current-text-color`, `--framer-link-text-color`, `--framer-code-text-color`, `--framer-text-color`], `#000`)};
                background-color: ${Mi([`--framer-link-hover-text-background-color`, `--framer-link-current-text-background-color`, `--framer-link-text-background-color`], `initial`)};
            }
        }
    `,
                `
        code.framer-text a.framer-text[data-framer-page-link-current]:hover,
        code.framer-text a.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]),
        code.framer-text span.framer-text[data-framer-page-link-current]:hover,
        code.framer-text span.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]) {
            font-family: var(--framer-code-font-family, var(--framer-font-family, Inter, Inter Placeholder, sans-serif));
            font-style: var(--framer-code-font-style, var(--framer-font-style, normal));
            font-weight: var(--framer-code-font-weight, var(--framer-font-weight, 400));
            color: var(--framer-link-hover-text-color, var(--framer-link-current-text-color, var(--framer-link-text-color, var(--framer-code-text-color, var(--framer-text-color, #000)))));
            font-size: calc(var(--framer-link-hover-font-size, var(--framer-link-current-font-size, var(--framer-link-font-size, var(--framer-font-size, 16px)))) * var(--framer-font-size-scale, 1));
            background-color: var(--framer-link-hover-text-background-color, var(--framer-link-current-text-background-color, var(--framer-link-text-background-color, var(--framer-text-background-color, initial))));
            border-radius: var(--framer-link-hover-text-background-radius, var(--framer-link-current-text-background-radius, var(--framer-link-text-background-radius, var(--framer-text-background-radius, initial))));
            padding: var(--framer-link-hover-text-background-padding, var(--framer-link-current-text-background-padding, var(--framer-link-text-background-padding, var(--framer-text-background-padding, initial))));
        }
    `,
                `
        @supports not (color: color(display-p3 1 1 1)) {
            code.framer-text a.framer-text[data-framer-page-link-current]:hover,
            code.framer-text a.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]),
            code.framer-text span.framer-text[data-framer-page-link-current]:hover,
            code.framer-text span.framer-text[data-framer-page-link-current]:hover span.framer-text:not([data-text-fill]) {
                color: ${Mi([`--framer-link-hover-text-color`, `--framer-link-current-text-color`, `--framer-link-text-color`, `--framer-code-text-color`, `--framer-text-color`], `#000`)};
                background-color: ${Mi([`--framer-link-hover-text-background-color`, `--framer-link-current-text-background-color`, `--framer-link-text-background-color`], `initial`)};
            }
        }
    `,
                `
        .framer-image.framer-text {
            display: block;
            max-width: 100%;
            height: auto;
        }
    `,
                `
        .text-styles-preset-reset.framer-text {
            --framer-font-family: Inter, Inter Placeholder, sans-serif;
            --framer-font-style: normal;
            --framer-font-weight: 500;
            --framer-text-color: #000;
            --framer-font-size: 16px;
            --framer-letter-spacing: 0;
            --framer-text-transform: none;
            --framer-text-decoration: none;
            --framer-text-decoration-style: none;
            --framer-text-decoration-color: none;
            --framer-text-decoration-thickness: none;
            --framer-text-decoration-skip-ink: none;
            --framer-text-decoration-offset: none;
            --framer-line-height: 1.2em;
            --framer-text-alignment: start;
            --framer-font-open-type-features: normal;
            --framer-text-background-color: initial;
            --framer-text-background-radius: initial;
            --framer-text-background-padding: initial;
        }
    `,
                `
        ol.framer-text {
            --list-style-type: decimal;
        }
    `,
                `
        ul.framer-text,
        ol.framer-text {
            padding-left: 3ch;
            position: relative;
        }
    `,
                `
        li.framer-text {
            counter-increment: list-item;
            list-style: none;
        }
    `,
                `
        ol.framer-text > li.framer-text::before {
            position: absolute;
            left: 0;
            content: counter(list-item, var(--list-style-type)) ".";
            font-variant-numeric: tabular-nums;
        }
    `,
                `
        ol.framer-text > li.framer-text:nth-last-child(n + 100),
        ol.framer-text > li.framer-text:nth-last-child(n + 100) ~ li {
            padding-left: 1ch;
        }
    `,
                `
        ol.framer-text > li.framer-text:nth-last-child(n + 1000),
        ol.framer-text > li.framer-text:nth-last-child(n + 1000) ~ li {
            padding-left: 2ch;
        }
    `,
                `
        ol.framer-text > li.framer-text:nth-last-child(n + 10000),
        ol.framer-text > li.framer-text:nth-last-child(n + 10000) ~ li {
            padding-left: 3ch;
        }
    `,
                `
        ol.framer-text > li.framer-text:nth-last-child(n + 100000),
        ol.framer-text > li.framer-text:nth-last-child(n + 100000) ~ li {
            padding-left: 4ch;
        }
    `,
                `
        ol.framer-text > li.framer-text:nth-last-child(n + 1000000),
        ol.framer-text > li.framer-text:nth-last-child(n + 1000000) ~ li {
            padding-left: 5ch;
        }
    `,
                `
        ul.framer-text > li.framer-text::before {
            position: absolute;
            left: 0;
            content: "•";
        }
    `,
                `
        .framer-table-wrapper {
            overflow-x: auto;
        }
    `,
                `
        table.framer-text,
        .framer-table-wrapper table.framer-text {
            border-collapse: separate;
            border-spacing: 0;
            table-layout: auto;
            word-break: normal;
            width: 100%;
        }
    `,
                `
        td.framer-text,
        th.framer-text {
            min-width: 16ch;
            vertical-align: top;
        }
    `,
                `
        .framer-text-module[style*="aspect-ratio"] > :first-child {
            width: 100%;
        }
    `,
                `
        @supports not (aspect-ratio: 1) {
            .framer-text-module[style*="aspect-ratio"] {
                position: relative;
            }
        }
    `,
                `
        @supports not (aspect-ratio: 1) {
            .framer-text-module[style*="aspect-ratio"]::before {
                content: "";
                display: block;
                padding-bottom: calc(100% / calc(var(--aspect-ratio)));
            }
        }
    `,
                `
        @supports not (aspect-ratio: 1) {
            .framer-text-module[style*="aspect-ratio"] > :first-child {
                position: absolute;
                top: 0;
                left: 0;
                height: 100%;
            }
        }
    `
            ])()),
            (Vg = new Set()),
            (Ug = [`[data-framer-component-type] { position: absolute; }`]),
            (Wg = `
[data-framer-component-type="Text"] > * {
    text-align: var(--framer-text-alignment, start);
}`),
            (Gg = `
[data-framer-component-type="Text"] span span,
[data-framer-component-type="Text"] p span,
[data-framer-component-type="Text"] h1 span,
[data-framer-component-type="Text"] h2 span,
[data-framer-component-type="Text"] h3 span,
[data-framer-component-type="Text"] h4 span,
[data-framer-component-type="Text"] h5 span,
[data-framer-component-type="Text"] h6 span {
    display: block;
}`),
            (Kg = `
[data-framer-component-type="Text"] span span span,
[data-framer-component-type="Text"] p span span,
[data-framer-component-type="Text"] h1 span span,
[data-framer-component-type="Text"] h2 span span,
[data-framer-component-type="Text"] h3 span span,
[data-framer-component-type="Text"] h4 span span,
[data-framer-component-type="Text"] h5 span span,
[data-framer-component-type="Text"] h6 span span {
    display: unset;
}`),
            (qg = `
[data-framer-component-type="Text"] div div span,
[data-framer-component-type="Text"] a div span,
[data-framer-component-type="Text"] span span span,
[data-framer-component-type="Text"] p span span,
[data-framer-component-type="Text"] h1 span span,
[data-framer-component-type="Text"] h2 span span,
[data-framer-component-type="Text"] h3 span span,
[data-framer-component-type="Text"] h4 span span,
[data-framer-component-type="Text"] h5 span span,
[data-framer-component-type="Text"] h6 span span,
[data-framer-component-type="Text"] a {
    font-family: var(--font-family);
    font-style: var(--font-style);
    font-weight: min(calc(var(--framer-font-weight-increase, 0) + var(--font-weight, 400)), 900);
    color: var(--text-color);
    letter-spacing: var(--letter-spacing);
    font-size: var(--font-size);
    text-transform: var(--text-transform);
    --text-decoration: var(--framer-text-decoration-style, solid) var(--framer-text-decoration, none) var(--framer-text-decoration-color, currentcolor) var(--framer-text-decoration-thickness, auto);
    --text-decoration-skip-ink: var(--framer-text-decoration-skip-ink);
    --text-underline-offset: var(--framer-text-decoration-offset);
    line-height: var(--line-height);
}`),
            (Jg = `
[data-framer-component-type="Text"] div div span,
[data-framer-component-type="Text"] a div span,
[data-framer-component-type="Text"] span span span,
[data-framer-component-type="Text"] p span span,
[data-framer-component-type="Text"] h1 span span,
[data-framer-component-type="Text"] h2 span span,
[data-framer-component-type="Text"] h3 span span,
[data-framer-component-type="Text"] h4 span span,
[data-framer-component-type="Text"] h5 span span,
[data-framer-component-type="Text"] h6 span span,
[data-framer-component-type="Text"] a {
    --font-family: var(--framer-font-family);
    --font-style: var(--framer-font-style);
    --font-weight: var(--framer-font-weight);
    --text-color: var(--framer-text-color);
    --letter-spacing: var(--framer-letter-spacing);
    --font-size: var(--framer-font-size);
    --text-transform: var(--framer-text-transform);
    --text-decoration: var(--framer-text-decoration-style, solid) var(--framer-text-decoration, none) var(--framer-text-decoration-color, currentcolor) var(--framer-text-decoration-thickness, auto);
    --text-decoration-skip-ink: var(--framer-text-decoration-skip-ink);
    --text-underline-offset: var(--framer-text-decoration-offset);
    --line-height: var(--framer-line-height);
}`),
            (Yg = `
[data-framer-component-type="Text"] a,
[data-framer-component-type="Text"] a div span,
[data-framer-component-type="Text"] a span span span,
[data-framer-component-type="Text"] a p span span,
[data-framer-component-type="Text"] a h1 span span,
[data-framer-component-type="Text"] a h2 span span,
[data-framer-component-type="Text"] a h3 span span,
[data-framer-component-type="Text"] a h4 span span,
[data-framer-component-type="Text"] a h5 span span,
[data-framer-component-type="Text"] a h6 span span {
    --font-family: var(--framer-link-font-family, var(--framer-font-family));
    --font-style: var(--framer-link-font-style, var(--framer-font-style));
    --font-weight: var(--framer-link-font-weight, var(--framer-font-weight));
    --text-color: var(--framer-link-text-color, var(--framer-text-color));
    --font-size: var(--framer-link-font-size, var(--framer-font-size));
    --text-transform: var(--framer-link-text-transform, var(--framer-text-transform));
    --text-decoration: var(--framer-link-text-decoration-style, var(--framer-text-decoration-style, solid)) var(--framer-link-text-decoration, var(--framer-text-decoration, none)) var(--framer-link-text-decoration-color, var(--framer-text-decoration-color, currentcolor)) var(--framer-link-text-decoration-thickness, var(--framer-text-decoration-thickness, auto));
    --text-decoration-skip-ink: var(--framer-link-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink));
    --text-underline-offset: var(--framer-link-text-decoration-offset, var(--framer-text-decoration-offset));
}`),
            (Xg = `
[data-framer-component-type="Text"] a:hover,
[data-framer-component-type="Text"] a div span:hover,
[data-framer-component-type="Text"] a span span span:hover,
[data-framer-component-type="Text"] a p span span:hover,
[data-framer-component-type="Text"] a h1 span span:hover,
[data-framer-component-type="Text"] a h2 span span:hover,
[data-framer-component-type="Text"] a h3 span span:hover,
[data-framer-component-type="Text"] a h4 span span:hover,
[data-framer-component-type="Text"] a h5 span span:hover,
[data-framer-component-type="Text"] a h6 span span:hover {
    --font-family: var(--framer-link-hover-font-family, var(--framer-link-font-family, var(--framer-font-family)));
    --font-style: var(--framer-link-hover-font-style, var(--framer-link-font-style, var(--framer-font-style)));
    --font-weight: var(--framer-link-hover-font-weight, var(--framer-link-font-weight, var(--framer-font-weight)));
    --text-color: var(--framer-link-hover-text-color, var(--framer-link-text-color, var(--framer-text-color)));
    --font-size: var(--framer-link-hover-font-size, var(--framer-link-font-size, var(--framer-font-size)));
    --text-transform: var(--framer-link-hover-text-transform, var(--framer-link-text-transform, var(--framer-text-transform)));
    --text-decoration: var(--framer-link-hover-text-decoration-style, var(--framer-link-text-decoration-style, var(--framer-text-decoration-style, solid))) var(--framer-link-hover-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, none))) var(--framer-link-hover-text-decoration-color, var(--framer-link-text-decoration-color, var(--framer-text-decoration-color, currentcolor))) var(--framer-link-hover-text-decoration-thickness, var(--framer-link-text-decoration-thickness, var(--framer-text-decoration-thickness, auto)));
    --text-decoration-skip-ink: var(--framer-link-hover-text-decoration-skip-ink, var(--framer-link-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink)));
    --text-underline-offset: var(--framer-link-hover-text-decoration-offset, var(--framer-link-text-decoration-offset, var(--framer-text-decoration-offset)));
}`),
            (Zg = `
[data-framer-component-type="Text"].isCurrent a,
[data-framer-component-type="Text"].isCurrent a div span,
[data-framer-component-type="Text"].isCurrent a span span span,
[data-framer-component-type="Text"].isCurrent a p span span,
[data-framer-component-type="Text"].isCurrent a h1 span span,
[data-framer-component-type="Text"].isCurrent a h2 span span,
[data-framer-component-type="Text"].isCurrent a h3 span span,
[data-framer-component-type="Text"].isCurrent a h4 span span,
[data-framer-component-type="Text"].isCurrent a h5 span span,
[data-framer-component-type="Text"].isCurrent a h6 span span {
    --font-family: var(--framer-link-current-font-family, var(--framer-link-font-family, var(--framer-font-family)));
    --font-style: var(--framer-link-current-font-style, var(--framer-link-font-style, var(--framer-font-style)));
    --font-weight: var(--framer-link-current-font-weight, var(--framer-link-font-weight, var(--framer-font-weight)));
    --text-color: var(--framer-link-current-text-color, var(--framer-link-text-color, var(--framer-text-color)));
    --font-size: var(--framer-link-current-font-size, var(--framer-link-font-size, var(--framer-font-size)));
    --text-transform: var(--framer-link-current-text-transform, var(--framer-link-text-transform, var(--framer-text-transform)));
    --text-decoration: var(--framer-link-current-text-decoration-style, var(--framer-link-text-decoration-style, var(--framer-text-decoration-style, solid))) var(--framer-link-current-text-decoration, var(--framer-link-text-decoration, var(--framer-text-decoration, none))) var(--framer-link-current-text-decoration-color, var(--framer-link-text-decoration-color, var(--framer-text-decoration-color, currentcolor))) var(--framer-link-current-text-decoration-thickness, var(--framer-link-text-decoration-thickness, var(--framer-text-decoration-thickness, auto)));
    --text-decoration-skip-ink: var(--framer-link-current-text-decoration-skip-ink, var(--framer-link-text-decoration-skip-ink, var(--framer-text-decoration-skip-ink)));
    --text-underline-offset: var(--framer-link-current-text-decoration-offset, var(--framer-link-text-decoration-offset, var(--framer-text-decoration-offset)));
}`),
            (Qg = [
                `[data-framer-component-type="Text"] { cursor: inherit; }`,
                `[data-framer-component-text-autosized] * { white-space: pre; }`,
                Wg,
                Gg,
                Kg,
                qg,
                Jg,
                Yg,
                Xg,
                Zg
            ]),
            ($g = `
:not([data-framer-generated]) > [data-framer-stack-content-wrapper] > *,
:not([data-framer-generated]) > [data-framer-stack-content-wrapper] > [data-framer-component-type],
:not([data-framer-generated]) > [data-framer-stack-content-wrapper] > [data-framer-legacy-stack-gap-enabled] > *,
:not([data-framer-generated]) > [data-framer-stack-content-wrapper] > [data-framer-legacy-stack-gap-enabled] > [data-framer-component-type] {
    position: relative;
}`),
            (e_ = (() => [
                `[data-framer-stack-content-wrapper][data-framer-stack-gap-enabled="true"] {
        row-gap: var(--stack-native-row-gap);
        column-gap: var(--stack-native-column-gap);
    }`,
                `.${pg} [data-framer-stack-content-wrapper][data-framer-stack-gap-enabled="true"] {
        row-gap: unset;
        column-gap: unset;
    }`
            ])()),
            (t_ = (() => `
.${pg} [data-framer-legacy-stack-gap-enabled="true"] > *, [data-framer-legacy-stack-gap-enabled="true"][data-framer-stack-flexbox-gap="false"] {
    margin-top: calc(var(--stack-gap-y) / 2);
    margin-bottom: calc(var(--stack-gap-y) / 2);
    margin-right: calc(var(--stack-gap-x) / 2);
    margin-left: calc(var(--stack-gap-x) / 2);
}
`)()),
            (n_ = (() => `
.${pg}
[data-framer-stack-direction-reverse="false"]
[data-framer-legacy-stack-gap-enabled="true"]
> *:first-child,
[data-framer-stack-direction-reverse="false"]
[data-framer-legacy-stack-gap-enabled="true"][data-framer-stack-flexbox-gap="false"]
> *:first-child,
.${pg}
[data-framer-stack-direction-reverse="true"]
[data-framer-legacy-stack-gap-enabled="true"]
> *:last-child,
[data-framer-stack-direction-reverse="true"]
[data-framer-legacy-stack-gap-enabled="true"][data-framer-stack-flexbox-gap="false"]
> *:last-child {
    margin-top: 0;
    margin-left: 0;
}`)()),
            (r_ = (() => `
.${pg}
[data-framer-stack-direction-reverse="false"]
[data-framer-legacy-stack-gap-enabled="true"]
> *:last-child,
[data-framer-stack-direction-reverse="false"]
[data-framer-legacy-stack-gap-enabled="true"][data-framer-stack-flexbox-gap="false"]
> *:last-child,
.${pg}
[data-framer-stack-direction-reverse="true"]
[data-framer-legacy-stack-gap-enabled="true"]
> *:first-child,
[data-framer-stack-direction-reverse="true"]
[data-framer-legacy-stack-gap-enabled="true"][data-framer-stack-flexbox-gap="false"]
> *:first-child {
    margin-right: 0;
    margin-bottom: 0;
}`)()),
            (i_ = (() => [$g, t_, ...e_, n_, r_])()),
            (a_ = [
                `
NavigationContainer
[data-framer-component-type="NavigationContainer"] > *,
[data-framer-component-type="NavigationContainer"] > [data-framer-component-type] {
    position: relative;
}`
            ]),
            (o_ = [
                `[data-framer-component-type="Scroll"]::-webkit-scrollbar { display: none; }`,
                `[data-framer-component-type="ScrollContentWrapper"] > * { position: relative; }`
            ]),
            (s_ = [
                `[data-framer-component-type="NativeScroll"] { -webkit-overflow-scrolling: touch; }`,
                `[data-framer-component-type="NativeScroll"] > * { position: relative; }`,
                `[data-framer-component-type="NativeScroll"].direction-both { overflow-x: auto; overflow-y: auto; }`,
                `[data-framer-component-type="NativeScroll"].direction-vertical { overflow-x: hidden; overflow-y: auto; }`,
                `[data-framer-component-type="NativeScroll"].direction-horizontal { overflow-x: auto; overflow-y: hidden; }`,
                `[data-framer-component-type="NativeScroll"].direction-vertical > * { width: 100% !important; }`,
                `[data-framer-component-type="NativeScroll"].direction-horizontal > * { height: 100% !important; }`,
                `[data-framer-component-type="NativeScroll"].scrollbar-hidden::-webkit-scrollbar { display: none; }`
            ]),
            (c_ = [
                `[data-framer-component-type="DeviceComponent"].no-device > * { width: 100% !important; height: 100% !important; }`
            ]),
            (l_ = [
                `[data-framer-component-type="PageContentWrapper"] > *, [data-framer-component-type="PageContentWrapper"] > [data-framer-component-type] { position: relative; }`
            ]),
            (u_ = [`[data-is-present="false"], [data-is-present="false"] * { pointer-events: none !important; }`]),
            (d_ = [
                `[data-framer-cursor="pointer"] { cursor: pointer; }`,
                `[data-framer-cursor="grab"] { cursor: grab; }`,
                `[data-framer-cursor="grab"]:active { cursor: grabbing; }`
            ]),
            (f_ = [
                `[data-framer-component-type="Frame"] *, [data-framer-component-type="Stack"] * { pointer-events: auto; }`,
                `[data-framer-generated] * { pointer-events: unset }`
            ]),
            (p_ = [
                `[data-reset="button"] {
        border-width: 0;
        padding: 0;
        background: none;
}`
            ]),
            (m_ = [
                `[data-hide-scrollbars="true"]::-webkit-scrollbar { width: 0px; height: 0px; }`,
                `[data-hide-scrollbars="true"]::-webkit-scrollbar-thumb { background: transparent; }`,
                `[data-hide-scrollbars="true"] { scrollbar-width: none; }`
            ]),
            (h_ = `--framer-will-change-override`),
            (g_ = `--framer-will-change-effect-override`),
            (__ = `(background: -webkit-named-image(i))`),
            (v_ = `(grid-template-rows: subgrid)`),
            (y_ = (e) =>
                e
                    ? [`body { ${h_}: none; }`, `@supports ${__} and (not ${v_}) { body { ${h_}: transform; } }`]
                    : [`body { ${h_}: none; ${g_}: none; }`]),
            (b_ = (e) => (e ? f_ : [])),
            (x_ = [`.svgContainer svg { display: block; }`]),
            (S_ = `--overflow-clip-fallback`),
            (C_ = (() => [
                `@supports (not (overflow: clip)) {
        :root { ${S_}: hidden; }
    }`
            ])()),
            (w_ = (e) => [
                ...y_(e),
                ...Ug,
                ...Qg,
                ...Bg,
                ...jg,
                ...i_,
                ...a_,
                ...o_,
                ...s_,
                ...l_,
                ...c_,
                ...u_,
                ...d_,
                ...b_(e),
                ...x_,
                ...p_,
                ...m_,
                ...C_
            ]),
            (T_ = w_(!1)),
            (E_ = w_(!0)),
            (D_ = !1),
            (O_ = `optional`),
            (k_ = (e) => e),
            (A_ =
                /^(?:children|dangerouslySetInnerHTML|key|ref|autoFocus|defaultValue|defaultChecked|innerHTML|suppressContentEditableWarning|suppressHydrationWarning|valueLink|abbr|accept|acceptCharset|accessKey|action|allow|allowUserMedia|allowPaymentRequest|allowFullScreen|allowTransparency|alt|async|autoComplete|autoPlay|capture|cellPadding|cellSpacing|challenge|charSet|checked|cite|classID|className|cols|colSpan|content|contentEditable|contextMenu|controls|controlsList|coords|crossOrigin|data|dateTime|decoding|default|defer|dir|disabled|disablePictureInPicture|download|draggable|encType|enterKeyHint|form|formAction|formEncType|formMethod|formNoValidate|formTarget|frameBorder|headers|height|hidden|high|href|hrefLang|htmlFor|httpEquiv|id|inputMode|integrity|is|keyParams|keyType|kind|label|lang|list|loading|loop|low|marginHeight|marginWidth|max|maxLength|media|mediaGroup|method|min|minLength|multiple|muted|name|nonce|noValidate|open|optimum|pattern|placeholder|playsInline|poster|preload|profile|radioGroup|readOnly|referrerPolicy|rel|required|reversed|role|rows|rowSpan|sandbox|scope|scoped|scrolling|seamless|selected|shape|size|sizes|slot|span|spellCheck|src|srcDoc|srcLang|srcSet|start|step|style|summary|tabIndex|target|title|translate|type|useMap|value|width|wmode|wrap|about|datatype|inlist|prefix|property|resource|typeof|vocab|autoCapitalize|autoCorrect|autoSave|color|incremental|fallback|inert|itemProp|itemScope|itemType|itemID|itemRef|on|option|results|security|unselectable|accentHeight|accumulate|additive|alignmentBaseline|allowReorder|alphabetic|amplitude|arabicForm|ascent|attributeName|attributeType|autoReverse|azimuth|baseFrequency|baselineShift|baseProfile|bbox|begin|bias|by|calcMode|capHeight|clip|clipPathUnits|clipPath|clipRule|colorInterpolation|colorInterpolationFilters|colorProfile|colorRendering|contentScriptType|contentStyleType|cursor|cx|cy|[dkrxyz]|decelerate|descent|diffuseConstant|direction|display|divisor|dominantBaseline|dur|dx|dy|edgeMode|elevation|enableBackground|end|exponent|externalResourcesRequired|fill|fillOpacity|fillRule|filter|filterRes|filterUnits|floodColor|floodOpacity|focusable|fontFamily|fontSize|fontSizeAdjust|fontStretch|fontStyle|fontVariant|fontWeight|format|from|fr|fx|fy|g1|g2|glyphName|glyphOrientationHorizontal|glyphOrientationVertical|glyphRef|gradientTransform|gradientUnits|hanging|horizAdvX|horizOriginX|ideographic|imageRendering|in|in2|intercept|k1|k2|k3|k4|kernelMatrix|kernelUnitLength|kerning|keyPoints|keySplines|keyTimes|lengthAdjust|letterSpacing|lightingColor|limitingConeAngle|local|markerEnd|markerMid|markerStart|markerHeight|markerUnits|markerWidth|mask|maskContentUnits|maskUnits|mathematical|mode|numOctaves|offset|opacity|operator|order|orient|orientation|origin|overflow|overlinePosition|overlineThickness|panose1|paintOrder|pathLength|patternContentUnits|patternTransform|patternUnits|pointerEvents|points|pointsAtX|pointsAtY|pointsAtZ|preserveAlpha|preserveAspectRatio|primitiveUnits|radius|refX|refY|renderingIntent|repeatCount|repeatDur|requiredExtensions|requiredFeatures|restart|result|rotate|rx|ry|scale|seed|shapeRendering|slope|spacing|specularConstant|specularExponent|speed|spreadMethod|startOffset|stdDeviation|stemh|stemv|stitchTiles|stopColor|stopOpacity|strikethroughPosition|strikethroughThickness|string|stroke|strokeDasharray|strokeDashoffset|strokeLinecap|strokeLinejoin|strokeMiterlimit|strokeOpacity|strokeWidth|surfaceScale|systemLanguage|tableValues|targetX|targetY|textAnchor|textDecoration|textRendering|textLength|to|transform|u1|u2|underlinePosition|underlineThickness|unicode|unicodeBidi|unicodeRange|unitsPerEm|vAlphabetic|vHanging|vIdeographic|vMathematical|values|vectorEffect|version|vertAdvY|vertOriginX|vertOriginY|viewBox|viewTarget|visibility|widths|wordSpacing|writingMode|xHeight|x1|x2|xChannelSelector|xlinkActuate|xlinkArcrole|xlinkHref|xlinkRole|xlinkShow|xlinkTitle|xlinkType|xmlBase|xmlns|xmlnsXlink|xmlLang|xmlSpace|y1|y2|yChannelSelector|zoomAndPan|for|class|autofocus|(?:[Dd][Aa][Tt][Aa]|[Aa][Rr][Ii][Aa]|x)-.*)$/u),
            (j_ = Gi(
                (e) => A_.test(e) || (e.charCodeAt(0) === 111 && e.charCodeAt(1) === 110 && e.charCodeAt(2) < 91)
            )),
            (M_ = (e) => () => {
                $n(e);
            }),
            (N_ = () => () => {}),
            (P_ = {
                imagePlaceholderSvg: `<svg xmlns="http://www.w3.org/2000/svg" width="126" height="126"><path id="a" d="M126 0v21.584L21.584 126H0v-17.585L108.415 0H126Zm0 108.414V126h-17.586L126 108.414Zm0-84v39.171L63.585 126H24.414L126 24.414Zm0 42v39.17L105.584 126h-39.17L126 66.414ZM105.586 0 0 105.586V66.415L66.415 0h39.171Zm-42 0L0 63.586V24.415L24.415 0h39.171Zm-42 0L0 21.586V0h21.586Z" fill="rgb(136, 136, 136, 0.2)" fill-rule="evenodd"/></svg>`,
                useImageSource(e) {
                    return e.src ?? ``;
                },
                useImageElement(e, t, n) {
                    let r = L_.useImageSource(e, t, n);
                    return w(() => {
                        let t = new Image();
                        return (t.src = r), e.srcSet && (t.srcset = e.srcSet), t;
                    }, [r, e.srcSet]);
                },
                canRenderOptimizedCanvasImage() {
                    return !1;
                },
                isOnPageCanvas: !1
            }),
            (F_ = !1),
            (I_ = {
                get(e, t, n) {
                    return Reflect.has(e, t)
                        ? Reflect.get(e, t, n)
                        : [`getLogger`].includes(String(t))
                          ? N_()
                          : M_(
                                F_
                                    ? `${String(t)} is not available in this version of Framer.`
                                    : `${String(t)} is only available inside of Framer. https://www.framer.com/`
                            );
                }
            }),
            (L_ = new Proxy(P_, I_)),
            (R_ = u.createContext(void 0)),
            (R_.displayName = `LibraryFeaturesContext`),
            (z_ = (() => R_.Provider)()),
            (B_ = () => {
                let e = u.useContext(R_);
                return e ?? {};
            }),
            (V_ = { position: `absolute`, borderRadius: `inherit`, top: 0, right: 0, bottom: 0, left: 0 }),
            (H_ = `src`),
            (U_ = {
                isImageObject: function (e) {
                    return !e || typeof e == `string` ? !1 : typeof e == `object` && H_ in e;
                }
            }),
            (W_ = y === void 0 ? void 0 : y),
            (G_ = () => typeof document == `object`),
            (K_ = () => W_ && /Chrome/u.test(W_.userAgent) && /Google Inc/u.test(W_.vendor) && !X_()),
            (q_ = () => W_ && /Safari/u.test(W_.userAgent) && /Apple Computer/u.test(W_.vendor)),
            (J_ = () => W_ && /Firefox\/\d+\.\d+$/u.test(W_.userAgent)),
            (Y_ = () => W_ && /FramerX/u.test(W_.userAgent)),
            (X_ = () => W_ && /Edg\//u.test(W_.userAgent)),
            (Z_ = /iPhone|iPod|iPad/iu),
            (Q_ = /MacIntel/iu),
            ($_ = () =>
                W_
                    ? Z_.test(W_.platform)
                        ? !0
                        : Q_.test(W_.platform) && W_.maxTouchPoints && W_.maxTouchPoints > 2
                    : !1),
            (ev = () => nv() === `desktop`),
            (tv = () => !1),
            (nv = () =>
                W_ && /tablet|iPad|Nexus 9/i.test(W_.userAgent)
                    ? `tablet`
                    : W_ && /mobi/iu.test(W_.userAgent)
                      ? `phone`
                      : `desktop`),
            (rv = K_()),
            (iv = typeof document < `u` ? d : D),
            (av = u.createContext(!1)),
            (ov = class {
                constructor() {
                    N(this, `sharedResizeObserver`),
                        N(this, `callbacks`, new WeakMap()),
                        (this.sharedResizeObserver = new ResizeObserver(this.updateResizedElements.bind(this)));
                }
                updateResizedElements(e) {
                    for (let t of e) {
                        let e = this.callbacks.get(t.target);
                        e && e(t.contentRect);
                    }
                }
                observeElementWithCallback(e, t) {
                    this.sharedResizeObserver.observe(e), this.callbacks.set(e, t);
                }
                unobserve(e) {
                    this.sharedResizeObserver.unobserve(e), this.callbacks.delete(e);
                }
            }),
            (sv = (() => (G_() ? new ov() : void 0))()),
            (cv = `data-framer-size-compatibility-wrapper`),
            (lv = `0.000001px`),
            (uv = (() => ` translateZ(${lv})`)()),
            (dv = (() => Y_() || q_() || tv())()),
            (fv = (() => {
                class e extends n {
                    constructor() {
                        super(...arguments),
                            N(this, `layerElement`, null),
                            N(this, `setLayerElement`, (e) => {
                                this.layerElement = e;
                            });
                    }
                    static applyWillChange(e, t, n) {
                        e.willChangeTransform && (n ? xa(t) : Sa(t));
                    }
                    shouldComponentUpdate(e, t) {
                        return e._needsMeasure || this.state !== t || !at(this.props, e);
                    }
                    componentDidUpdate(e) {
                        k_(this.props).clip &&
                            k_(this.props).radius === 0 &&
                            k_(e).radius !== 0 &&
                            wa(this.layerElement, `overflow`, `hidden`, !1);
                    }
                }
                return N(e, `defaultProps`, {}), e;
            })()),
            (pv = (e) => {
                let t = 0,
                    n,
                    r;
                if (e.length === 0) return t;
                for (n = 0; n < e.length; n++) (r = e.charCodeAt(n)), (t = (t << 5) - t + r), (t |= 0);
                return t;
            }),
            (mv = {
                hueRotate: (e, t) => K.toHslString(K.hueRotate(K(e), t)),
                setAlpha: (e, t) => K.toRgbString(K.alpha(K(e), t)),
                getAlpha: (e) => {
                    let t = Ar(e);
                    return t ? t.a : 1;
                },
                multiplyAlpha: (e, t) => K.toRgbString(K.multiplyAlpha(K(e), t)),
                toHexValue: (e) => K.toHex(K(e)).toUpperCase(),
                toHex: (e) => K.toHexString(K(e)).toUpperCase(),
                toRgb: (e) => K.toRgb(K(e)),
                toRgbString: (e) => K.toRgbString(K(e)),
                toHSV: (e) => K.toHsv(K(e)),
                toHSL: (e) => K.toHsl(K(e)),
                toHslString: (e) => K.toHslString(K(e)),
                toHsvString: (e) => K.toHsvString(K(e)),
                hsvToHSLString: (e) => K.toHslString(K(vr(e.h, e.s, e.v, e.a))),
                hsvToHexValue: (e) => K.toHex(K(vr(e.h, e.s, e.v, e.a))).toUpperCase(),
                hsvToHex: (e) => K.toHexString(K(vr(e.h, e.s, e.v, e.a))).toUpperCase(),
                hsvToRgbString: (e) => K.toRgbString(K(vr(e.h, e.s, e.v, e.a))),
                hsvToString: (e) => vr(e.h, e.s, e.v),
                rgbaToString: (e) => K.toRgbString(K(e)),
                rgbToHexValue: (e) => K.toHex(K(e)),
                rgbToHexString: (e) => K.toHexString(K(e)),
                hslToString: (e) => K.toHslString(K(e)),
                hslToRgbString: (e) => K.toRgbString(K(e)),
                toColorPickerSquare: (e) => K.toRgbString(K({ h: e, s: 1, l: 0.5, a: 1 })),
                isValid: (e) => K(e).isValid !== !1,
                equals: (e, t) =>
                    K.isP3String(e) || K.isP3String(t)
                        ? e === t
                        : (typeof e == `string` && (e = K(e)), typeof t == `string` && (t = K(t)), K.equal(e, t)),
                toHexOrRgbaString: (e) => {
                    let t = K(e);
                    return t.a === 1 ? K.toHexString(t) : K.toRgbString(t);
                },
                toFormatString: (e) => (K.isP3String(e) ? e : K.toRgbString(K(e)))
            }),
            (hv = /var\(.+\)/u),
            (gv = new Map()),
            (_v = [`stops`]),
            (vv = [`start`, `end`]),
            (yv = [`angle`, `alpha`]),
            (bv = {
                isLinearGradient: (e) => z(e) && yv.every((t) => t in e) && (Ma(e) || ja(e)),
                hash: (e) => e.angle ^ Aa(e, e.alpha),
                toCSS: (e, t, n) => {
                    let r = ka(e, e.alpha),
                        i = t === void 0 ? e.angle : t,
                        a = r.map((e) => `${n?.(e.value) ?? e.value} ${e.position * 100}%`);
                    return `linear-gradient(${i}deg, ${a.join(`, `)})`;
                }
            }),
            (xv = [`widthFactor`, `heightFactor`, `centerAnchorX`, `centerAnchorY`, `alpha`]),
            (Sv = {
                isRadialGradient: (e) => z(e) && xv.every((t) => t in e) && (Ma(e) || ja(e)),
                hash: (e) => e.centerAnchorX ^ e.centerAnchorY ^ e.widthFactor ^ e.heightFactor ^ Aa(e, e.alpha),
                toCSS: (e, t) => {
                    let { alpha: n, widthFactor: r, heightFactor: i, centerAnchorX: a, centerAnchorY: o } = e,
                        s = ka(e, n),
                        c = s.map((e, n) => {
                            let r = s[n + 1],
                                i = e.position === 1 && r?.position === 1 ? e.position - 1e-4 : e.position;
                            return `${t?.(e.value) ?? e.value} ${i * 100}%`;
                        });
                    return `radial-gradient(${r * 100}% ${i * 100}% at ${a * 100}% ${o * 100}%, ${c.join(`, `)})`;
                }
            }),
            (Cv = [
                `onClick`,
                `onDoubleClick`,
                `onMouse`,
                `onMouseDown`,
                `onMouseUp`,
                `onTapDown`,
                `onTap`,
                `onTapUp`,
                `onPointer`,
                `onPointerDown`,
                `onPointerUp`,
                `onTouch`,
                `onTouchDown`,
                `onTouchUp`
            ]),
            (wv = (() => new Set([...Cv, ...Cv.map((e) => `${e}Capture`)]))()),
            (Tv = `overflow`),
            (Ev = { x: 0, y: 0, width: 200, height: 200 }),
            (Dv = new Set([
                `width`,
                `height`,
                `opacity`,
                `overflow`,
                `radius`,
                `background`,
                `color`,
                `x`,
                `y`,
                `z`,
                `rotate`,
                `rotateX`,
                `rotateY`,
                `rotateZ`,
                `scale`,
                `scaleX`,
                `scaleY`,
                `skew`,
                `skewX`,
                `skewY`,
                `originX`,
                `originY`,
                `originZ`
            ])),
            (Ov = s(function (e, t) {
                let { name: n, center: r, border: i, _border: a, __portal: o } = e,
                    { props: s, children: c } = da(e),
                    l = Ua(s),
                    u = pa(e),
                    d = Ra(e),
                    f = x(null),
                    p = t ?? f,
                    m = {
                        "data-framer-component-type": e.componentType ?? `Frame`,
                        "data-framer-cursor": d,
                        "data-framer-highlight": d === `pointer` ? !0 : void 0,
                        "data-layoutid": u,
                        "data-framer-offset-parent-id": k_(e)[`data-framer-offset-parent-id`]
                    };
                !Wa(e) && n && (k_(m)[`data-framer-name`] = n);
                let [h, g] = Ha(s),
                    _ = Va(s),
                    y = Di(_);
                r && !(g && !y && hi(_))
                    ? ((l.transformTemplate ||= fa(r)), Object.assign(m, la(r)))
                    : (l.transformTemplate ||= void 0),
                    ya(e, p);
                let S = ia(e),
                    w = C(av),
                    T = Ga(s, _, g, w),
                    D = Ti(
                        E(v, {
                            children: [
                                S
                                    ? b(ea, {
                                          alt: e.alt ?? ``,
                                          image: S,
                                          containerSize: g ?? void 0,
                                          nodeId: e.id && ua(e.id),
                                          layoutId: u
                                      })
                                    : null,
                                c,
                                b(na, { ...a, border: i, layoutId: u })
                            ]
                        }),
                        T
                    ),
                    O = sa(e.as),
                    ee = aa(S);
                return (
                    e.fitImageDimension &&
                        ee &&
                        ((h[e.fitImageDimension] = `auto`), (h.aspectRatio = ee.width / ee.height)),
                    E(O, { ...m, ...l, layoutId: u, style: h, ref: p, children: [D, o] })
                );
            })),
            (kv = s(function (e, t) {
                let { visible: n = !0 } = e;
                return n ? b(Ov, { ...e, ref: t }) : null;
            })),
            (Av = `__LAYOUT_TREE_ROOT`),
            (jv = u.createContext({
                schedulePromoteTree: () => {},
                scheduleProjectionDidUpdate: () => {},
                initLead: () => {}
            })),
            (Mv = class extends n {
                constructor() {
                    super(...arguments),
                        N(this, `shouldAnimate`, !1),
                        N(this, `transition`),
                        N(this, `lead`),
                        N(this, `follow`),
                        N(this, `scheduledPromotion`, !1),
                        N(this, `scheduledDidUpdate`, !1),
                        N(this, `scheduleProjectionDidUpdate`, () => {
                            this.scheduledDidUpdate = !0;
                        }),
                        N(this, `schedulePromoteTree`, (e, t, n) => {
                            (this.follow = this.lead),
                                (this.shouldAnimate = n),
                                (this.lead = e),
                                (this.transition = t),
                                (this.scheduledPromotion = !0);
                        }),
                        N(this, `initLead`, (e, t) => {
                            (this.follow = this.lead),
                                (this.lead = e),
                                this.follow && t && (this.follow.layoutMaybeMutated = !0);
                        }),
                        N(this, `sharedLayoutContext`, {
                            schedulePromoteTree: this.schedulePromoteTree,
                            scheduleProjectionDidUpdate: this.scheduleProjectionDidUpdate,
                            initLead: this.initLead
                        });
                }
                getSnapshotBeforeUpdate() {
                    var e;
                    if (!this.scheduledPromotion || !this.lead || !this.follow) return null;
                    let t = (e = this.lead)?.layoutMaybeMutated && !this.shouldAnimate;
                    return (
                        this.lead.projectionNodes.forEach((e) => {
                            var n;
                            e?.promote({
                                needsReset: t,
                                transition: this.shouldAnimate ? this.transition : void 0,
                                preserveFollowOpacity: e.options.layoutId === Av && !(n = this.follow)?.isExiting
                            });
                        }),
                        this.shouldAnimate ? (this.follow.layoutMaybeMutated = !0) : this.scheduleProjectionDidUpdate(),
                        (this.lead.layoutMaybeMutated = !1),
                        (this.transition = void 0),
                        (this.scheduledPromotion = !1),
                        null
                    );
                }
                componentDidUpdate() {
                    var e, t;
                    if (!this.lead) return null;
                    this.scheduledDidUpdate &&=
                        ((t = (e = this.lead.rootProjectionNode)?.root) == null || t.didUpdate(), !1);
                }
                render() {
                    return b(jv.Provider, { value: this.sharedLayoutContext, children: this.props.children });
                }
            }),
            (Nv = { width: `100%`, height: `100%`, backgroundColor: `none` }),
            (Pv = class {
                constructor(e) {
                    N(this, `sharedIntersectionObserver`),
                        N(this, `callbacks`, new WeakMap()),
                        (this.sharedIntersectionObserver = new IntersectionObserver(
                            this.intersectionObserverCallback.bind(this),
                            e
                        ));
                }
                intersectionObserverCallback(e, t) {
                    for (let n of e) {
                        let e = this.callbacks.get(n.target);
                        e && e(n, t);
                    }
                }
                observeElementWithCallback(e, t) {
                    this.sharedIntersectionObserver &&
                        (this.sharedIntersectionObserver.observe(e), this.callbacks.set(e, t));
                }
                unobserve(e) {
                    this.sharedIntersectionObserver &&
                        (this.sharedIntersectionObserver.unobserve(e), this.callbacks.delete(e));
                }
                get root() {
                    var e;
                    return (e = this.sharedIntersectionObserver)?.root;
                }
            }),
            (Fv = te(new Map())),
            (Iv = typeof IntersectionObserver > `u` ? yp : eo),
            (Lv = Array(100)
                .fill(void 0)
                .map((e, t) => t * 0.01)),
            (Rv = u.createContext(null)),
            (zv = class extends n {
                constructor() {
                    super(...arguments),
                        N(this, `layoutMaybeMutated`, !1),
                        N(this, `projectionNodes`, new Map()),
                        N(this, `rootProjectionNode`),
                        N(this, `isExiting`),
                        N(
                            this,
                            `shouldPreserveFollowOpacity`,
                            (e) => e.options.layoutId === Av && !this.props.isExiting
                        ),
                        N(this, `switchLayoutGroupContext`, {
                            register: (e) => this.addChild(e),
                            deregister: (e) => this.removeChild(e),
                            transition:
                                this.props.isLead !== void 0 && this.props.animatesLayout
                                    ? this.props.transition
                                    : void 0,
                            shouldPreserveFollowOpacity: this.shouldPreserveFollowOpacity
                        });
                }
                componentDidMount() {
                    this.props.isLead && this.props.sharedLayoutContext.initLead(this, !!this.props.animatesLayout);
                }
                shouldComponentUpdate(e) {
                    let {
                        isLead: t,
                        isExiting: n,
                        isOverlayed: r,
                        animatesLayout: i,
                        transition: a,
                        sharedLayoutContext: o
                    } = e;
                    if (((this.isExiting = n), t === void 0)) return !0;
                    let s = !this.props.isLead && t,
                        c = this.props.isExiting && !n,
                        l = s || c,
                        u = !!this.props.isLead && !t,
                        d = this.props.isOverlayed !== r;
                    return (
                        (l || u) && this.projectionNodes.forEach((e) => e?.willUpdate()),
                        l ? o.schedulePromoteTree(this, a, !!i) : d && o.scheduleProjectionDidUpdate(),
                        !!l && !!i
                    );
                }
                addChild(e) {
                    let t = e.options.layoutId;
                    t && (this.projectionNodes.set(t, e), this.setRootChild(e));
                }
                setRootChild(e) {
                    if (!this.rootProjectionNode) return (this.rootProjectionNode = e);
                    this.rootProjectionNode = this.rootProjectionNode.depth < e.depth ? this.rootProjectionNode : e;
                }
                removeChild(e) {
                    let t = e.options.layoutId;
                    t && this.projectionNodes.delete(t);
                }
                render() {
                    return b(ce.Provider, { value: this.switchLayoutGroupContext, children: this.props.children });
                }
            }),
            (Bv = (e) => {
                let t = u.useContext(jv);
                return b(zv, { ...e, sharedLayoutContext: t });
            }),
            (Vv = u.createContext(!0)),
            (Hv = te({ register: () => {}, deregister: () => {} })),
            (Uv = ({ isCurrent: e, isOverlayed: t, children: n }) => {
                let r = oo(),
                    i = T(
                        (e) => {
                            if (r.has(e)) {
                                console.warn(`NavigationTargetWrapper: already registered`);
                                return;
                            }
                            r.set(e, void 0);
                        },
                        [r]
                    ),
                    a = T(
                        (e) => {
                            let t = r.get(e);
                            t?.(), r.delete(e);
                        },
                        [r]
                    ),
                    o = x({ register: i, deregister: a }).current;
                return (
                    D(
                        () => (
                            r.forEach((n, i) => {
                                let a = i(e, t);
                                r.set(i, _t(a) ? a : void 0);
                            }),
                            () => {
                                r.forEach((e, t) => {
                                    e && (e(), r.set(t, void 0));
                                });
                            }
                        ),
                        [e, t, r]
                    ),
                    b(Hv.Provider, { value: o, children: n })
                );
            }),
            (Wv = u.memo(function ({
                isLayeredContainer: e,
                isCurrent: t,
                isPrevious: n,
                isOverlayed: r = !1,
                visible: i,
                transitionProps: a,
                children: o,
                backdropColor: s,
                onTapBackdrop: c,
                backfaceVisible: l,
                exitBackfaceVisible: u,
                animation: d,
                exitAnimation: f,
                instant: p,
                initialProps: m,
                exitProps: h,
                position: g = { top: 0, right: 0, bottom: 0, left: 0 },
                withMagicMotion: _,
                index: v,
                areMagicMotionLayersPresent: y,
                id: S,
                isInitial: w
            }) {
                let T = Fe(),
                    O = C(se),
                    { persistLayoutIdCache: ee } = C(Qh),
                    k = x({
                        wasCurrent: void 0,
                        wasPrevious: !1,
                        wasBeingRemoved: !1,
                        wasReset: !0,
                        origins: lo({}, m, a)
                    }),
                    te = x(null),
                    ne = O !== null && !O.isPresent;
                t && k.current.wasCurrent === void 0 && ee(),
                    D(() => {
                        if (e || !T) return;
                        if (ne) {
                            k.current = { ...k.current, wasBeingRemoved: ne };
                            return;
                        }
                        let { wasPrevious: r, wasCurrent: i } = k.current,
                            o = (t && !i) || (!ne && k.current.wasBeingRemoved && t),
                            s = n && !r,
                            c = lo(k.current.origins, m, a),
                            l = k.current.wasReset;
                        o || s
                            ? (T.stop(), T.start({ zIndex: v, ...c, ...a }), (l = !1))
                            : l === !1 && (T.stop(), T.set({ zIndex: v, ...Gv, opacity: 0 }), (l = !0)),
                            (k.current = {
                                wasCurrent: !!t,
                                wasPrevious: !!n,
                                wasBeingRemoved: !1,
                                wasReset: l,
                                origins: c
                            });
                    }, [t, n, ne]);
                let re = p ? { type: !1 } : `velocity` in d ? { ...d, velocity: 0 } : d,
                    ie = p ? { type: !1 } : f || d,
                    ae = { ...g };
                (ae.left === void 0 || ae.right === void 0) && (ae.width = `auto`),
                    (ae.top === void 0 || ae.bottom === void 0) && (ae.height = `auto`);
                let oe = uo(a) || uo(m),
                    ce = oe && (e || t || n) ? 1200 : void 0,
                    le = { ...Gv, ...k.current.origins },
                    ue = e
                        ? {
                              initial: { ...le, ...m },
                              animate: { ...le, ...a, transition: re },
                              exit: { ...le, ...h, transition: d }
                          }
                        : { animate: T, exit: { ...le, ...h, transition: ie } },
                    A = !(ne || y === !1),
                    de = !!t && A,
                    fe = t && w;
                return E(kv, {
                    "data-framer-component-type": `NavigationContainerWrapper`,
                    width: `100%`,
                    height: `100%`,
                    style: {
                        position: `absolute`,
                        transformStyle: `flat`,
                        backgroundColor: `transparent`,
                        overflow: `hidden`,
                        zIndex: e || ne || (t && _) ? v : void 0,
                        pointerEvents: void 0,
                        visibility: i ? `visible` : `hidden`,
                        perspective: ce
                    },
                    children: [
                        e &&
                            b(kv, {
                                width: `100%`,
                                height: `100%`,
                                "data-framer-component-type": `NavigationContainerBackdrop`,
                                transition: d,
                                initial: { opacity: p && i ? 1 : 0 },
                                animate: { opacity: 1 },
                                exit: { opacity: 0 },
                                backgroundColor: s || `transparent`,
                                onTap: ne ? void 0 : c
                            }),
                        b(kv, {
                            ...ae,
                            ...ue,
                            transition: {
                                default: re,
                                originX: { type: !1 },
                                originY: { type: !1 },
                                originZ: { type: !1 }
                            },
                            backgroundColor: `transparent`,
                            backfaceVisible: ne ? u : l,
                            "data-framer-component-type": `NavigationContainer`,
                            "data-framer-is-current-navigation-target": !!t,
                            style: { pointerEvents: void 0, opacity: fe || e || (t && _) ? 1 : 0 },
                            "data-is-present": A ? void 0 : !1,
                            ref: te,
                            children: b(Rv.Provider, {
                                value: te,
                                children: b(Vv.Provider, {
                                    value: de,
                                    children: b(Uv, {
                                        isCurrent: de,
                                        isOverlayed: r,
                                        children: b(Bv, {
                                            isLead: t,
                                            animatesLayout: !!_,
                                            transition: re,
                                            isExiting: !A,
                                            isOverlayed: r,
                                            id: S,
                                            children: o
                                        })
                                    })
                                })
                            })
                        })
                    ]
                });
            }, co)),
            (Gv = {
                x: 0,
                y: 0,
                z: 0,
                rotate: 0,
                rotateX: 0,
                rotateY: 0,
                rotateZ: 0,
                scale: 1,
                scaleX: 1,
                scaleY: 1,
                scaleZ: 1,
                skew: 0,
                skewX: 0,
                skewY: 0,
                originX: 0.5,
                originY: 0.5,
                originZ: 0,
                opacity: 1
            }),
            (Kv = class {
                constructor() {
                    N(this, `warning`, () => {
                        $n(`The Navigator API is only available inside of Framer: https://www.framer.com/`);
                    }),
                        N(this, `goBack`, () => this.warning()),
                        N(this, `instant`, () => this.warning()),
                        N(this, `fade`, () => this.warning()),
                        N(this, `push`, () => this.warning()),
                        N(this, `modal`, () => this.warning()),
                        N(this, `overlay`, () => this.warning()),
                        N(this, `flip`, () => this.warning()),
                        N(this, `customTransition`, () => this.warning()),
                        N(this, `magicMotion`, () => this.warning());
                }
            }),
            (qv = new Kv()),
            (Jv = te(qv)),
            (Yv = {
                Fade: { exit: { opacity: 0 }, enter: { opacity: 0 } },
                PushLeft: { exit: { x: `-30%` }, enter: { x: `100%` } },
                PushRight: { exit: { x: `30%` }, enter: { x: `-100%` } },
                PushUp: { exit: { y: `-30%` }, enter: { y: `100%` } },
                PushDown: { exit: { y: `30%` }, enter: { y: `-100%` } },
                Instant: { animation: { type: !1 }, enter: { opacity: 0 } },
                Modal: {
                    overCurrentContext: !0,
                    goBackOnTapOutside: !0,
                    position: { center: !0 },
                    enter: { opacity: 0, scale: 1.2 }
                },
                OverlayLeft: {
                    overCurrentContext: !0,
                    goBackOnTapOutside: !0,
                    position: { right: 0, top: 0, bottom: 0 },
                    enter: { x: `100%` }
                },
                OverlayRight: {
                    overCurrentContext: !0,
                    goBackOnTapOutside: !0,
                    position: { left: 0, top: 0, bottom: 0 },
                    enter: { x: `-100%` }
                },
                OverlayUp: {
                    overCurrentContext: !0,
                    goBackOnTapOutside: !0,
                    position: { bottom: 0, left: 0, right: 0 },
                    enter: { y: `100%` }
                },
                OverlayDown: {
                    overCurrentContext: !0,
                    goBackOnTapOutside: !0,
                    position: { top: 0, left: 0, right: 0 },
                    enter: { y: `-100%` }
                },
                FlipLeft: { backfaceVisible: !1, exit: { rotateY: -180 }, enter: { rotateY: 180 } },
                FlipRight: { backfaceVisible: !1, exit: { rotateY: 180 }, enter: { rotateY: -180 } },
                FlipUp: { backfaceVisible: !1, exit: { rotateX: 180 }, enter: { rotateX: -180 } },
                FlipDown: { backfaceVisible: !1, exit: { rotateX: -180 }, enter: { rotateX: 180 } },
                MagicMotion: { withMagicMotion: !0 }
            }),
            (Xv = () => ({
                current: -1,
                previous: -1,
                currentOverlay: -1,
                previousOverlay: -1,
                visualIndex: 0,
                overlayItemId: 0,
                historyItemId: 0,
                history: [],
                overlayStack: [],
                containers: {},
                containerIndex: {},
                containerVisualIndex: {},
                containerIsRemoved: {},
                transitionForContainer: {},
                previousTransition: null
            })),
            (Zv = mp(Gv)),
            (Qv = u.createContext(void 0)),
            ($v = u.createContext(void 0)),
            (ey = (() => {
                var e, t, r, i, a, o, s;
                return (
                    (t = class extends n {
                        constructor(t) {
                            var n;
                            super(t),
                                pe(this, r),
                                pe(this, e, null),
                                N(this, `state`, Xv()),
                                pe(this, o, (e) => {
                                    if (!this.props.enabled && this.state.history.length > 0) return;
                                    let t = ho(this.state, e);
                                    if (!t) return;
                                    let { skipLayoutAnimation: n } = this.props,
                                        r = t.history[t.current],
                                        i =
                                            (e.type === `add` && e.transition.withMagicMotion) ||
                                            (e.type === `forward` && r?.transition.withMagicMotion) ||
                                            (e.type === `remove` && !!t.previousTransition),
                                        a = () => {
                                            var e;
                                            this.setState(t),
                                                r?.key && ((e = this.context) == null || e.call(this, r.key));
                                        };
                                    n && !i ? n(a) : a();
                                }),
                                N(this, `goBack`, () => {
                                    var t;
                                    if (!M(this, r, a).call(this))
                                        return (
                                            me(this, e, (t = globalThis.event)?.timeStamp || null),
                                            this.state.currentOverlay === -1
                                                ? j(this, o).call(this, { type: `remove` })
                                                : j(this, o).call(this, { type: `removeOverlay` })
                                        );
                                });
                            let i = this.props.children;
                            if (!i || !ii(i) || !ri(i)) return;
                            let s = { ...Yv.Instant },
                                c = (n = i.key)?.toString() || `stack-${this.state.historyItemId + 1}`,
                                l = { type: `add`, key: c, transition: s, component: i },
                                u = ho(this.state, l);
                            u && (this.state = u);
                        }
                        componentDidMount() {
                            var e;
                            let t = this.state.history[this.state.current];
                            t && ((e = this.context) == null || e.call(this, t.key));
                        }
                        UNSAFE_componentWillReceiveProps(e) {
                            var t;
                            let n = e.children;
                            if (!ii(n) || !ri(n)) return;
                            let i = (t = n.key)?.toString();
                            i &&
                                (this.state.history.length === 0
                                    ? M(this, r, s).call(this, n, Yv.Instant)
                                    : j(this, o).call(this, { type: `update`, key: i, component: n }));
                        }
                        componentWillUnmount() {
                            var e, t;
                            (t = (e = this.props).resetProjection) == null || t.call(e);
                        }
                        instant(e) {
                            M(this, r, s).call(this, e, Yv.Instant, void 0);
                        }
                        fade(e, t) {
                            M(this, r, s).call(this, e, Yv.Fade, t);
                        }
                        push(e, t) {
                            M(this, r, s).call(this, e, fo(t), t);
                        }
                        modal(e, t) {
                            M(this, r, s).call(this, e, Yv.Modal, t);
                        }
                        overlay(e, t) {
                            M(this, r, s).call(this, e, po(t), t);
                        }
                        flip(e, t) {
                            M(this, r, s).call(this, e, mo(t), t);
                        }
                        magicMotion(e, t) {
                            M(this, r, s).call(this, e, Yv.MagicMotion, t);
                        }
                        customTransition(e, t) {
                            M(this, r, s).call(this, e, t);
                        }
                        render() {
                            var e, t, n, a, o;
                            let s = M(this, r, i).call(this, { overCurrentContext: !1 }),
                                c = M(this, r, i).call(this, { overCurrentContext: !0 }),
                                l = Ao(c),
                                u = c.current > -1,
                                d = this.state.history.length === 1,
                                f = [];
                            for (let [r, i] of Object.entries(this.state.containers)) {
                                let c = this.state.containerIndex[r];
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                                        Wv,
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                                            isInitial: d,
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                                    e.key
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                                left: 0,
                                width: `100%`,
                                height: `100%`,
                                position: `relative`,
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                                                position: void 0,
                                                initialProps: {},
                                                instant: !1,
                                                transitionProps: jo(l),
                                                animation: Mo(l),
                                                backfaceVisible: No(l),
                                                visible: !0,
                                                backdropColor: void 0,
                                                onTapBackdrop: void 0,
                                                index: 0,
                                                children: b(Xr, {
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                            (me(this, e, (s = globalThis.event)?.timeStamp || null), !t || !ii(t) || !ri(t))
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                    N(t, `contextType`, Qv),
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            (iy = ge(dp(), 1)),
            (ay = (e, t) => Object.prototype.hasOwnProperty.call(e, t)),
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            (sy = (() => {
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                    let r = {
                            [oy]: {
                                makeAnimatables: t,
                                observeAnimatables: n,
                                observers: new Qm(),
                                reset() {
                                    for (let t in i)
                                        if (ay(i, t)) {
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                                            n === void 0 ? delete i[t] : (i[t] = n);
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                                },
                                transactions: new Set()
                            }
                        },
                        i = new Proxy(r, ly);
                    return Object.assign(i, e), i;
                }
                return (e.resetObject = (e) => e[oy].reset()), (e.addObserver = (e, t) => e[oy].observers.add(t)), e;
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                            o;
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                            (tr(n) ? ((a = n), (o = a.get())) : (o = n),
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                            i.observeAnimatables && a)
                        ) {
                            let e = i.transactions;
                            a.onUpdate({
                                update: (t, n) => {
                                    n && e.add(n), i.observers.notify({ value: r }, n);
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                                finish: (t) => {
                                    e.delete(t) && i.observers.finishTransaction(t);
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                            });
                        }
                        let s = !1,
                            c = !0,
                            l = k_(e)[t];
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                        N(this, `get`, (e, t, n) => {
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                            let r = Reflect.get(e, t, n);
                            return typeof r == `function` ? r.bind(n) : r;
                        });
                }
                deleteProperty(e, t) {
                    let n = Reflect.deleteProperty(e, t);
                    return e[oy].observers.notify({ value: e }), n;
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                ownKeys(e) {
                    let t = Reflect.ownKeys(e),
                        n = t.indexOf(oy);
                    return n !== -1 && t.splice(n, 1), t;
                }
                getOwnPropertyDescriptor(e, t) {
                    if (t !== oy) return Reflect.getOwnPropertyDescriptor(e, t);
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            }),
            (ly = new cy()),
            (uy = `opacity`),
            (dy = (() => {
                function e(t = {}) {
                    let n = sy(t, !1, !1);
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                return (
                    (e._stores = []),
                    (e.addData = (t) => {
                        e._stores.push(t);
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                    (e.reset = () => {
                        e._stores.forEach((e) => sy.resetObject(e));
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                    (e.addObserver = (e, t) => sy.addObserver(e, t)),
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                );
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                        N(this, `observer`, () => {
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                        this.observers.map((e) => e()),
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                        f(() => {
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                return qa(() => {
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                    let a = _t(n.transformTemplate) ? (i = n.transformTemplate)?.call(n, {}, zy) : void 0,
                        o = n.__framer__presenceInitial ?? n.initial,
                        s = n.__framer__presenceAnimate ?? n.animate,
                        c = {
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                            animate: z(s) ? s : void 0,
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            (By = `data-framer-appear-id`),
            (Vy = `data-framer-appear-animation`),
            (Hy = (e) => {
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                    return {
                        animate: hs(e.animate) ? e.animate : void 0,
                        initial: hs(e.initial) ? e.initial : void 0,
                        exit: void 0
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            (Uy = [
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            ]),
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                        () => () => {
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                y: [],
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                            styleTransform: s = {},
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                            return {
                                scale: [C.scale, T.scale, g.scale, x.scale],
                                opacity: [C.opacity, T.opacity, g.opacity, e, x.opacity],
                                x: [C.x, T.x, g.x, x.x],
                                y: [C.y, T.y, v.y, g.y, x.y],
                                rotate: [C.rotate, T.rotate, g.rotate, x.rotate],
                                rotateX: [C.rotateX, T.rotateX, g.rotateX, x.rotateX],
                                rotateY: [C.rotateY, T.rotateY, g.rotateY, x.rotateY],
                                skewX: [C.skewX, T.skewX, g.skewX, x.skewX],
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`,
                        e,
                        `

Component stack:
`,
                        n,
                        `

This error indicates a state update wasn’t wrapped with startTransition. Some of the UI might flash as a result. If you are the author of this website, check recently added custom code, and if the issue persists, report it to the Framer team via https://www.framer.com/contact/.`
                    );
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                        children: e,
                        layoutId: t,
                        as: n,
                        scopeId: r,
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                    l
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                        children: e,
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                                    locale: ux
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                                try {
                                    localStorage.setItem(e.cacheKey, JSON.stringify(t));
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                            }, 500)
                        );
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                hydrateCache() {
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                    }
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                    let o = async () => {
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                                    this.setResponseValue(t, {
                                        status: `error`,
                                        error: Error(`Invalid Response Status`),
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                        s = o();
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                        s
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                getValue(e, t = !1) {
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                subscribe(e, t, n = !1) {
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                        o = j(this, vx).get(a);
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                    let s = j(this, gx).get(a) ?? new Set();
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                        s.add(t),
                        j(this, gx).set(a, s),
                        () => {
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                                (n.delete(t),
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                                j(this, gx).size === 0 && this.stopQueryRefetching(e));
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            }),
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            (yx = new WeakMap()),
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            (wx = te(void 0)),
            (Tx = te(!0)),
            (Ex = ({ children: e, client: t }) => {
                let [n] = k(() => t ?? new Cx()),
                    [r, i] = k(!0);
                return (
                    D(
                        () => (
                            n.hydrateCache(),
                            c(() => {
                                i(!1);
                            }),
                            () => n.unmount()
                        ),
                        [n]
                    ),
                    b(Tx.Provider, { value: r, children: b(wx.Provider, { value: n, children: e }) })
                );
            }),
            (Dx = new WeakMap()),
            (Ox = new WeakMap()),
            (kx = new WeakMap()),
            (Ax = new WeakMap()),
            (jx = new WeakMap()),
            (ae.WillChange = le),
            (Mx = jc(
                s(function ({ links: e, children: t, ...n }, r) {
                    let i = ct(),
                        { activeLocale: a } = Cn(),
                        o = rs(r),
                        s = [],
                        c = e.map((e) => {
                            if (e)
                                return L(e)
                                    ? Zc(e, i)
                                    : Zc(e.href, i, e.implicitPathVariables, e.refKey, (e, t) => {
                                          function n(e) {
                                              let t = {};
                                              for (let n in e) {
                                                  let r = e[n];
                                                  B(i.collectionUtils, `collectionUtils should be defined`),
                                                      B(r, `unresolvedSlug be defined`);
                                                  let o = Nc(r, i.collectionUtils, a),
                                                      c = o.preload();
                                                  if (c) s.push(c);
                                                  else {
                                                      let e = o.read();
                                                      e && (t[n] = e);
                                                  }
                                              }
                                              return t;
                                          }
                                          return { path: n(e), hash: n(t) };
                                      });
                        });
                    if (s.length > 0) throw Promise.allSettled(s);
                    let l = t(c);
                    return o(l, n);
                })
            )),
            (Nx = class {
                constructor(e, t) {
                    (this.collection = e), (this.locale = t), N(this, `schema`), N(this, `indexes`, []);
                    let n = Hi(e);
                    B(n, `Collection does not have properties`);
                    let r = { id: { type: `string`, isNullable: !1 } },
                        i = Object.entries(n);
                    for (let [e, t] of i) {
                        if (!t) continue;
                        let n = t.type;
                        B(n !== `array`, `Array properties are not supported`),
                            B(n !== `object`, `Object properties are not supported`),
                            (r[e] = { type: n, isNullable: !0 });
                    }
                    this.schema = r;
                }
                getDatabaseItem(e, t) {
                    let n = {};
                    for (let t in this.schema) {
                        let r = e[t];
                        if (St(r)) continue;
                        let i = this.schema[t];
                        if (bt(i)) continue;
                        B(i.type !== `unknown`, `Invalid definition type`), (n[t] = { type: i.type, value: r });
                    }
                    return { pointer: t, data: n };
                }
                async resolveRichText(e) {
                    if (Kb.is(e)) {
                        let t = e.preload();
                        return t && (await t), e.read();
                    }
                    return e;
                }
                async scanItems() {
                    let e = await wl(this.collection, this.locale);
                    return e.map((e, t) => {
                        let n = String(t);
                        return this.getDatabaseItem(e, n);
                    });
                }
                async resolveItems(e) {
                    let t = await wl(this.collection, this.locale);
                    return e.map((e) => {
                        let n = Number(e),
                            r = t[n];
                        return B(r, `Can't find collection item`), this.getDatabaseItem(r, e);
                    });
                }
                compareItems(e, t) {
                    return Number(e.pointer) - Number(t.pointer);
                }
            }),
            (Z = {
                cast(e, t) {
                    switch (t.type) {
                        case `array`:
                            return El(e, t);
                        case `boolean`:
                            return Ol(e);
                        case `color`:
                            return jl(e);
                        case `date`:
                            return Nl(e);
                        case `enum`:
                            return Fl(e);
                        case `file`:
                            return Ll(e);
                        case `link`:
                            return zl(e);
                        case `number`:
                            return Vl(e);
                        case `object`:
                            return Wl(e, t);
                        case `responsiveimage`:
                            return Kl(e);
                        case `richtext`:
                            return Jl(e);
                        case `string`:
                            return Ql(e);
                        case `vectorsetitem`:
                            return Xl(e);
                        case `unknown`:
                            return e;
                        default:
                            V(t, `Unsupported cast`);
                    }
                },
                parse(e) {
                    return vt(e)
                        ? { type: `boolean`, value: e }
                        : Ct(e)
                          ? { type: `date`, value: e.toISOString() }
                          : R(e)
                            ? { type: `number`, value: e }
                            : L(e)
                              ? { type: `string`, value: e }
                              : yt(e)
                                ? { type: `array`, value: e.map(Z.parse) }
                                : null;
                },
                equal(e, t, n) {
                    return e?.type === t?.type ? eu(e, t, n) === 0 : !1;
                },
                lessThan(e, t, n) {
                    return e?.type === t?.type ? eu(e, t, n) < 0 : !1;
                },
                lessThanOrEqual(e, t, n) {
                    return e?.type === t?.type ? eu(e, t, n) <= 0 : !1;
                },
                greaterThan(e, t, n) {
                    return e?.type === t?.type ? eu(e, t, n) > 0 : !1;
                },
                greaterThanOrEqual(e, t, n) {
                    return e?.type === t?.type ? eu(e, t, n) >= 0 : !1;
                },
                in(e, t, n) {
                    return t?.type === `array` ? t.value.some((t) => Z.equal(t, e, n)) : !1;
                },
                indexOf(e, t, n) {
                    return e?.type === `array` ? e.value.findIndex((e) => Z.equal(e, t, n)) : -1;
                },
                contains(e, t, n) {
                    let r = $l(e),
                        i = $l(t);
                    return xt(r) || xt(i)
                        ? !1
                        : (n.type === 0 && ((r = r.toLowerCase()), (i = i.toLowerCase())), r.includes(i));
                },
                startsWith(e, t, n) {
                    let r = $l(e),
                        i = $l(t);
                    return xt(r) || xt(i)
                        ? !1
                        : (n.type === 0 && ((r = r.toLowerCase()), (i = i.toLowerCase())), r.startsWith(i));
                },
                endsWith(e, t, n) {
                    let r = $l(e),
                        i = $l(t);
                    return xt(r) || xt(i)
                        ? !1
                        : (n.type === 0 && ((r = r.toLowerCase()), (i = i.toLowerCase())), r.endsWith(i));
                },
                length(e) {
                    switch (e?.type) {
                        case `array`:
                            return e.value.length;
                    }
                    return 0;
                },
                stringify(e) {
                    if (e === null) return `null`;
                    switch (e.type) {
                        case `array`:
                            return `[${e.value.map(Z.stringify).join(`, `)}]`;
                        case `boolean`:
                        case `number`:
                            return String(e.value);
                        case `string`:
                            return `'${e.value}'`;
                        case `enum`:
                            return `'${e.value}' /* Enum */`;
                        case `color`:
                            return `'${e.value}' /* Color */`;
                        case `date`:
                            return `'${e.value}' /* Date */`;
                        case `richtext`:
                            return `RichText`;
                        case `vectorsetitem`:
                            return `VectorSetItem`;
                        case `responsiveimage`:
                            return `ResponsiveImage`;
                        case `file`:
                            return `File`;
                        case `link`:
                            return L(e.value) ? `'${e.value}' /* Link */` : `Link`;
                        case `object`:
                            return `Object`;
                        default:
                            V(e);
                    }
                }
            }),
            (Px = { type: `unknown`, isNullable: !0 }),
            (Fx = 1e3),
            (Q = class e {
                constructor(e) {
                    this.network = e;
                }
                static estimate(t, n) {
                    let r = tu(),
                        i = nu(),
                        a = t * r + n / i;
                    return new e(a);
                }
                static max(t, n) {
                    let r = Math.max(t.network, n.network);
                    return new e(r);
                }
                static compare(e, t) {
                    return e.network < t.network ? -1 : e.network > t.network ? 1 : 0;
                }
                add(e) {
                    return (this.network += e.network), this;
                }
                toString() {
                    return `${this.network}ms`;
                }
            }),
            (Ix = class {
                constructor(e, t) {
                    (this.id = e), (this.relational = t), N(this, `nodes`, []), N(this, `winners`, new Map());
                }
                addNode(e) {
                    this.nodes.push(e), e.setGroup(this);
                }
                getWinner(e) {
                    let t = e.getHash(),
                        n = this.winners.get(t);
                    if (n) return n;
                    let r = new Lx();
                    return this.winners.set(t, r), r;
                }
                getOptimized(e) {
                    let t = this.getWinner(e);
                    B(t.node, `Group not optimized`);
                    let n = t.node.getOptimized(e);
                    return n.setGroup(this), n;
                }
            }),
            (Lx = class {
                constructor() {
                    N(this, `node`), N(this, `cost`, new Q(1 / 0)), N(this, `nodes`, []);
                }
                update(e, t) {
                    this.nodes.push(e), Q.compare(t, this.cost) < 0 && ((this.node = e), (this.cost = t));
                }
            }),
            (Rx = class {
                constructor(e) {
                    this.isSynchronous = e;
                }
            }),
            (zx = class extends Rx {
                constructor() {
                    super(...arguments), N(this, `group`);
                }
                getGroup() {
                    return B(this.group, `Node must be in a group`), this.group;
                }
                setGroup(e) {
                    B(!this.group, `Node is already in a group`), (this.group = e);
                }
                evaluateSync() {
                    let e = this.evaluate(void 0);
                    return iu(e);
                }
                evaluateAsync() {
                    let e = this.evaluate(void 0);
                    return au(e);
                }
            }),
            (Bx = class {
                constructor(e, t) {
                    (this.data = e), (this.pointer = t), N(this, `cached`);
                }
                resolve() {
                    return (this.cached ??= this.data.resolveRichText(this.pointer)), this.cached;
                }
            }),
            (Vx = class {
                constructor(e, t) {
                    (this.data = e), (this.pointer = t), N(this, `cached`);
                }
                resolve() {
                    return (
                        B(this.data.resolveVectorSetItem, `Can't resolve vector set item.`),
                        (this.cached ??= this.data.resolveVectorSetItem(this.pointer)),
                        this.cached
                    );
                }
            }),
            (Hx = `index`),
            (Ux = class extends Set {
                merge(e) {
                    for (let t of e) this.add(t);
                }
                equals(e) {
                    if (this === e) return !0;
                    if (this.size !== e.size) return !1;
                    for (let t of this) if (!e.has(t)) return !1;
                    return !0;
                }
                subsetOf(e) {
                    if (this === e) return !0;
                    if (this.size > e.size) return !1;
                    for (let t of this) if (!e.has(t)) return !1;
                    return !0;
                }
                getHash() {
                    let e = [];
                    for (let t of this) e.push(t.id);
                    return e.sort((e, t) => e - t), W(this.name, ...e);
                }
            }),
            (Wx = class {
                constructor(e, t, n) {
                    (this.id = e),
                        (this.name = t),
                        (this.data = n),
                        N(this, `indexes`, new Kx()),
                        N(this, `fields`, new $());
                }
            }),
            (Gx = class {
                constructor(e, t, n, r, i, a) {
                    for (let o in ((this.id = e),
                    (this.data = t),
                    (this.collection = n),
                    (this.lookupNodes = r),
                    (this.constraint = i),
                    (this.ordering = a),
                    N(this, `resolvedFields`, new $()),
                    t.schema))
                        for (let e of n.fields) e.name === o && this.resolvedFields.add(e);
                }
            }),
            (Kx = class extends Ux {
                constructor() {
                    super(...arguments), N(this, `name`, `Indexes`);
                }
            }),
            (qx = class {
                constructor(e, t, n, r) {
                    (this.id = e), (this.name = t), (this.definition = n), (this.collection = r);
                }
                getValue(e) {
                    B(this.name, `Can only get value of field with a name`);
                    let t = e.data[this.name];
                    return t?.type === `richtext`
                        ? (B(this.collection, `Rich text field must have a collection`),
                          { type: `richtext`, value: new Bx(this.collection.data, t.value) })
                        : t?.type === `vectorsetitem`
                          ? (B(this.collection, `Vector set item field must have a collection`),
                            { type: `vectorsetitem`, value: new Vx(this.collection.data, t.value) })
                          : t ?? null;
                }
            }),
            ($ = class extends Ux {
                constructor() {
                    super(...arguments), N(this, `name`, `Fields`);
                }
            }),
            (Jx = class {
                constructor(e, t = `asc`) {
                    (this.field = e), (this.direction = t);
                }
                getHash() {
                    return W(`OrderingField`, this.field.id, this.direction);
                }
            }),
            (Yx = class {
                constructor(e) {
                    N(this, `fields`, []), e && this.merge(e);
                }
                get length() {
                    return this.fields.length;
                }
                getHash() {
                    return W(`Ordering`, ...this.fields);
                }
                push(e) {
                    this.fields.push(e);
                }
                merge(e) {
                    this.fields.push(...e.fields);
                }
                equals(e) {
                    return this === e ? !0 : this.length === e.length ? this.getHash() === e.getHash() : !1;
                }
                providedByFields(e) {
                    for (let { field: t } of this.fields) {
                        if (e.has(t) || t.name === Hx) continue;
                        return !1;
                    }
                    return !0;
                }
            }),
            (Xx = class {
                constructor(e, t) {
                    (this.ordering = e), (this.resolvedFields = t);
                }
                getHash() {
                    return W(`RequiredProps`, this.ordering, this.resolvedFields);
                }
                get isMinimal() {
                    return this.ordering.length === 0 && this.resolvedFields.size === 0;
                }
                canProvide(e) {
                    return this.canProvideOrdering(e) && this.canProvideResolvedFields(e);
                }
                canProvideOrdering(e) {
                    return this.ordering.length === 0 ? !0 : e.canProvideOrdering(this.ordering);
                }
                canProvideResolvedFields(e) {
                    return this.resolvedFields.size === 0 ? !0 : e.canProvideResolvedFields(this.resolvedFields);
                }
            }),
            (Zx = class e {
                constructor(e) {
                    (this.parent = e), N(this, `node`), N(this, `ordering`), N(this, `fields`, []);
                }
                takeNode() {
                    let e = this.node;
                    return B(e, `Node is missing`), (this.node = void 0), e;
                }
                setNode(e) {
                    B(!this.node, `Node already set`), (this.node = e);
                }
                setOrdering(e) {
                    this.ordering = e;
                }
                push() {
                    return new e(this);
                }
                replace() {
                    return new e(this.parent);
                }
                addField(e) {
                    this.fields.push(e);
                }
                addFieldsFromScope(e) {
                    for (let t of e.fields) this.addField(t);
                }
                resolveField(e, t) {
                    var n;
                    let r = [];
                    for (let n of this.fields) {
                        if (n.name !== e || (t && n.collectionName !== t)) continue;
                        r.push(n);
                    }
                    if (r.length === 1) return r[0];
                    if (r.length > 1) throw Error(`Ambiguous fields`);
                    return (n = this.parent)?.resolveField(e, t);
                }
                has(e) {
                    var t;
                    return this.fields.includes(e) ? !0 : (t = this.parent)?.has(e) ?? !1;
                }
                getRequiredOrdering() {
                    return this.ordering ?? new Yx();
                }
                getRequiredResolvedFields() {
                    let e = new $();
                    for (let { field: t } of this.fields) t.collection && e.add(t);
                    return e;
                }
                getRequiredProps() {
                    let e = this.getRequiredOrdering(),
                        t = this.getRequiredResolvedFields();
                    return new Xx(e, t);
                }
                getNamedFields() {
                    let e = {};
                    for (let { name: t, field: n } of this.fields) e[t] = n;
                    return e;
                }
                getSingleField() {
                    B(this.fields.length === 1, `Scope must contain exactly one field`);
                    let e = this.fields[0];
                    return B(e, `Field must exist`), e.field;
                }
            }),
            (Qx = class {
                constructor() {
                    N(this, `pointers`, new Map()), N(this, `values`, new Map());
                }
                getKey() {
                    let e = [];
                    for (let [t, n] of this.pointers) e.push(`${t.id}-${n}`);
                    return e.sort().join(`-`);
                }
                addValue(e, t) {
                    this.values.set(e, t);
                }
                getValue(e) {
                    return this.values.get(e) ?? null;
                }
                mergeValues(e) {
                    for (let [t, n] of e.values) this.addValue(t, n);
                }
                addPointer(e, t) {
                    this.pointers.set(e, t);
                }
                getPointer(e) {
                    return this.pointers.get(e);
                }
                mergePointers(e) {
                    for (let [t, n] of e.pointers) this.addPointer(t, n);
                }
                merge(e) {
                    this.mergeValues(e), this.mergePointers(e);
                }
            }),
            ($x = class e {
                constructor(e, t = []) {
                    (this.fields = e), (this.tuples = t);
                }
                push(e) {
                    this.tuples.push(e);
                }
                filter(t) {
                    let n = this.tuples.filter(t);
                    return new e(this.fields, n);
                }
                map(t, n) {
                    let r = this.tuples.map(n);
                    return new e(t, r);
                }
                sort(t) {
                    let n = Array.from(this.tuples).sort(t);
                    return new e(this.fields, n);
                }
                slice(t, n) {
                    let r = this.tuples.slice(t, n);
                    return new e(this.fields, r);
                }
                union(t) {
                    let n = new $();
                    for (let e of this.fields) t.fields.has(e) && n.add(e);
                    let r = new Set(),
                        i = new e(n);
                    for (let e of this.tuples) {
                        let t = e.getKey();
                        r.add(t), i.push(e);
                    }
                    for (let e of t.tuples) {
                        let t = e.getKey();
                        if (r.has(t)) continue;
                        i.push(e);
                    }
                    return i;
                }
                intersection(t) {
                    let n = new $();
                    for (let e of this.fields) t.fields.has(e) && n.add(e);
                    let r = new Set(),
                        i = new e(n);
                    for (let e of this.tuples) {
                        let t = e.getKey();
                        r.add(t);
                    }
                    for (let e of t.tuples) {
                        let t = e.getKey();
                        if (!r.has(t)) continue;
                        i.push(e);
                    }
                    return i;
                }
            }),
            (eS = class {
                constructor(e, t) {
                    (this.input = e), (this.field = t);
                }
                getHash() {
                    return W(`ProjectionField`, this.input, this.field.id);
                }
            }),
            (tS = class e extends zx {
                constructor(e, t, n) {
                    let r = e.isSynchronous;
                    for (let e of t) r &&= e.input.isSynchronous;
                    super(r),
                        (this.input = e),
                        (this.projections = t),
                        (this.passthrough = n),
                        N(this, `inputGroup`),
                        (this.inputGroup = e.getGroup());
                }
                getHash() {
                    return W(`RelationalProject`, this.inputGroup.id, ...this.projections, this.passthrough);
                }
                getOutputFields() {
                    let e = new $();
                    e.merge(this.passthrough);
                    for (let t of this.projections) e.add(t.field);
                    return e;
                }
                canProvideOrdering(e) {
                    let t = new $();
                    for (let e of this.projections) t.add(e.field);
                    for (let { field: n } of e.fields) if (t.has(n)) return !1;
                    return !0;
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getInputRequiredProps(e) {
                    let t = new $(e.resolvedFields);
                    for (let e of this.projections) t.merge(e.input.referencedFields), t.delete(e.field);
                    return new Xx(e.ordering, t);
                }
                optimize(e, t) {
                    let n = this.getInputRequiredProps(t),
                        r = e.optimizeGroup(this.inputGroup, n),
                        i = new Q(0);
                    for (let t of this.projections) {
                        let n = t.input.optimize(e);
                        i = Q.max(i, n);
                    }
                    return new Q(0).add(Q.max(r, i));
                }
                getOptimized(t) {
                    let n = this.getInputRequiredProps(t),
                        r = this.inputGroup.getOptimized(n),
                        i = this.projections.map((e) => {
                            let t = e.input.getOptimized();
                            return new eS(t, e.field);
                        });
                    return new e(r, i, this.passthrough);
                }
                *evaluate(e) {
                    let t = this.getOutputFields(),
                        n = yield* this.input.evaluate(e),
                        r = yield* su(
                            n.tuples.map((t) =>
                                su(this.projections.map((n) => ou({ field: n.field, value: n.input.evaluate(e, t) })))
                            )
                        );
                    return n.map(t, (e, t) => {
                        let n = new Qx();
                        n.mergePointers(e);
                        for (let t of this.passthrough) {
                            let r = e.getValue(t);
                            n.addValue(t, r);
                        }
                        let i = r[t];
                        B(i, `Projections must exist`);
                        for (let { field: e, value: t } of i) n.addValue(e, t);
                        return n;
                    });
                }
            }),
            (nS = { type: 0 }),
            (rS = class extends Rx {
                constructor(e, t, n) {
                    super(n), (this.referencedFields = e), (this.referencedOuterFields = t), (this.isSynchronous = n);
                }
                evaluateSync() {
                    let e = this.evaluate(void 0, void 0);
                    return iu(e);
                }
                evaluateAsync() {
                    let e = this.evaluate(void 0, void 0);
                    return au(e);
                }
            }),
            (iS = { type: 0 }),
            (aS = class {
                constructor(e, t) {
                    (this.when = e), (this.then = t);
                }
                getHash() {
                    return W(`CaseCondition`, this.when, this.then);
                }
            }),
            (oS = class e extends rS {
                constructor(e, t, n) {
                    let r = new $(),
                        i = new $(),
                        a = !0;
                    e && (r.merge(e.referencedFields), i.merge(e.referencedOuterFields), (a &&= e.isSynchronous));
                    for (let { when: e, then: n } of t)
                        r.merge(e.referencedFields),
                            i.merge(e.referencedOuterFields),
                            (a &&= e.isSynchronous),
                            r.merge(n.referencedFields),
                            i.merge(n.referencedOuterFields),
                            (a &&= n.isSynchronous);
                    n && (r.merge(n.referencedFields), i.merge(n.referencedOuterFields), (a &&= n.isSynchronous)),
                        super(r, i, a),
                        (this.input = e),
                        (this.conditions = t),
                        (this.otherwise = n),
                        N(this, `definition`, { type: `unknown`, isNullable: !0 });
                }
                getHash() {
                    return W(`ScalarCase`, this.input, ...this.conditions, this.otherwise);
                }
                optimize(e) {
                    var t, n;
                    (t = this.input) == null || t.optimize(e);
                    for (let t of this.conditions) t.when.optimize(e), t.then.optimize(e);
                    return (n = this.otherwise) == null || n.optimize(e), new Q(0);
                }
                getOptimized() {
                    var t, n;
                    let r = (t = this.input)?.getOptimized(),
                        i = this.conditions.map((e) => {
                            let t = e.when.getOptimized(),
                                n = e.then.getOptimized();
                            return new aS(t, n);
                        }),
                        a = (n = this.otherwise)?.getOptimized();
                    return new e(r, i, a);
                }
                *evaluate(e, t) {
                    var n, r;
                    let {
                        input: i,
                        conditions: a,
                        otherwise: o
                    } = yield* ou({
                        input: (n = this.input)?.evaluate(e, t) ?? null,
                        conditions: su(
                            this.conditions.map((n) => ou({ when: n.when.evaluate(e, t), then: n.then.evaluate(e, t) }))
                        ),
                        otherwise: (r = this.otherwise)?.evaluate(e, t) ?? null
                    });
                    if (this.input) {
                        for (let { when: e, then: t } of a) if (Z.equal(i, e, iS)) return t;
                    } else for (let { when: e, then: t } of a) if (kl(e)) return t;
                    return o;
                }
            }),
            (sS = class {
                constructor(e, t, n) {
                    (this.normalizer = e),
                        (this.query = t),
                        (this.locale = n),
                        N(this, `collectionId`, 0),
                        N(this, `indexId`, 0),
                        N(this, `fieldId`, 0),
                        N(this, `subqueries`, []);
                }
                build() {
                    let e = new Zx();
                    return this.buildQuery(e, this.query);
                }
                buildQuery(e, t) {
                    let n = { type: `Select`, ...t };
                    return this.buildSelect(e, n);
                }
                buildSelect(e, t) {
                    let n = this.buildFrom(e, t.from),
                        r = n.getRequiredOrdering();
                    if (t.where) {
                        let e = n.takeNode(),
                            r = this.buildExpression(n, t.where),
                            i = this.normalizer.newRelationalFilter(e, r);
                        n.setNode(i);
                    }
                    let i = [],
                        a = new $(),
                        o;
                    if (t.orderBy) {
                        o = new Yx();
                        for (let e of t.orderBy)
                            if (e.type === `Identifier`) {
                                let t = n.resolveField(e.name, e.collection);
                                if (bt(t)) continue;
                                a.add(t.field);
                                let r = new Jx(t.field, e.direction);
                                o.push(r);
                            } else {
                                let t = this.buildExpression(n, e),
                                    r = fu(this.fieldId++),
                                    a = new qx(r, void 0, t.definition, void 0),
                                    s = new eS(t, a);
                                i.push(s);
                                let c = new Jx(a, e.direction);
                                o.push(c);
                            }
                        o.merge(r);
                    } else o = r;
                    let s = this.buildSelectList(n, t.select, a, i);
                    if ((s.setOrdering(o), t.offset)) {
                        let n = s.takeNode(),
                            r = this.buildExpression(e, t.offset),
                            i = this.normalizer.newRelationalOffset(n, r, o);
                        s.setNode(i);
                    }
                    if (t.limit) {
                        let n = s.takeNode(),
                            r = this.buildExpression(e, t.limit),
                            i = this.normalizer.newRelationalLimit(n, r, o);
                        s.setNode(i);
                    }
                    return s;
                }
                buildSelectList(e, t, n, r) {
                    let i = e.push(),
                        a = new $(n),
                        o = [...r];
                    for (let n of t)
                        if (n.type === `Identifier`) {
                            let t = e.resolveField(n.name, n.collection);
                            if (bt(t)) continue;
                            a.add(t.field), i.addField({ ...t, name: n.alias ?? t.name });
                        } else {
                            let t = this.buildExpression(e, n);
                            B(n.alias, `Subqueries should have an alias`);
                            let r = fu(this.fieldId++),
                                a = n.alias,
                                s = new qx(r, a, t.definition, void 0),
                                c = new eS(t, s);
                            o.push(c), i.addField({ field: s, name: a });
                        }
                    let s = e.takeNode(),
                        c = this.normalizer.newRelationalProject(s, o, a);
                    return i.setNode(c), i;
                }
                buildFrom(e, t) {
                    switch (t.type) {
                        case `Collection`:
                            return this.buildCollection(e, t);
                        case `LeftJoin`:
                            return this.buildJoin(e, t);
                        default:
                            V(t, `Unsupported from type`);
                    }
                }
                buildCollection(e, t) {
                    let n = e.push(),
                        r = pu(t.data, this.locale),
                        i = t.alias,
                        a = uu(this.collectionId++),
                        o = new Wx(a, i, r);
                    for (let [e, t] of Object.entries(r.schema)) {
                        let r = fu(this.fieldId++),
                            a = new qx(r, e, t, o);
                        n.addField({ field: a, name: e, collectionName: i }), o.fields.add(a);
                    }
                    {
                        let e = { type: `number`, isNullable: !1 },
                            t = fu(this.fieldId++),
                            r = new qx(t, Hx, e, o);
                        n.addField({ field: r, name: Hx, collectionName: i });
                        let a = new Yx(),
                            s = new Jx(r);
                        a.push(s), n.setOrdering(a);
                    }
                    for (let e of r.indexes) {
                        let t = [];
                        for (let r of e.fields) {
                            let e = this.buildExpression(n, r);
                            t.push(e);
                        }
                        let r;
                        e.where && (r = this.buildExpression(n, e.where));
                        let i = new Yx(),
                            a = du(this.indexId++),
                            s = new Gx(a, e, o, t, r, i);
                        o.indexes.add(s);
                    }
                    let s = this.normalizer.newRelationalScan(o);
                    return n.setNode(s), n;
                }
                buildJoin(e, t) {
                    let n = this.buildFrom(e, t.left),
                        r = this.buildFrom(e, t.right),
                        i = new Yx(),
                        a = n.getRequiredOrdering();
                    i.merge(a);
                    let o = r.getRequiredOrdering();
                    i.merge(o);
                    let s = e.push();
                    s.addFieldsFromScope(n), s.addFieldsFromScope(r), s.setOrdering(i);
                    let c = this.buildExpression(s, t.constraint),
                        l = n.takeNode(),
                        u = r.takeNode(),
                        d;
                    switch (t.type) {
                        case `LeftJoin`:
                            d = this.normalizer.newRelationalLeftJoin(l, u, c);
                            break;
                        default:
                            V(t.type, `Unsupported join type`);
                    }
                    return s.setNode(d), s;
                }
                buildExpression(e, t) {
                    switch (t.type) {
                        case `Identifier`:
                            return this.buildIdentifier(e, t);
                        case `LiteralValue`:
                            return this.buildLiteralValue(t);
                        case `FunctionCall`:
                            return this.buildFunctionCall(e, t);
                        case `Case`:
                            return this.buildCase(e, t);
                        case `UnaryOperation`:
                            return this.buildUnaryOperation(e, t);
                        case `BinaryOperation`:
                            return this.buildBinaryOperation(e, t);
                        case `TypeCast`:
                            return this.buildTypeCast(e, t);
                        case `Select`:
                            throw Error(`Subqueries are only supported inside subquery function calls`);
                        default:
                            V(t, `Unsupported expression`);
                    }
                }
                buildIdentifier(e, t) {
                    let n = e.resolveField(t.name, t.collection);
                    if (n) {
                        let e = !1;
                        for (let t of this.subqueries)
                            e
                                ? t.referencedOuterFields.add(n.field)
                                : ((e = t.inScope.has(n)), e && t.referencedFields.add(n.field));
                        return this.normalizer.newScalarVariable(n.field, e);
                    }
                    return this.normalizer.newScalarConstant(Px, null);
                }
                buildLiteralValue(e) {
                    let t = Z.parse(e.value);
                    return this.normalizer.newScalarConstant(Px, t);
                }
                buildFunctionCall(e, t) {
                    let n = (n) => {
                        let r = t.arguments[n];
                        return B(r, `Missing argument`), this.buildExpression(e, r);
                    };
                    switch (t.functionName) {
                        case `CONTAINS`: {
                            let e = n(0),
                                t = n(1);
                            return this.normalizer.newScalarContains(e, t);
                        }
                        case `STARTS_WITH`: {
                            let e = n(0),
                                t = n(1);
                            return this.normalizer.newScalarStartsWith(e, t);
                        }
                        case `ENDS_WITH`: {
                            let e = n(0),
                                t = n(1);
                            return this.normalizer.newScalarEndsWith(e, t);
                        }
                        case `LENGTH`: {
                            let e = n(0);
                            return this.normalizer.newScalarLength(e);
                        }
                        case `INDEX_OF`: {
                            let e = n(0),
                                t = n(1);
                            return this.normalizer.newScalarIndexOf(e, t);
                        }
                        case `ARRAY`: {
                            let n = t.arguments[0];
                            return (
                                B(n, `Missing argument`),
                                B(n.type === `Select`, `Subqueries require a select expression`),
                                this.buildSubqueryArray(e, n)
                            );
                        }
                        case `FLAT_ARRAY`: {
                            let n = t.arguments[0];
                            return (
                                B(n, `Missing argument`),
                                B(n.type === `Select`, `Subqueries require a select expression`),
                                this.buildSubqueryFlatArray(e, n)
                            );
                        }
                        default:
                            throw Error(`Unsupported function name`);
                    }
                }
                buildSubqueryArray(e, t) {
                    try {
                        let n = new cS(e);
                        this.subqueries.push(n);
                        let r = this.buildSelect(e, t),
                            i = r.takeNode(),
                            a = r.getNamedFields(),
                            o = r.getRequiredOrdering(),
                            s = n.referencedFields,
                            c = n.referencedOuterFields;
                        return this.normalizer.newScalarArray(i, a, o, s, c);
                    } finally {
                        this.subqueries.pop();
                    }
                }
                buildSubqueryFlatArray(e, t) {
                    try {
                        let n = new cS(e);
                        this.subqueries.push(n);
                        let r = this.buildSelect(e, t),
                            i = r.takeNode(),
                            a = r.getSingleField(),
                            o = r.getRequiredOrdering(),
                            s = n.referencedFields,
                            c = n.referencedOuterFields;
                        return this.normalizer.newScalarFlatArray(i, a, o, s, c);
                    } finally {
                        this.subqueries.pop();
                    }
                }
                buildCase(e, t) {
                    let n;
                    t.value && (n = this.buildExpression(e, t.value));
                    let r = t.conditions.map((t) => {
                            let n = this.buildExpression(e, t.when),
                                r = this.buildExpression(e, t.then);
                            return new aS(n, r);
                        }),
                        i;
                    return t.else && (i = this.buildExpression(e, t.else)), this.normalizer.newScalarCase(n, r, i);
                }
                buildUnaryOperation(e, t) {
                    let n = this.buildExpression(e, t.value);
                    switch (t.operator) {
                        case `not`:
                            return this.normalizer.newScalarNot(n);
                        default:
                            V(t.operator, `Unsupported unary operator`);
                    }
                }
                buildBinaryOperation(e, t) {
                    let n = this.buildExpression(e, t.left),
                        r = this.buildExpression(e, t.right);
                    switch (t.operator) {
                        case `and`:
                            return this.normalizer.newScalarAnd(n, r);
                        case `or`:
                            return this.normalizer.newScalarOr(n, r);
                        case `==`:
                            return this.normalizer.newScalarEquals(n, r);
                        case `!=`:
                            return this.normalizer.newScalarNotEquals(n, r);
                        case `<`:
                            return this.normalizer.newScalarLessThan(n, r);
                        case `<=`:
                            return this.normalizer.newScalarLessThanOrEqual(n, r);
                        case `>`:
                            return this.normalizer.newScalarGreaterThan(n, r);
                        case `>=`:
                            return this.normalizer.newScalarGreaterThanOrEqual(n, r);
                        case `in`:
                            return this.normalizer.newScalarIn(n, r);
                        default:
                            V(t.operator, `Unsupported binary operator`);
                    }
                }
                buildTypeCast(e, t) {
                    let n = this.buildExpression(e, t.value);
                    switch (t.dataType) {
                        case `BOOLEAN`: {
                            let e = { type: `boolean`, isNullable: !0 };
                            return this.normalizer.newScalarCast(n, e);
                        }
                        case `DATE`: {
                            let e = { type: `date`, isNullable: !0 };
                            return this.normalizer.newScalarCast(n, e);
                        }
                        case `NUMBER`: {
                            let e = { type: `number`, isNullable: !0 };
                            return this.normalizer.newScalarCast(n, e);
                        }
                        case `STRING`: {
                            let e = { type: `string`, isNullable: !0 };
                            return this.normalizer.newScalarCast(n, e);
                        }
                        default:
                            throw Error(`Unsupported data type`);
                    }
                }
            }),
            (cS = class {
                constructor(e) {
                    (this.inScope = e), N(this, `referencedFields`, new $()), N(this, `referencedOuterFields`, new $());
                }
            }),
            (lS = class e extends zx {
                constructor(e, t) {
                    super(e.isSynchronous && t.isSynchronous),
                        (this.input = e),
                        (this.predicate = t),
                        N(this, `inputGroup`),
                        (this.inputGroup = e.getGroup());
                }
                getHash() {
                    return W(`RelationalFilter`, this.inputGroup.id, this.predicate);
                }
                getOutputFields() {
                    return this.inputGroup.relational.outputFields;
                }
                canProvideOrdering() {
                    return !0;
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getInputRequiredProps(e) {
                    let t = new $(e.resolvedFields);
                    return t.merge(this.predicate.referencedFields), new Xx(e.ordering, t);
                }
                optimize(e, t) {
                    let n = this.getInputRequiredProps(t),
                        r = e.optimizeGroup(this.inputGroup, n),
                        i = this.predicate.optimize(e);
                    return new Q(0).add(Q.max(r, i));
                }
                getOptimized(t) {
                    let n = this.getInputRequiredProps(t),
                        r = this.inputGroup.getOptimized(n),
                        i = this.predicate.getOptimized();
                    return new e(r, i);
                }
                *evaluate(e) {
                    let t = yield* this.input.evaluate(e),
                        n = yield* su(t.tuples.map((t) => this.predicate.evaluate(e, t)));
                    return t.filter((e, t) => {
                        let r = n[t] ?? null;
                        return kl(r);
                    });
                }
            }),
            (uS = class e extends zx {
                constructor(e, t) {
                    super(!1), (this.index = e), (this.query = t);
                }
                getHash() {
                    return W(`RelationalIndexLookup`, this.index.id, ...this.query);
                }
                getOutputFields() {
                    return this.index.collection.fields;
                }
                canProvideOrdering(e) {
                    return e.equals(this.index.ordering);
                }
                canProvideResolvedFields(e) {
                    return e.subsetOf(this.index.resolvedFields);
                }
                optimize() {
                    let e = this.query.every((e) => e.type === `All`);
                    return Q.estimate(1, e ? 100 * Fx : 50 * Fx);
                }
                getOptimized() {
                    return new e(this.index, this.query);
                }
                *evaluate() {
                    let e = this.index,
                        t = e.collection,
                        n = this.getOutputFields(),
                        r = yield e.data.lookupItems(this.query),
                        i = r.map((n) => {
                            let r = new Qx();
                            for (let i of e.resolvedFields) {
                                let e = i.getValue(n);
                                r.addPointer(t, n.pointer), r.addValue(i, e);
                            }
                            return r;
                        });
                    return new $x(n, i);
                }
            }),
            (dS = class e extends zx {
                constructor(e, t) {
                    super(e.isSynchronous && t.isSynchronous),
                        (this.left = e),
                        (this.right = t),
                        N(this, `leftGroup`),
                        N(this, `rightGroup`),
                        (this.leftGroup = e.getGroup()),
                        (this.rightGroup = t.getGroup());
                }
                getHash() {
                    return W(`RelationalIntersection`, this.leftGroup.id, this.rightGroup.id);
                }
                getOutputFields() {
                    let e = new $(),
                        t = this.leftGroup.relational.outputFields,
                        n = this.rightGroup.relational.outputFields;
                    for (let r of t) n.has(r) && e.add(r);
                    return e;
                }
                canProvideOrdering() {
                    return !1;
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getChildRequiredProps(e) {
                    let t = new Yx();
                    return new Xx(t, e.resolvedFields);
                }
                optimize(e, t) {
                    let n = this.getChildRequiredProps(t),
                        r = e.optimizeGroup(this.leftGroup, n),
                        i = this.getChildRequiredProps(t),
                        a = e.optimizeGroup(this.rightGroup, i);
                    return Q.max(r, a);
                }
                getOptimized(t) {
                    let n = this.getChildRequiredProps(t),
                        r = this.leftGroup.getOptimized(n),
                        i = this.getChildRequiredProps(t),
                        a = this.rightGroup.getOptimized(i);
                    return new e(r, a);
                }
                *evaluate(e) {
                    let { left: t, right: n } = yield* ou({
                        left: this.left.evaluate(e),
                        right: this.right.evaluate(e)
                    });
                    return t.intersection(n);
                }
            }),
            (fS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarEquals`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.equal(n, r, nS) };
                }
            }),
            (pS = class e extends zx {
                constructor(e, t, n) {
                    super(e.isSynchronous && t.isSynchronous && n.isSynchronous),
                        (this.left = e),
                        (this.right = t),
                        (this.constraint = n),
                        N(this, `leftGroup`),
                        N(this, `rightGroup`),
                        (this.leftGroup = e.getGroup()),
                        (this.rightGroup = t.getGroup());
                }
                getHash() {
                    return W(`RelationalLeftJoin`, this.leftGroup.id, this.rightGroup.id, this.constraint);
                }
                getOutputFields() {
                    let e = new $();
                    return (
                        e.merge(this.leftGroup.relational.outputFields),
                        e.merge(this.rightGroup.relational.outputFields),
                        e
                    );
                }
                canProvideOrdering() {
                    return !1;
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getChildRequiredProps(e, t) {
                    let n = new $(),
                        r = e.relational.outputFields;
                    for (let e of t.resolvedFields) r.has(e) && n.add(e);
                    for (let e of this.constraint.referencedFields) r.has(e) && n.add(e);
                    let i = new Yx();
                    return new Xx(i, n);
                }
                optimize(e, t) {
                    let n = this.getChildRequiredProps(this.leftGroup, t),
                        r = e.optimizeGroup(this.leftGroup, n),
                        i = this.getChildRequiredProps(this.rightGroup, t),
                        a = e.optimizeGroup(this.rightGroup, i),
                        o = this.constraint.optimize(e);
                    return Q.max(Q.max(r, a), o);
                }
                getOptimized(t) {
                    let n = this.getChildRequiredProps(this.leftGroup, t),
                        r = this.leftGroup.getOptimized(n),
                        i = this.getChildRequiredProps(this.rightGroup, t),
                        a = this.rightGroup.getOptimized(i),
                        o = this.constraint.getOptimized();
                    return new e(r, a, o);
                }
                *evaluateScalarEquals(e, t, n, r, i) {
                    let a = new Map();
                    for (let e of t.tuples) {
                        let t = yield* r.evaluate(i, e),
                            n = JSON.stringify(t?.value ?? null),
                            o = a.get(n) ?? [];
                        o.push(e), a.set(n, o);
                    }
                    let o = this.getOutputFields(),
                        s = new $x(o);
                    for (let t of e.tuples) {
                        let e = yield* n.evaluate(i, t),
                            r = JSON.stringify(e?.value ?? null),
                            o = a.get(r) ?? [];
                        if (o.length === 0) s.push(t);
                        else
                            for (let e of o) {
                                let n = new Qx();
                                n.merge(t), n.merge(e), s.push(n);
                            }
                    }
                    return s;
                }
                *evaluate(e) {
                    let { left: t, right: n } = yield* ou({
                        left: this.left.evaluate(e),
                        right: this.right.evaluate(e)
                    });
                    if (this.constraint instanceof fS) {
                        if (
                            this.constraint.left.referencedFields.subsetOf(this.leftGroup.relational.outputFields) &&
                            this.constraint.right.referencedFields.subsetOf(this.rightGroup.relational.outputFields)
                        )
                            return yield* this.evaluateScalarEquals(
                                t,
                                n,
                                this.constraint.left,
                                this.constraint.right,
                                e
                            );
                        if (
                            this.constraint.right.referencedFields.subsetOf(this.leftGroup.relational.outputFields) &&
                            this.constraint.left.referencedFields.subsetOf(this.rightGroup.relational.outputFields)
                        )
                            return yield* this.evaluateScalarEquals(
                                t,
                                n,
                                this.constraint.right,
                                this.constraint.left,
                                e
                            );
                    }
                    let r = this.getOutputFields(),
                        i = new $x(r);
                    for (let r of t.tuples) {
                        let t = !1;
                        for (let a of n.tuples) {
                            let n = new Qx();
                            n.merge(r), n.merge(a);
                            let o = yield* this.constraint.evaluate(e, n);
                            kl(o) && (i.push(n), (t = !0));
                        }
                        t || i.push(r);
                    }
                    return i;
                }
            }),
            (mS = class e extends zx {
                constructor(e, t, n) {
                    super(e.isSynchronous && t.isSynchronous && n.isSynchronous),
                        (this.left = e),
                        (this.right = t),
                        (this.constraint = n),
                        N(this, `leftGroup`),
                        N(this, `rightGroup`),
                        (this.leftGroup = e.getGroup()),
                        (this.rightGroup = t.getGroup());
                }
                getHash() {
                    return W(`RelationalRightJoin`, this.leftGroup.id, this.rightGroup.id, this.constraint);
                }
                getOutputFields() {
                    let e = new $();
                    return (
                        e.merge(this.leftGroup.relational.outputFields),
                        e.merge(this.rightGroup.relational.outputFields),
                        e
                    );
                }
                canProvideOrdering() {
                    return !1;
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getChildRequiredProps(e, t) {
                    let n = new $(),
                        r = e.relational.outputFields;
                    for (let e of t.resolvedFields) r.has(e) && n.add(e);
                    for (let e of this.constraint.referencedFields) r.has(e) && n.add(e);
                    let i = new Yx();
                    return new Xx(i, n);
                }
                optimize(e, t) {
                    let n = this.getChildRequiredProps(this.leftGroup, t),
                        r = e.optimizeGroup(this.leftGroup, n),
                        i = this.getChildRequiredProps(this.rightGroup, t),
                        a = e.optimizeGroup(this.rightGroup, i),
                        o = this.constraint.optimize(e);
                    return Q.max(Q.max(r, a), o);
                }
                getOptimized(t) {
                    let n = this.getChildRequiredProps(this.leftGroup, t),
                        r = this.leftGroup.getOptimized(n),
                        i = this.getChildRequiredProps(this.rightGroup, t),
                        a = this.rightGroup.getOptimized(i),
                        o = this.constraint.getOptimized();
                    return new e(r, a, o);
                }
                *evaluateScalarEquals(e, t, n, r, i) {
                    let a = new Map();
                    for (let t of e.tuples) {
                        let e = yield* n.evaluate(i, t),
                            r = JSON.stringify(e?.value ?? null),
                            o = a.get(r) ?? [];
                        o.push(t), a.set(r, o);
                    }
                    let o = this.getOutputFields(),
                        s = new $x(o);
                    for (let e of t.tuples) {
                        let t = yield* r.evaluate(i, e),
                            n = JSON.stringify(t?.value ?? null),
                            o = a.get(n) ?? [];
                        if (o.length === 0) s.push(e);
                        else
                            for (let t of o) {
                                let n = new Qx();
                                n.merge(e), n.merge(t), s.push(n);
                            }
                    }
                    return s;
                }
                *evaluate(e) {
                    let { left: t, right: n } = yield* ou({
                        left: this.left.evaluate(e),
                        right: this.right.evaluate(e)
                    });
                    if (this.constraint instanceof fS) {
                        if (
                            this.constraint.left.referencedFields.subsetOf(this.leftGroup.relational.outputFields) &&
                            this.constraint.right.referencedFields.subsetOf(this.rightGroup.relational.outputFields)
                        )
                            return yield* this.evaluateScalarEquals(
                                t,
                                n,
                                this.constraint.left,
                                this.constraint.right,
                                e
                            );
                        if (
                            this.constraint.right.referencedFields.subsetOf(this.leftGroup.relational.outputFields) &&
                            this.constraint.left.referencedFields.subsetOf(this.rightGroup.relational.outputFields)
                        )
                            return yield* this.evaluateScalarEquals(
                                t,
                                n,
                                this.constraint.right,
                                this.constraint.left,
                                e
                            );
                    }
                    let r = this.getOutputFields(),
                        i = new $x(r);
                    for (let r of n.tuples) {
                        let n = !1;
                        for (let a of t.tuples) {
                            let t = new Qx();
                            t.merge(r), t.merge(a);
                            let o = yield* this.constraint.evaluate(e, t);
                            kl(o) && (i.push(t), (n = !0));
                        }
                        n || i.push(r);
                    }
                    return i;
                }
            }),
            (hS = class e extends zx {
                constructor(e) {
                    super(!1), (this.collection = e);
                }
                getHash() {
                    return W(`RelationalScan`, this.collection.id);
                }
                getOutputFields() {
                    return this.collection.fields;
                }
                canProvideOrdering() {
                    return !1;
                }
                canProvideResolvedFields(e) {
                    return e.subsetOf(this.collection.fields);
                }
                optimize() {
                    return Q.estimate(1, 200 * Fx);
                }
                getOptimized() {
                    return new e(this.collection);
                }
                *evaluate() {
                    let e = this.collection,
                        t = this.getOutputFields(),
                        n = yield e.data.scanItems(),
                        r = n.map((n) => {
                            let r = new Qx();
                            for (let i of t) {
                                let t = i.getValue(n);
                                r.addPointer(e, n.pointer), r.addValue(i, t);
                            }
                            return r;
                        });
                    return new $x(t, r);
                }
            }),
            (gS = class e extends zx {
                constructor(e, t) {
                    super(e.isSynchronous && t.isSynchronous),
                        (this.left = e),
                        (this.right = t),
                        N(this, `leftGroup`),
                        N(this, `rightGroup`),
                        (this.leftGroup = e.getGroup()),
                        (this.rightGroup = t.getGroup());
                }
                getHash() {
                    return W(`RelationalUnion`, this.leftGroup.id, this.rightGroup.id);
                }
                getOutputFields() {
                    let e = new $(),
                        t = this.leftGroup.relational.outputFields,
                        n = this.rightGroup.relational.outputFields;
                    for (let r of t) n.has(r) && e.add(r);
                    return e;
                }
                canProvideOrdering() {
                    return !1;
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getChildRequiredProps(e) {
                    let t = new Yx();
                    return new Xx(t, e.resolvedFields);
                }
                optimize(e, t) {
                    let n = this.getChildRequiredProps(t),
                        r = e.optimizeGroup(this.leftGroup, n),
                        i = this.getChildRequiredProps(t),
                        a = e.optimizeGroup(this.rightGroup, i);
                    return Q.max(r, a);
                }
                getOptimized(t) {
                    let n = this.getChildRequiredProps(t),
                        r = this.leftGroup.getOptimized(n),
                        i = this.getChildRequiredProps(t),
                        a = this.rightGroup.getOptimized(i);
                    return new e(r, a);
                }
                *evaluate(e) {
                    let { left: t, right: n } = yield* ou({
                        left: this.left.evaluate(e),
                        right: this.right.evaluate(e)
                    });
                    return t.union(n);
                }
            }),
            (_S = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarAnd`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: kl(n) && kl(r) };
                }
            }),
            (vS = class extends rS {
                constructor(e, t) {
                    let n = new $(),
                        r = new $();
                    super(n, r, !0), (this.definition = e), (this.value = t);
                }
                getHash() {
                    return W(`ScalarConstant`, this.definition, this.value);
                }
                optimize() {
                    return new Q(0);
                }
                getOptimized() {
                    return this;
                }
                *evaluate() {
                    return this.value;
                }
            }),
            (yS = { type: 0 }),
            (bS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.source = e),
                        (this.target = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarContains`, this.source, this.target);
                }
                optimize(e) {
                    let t = this.source.optimize(e),
                        n = this.target.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.source.getOptimized(),
                        n = this.target.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { source: n, target: r } = yield* ou({
                        source: this.source.evaluate(e, t),
                        target: this.target.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.contains(n, r, yS) };
                }
            }),
            (xS = { type: 0 }),
            (SS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.source = e),
                        (this.target = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarEndsWith`, this.source, this.target);
                }
                optimize(e) {
                    let t = this.source.optimize(e),
                        n = this.target.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.source.getOptimized(),
                        n = this.target.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { source: n, target: r } = yield* ou({
                        source: this.source.evaluate(e, t),
                        target: this.target.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.endsWith(n, r, xS) };
                }
            }),
            (CS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarGreaterThan`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.greaterThan(n, r, nS) };
                }
            }),
            (wS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarGreaterThanOrEqual`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.greaterThanOrEqual(n, r, nS) };
                }
            }),
            (TS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarLessThan`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.lessThan(n, r, nS) };
                }
            }),
            (ES = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarLessThanOrEqual`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.lessThanOrEqual(n, r, nS) };
                }
            }),
            (DS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarNotEquals`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: !Z.equal(n, r, nS) };
                }
            }),
            (OS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarOr`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: kl(n) || kl(r) };
                }
            }),
            (kS = { type: 0 }),
            (AS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.source = e),
                        (this.target = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarStartsWith`, this.source, this.target);
                }
                optimize(e) {
                    let t = this.source.optimize(e),
                        n = this.target.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.source.getOptimized(),
                        n = this.target.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { source: n, target: r } = yield* ou({
                        source: this.source.evaluate(e, t),
                        target: this.target.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.startsWith(n, r, kS) };
                }
            }),
            (jS = class {
                constructor(e) {
                    (this.normalizer = e), N(this, `memo`), (this.memo = e.memo);
                }
                explore(e) {
                    let t = e.getGroup();
                    if (e instanceof pS) {
                        let n = new mS(e.right, e.left, e.constraint);
                        this.memo.addRelational(n, t);
                    }
                    if (e instanceof lS) {
                        if (e.predicate instanceof _S) {
                            let n = this.normalizer.newRelationalFilter(e.input, e.predicate.left),
                                r = this.normalizer.newRelationalFilter(e.input, e.predicate.right),
                                i = new dS(n, r);
                            this.memo.addRelational(i, t);
                        }
                        if (e.predicate instanceof OS) {
                            let n = this.normalizer.newRelationalFilter(e.input, e.predicate.left),
                                r = this.normalizer.newRelationalFilter(e.input, e.predicate.right),
                                i = new gS(n, r);
                            this.memo.addRelational(i, t);
                        }
                    }
                    if (e instanceof hS)
                        for (let n of e.collection.indexes) {
                            if (n.constraint) continue;
                            let e = mu(n.lookupNodes.length),
                                r = new uS(n, e);
                            this.memo.addRelational(r, t);
                        }
                    if (e instanceof lS) {
                        for (let n of e.inputGroup.nodes)
                            if (n instanceof hS)
                                for (let r of n.collection.indexes) {
                                    if (
                                        e.predicate instanceof fS &&
                                        e.predicate.left === r.lookupNodes[0] &&
                                        e.predicate.right instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`Equals`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `Equals`, value: e.predicate.right.value };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof DS &&
                                        e.predicate.left === r.lookupNodes[0] &&
                                        e.predicate.right instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`NotEquals`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `NotEquals`, value: e.predicate.right.value };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof TS &&
                                        e.predicate.left === r.lookupNodes[0] &&
                                        e.predicate.right instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`LessThan`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `LessThan`, value: e.predicate.right.value, inclusive: !1 };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof ES &&
                                        e.predicate.left === r.lookupNodes[0] &&
                                        e.predicate.right instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`LessThan`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `LessThan`, value: e.predicate.right.value, inclusive: !0 };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof CS &&
                                        e.predicate.left === r.lookupNodes[0] &&
                                        e.predicate.right instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`GreaterThan`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `GreaterThan`, value: e.predicate.right.value, inclusive: !1 };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof wS &&
                                        e.predicate.left === r.lookupNodes[0] &&
                                        e.predicate.right instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`GreaterThan`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `GreaterThan`, value: e.predicate.right.value, inclusive: !0 };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof bS &&
                                        e.predicate.source === r.lookupNodes[0] &&
                                        e.predicate.target instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`Contains`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `Contains`, value: e.predicate.target.value };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof AS &&
                                        e.predicate.source === r.lookupNodes[0] &&
                                        e.predicate.target instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`StartsWith`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `StartsWith`, value: e.predicate.target.value };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                    if (
                                        e.predicate instanceof SS &&
                                        e.predicate.source === r.lookupNodes[0] &&
                                        e.predicate.target instanceof vS &&
                                        r.data.supportedLookupTypes.includes(`EndsWith`)
                                    ) {
                                        let n = mu(r.lookupNodes.length);
                                        n[0] = { type: `EndsWith`, value: e.predicate.target.value };
                                        let i = new uS(r, n);
                                        this.memo.addRelational(i, t);
                                    }
                                }
                    }
                }
            }),
            (MS = class {
                constructor(e) {
                    this.outputFields = e;
                }
                isCompatible(e) {
                    return this.outputFields.equals(e.outputFields);
                }
            }),
            (NS = class {
                constructor() {
                    N(this, `nodes`, new Map()), N(this, `groups`, []);
                }
                addGroup(e) {
                    let t = ru(this.groups.length),
                        n = new Ix(t, e);
                    return this.groups.push(n), n;
                }
                addRelational(e, t) {
                    let n = e.getHash(),
                        r = this.nodes.get(n);
                    if (r) return r;
                    this.nodes.set(n, e);
                    let i = e.getOutputFields(),
                        a = new MS(i);
                    return (
                        (t ??= this.addGroup(a)),
                        t.addNode(e),
                        B(a.isCompatible(t.relational), `Group has inconsistent relational props`),
                        e
                    );
                }
                addScalar(e) {
                    let t = e.getHash(),
                        n = this.nodes.get(t);
                    return n || (this.nodes.set(t, e), e);
                }
            }),
            (PS = class e extends zx {
                constructor(e, t, n) {
                    super(e.isSynchronous && t.isSynchronous),
                        (this.input = e),
                        (this.limit = t),
                        (this.ordering = n),
                        N(this, `inputGroup`),
                        (this.inputGroup = e.getGroup());
                }
                getHash() {
                    return W(`RelationalLimit`, this.inputGroup.id, this.limit);
                }
                getOutputFields() {
                    return this.inputGroup.relational.outputFields;
                }
                canProvideOrdering(e) {
                    return e.equals(this.ordering);
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getInputRequiredProps(e) {
                    let t = new $(e.resolvedFields);
                    return t.merge(this.limit.referencedFields), new Xx(this.ordering, t);
                }
                optimize(e, t) {
                    let n = this.getInputRequiredProps(t),
                        r = e.optimizeGroup(this.inputGroup, n),
                        i = this.limit.optimize(e);
                    return new Q(0).add(Q.max(r, i));
                }
                getOptimized(t) {
                    let n = this.getInputRequiredProps(t),
                        r = this.inputGroup.getOptimized(n),
                        i = this.limit.getOptimized();
                    return new e(r, i, this.ordering);
                }
                *evaluate(e) {
                    let { input: t, limit: n } = yield* ou({
                            input: this.input.evaluate(e),
                            limit: this.limit.evaluate(e, void 0)
                        }),
                        r = Hl(n) ?? 1 / 0;
                    return r === 1 / 0 ? t : t.slice(0, r);
                }
            }),
            (FS = class e extends zx {
                constructor(e, t, n) {
                    super(e.isSynchronous && t.isSynchronous),
                        (this.input = e),
                        (this.offset = t),
                        (this.ordering = n),
                        N(this, `inputGroup`),
                        (this.inputGroup = e.getGroup());
                }
                getHash() {
                    return W(`RelationalOffset`, this.inputGroup.id, this.offset);
                }
                getOutputFields() {
                    return this.inputGroup.relational.outputFields;
                }
                canProvideOrdering(e) {
                    return e.equals(this.ordering);
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getInputRequiredProps(e) {
                    let t = new $(e.resolvedFields);
                    return t.merge(this.offset.referencedFields), new Xx(this.ordering, t);
                }
                optimize(e, t) {
                    let n = this.getInputRequiredProps(t),
                        r = e.optimizeGroup(this.inputGroup, n),
                        i = this.offset.optimize(e);
                    return new Q(0).add(Q.max(r, i));
                }
                getOptimized(t) {
                    let n = this.getInputRequiredProps(t),
                        r = this.inputGroup.getOptimized(n),
                        i = this.offset.getOptimized();
                    return new e(r, i, this.ordering);
                }
                *evaluate(e) {
                    let { input: t, offset: n } = yield* ou({
                            input: this.input.evaluate(e),
                            offset: this.offset.evaluate(e, void 0)
                        }),
                        r = Hl(n) ?? 0;
                    return r === 0 ? t : t.slice(r);
                }
            }),
            (IS = class e extends rS {
                constructor(e, t, n, r, i) {
                    super(r, i, e.isSynchronous),
                        (this.input = e),
                        (this.namedFields = t),
                        (this.ordering = n),
                        (this.referencedFields = r),
                        (this.referencedOuterFields = i),
                        N(this, `inputGroup`),
                        N(this, `definition`),
                        (this.inputGroup = e.getGroup());
                    let a = {},
                        o = Object.entries(t);
                    for (let [e, t] of o) a[e] = t.definition;
                    this.definition = {
                        type: `array`,
                        isNullable: !1,
                        definition: { type: `object`, isNullable: !1, definitions: a }
                    };
                }
                getHash() {
                    let e = {},
                        t = Object.entries(this.namedFields);
                    for (let [n, r] of t) e[n] = r.id;
                    return W(
                        `ScalarArray`,
                        this.inputGroup.id,
                        e,
                        this.ordering,
                        this.referencedFields,
                        this.referencedOuterFields
                    );
                }
                getInputRequiredProps() {
                    let e = new $(),
                        t = Object.values(this.namedFields);
                    for (let n of t) {
                        if (bt(n.collection)) continue;
                        e.add(n);
                    }
                    return new Xx(this.ordering, e);
                }
                optimize(e) {
                    let t = this.getInputRequiredProps(),
                        n = e.optimizeGroup(this.inputGroup, t);
                    return new Q(0).add(n);
                }
                getOptimized() {
                    let t = this.getInputRequiredProps(),
                        n = this.inputGroup.getOptimized(t);
                    return new e(n, this.namedFields, this.ordering, this.referencedFields, this.referencedOuterFields);
                }
                *evaluate(e, t) {
                    let n = new Qx();
                    e && n.merge(e), t && n.merge(t);
                    let r = yield* this.input.evaluate(n),
                        i = Object.entries(this.namedFields);
                    return {
                        type: `array`,
                        value: r.tuples.map((e) => {
                            let t = {};
                            for (let [n, r] of i) t[n] = e.getValue(r);
                            return { type: `object`, value: t };
                        })
                    };
                }
            }),
            (LS = class e extends rS {
                constructor(e, t) {
                    super(e.referencedFields, e.referencedOuterFields, e.isSynchronous),
                        (this.input = e),
                        (this.definition = t),
                        B(t.isNullable, `Unsupported non-nullable cast`);
                }
                getHash() {
                    return W(`ScalarCast`, this.input, this.definition);
                }
                optimize(e) {
                    return this.input.optimize(e);
                }
                getOptimized() {
                    let t = this.input.getOptimized();
                    return new e(t, this.definition);
                }
                *evaluate(e, t) {
                    let n = yield* this.input.evaluate(e, t);
                    return Z.cast(n, this.definition);
                }
            }),
            (RS = class e extends rS {
                constructor(e, t, n, r, i) {
                    super(r, i, e.isSynchronous),
                        (this.input = e),
                        (this.field = t),
                        (this.ordering = n),
                        (this.referencedFields = r),
                        (this.referencedOuterFields = i),
                        N(this, `inputGroup`),
                        N(this, `definition`),
                        (this.inputGroup = e.getGroup()),
                        (this.definition = { type: `array`, isNullable: !1, definition: t.definition });
                }
                getHash() {
                    return W(
                        `ScalarFlatArray`,
                        this.inputGroup.id,
                        this.field.id,
                        this.ordering,
                        this.referencedFields,
                        this.referencedOuterFields
                    );
                }
                getInputRequiredProps() {
                    let e = new $();
                    return bt(this.field.collection) || e.add(this.field), new Xx(this.ordering, e);
                }
                optimize(e) {
                    let t = this.getInputRequiredProps(),
                        n = e.optimizeGroup(this.inputGroup, t);
                    return new Q(0).add(n);
                }
                getOptimized() {
                    let t = this.getInputRequiredProps(),
                        n = this.inputGroup.getOptimized(t);
                    return new e(n, this.field, this.ordering, this.referencedFields, this.referencedOuterFields);
                }
                *evaluate(e, t) {
                    let n = new Qx();
                    e && n.merge(e), t && n.merge(t);
                    let r = yield* this.input.evaluate(n);
                    return { type: `array`, value: r.tuples.map((e) => e.getValue(this.field)) };
                }
            }),
            (zS = { type: 0 }),
            (BS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarIn`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: Z.in(n, r, zS) };
                }
            }),
            (VS = { type: 1 }),
            (HS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.source = e),
                        (this.target = t),
                        N(this, `definition`, { type: `number`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarIndexOf`, this.source, this.target);
                }
                optimize(e) {
                    let t = this.source.optimize(e),
                        n = this.target.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.source.getOptimized(),
                        n = this.target.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { source: n, target: r } = yield* ou({
                        source: this.source.evaluate(e, t),
                        target: this.target.evaluate(e, t)
                    });
                    return { type: `number`, value: Z.indexOf(n, r, VS) };
                }
            }),
            (US = class e extends rS {
                constructor(e) {
                    super(e.referencedFields, e.referencedOuterFields, e.isSynchronous),
                        (this.input = e),
                        N(this, `definition`, { type: `number`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarLength`, this.input);
                }
                optimize(e) {
                    return this.input.optimize(e);
                }
                getOptimized() {
                    let t = this.input.getOptimized();
                    return new e(t);
                }
                *evaluate(e, t) {
                    let n = yield* this.input.evaluate(e, t);
                    return { type: `number`, value: Z.length(n) };
                }
            }),
            (WS = class e extends rS {
                constructor(e) {
                    super(e.referencedFields, e.referencedOuterFields, e.isSynchronous),
                        (this.input = e),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarNot`, this.input);
                }
                optimize(e) {
                    return this.input.optimize(e);
                }
                getOptimized() {
                    let t = this.input.getOptimized();
                    return new e(t);
                }
                *evaluate(e, t) {
                    let n = yield* this.input.evaluate(e, t);
                    return { type: `boolean`, value: !kl(n) };
                }
            }),
            (GS = { type: 0 }),
            (KS = class e extends rS {
                constructor(e, t) {
                    let n = new $();
                    n.merge(e.referencedFields), n.merge(t.referencedFields);
                    let r = new $();
                    r.merge(e.referencedOuterFields), r.merge(t.referencedOuterFields);
                    let i = e.isSynchronous && t.isSynchronous;
                    super(n, r, i),
                        (this.left = e),
                        (this.right = t),
                        N(this, `definition`, { type: `boolean`, isNullable: !1 });
                }
                getHash() {
                    return W(`ScalarNotIn`, this.left, this.right);
                }
                optimize(e) {
                    let t = this.left.optimize(e),
                        n = this.right.optimize(e);
                    return Q.max(t, n);
                }
                getOptimized() {
                    let t = this.left.getOptimized(),
                        n = this.right.getOptimized();
                    return new e(t, n);
                }
                *evaluate(e, t) {
                    let { left: n, right: r } = yield* ou({
                        left: this.left.evaluate(e, t),
                        right: this.right.evaluate(e, t)
                    });
                    return { type: `boolean`, value: !Z.in(n, r, GS) };
                }
            }),
            (qS = class extends rS {
                constructor(e, t) {
                    B(e.name !== Hx, `Invalid field name`);
                    let n = new $(),
                        r = new $();
                    t ? r.add(e) : n.add(e),
                        super(n, r, !0),
                        (this.field = e),
                        (this.isOuterField = t),
                        N(this, `definition`),
                        (this.definition = e.definition);
                }
                getHash() {
                    return W(`ScalarVariable`, this.field.id, this.isOuterField);
                }
                optimize() {
                    return new Q(0);
                }
                getOptimized() {
                    return this;
                }
                *evaluate(e, t) {
                    return this.isOuterField
                        ? (B(e, `Context must exist`), e.getValue(this.field))
                        : (B(t, `Tuple must exist`), t.getValue(this.field));
                }
            }),
            (JS = class {
                constructor(e) {
                    this.memo = e;
                }
                finishRelational(e) {
                    return this.memo.addRelational(e);
                }
                newRelationalScan(e) {
                    let t = new hS(e);
                    return this.finishRelational(t);
                }
                newRelationalIndexLookup(e, t) {
                    let n = new uS(e, t);
                    return this.finishRelational(n);
                }
                newRelationalLeftJoin(e, t, n) {
                    let r = new pS(e, t, n);
                    return this.finishRelational(r);
                }
                newRelationalRightJoin(e, t, n) {
                    return this.newRelationalLeftJoin(t, e, n);
                }
                newRelationalFilter(e, t) {
                    if (e instanceof pS && t.referencedFields.subsetOf(e.leftGroup.relational.outputFields)) {
                        let n = this.newRelationalFilter(e.left, t);
                        return this.newRelationalLeftJoin(n, e.right, e.constraint);
                    }
                    if (e instanceof mS && t.referencedFields.subsetOf(e.rightGroup.relational.outputFields)) {
                        let n = this.newRelationalFilter(e.right, t);
                        return this.newRelationalLeftJoin(e.left, n, e.constraint);
                    }
                    let n = new lS(e, t);
                    return this.finishRelational(n);
                }
                newRelationalProject(e, t, n) {
                    let r = new tS(e, t, n);
                    return this.finishRelational(r);
                }
                newRelationalLimit(e, t, n) {
                    if (
                        e instanceof tS &&
                        t.referencedFields.subsetOf(e.inputGroup.relational.outputFields) &&
                        n.providedByFields(e.inputGroup.relational.outputFields)
                    ) {
                        let r = this.newRelationalLimit(e.input, t, n);
                        return this.newRelationalProject(r, e.projections, e.passthrough);
                    }
                    let r = new PS(e, t, n);
                    return this.finishRelational(r);
                }
                newRelationalOffset(e, t, n) {
                    let r = new FS(e, t, n);
                    return this.finishRelational(r);
                }
                finishScalar(e) {
                    let t = e instanceof vS;
                    if (!t && e.isSynchronous && e.referencedFields.size === 0 && e.referencedOuterFields.size === 0) {
                        let t = e.evaluateSync();
                        return this.newScalarConstant(e.definition, t);
                    }
                    return this.memo.addScalar(e);
                }
                removeUnknown(e, t) {
                    if (e.definition.type !== `unknown` || t.type === `unknown`) return e;
                    let n = { ...t, isNullable: !0 };
                    return this.newScalarCast(e, n);
                }
                newScalarVariable(e, t) {
                    let n = new qS(e, t);
                    return this.finishScalar(n);
                }
                newScalarConstant(e, t) {
                    let n = new vS(e, t);
                    return this.finishScalar(n);
                }
                newScalarNot(e) {
                    if (e instanceof WS) {
                        if (e.input.definition.type === `boolean`) return e.input;
                        let t = { type: `boolean`, isNullable: !0 };
                        return this.newScalarCast(e.input, t);
                    }
                    if (e instanceof fS) return this.newScalarNotEquals(e.left, e.right);
                    if (e instanceof DS) return this.newScalarEquals(e.left, e.right);
                    if (e instanceof TS) return this.newScalarGreaterThanOrEqual(e.left, e.right);
                    if (e instanceof ES) return this.newScalarGreaterThan(e.left, e.right);
                    if (e instanceof CS) return this.newScalarLessThanOrEqual(e.left, e.right);
                    if (e instanceof wS) return this.newScalarLessThan(e.left, e.right);
                    if (e instanceof _S) {
                        let t = this.newScalarNot(e.left),
                            n = this.newScalarNot(e.right);
                        return this.newScalarOr(t, n);
                    }
                    if (e instanceof OS) {
                        let t = this.newScalarNot(e.left),
                            n = this.newScalarNot(e.right);
                        return this.newScalarAnd(t, n);
                    }
                    let t = new WS(e);
                    return this.finishScalar(t);
                }
                newScalarAnd(e, t) {
                    let n = new _S(e, t);
                    return this.finishScalar(n);
                }
                newScalarOr(e, t) {
                    let n = new OS(e, t);
                    return this.finishScalar(n);
                }
                newScalarEquals(e, t) {
                    let n = e instanceof qS,
                        r = t instanceof qS;
                    if (r && !n) return this.newScalarEquals(t, e);
                    (e = this.removeUnknown(e, t.definition)), (t = this.removeUnknown(t, e.definition));
                    let i = new fS(e, t);
                    return this.finishScalar(i);
                }
                newScalarNotEquals(e, t) {
                    let n = e instanceof qS,
                        r = t instanceof qS;
                    if (r && !n) return this.newScalarNotEquals(t, e);
                    (e = this.removeUnknown(e, t.definition)), (t = this.removeUnknown(t, e.definition));
                    let i = new DS(e, t);
                    return this.finishScalar(i);
                }
                newScalarLessThan(e, t) {
                    let n = e instanceof qS,
                        r = t instanceof qS;
                    if (r && !n) return this.newScalarGreaterThan(t, e);
                    (e = this.removeUnknown(e, t.definition)), (t = this.removeUnknown(t, e.definition));
                    let i = new TS(e, t);
                    return this.finishScalar(i);
                }
                newScalarLessThanOrEqual(e, t) {
                    let n = e instanceof qS,
                        r = t instanceof qS;
                    if (r && !n) return this.newScalarGreaterThanOrEqual(t, e);
                    (e = this.removeUnknown(e, t.definition)), (t = this.removeUnknown(t, e.definition));
                    let i = new ES(e, t);
                    return this.finishScalar(i);
                }
                newScalarGreaterThan(e, t) {
                    let n = e instanceof qS,
                        r = t instanceof qS;
                    if (r && !n) return this.newScalarLessThan(t, e);
                    (e = this.removeUnknown(e, t.definition)), (t = this.removeUnknown(t, e.definition));
                    let i = new CS(e, t);
                    return this.finishScalar(i);
                }
                newScalarGreaterThanOrEqual(e, t) {
                    let n = e instanceof qS,
                        r = t instanceof qS;
                    if (r && !n) return this.newScalarLessThanOrEqual(t, e);
                    (e = this.removeUnknown(e, t.definition)), (t = this.removeUnknown(t, e.definition));
                    let i = new wS(e, t);
                    return this.finishScalar(i);
                }
                newScalarIn(e, t) {
                    t.definition.type === `array` && (e = this.removeUnknown(e, t.definition.definition));
                    let n = { type: `array`, isNullable: !0, definition: e.definition };
                    t = this.removeUnknown(t, n);
                    let r = new BS(e, t);
                    return this.finishScalar(r);
                }
                newScalarNotIn(e, t) {
                    t.definition.type === `array` && (e = this.removeUnknown(e, t.definition.definition));
                    let n = { type: `array`, isNullable: !0, definition: e.definition };
                    t = this.removeUnknown(t, n);
                    let r = new KS(e, t);
                    return this.finishScalar(r);
                }
                newScalarCase(e, t, n) {
                    if (e) {
                        let n = [];
                        for (let { when: r, then: i } of t) {
                            let t = this.removeUnknown(r, e.definition),
                                a = new aS(t, i);
                            n.push(a);
                        }
                        t = n;
                    }
                    let r = new oS(e, t, n);
                    return this.finishScalar(r);
                }
                newScalarContains(e, t) {
                    let n = new bS(e, t);
                    return this.finishScalar(n);
                }
                newScalarStartsWith(e, t) {
                    let n = new AS(e, t);
                    return this.finishScalar(n);
                }
                newScalarEndsWith(e, t) {
                    let n = new SS(e, t);
                    return this.finishScalar(n);
                }
                newScalarLength(e) {
                    let t = new US(e);
                    return this.finishScalar(t);
                }
                newScalarIndexOf(e, t) {
                    let n = new HS(e, t);
                    return this.finishScalar(n);
                }
                newScalarArray(e, t, n, r, i) {
                    let a = new IS(e, t, n, r, i);
                    return this.finishScalar(a);
                }
                newScalarFlatArray(e, t, n, r, i) {
                    let a = new RS(e, t, n, r, i);
                    return this.finishScalar(a);
                }
                newScalarCast(e, t) {
                    if (e.definition.type === t.type) return e;
                    let n = new LS(e, t);
                    return this.finishScalar(n);
                }
            }),
            (YS = class extends zx {}),
            (XS = class e extends YS {
                constructor(e, t) {
                    super(!1),
                        (this.input = e),
                        (this.fields = t),
                        N(this, `inputGroup`),
                        (this.inputGroup = e.getGroup());
                }
                getHash() {
                    return W(`EnforcerResolve`, this.inputGroup.id, this.fields);
                }
                getOutputFields() {
                    return this.inputGroup.relational.outputFields;
                }
                canProvideOrdering() {
                    return !0;
                }
                canProvideResolvedFields(e) {
                    return e.subsetOf(this.fields);
                }
                getInputRequiredProps(e) {
                    let t = new $();
                    return new Xx(e.ordering, t);
                }
                optimize(e, t) {
                    let n = this.getInputRequiredProps(t),
                        r = e.optimizeGroup(this.inputGroup, n);
                    return Q.estimate(0, 100 * Fx).add(r);
                }
                getOptimized(t) {
                    let n = this.getInputRequiredProps(t),
                        r = this.inputGroup.getOptimized(n);
                    return new e(r, this.fields);
                }
                *evaluate(e) {
                    let t = yield* this.input.evaluate(e);
                    B(this.fields.subsetOf(t.fields), `Fields can't be resolved`);
                    let n = new Set();
                    for (let e of this.fields)
                        B(e.collection, `Collection required to resolve field`), n.add(e.collection);
                    for (let e of t.tuples)
                        for (let t of this.fields) {
                            let n = e.getValue(t);
                            n?.type === `richtext`
                                ? (B(n.value instanceof Bx, `Pointer must be wrapped`), n.value.resolve())
                                : n?.type === `vectorsetitem` &&
                                  (B(n.value instanceof Vx, `Pointer must be wrapped`), n.value.resolve());
                        }
                    let r = yield Promise.all(
                        Array.from(n).map(async (e) => {
                            let n = [];
                            for (let r of t.tuples) {
                                let t = r.getPointer(e);
                                t && n.push(t);
                            }
                            let r = await e.data.resolveItems(n);
                            return B(r.length === n.length, `Invalid number of items`), [e, r];
                        })
                    );
                    return t.map(t.fields, (e) => {
                        let t = new Qx();
                        t.merge(e);
                        for (let [n, i] of r) {
                            let r = e.getPointer(n);
                            if (!r) continue;
                            let a = i.shift();
                            B(a, `Item not found`), B(a.pointer === r, `Pointer mismatch`);
                            for (let e of n.fields) {
                                let n = e.getValue(a);
                                t.addValue(e, n);
                            }
                        }
                        return t;
                    });
                }
            }),
            (ZS = { type: 0 }),
            (QS = class e extends YS {
                constructor(e, t) {
                    super(e.isSynchronous),
                        (this.input = e),
                        (this.ordering = t),
                        N(this, `inputGroup`),
                        (this.inputGroup = e.getGroup());
                }
                getHash() {
                    return W(`EnforcerSort`, this.inputGroup.id, this.ordering);
                }
                getOutputFields() {
                    return this.inputGroup.relational.outputFields;
                }
                canProvideOrdering(e) {
                    return e.equals(this.ordering);
                }
                canProvideResolvedFields() {
                    return !0;
                }
                getInputRequiredProps(e) {
                    let t = new $(e.resolvedFields);
                    for (let { field: e } of this.ordering.fields) {
                        if (e.name === Hx || bt(e.collection)) continue;
                        t.add(e);
                    }
                    let n = new Yx();
                    return new Xx(n, t);
                }
                optimize(e, t) {
                    let n = this.getInputRequiredProps(t),
                        r = e.optimizeGroup(this.inputGroup, n);
                    return new Q(0).add(r);
                }
                getOptimized(t) {
                    let n = this.getInputRequiredProps(t),
                        r = this.inputGroup.getOptimized(n);
                    return new e(r, this.ordering);
                }
                *evaluate(e) {
                    let t = yield* this.input.evaluate(e);
                    return t.sort((e, t) => {
                        for (let { field: n, direction: r } of this.ordering.fields) {
                            let i = r === `asc`;
                            if (n.name === Hx) {
                                let r = n.collection;
                                B(r, `Collection required for sorting`);
                                let a = e.getPointer(r);
                                B(a, `Pointer required for sorting`);
                                let o = { pointer: a, data: {} },
                                    s = t.getPointer(r);
                                B(s, `Pointer required for sorting`);
                                let c = { pointer: s, data: {} },
                                    l = r.data.compareItems(o, c);
                                return i ? l : -l;
                            }
                            let a = e.getValue(n),
                                o = t.getValue(n);
                            if (Z.equal(a, o, ZS)) continue;
                            if (xt(a) || Z.lessThan(a, o, ZS)) return i ? -1 : 1;
                            if (xt(o) || Z.greaterThan(a, o, ZS)) return i ? 1 : -1;
                            throw Error(`Invalid comparison`);
                        }
                        return 0;
                    });
                }
            }),
            ($S = class {
                constructor(e, t) {
                    (this.query = e),
                        (this.locale = t),
                        N(this, `memo`, new NS()),
                        N(this, `normalizer`, new JS(this.memo)),
                        N(this, `explorer`, new jS(this.normalizer));
                }
                optimize() {
                    let e = new sS(this.normalizer, this.query, this.locale),
                        t = e.build(),
                        n = t.takeNode(),
                        r = n.getGroup(),
                        i = t.getRequiredProps();
                    this.optimizeGroup(r, i);
                    let a = r.getOptimized(i),
                        o = t.getNamedFields();
                    return [a, o];
                }
                optimizeGroup(e, t) {
                    let n = e.getWinner(t);
                    if (n.node) return n.cost;
                    let r = e.nodes[0];
                    B(r, `Normalized node not found`), this.createEnforcer(n, r, t);
                    for (let r of e.nodes) {
                        if (t.canProvide(r)) {
                            let e = r.optimize(this, t);
                            n.update(r, e);
                        }
                        t.isMinimal && this.explorer.explore(r);
                    }
                    return n.cost;
                }
                createEnforcer(e, t, n) {
                    if (n.resolvedFields.size > 0) {
                        let r = new XS(t, n.resolvedFields),
                            i = r.optimize(this, n);
                        e.update(r, i);
                    }
                    if (n.ordering.length > 0) {
                        let r = new QS(t, n.ordering),
                            i = r.optimize(this, n);
                        e.update(r, i);
                    }
                }
            }),
            (eC = vl(`query-engine`)),
            (tC = class {
                async query(e, t) {
                    eC.debug(`Query:
${Du(e)}`);
                    let n = new $S(e, t),
                        [r, i] = n.optimize(),
                        a = await r.evaluateAsync(),
                        o = Object.entries(i),
                        s = await Promise.all(
                            a.tuples.map(async (e) => {
                                let t = await Promise.all(
                                    o.map(async ([t, n]) => {
                                        let r = e.getValue(n),
                                            i = await this.resolveValue(r);
                                        return [t, i];
                                    })
                                );
                                return Object.fromEntries(t);
                            })
                        );
                    return s;
                }
                async resolveValue(e) {
                    if (e?.type === `richtext`)
                        return B(e.value instanceof Bx, `Pointer must be wrapped`), e.value.resolve();
                    if (e?.type === `vectorsetitem`)
                        return B(e.value instanceof Vx, `Pointer must be wrapped`), e.value.resolve();
                    if (e?.type === `array`) return Promise.all(e.value.map(async (e) => this.resolveValue(e)));
                    if (e?.type === `object`) {
                        let t = Object.entries(e.value),
                            n = await Promise.all(
                                t.map(async ([e, t]) => {
                                    let n = await this.resolveValue(t);
                                    return [e, n];
                                })
                            );
                        return Object.fromEntries(n);
                    }
                    return e?.value ?? null;
                }
            }),
            (nC = `style[data-framer-breakpoint-css]`),
            (rC = `page`),
            (iC = Symbol(`cycle`)),
            (sC = new Set([
                `visibleVariantId`,
                `obscuredVariantId`,
                `threshold`,
                `animateOnce`,
                `variantAppearEffectEnabled`,
                `targets`,
                `exitTarget`,
                `scrollDirection`
            ])),
            (cC = { inputRange: [], outputRange: [] }),
            (lC = (e) =>
                u.forwardRef((t, n) => {
                    if (q.current() === q.canvas) return b(e, { ...t, ref: n });
                    let [r, i] = es(t, sC),
                        {
                            visibleVariantId: a,
                            obscuredVariantId: o,
                            animateOnce: s,
                            threshold: l,
                            variantAppearEffectEnabled: d,
                            targets: f,
                            exitTarget: p,
                            scrollDirection: m
                        } = r,
                        [h, g] = u.useState(o),
                        _ = u.useRef(!1),
                        v = Za(n);
                    return (
                        to(
                            v,
                            (e) => {
                                r.targets ||
                                    r.scrollDirection ||
                                    (s && _.current === !0) ||
                                    (_.current !== e &&
                                        ((_.current = e),
                                        u.startTransition(() => {
                                            g(e ? a : o);
                                        })));
                            },
                            { enabled: d, animateOnce: s, threshold: { y: l } }
                        ),
                        u.useEffect(() => {
                            if (m || !f) return;
                            let e = {},
                                t;
                            return Ae((n, { y: r }) => {
                                var i;
                                if (!f[0] || (f[0].ref && !f[0].ref.current)) return;
                                let { inputRange: a, outputRange: o } = ad(f, (l ?? 0) * r.containerLength, p);
                                if (a.length === 0 || a.length !== o.length) return;
                                let c = Math.floor(Ne(r.current, a, o));
                                if (s && e[c]) return;
                                e[c] = !0;
                                let d = (i = f[c])?.target ?? void 0;
                                d !== t &&
                                    ((t = d),
                                    u.startTransition(() => {
                                        g(d);
                                    }));
                            });
                        }, [s, l, f, t.variant, m, p]),
                        Ds(m, (e) => u.startTransition(() => g(e)), { enabled: d, repeat: !s }),
                        ft(() => {
                            if (!d) return;
                            let e = !r.targets && !r.scrollDirection,
                                t = e ? r.obscuredVariantId : void 0;
                            c(() => g(t));
                        }),
                        !(`variantAppearEffectEnabled` in r) || d === !0
                            ? b(e, { ...i, variant: h ?? t.variant, ref: v })
                            : b(e, { ...i })
                    );
                })),
            (uC = u.createContext(void 0)),
            (dC = () => u.useContext(uC)),
            (fC = {
                Arial: {
                    Regular: { selector: `Arial`, weight: void 0 },
                    Black: { selector: `Arial-Black`, weight: void 0 },
                    Narrow: { selector: `Arial Narrow`, weight: void 0 },
                    "Rounded Bold": { selector: `Arial Rounded MT Bold`, weight: void 0 }
                },
                Avenir: {
                    Book: { selector: `Avenir`, weight: void 0 },
                    Light: { selector: `Avenir-Light`, weight: void 0 },
                    Medium: { selector: `Avenir-Medium`, weight: void 0 },
                    Heavy: { selector: `Avenir-Heavy`, weight: void 0 },
                    Black: { selector: `Avenir-Black`, weight: void 0 }
                },
                "Avenir Next": {
                    Regular: { selector: `Avenir Next`, weight: void 0 },
                    "Ultra Light": { selector: `AvenirNext-UltraLight`, weight: void 0 },
                    Medium: { selector: `AvenirNext-Medium`, weight: void 0 },
                    "Demi Bold": { selector: `AvenirNext-DemiBold`, weight: void 0 },
                    Heavy: { selector: `AvenirNext-Heavy`, weight: void 0 }
                },
                "Avenir Next Condensed": {
                    Regular: { selector: `Avenir Next Condensed`, weight: void 0 },
                    "Ultra Light": { selector: `AvenirNextCondensed-UltraLight`, weight: void 0 },
                    Medium: { selector: `AvenirNextCondensed-Medium`, weight: void 0 },
                    "Demi Bold": { selector: `AvenirNextCondensed-DemiBold`, weight: void 0 },
                    Heavy: { selector: `AvenirNextCondensed-Heavy`, weight: void 0 }
                },
                Baskerville: {
                    Regular: { selector: `Baskerville`, weight: void 0 },
                    "Semi Bold": { selector: `Baskerville-SemiBold`, weight: void 0 }
                },
                "Bodoni 72": {
                    Book: { selector: `Bodoni 72`, weight: void 0 },
                    Oldstyle: { selector: `Bodoni 72 Oldstyle`, weight: void 0 },
                    Smallcaps: { selector: `Bodoni 72 Smallcaps`, weight: void 0 }
                },
                Courier: { Regular: { selector: `Courier`, weight: void 0 } },
                "Courier New": { Regular: { selector: `Courier New`, weight: void 0 } },
                Futura: {
                    Medium: { selector: `Futura`, weight: void 0 },
                    Condensed: { selector: `Futura-CondensedMedium`, weight: void 0 },
                    "Condensed ExtraBold": { selector: `Futura-CondensedExtraBold`, weight: void 0 }
                },
                Georgia: { Regular: { selector: `Georgia`, weight: void 0 } },
                "Gill Sans": {
                    Regular: { selector: `Gill Sans`, weight: void 0 },
                    Light: { selector: `GillSans-Light`, weight: void 0 },
                    SemiBold: { selector: `GillSans-SemiBold`, weight: void 0 },
                    UltraBold: { selector: `GillSans-UltraBold`, weight: void 0 }
                },
                Helvetica: {
                    Regular: { selector: `Helvetica`, weight: void 0 },
                    Light: { selector: `Helvetica-Light`, weight: void 0 },
                    Bold: { selector: `Helvetica-Bold`, weight: void 0 },
                    Oblique: { selector: `Helvetica-Oblique`, weight: void 0 },
                    "Light Oblique": { selector: `Helvetica-LightOblique`, weight: void 0 },
                    "Bold Oblique": { selector: `Helvetica-BoldOblique`, weight: void 0 }
                },
                "Helvetica Neue": {
                    Regular: { selector: `Helvetica Neue`, weight: void 0 },
                    UltraLight: { selector: `HelveticaNeue-UltraLight`, weight: void 0 },
                    Thin: { selector: `HelveticaNeue-Thin`, weight: void 0 },
                    Light: { selector: `HelveticaNeue-Light`, weight: void 0 },
                    Medium: { selector: `HelveticaNeue-Medium`, weight: void 0 },
                    Bold: { selector: `HelveticaNeue-Bold`, weight: void 0 },
                    Italic: { selector: `HelveticaNeue-Italic`, weight: void 0 },
                    "UltraLight Italic": { selector: `HelveticaNeue-UltraLightItalic`, weight: void 0 },
                    "Thin Italic": { selector: `HelveticaNeue-ThinItalic`, weight: void 0 },
                    "Light Italic": { selector: `HelveticaNeue-LightItalic`, weight: void 0 },
                    "Medium Italic": { selector: `HelveticaNeue-MediumItalic`, weight: void 0 },
                    "Bold Italic": { selector: `HelveticaNeue-BoldItalic`, weight: void 0 },
                    "Condensed Bold": { selector: `HelveticaNeue-CondensedBold`, weight: void 0 },
                    "Condensed Black": { selector: `HelveticaNeue-CondensedBlack`, weight: void 0 }
                },
                "Hoefler Text": { Regular: { selector: `Hoefler Text`, weight: void 0 } },
                Impact: { Regular: { selector: `Impact`, weight: void 0 } },
                "Lucida Grande": { Regular: { selector: `Lucida Grande`, weight: void 0 } },
                Menlo: { Regular: { selector: `Menlo`, weight: void 0 } },
                Monaco: { Regular: { selector: `Monaco`, weight: void 0 } },
                Optima: {
                    Regular: { selector: `Optima`, weight: void 0 },
                    ExtraBlack: { selector: `Optima-ExtraBlack`, weight: void 0 }
                },
                Palatino: { Regular: { selector: `Palatino`, weight: void 0 } },
                "SF Pro Display": {
                    Regular: { selector: `__SF-UI-Display-Regular__`, weight: 400 },
                    Ultralight: { selector: `__SF-UI-Display-Ultralight__`, weight: 100 },
                    Thin: { selector: `__SF-UI-Display-Thin__`, weight: 200 },
                    Light: { selector: `__SF-UI-Display-Light__`, weight: 300 },
                    Medium: { selector: `__SF-UI-Display-Medium__`, weight: 500 },
                    Semibold: { selector: `__SF-UI-Display-Semibold__`, weight: 600 },
                    Bold: { selector: `__SF-UI-Display-Bold__`, weight: 700 },
                    Heavy: { selector: `__SF-UI-Display-Heavy__`, weight: 800 },
                    Black: { selector: `__SF-UI-Display-Black__`, weight: 900 },
                    Italic: { selector: `__SF-UI-Display-Italic__`, weight: 400 },
                    "Ultralight Italic": { selector: `__SF-UI-Display-Ultralight-Italic__`, weight: 100 },
                    "Thin Italic": { selector: `__SF-UI-Display-Thin-Italic__`, weight: 200 },
                    "Light Italic": { selector: `__SF-UI-Display-Light-Italic__`, weight: 300 },
                    "Medium Italic": { selector: `__SF-UI-Display-Medium-Italic__`, weight: 500 },
                    "Semibold Italic": { selector: `__SF-UI-Display-Semibold-Italic__`, weight: 600 },
                    "Bold Italic": { selector: `__SF-UI-Display-Bold-Italic__`, weight: 700 },
                    "Heavy Italic": { selector: `__SF-UI-Display-Heavy-Italic__`, weight: 800 },
                    "Black Italic": { selector: `__SF-UI-Display-Black-Italic__`, weight: 900 }
                },
                "SF Pro Display Condensed": {
                    Regular: { selector: `__SF-UI-Display-Condensed-Regular__`, weight: 400 },
                    Ultralight: { selector: `__SF-UI-Display-Condensed-Ultralight__`, weight: 100 },
                    Thin: { selector: `__SF-UI-Display-Condensed-Thin__`, weight: 200 },
                    Light: { selector: `__SF-UI-Display-Condensed-Light__`, weight: 300 },
                    Medium: { selector: `__SF-UI-Display-Condensed-Medium__`, weight: 500 },
                    Semibold: { selector: `__SF-UI-Display-Condensed-Semibold__`, weight: 600 },
                    Bold: { selector: `__SF-UI-Display-Condensed-Bold__`, weight: 700 },
                    Heavy: { selector: `__SF-UI-Display-Condensed-Heavy__`, weight: 800 },
                    Black: { selector: `__SF-UI-Display-Condensed-Black__`, weight: 900 }
                },
                "SF Pro Text": {
                    Regular: { selector: `__SF-UI-Text-Regular__`, weight: 400 },
                    Light: { selector: `__SF-UI-Text-Light__`, weight: 200 },
                    Medium: { selector: `__SF-UI-Text-Medium__`, weight: 500 },
                    Semibold: { selector: `__SF-UI-Text-Semibold__`, weight: 600 },
                    Bold: { selector: `__SF-UI-Text-Bold__`, weight: 700 },
                    Heavy: { selector: `__SF-UI-Text-Heavy__`, weight: 800 },
                    Italic: { selector: `__SF-UI-Text-Italic__`, weight: 400 },
                    "Light Italic": { selector: `__SF-UI-Text-Light-Italic__`, weight: 200 },
                    "Medium Italic": { selector: `__SF-UI-Text-Medium-Italic__`, weight: 500 },
                    "Semibold Italic": { selector: `__SF-UI-Text-Semibold-Italic__`, weight: 600 },
                    "Bold Italic": { selector: `__SF-UI-Text-Bold-Italic__`, weight: 700 },
                    "Heavy Italic": { selector: `__SF-UI-Text-Heavy-Italic__`, weight: 800 }
                },
                "SF Pro Text Condensed": {
                    Regular: { selector: `__SF-UI-Text-Condensed-Regular__`, weight: 400 },
                    Light: { selector: `__SF-UI-Text-Condensed-Light__`, weight: 200 },
                    Medium: { selector: `__SF-UI-Text-Condensed-Medium__`, weight: 500 },
                    Semibold: { selector: `__SF-UI-Text-Condensed-Semibold__`, weight: 600 },
                    Bold: { selector: `__SF-UI-Text-Condensed-Bold__`, weight: 700 },
                    Heavy: { selector: `__SF-UI-Text-Condensed-Heavy__`, weight: 800 }
                },
                Tahoma: { Regular: { selector: `Tahoma`, weight: void 0 } },
                Times: { Regular: { selector: `Times`, weight: void 0 } },
                "Times New Roman": { Regular: { selector: `Times New Roman`, weight: void 0 } },
                Trebuchet: { Regular: { selector: `Trebuchet MS`, weight: void 0 } },
                Verdana: { Regular: { selector: `Verdana`, weight: void 0 } }
            }),
            (pC = {
                "__SF-Compact-Display-Regular__": `SFCompactDisplay-Regular|.SFCompactDisplay-Regular`,
                "__SF-Compact-Display-Ultralight__": `SFCompactDisplay-Ultralight|.SFCompactDisplay-Ultralight`,
                "__SF-Compact-Display-Thin__": `SFCompactDisplay-Thin|.SFCompactDisplay-Thin`,
                "__SF-Compact-Display-Light__": `SFCompactDisplay-Light|.SFCompactDisplay-Light`,
                "__SF-Compact-Display-Medium__": `SFCompactDisplay-Medium|.SFCompactDisplay-Medium`,
                "__SF-Compact-Display-Semibold__": `SFCompactDisplay-Semibold|.SFCompactDisplay-Semibold`,
                "__SF-Compact-Display-Heavy__": `SFCompactDisplay-Heavy|.SFCompactDisplay-Heavy`,
                "__SF-Compact-Display-Black__": `SFCompactDisplay-Black|.SFCompactDisplay-Black`,
                "__SF-Compact-Display-Bold__": `SFCompactDisplay-Bold|.SFCompactDisplay-Bold`,
                "__SF-UI-Text-Regular__": `.SFNSText|SFProText-Regular|SFUIText-Regular|.SFUIText`,
                "__SF-UI-Text-Light__": `.SFNSText-Light|SFProText-Light|SFUIText-Light|.SFUIText-Light`,
                "__SF-UI-Text-Medium__": `.SFNSText-Medium|SFProText-Medium|SFUIText-Medium|.SFUIText-Medium`,
                "__SF-UI-Text-Semibold__": `.SFNSText-Semibold|SFProText-Semibold|SFUIText-Semibold|.SFUIText-Semibold`,
                "__SF-UI-Text-Bold__": `.SFNSText-Bold|SFProText-Bold|SFUIText-Bold|.SFUIText-Bold`,
                "__SF-UI-Text-Heavy__": `.SFNSText-Heavy|SFProText-Heavy|.SFUIText-Heavy`,
                "__SF-UI-Text-Italic__": `.SFNSText-Italic|SFProText-Italic|SFUIText-Italic|.SFUIText-Italic`,
                "__SF-UI-Text-Light-Italic__": `.SFNSText-LightItalic|SFProText-LightItalic|SFUIText-LightItalic|.SFUIText-LightItalic`,
                "__SF-UI-Text-Medium-Italic__": `.SFNSText-MediumItalic|SFProText-MediumItalic|SFUIText-MediumItalic|.SFUIText-MediumItalic`,
                "__SF-UI-Text-Semibold-Italic__": `.SFNSText-SemiboldItalic|SFProText-SemiboldItalic|SFUIText-SemiboldItalic|.SFUIText-SemiboldItalic`,
                "__SF-UI-Text-Bold-Italic__": `.SFNSText-BoldItalic|SFProText-BoldItalic|SFUIText-BoldItalic|.SFUIText-BoldItalic`,
                "__SF-UI-Text-Heavy-Italic__": `.SFNSText-HeavyItalic|SFProText-HeavyItalic|.SFUIText-HeavyItalic`,
                "__SF-Compact-Text-Regular__": `SFCompactText-Regular|.SFCompactText-Regular`,
                "__SF-Compact-Text-Light__": `SFCompactText-Light|.SFCompactText-Light`,
                "__SF-Compact-Text-Medium__": `SFCompactText-Medium|.SFCompactText-Medium`,
                "__SF-Compact-Text-Semibold__": `SFCompactText-Semibold|.SFCompactText-Semibold`,
                "__SF-Compact-Text-Bold__": `SFCompactText-Bold|.SFCompactText-Bold`,
                "__SF-Compact-Text-Heavy__": `SFCompactText-Heavy|.SFCompactText-Heavy`,
                "__SF-Compact-Text-Italic__": `SFCompactText-Italic|.SFCompactText-Italic`,
                "__SF-Compact-Text-Light-Italic__": `SFCompactText-LightItalic|.SFCompactText-LightItalic`,
                "__SF-Compact-Text-Medium-Italic__": `SFCompactText-MediumItalic|.SFCompactText-MediumItalic`,
                "__SF-Compact-Text-Semibold-Italic__": `SFCompactText-SemiboldItalic|.SFCompactText-SemiboldItalic`,
                "__SF-Compact-Text-Bold-Italic__": `SFCompactText-BoldItalic|.SFCompactText-BoldItalic`,
                "__SF-Compact-Text-Heavy-Italic__": `SFCompactText-HeavyItalic|.SFCompactText-HeavyItalic`,
                "__SF-UI-Display-Condensed-Regular__": `.SFNSDisplayCondensed-Regular|SFUIDisplayCondensed-Regular|.SFUIDisplayCondensed-Regular`,
                "__SF-UI-Display-Condensed-Ultralight__": `.SFNSDisplayCondensed-Ultralight|SFUIDisplayCondensed-Ultralight|.SFUIDisplayCondensed-Ultralight`,
                "__SF-UI-Display-Condensed-Thin__": `.SFNSDisplayCondensed-Thin|SFUIDisplayCondensed-Thin|.SFUIDisplayCondensed-Thin`,
                "__SF-UI-Display-Condensed-Light__": `.SFNSDisplayCondensed-Light|SFUIDisplayCondensed-Light|.SFUIDisplayCondensed-Light`,
                "__SF-UI-Display-Condensed-Medium__": `.SFNSDisplayCondensed-Medium|SFUIDisplayCondensed-Medium|.SFUIDisplayCondensed-Medium`,
                "__SF-UI-Display-Condensed-Semibold__": `.SFNSDisplayCondensed-Semibold|SFUIDisplayCondensed-Semibold|.SFUIDisplayCondensed-Semibold`,
                "__SF-UI-Display-Condensed-Bold__": `.SFNSDisplayCondensed-Bold|SFUIDisplayCondensed-Bold|.SFUIDisplayCondensed-Bold`,
                "__SF-UI-Display-Condensed-Heavy__": `.SFNSDisplayCondensed-Heavy|SFUIDisplayCondensed-Heavy|.SFUIDisplayCondensed-Heavy`,
                "__SF-UI-Display-Condensed-Black__": `.SFNSDisplayCondensed-Black|.SFUIDisplayCondensed-Black`,
                "__SF-UI-Display-Regular__": `.SFNSDisplay|SFProDisplay-Regular|SFUIDisplay-Regular|.SFUIDisplay`,
                "__SF-UI-Display-Ultralight__": `.SFNSDisplay-Ultralight|SFProDisplay-Ultralight|SFUIDisplay-Ultralight|.SFUIDisplay-Ultralight`,
                "__SF-UI-Display-Thin__": `.SFNSDisplay-Thin|SFProDisplay-Thin|SFUIDisplay-Thin|.SFUIDisplay-Thin`,
                "__SF-UI-Display-Light__": `.SFNSDisplay-Light|SFProDisplay-Light|SFUIDisplay-Light|.SFUIDisplay-Light`,
                "__SF-UI-Display-Medium__": `.SFNSDisplay-Medium|SFProDisplay-Medium|SFUIDisplay-Medium|.SFUIDisplay-Medium`,
                "__SF-UI-Display-Semibold__": `.SFNSDisplay-Semibold|SFProDisplay-Semibold|SFUIDisplay-Semibold|.SFUIDisplay-Semibold`,
                "__SF-UI-Display-Bold__": `.SFNSDisplay-Bold|SFProDisplay-Bold|SFUIDisplay-Bold|.SFUIDisplay-Bold`,
                "__SF-UI-Display-Heavy__": `.SFNSDisplay-Heavy|SFProDisplay-Heavy|SFUIDisplay-Heavy|.SFUIDisplay-Heavy`,
                "__SF-UI-Display-Black__": `.SFNSDisplay-Black|SFProDisplay-Black|.SFUIDisplay-Black`,
                "__SF-UI-Display-Italic__": `.SFNSDisplay-Italic|SFProDisplay-Italic|SFUIDisplay-Italic`,
                "__SF-UI-Display-Ultralight-Italic__": `.SFNSDisplay-UltralightItalic|SFProDisplay-UltralightItalic|SFUIDisplay-UltralightItalic|.SFUIDisplay-UltralightItalic`,
                "__SF-UI-Display-Thin-Italic__": `.SFNSDisplay-ThinItalic|SFProDisplay-ThinItalic|SFUIDisplay-ThinItalic|.SFUIDisplay-ThinItalic`,
                "__SF-UI-Display-Light-Italic__": `.SFNSDisplay-LightItalic|SFProDisplay-LightItalic|SFUIDisplay-LightItalic|.SFUIDisplay-LightItalic`,
                "__SF-UI-Display-Medium-Italic__": `.SFNSDisplay-MediumItalic|SFProDisplay-MediumItalic|SFUIDisplay-MediumItalic|.SFUIDisplay-MediumItalic`,
                "__SF-UI-Display-Semibold-Italic__": `.SFNSDisplay-SemiboldItalic|SFProDisplay-SemiboldItalic|SFUIDisplay-SemiboldItalic|.SFUIDisplay-SemiboldItalic`,
                "__SF-UI-Display-Bold-Italic__": `.SFNSDisplay-BoldItalic|SFProDisplay-BoldItalic|SFUIDisplay-BoldItalic|.SFUIDisplay-BoldItalic`,
                "__SF-UI-Display-Heavy-Italic__": `.SFNSDisplay-HeavyItalic|SFProDisplay-HeavyItalic|SFUIDisplay-HeavyItalic|.SFUIDisplay-HeavyItalic`,
                "__SF-UI-Display-Black-Italic__": `.SFNSDisplay-BlackItalic|SFProDisplay-BlackItalic|.SFUIDisplay-BlackItalic`,
                "__SF-UI-Text-Condensed-Regular__": `.SFNSTextCondensed-Regular|SFUITextCondensed-Regular|.SFUITextCondensed-Regular`,
                "__SF-UI-Text-Condensed-Light__": `.SFNSTextCondensed-Light|SFUITextCondensed-Light|.SFUITextCondensed-Light`,
                "__SF-UI-Text-Condensed-Medium__": `.SFNSTextCondensed-Medium|SFUITextCondensed-Medium|.SFUITextCondensed-Medium`,
                "__SF-UI-Text-Condensed-Semibold__": `.SFNSTextCondensed-Semibold|SFUITextCondensed-Semibold|.SFUITextCondensed-Semibold`,
                "__SF-UI-Text-Condensed-Bold__": `.SFNSTextCondensed-Bold|SFUITextCondensed-Bold|.SFUITextCondensed-Bold`,
                "__SF-UI-Text-Condensed-Heavy__": `.SFNSTextCondensed-Heavy|.SFUITextCondensed-Heavy`,
                "__SF-Compact-Rounded-Regular__": `SFCompactRounded-Regular|.SFCompactRounded-Regular`,
                "__SF-Compact-Rounded-Ultralight__": `SFCompactRounded-Ultralight|.SFCompactRounded-Ultralight`,
                "__SF-Compact-Rounded-Thin__": `SFCompactRounded-Thin|.SFCompactRounded-Thin`,
                "__SF-Compact-Rounded-Light__": `SFCompactRounded-Light|.SFCompactRounded-Light`,
                "__SF-Compact-Rounded-Medium__": `SFCompactRounded-Medium|.SFCompactRounded-Medium`,
                "__SF-Compact-Rounded-Semibold__": `SFCompactRounded-Semibold|.SFCompactRounded-Semibold`,
                "__SF-Compact-Rounded-Bold__": `SFCompactRounded-Bold|.SFCompactRounded-Bold`,
                "__SF-Compact-Rounded-Heavy__": `SFCompactRounded-Heavy|.SFCompactRounded-Heavy`,
                "__SF-Compact-Rounded-Black__": `SFCompactRounded-Black|.SFCompactRounded-Black`
            }),
            (mC = fC),
            (hC = `System Default`),
            (gC = class {
                constructor() {
                    N(this, `name`, `local`),
                        N(this, `fontFamilies`, []),
                        N(this, `byFamilyName`, new Map()),
                        N(this, `fontAliasBySelector`, new Map()),
                        N(this, `fontAliases`, new Map());
                }
                getFontFamilyByName(e) {
                    return this.byFamilyName.get(e) ?? null;
                }
                createFontFamily(e) {
                    let t = { name: e, fonts: [], source: this.name };
                    return this.addFontFamily(t), t;
                }
                addFontFamily(e) {
                    this.fontFamilies.push(e), this.byFamilyName.set(e.name, e);
                }
                importFonts() {
                    let e = [];
                    for (let t of Object.keys(mC)) {
                        let n = mC[t];
                        if (!n) continue;
                        let r = this.createFontFamily(t);
                        for (let e of Object.keys(n)) {
                            let t = n[e];
                            if (!t) continue;
                            let { selector: i, weight: a } = t,
                                o = { variant: e, selector: i, weight: a, family: r };
                            r.fonts.push(o);
                        }
                        e.push(...r.fonts);
                    }
                    for (let [e, t] of Object.entries(pC)) this.addFontAlias(e, t);
                    let { fontFamily: t, aliases: n } = this.getSystemFontFamily();
                    this.addFontFamily(t);
                    for (let [e, t] of n) this.addFontAlias(e, t);
                    return e.push(...t.fonts), e;
                }
                addFontAlias(e, t) {
                    this.fontAliases.set(e, t), this.fontAliasBySelector.set(t, e);
                }
                getSystemFontFamily() {
                    let e = { name: hC, fonts: [], source: this.name },
                        t = new Map(),
                        n = [400, 100, 200, 300, 500, 600, 700, 800, 900],
                        r = [`normal`, `italic`];
                    for (let i of r)
                        for (let r of n) {
                            let n = sd(r, i),
                                a = `__SystemDefault-${r}-${i}__`,
                                o = { variant: n, selector: a, style: i, weight: r, family: e };
                            e.fonts.push(o),
                                t.set(
                                    a,
                                    `system-ui|-apple-system|BlinkMacSystemFont|Segoe UI|Roboto|Oxygen|Ubuntu|Cantarell|Fira Sans|Droid Sans|Helvetica Neue|sans-serif`
                                );
                        }
                    return { fontFamily: e, aliases: t };
                }
                getFontAliasBySelector(e) {
                    return this.fontAliasBySelector.get(e) || null;
                }
                getFontSelectorByAlias(e) {
                    return this.fontAliases.get(e) || null;
                }
                isFontFamilyAlias(e) {
                    return !!(e && /^__.*__$/u.exec(e));
                }
            }),
            (_C = {
                100: `Thin`,
                200: `Extra Light`,
                300: `Light`,
                400: `Normal`,
                500: `Medium`,
                600: `Semi Bold`,
                700: `Bold`,
                800: `Extra Bold`,
                900: `Black`
            }),
            (vC = Object.freeze([])),
            (bC = class extends Error {
                constructor(e, t) {
                    let n = e ? JSON.stringify(e) : `No error message provided`;
                    if ((super(n), (this.message = n), t && Error.captureStackTrace)) Error.captureStackTrace(this, t);
                    else
                        try {
                            throw Error();
                        } catch (e) {
                            this.stack = e.stack;
                        }
                }
            }),
            (xC = O === void 0 ? void 0 : O.location.hostname),
            (SC = !!(xC && [`web.framerlocal.com`, `localhost`, `127.0.0.1`, `[::1]`].includes(xC))),
            (CC = (() => {
                if (!xC) return;
                if (SC) return { main: xC, previewLink: void 0 };
                let e = /^(([^.]+\.)?beta\.)?((?:development\.)?framer\.com)$/u,
                    t = xC.match(e);
                if (!(!t || !t[3])) return { previewLink: t[2] && t[0], main: t[3] };
            })()),
            CC?.main,
            CC?.main,
            (TC = [`trace`, `debug`, `info`, `warn`, `error`]),
            (EC = [`:trace`, `:debug`, `:info`, `:warn`, `:error`]),
            (DC = class e {
                constructor(t, n, r) {
                    (this.logger = t),
                        (this.level = n),
                        (this.parts = r),
                        N(this, `id`),
                        N(this, `time`),
                        N(this, `stringPrefix`),
                        (this.id = e.nextId++),
                        (this.time = Date.now());
                }
                toMessage() {
                    if (this.stringPrefix) return this.parts;
                    let e = [
                            new Date(this.time).toISOString().substr(-14, 14),
                            TC[this.level] + `: [` + this.logger.id + `]`
                        ],
                        t = 0;
                    for (; t < this.parts.length; t++) {
                        let n = this.parts[t];
                        if (typeof n == `string`) {
                            e.push(n);
                            continue;
                        }
                        break;
                    }
                    return (this.stringPrefix = e.join(` `)), this.parts.splice(0, t, this.stringPrefix), this.parts;
                }
                toString() {
                    return this.toMessage()
                        .map((e) => {
                            let t = typeof e;
                            if (t === `string`) return e;
                            if (t === `function`) return `[Function: ${e.name ?? `unknown`}]`;
                            if (e instanceof Error) return e.stack ?? e.toString();
                            let n = JSON.stringify(_d(e));
                            return n?.length > 253 ? n.slice(0, 250) + `...` : n;
                        })
                        .join(` `);
                }
            }),
            N(DC, `nextId`, 0),
            (OC = DC),
            (kC = `*:app:info,app:info`),
            (AC = typeof process < `u` && !!process.kill),
            (jC = AC && !1),
            jC ? (kC = `-:warn`) : AC && (kC = ``);
        try {
            O !== void 0 && O.localStorage && (kC = O.localStorage.logLevel || kC);
        } catch {}
        try {
            typeof process < `u` && (kC = process.env.DEBUG || kC);
        } catch {}
        try {
            O !== void 0 && Object.assign(O, { setLogLevel: Cd });
        } catch {}
        try {
            O !== void 0 &&
                O.postMessage &&
                O.top === O &&
                O.addEventListener(`message`, (e) => {
                    if (!e.data || typeof e.data != `object`) return;
                    let { loggerId: t, level: n, parts: r, printed: i } = e.data;
                    if (typeof t != `string` || !Array.isArray(r) || r.length < 1 || typeof n != `number`) return;
                    let a = Sd(t);
                    if (n < 0 || n > 5) return;
                    r[0] = r[0].replace(`[`, `*[`);
                    let o = new OC(a, n, r);
                    (o.stringPrefix = r[0]),
                        PC.push(o),
                        !i && (a.level > n || console == null || console.log(...o.toMessage()));
                });
        } catch {}
        try {
            O !== void 0 &&
                O.postMessage &&
                O.parent !== O &&
                !O.location.pathname.startsWith(`/edit`) &&
                (MC = (e) => {
                    var t;
                    try {
                        let n = e.toMessage().map((e) => _d(e)),
                            r = e.logger,
                            i = e.level,
                            a = r.level <= e.level,
                            o = { loggerId: r.id, level: i, parts: n, printed: a };
                        (t = O.parent) == null || t.postMessage(o, hd().app);
                    } catch {}
                });
        } catch {}
        (NC = {}),
            (PC = []),
            (FC = 1e3),
            (IC = /\/(?<filename>[^/.]+)(?=\.(?:debug\.)?html$)/u),
            (RC = (e) => {
                let t = {
                    ...e,
                    logs: bd()
                        .slice(-50)
                        .map((e) => e.toString().slice(0, 600)).join(`
`)
                };
                return (
                    e.logs &&
                        (console == null ||
                            console.warn(`extras.logs is reserved for log replay buffer, use another key`)),
                    t
                );
            }),
            (zC = class {
                constructor(e, t) {
                    (this.id = e),
                        N(this, `level`, 3),
                        N(this, `didLog`, {}),
                        N(this, `errorIsCritical`),
                        N(this, `trace`, (...e) => {
                            if (this.level > 0) return;
                            let t = yd(this, 0, e);
                            console == null || console.log(...t.toMessage());
                        }),
                        N(this, `debug`, (...e) => {
                            let t = yd(this, 1, e);
                            this.level > 1 || console == null || console.log(...t.toMessage());
                        }),
                        N(this, `info`, (...e) => {
                            let t = yd(this, 2, e);
                            this.level > 2 || console == null || console.info(...t.toMessage());
                        }),
                        N(this, `warn`, (...e) => {
                            let t = yd(this, 3, e);
                            this.level > 3 || console == null || console.warn(...t.toMessage());
                        }),
                        N(this, `warnOncePerMinute`, (e, ...t) => {
                            let n = this.didLog[e];
                            if (n && n > Date.now()) return;
                            (this.didLog[e] = Date.now() + 1e3 * 60), t.unshift(e);
                            let r = yd(this, 3, t);
                            this.level > 3 || console == null || console.warn(...r.toMessage());
                        }),
                        N(this, `error`, (...e) => {
                            let t = yd(this, 4, e);
                            this.level > 4 || console == null || console.error(...t.toMessage());
                        }),
                        N(this, `errorOncePerMinute`, (e, ...t) => {
                            let n = this.didLog[e];
                            if (n && n > Date.now()) return;
                            (this.didLog[e] = Date.now() + 1e3 * 60), t.unshift(e);
                            let r = yd(this, 4, t);
                            this.level > 4 || console == null || console.error(...r.toMessage());
                        }),
                        N(this, `reportError`, (e, t, n, r) => {
                            t = RC(t ?? {});
                            let i = pd({
                                caller: this.reportError,
                                error: e,
                                tags: { ...n, handler: `logger`, where: this.id },
                                extras: t,
                                critical: r ?? this.errorIsCritical
                            });
                            t ? this.error(i, t) : this.error(i);
                        }),
                        N(this, `reportErrorOncePerMinute`, (e, t) => {
                            if (!wd(e)) return;
                            let n = this.didLog[e.message];
                            (n && n > Date.now()) ||
                                ((this.didLog[e.message] = Date.now() + 1e3 * 60), this.reportError(e, t));
                        }),
                        N(this, `reportCriticalError`, (e, t, n) => this.reportError(e, t, n, !0)),
                        (this.errorIsCritical = t ?? (e === `fatal` || e.endsWith(`:fatal`)));
                }
                extend(e) {
                    let t = this.id + `:` + e;
                    return Sd(t);
                }
                getBufferedMessages() {
                    return PC.filter((e) => e.logger === this);
                }
                setLevel(e) {
                    let t = this.level;
                    return (this.level = e), t;
                }
                isLoggingTraceMessages() {
                    return this.level >= 0;
                }
            }),
            (BC = `dependencies`),
            (VC = `config`),
            (HC = `${VC}/${BC}`),
            `${HC}`,
            `${HC}`,
            (UC = !1),
            ((e) => {
                function t(e, ...t) {
                    return e.concat(t);
                }
                e.push = t;
                function n(e) {
                    return e.slice(0, -1);
                }
                e.pop = n;
                function r(e, ...t) {
                    return t.concat(e);
                }
                e.unshift = r;
                function i(e, t, ...n) {
                    let r = e.length;
                    if (t < 0 || t > r) throw Error(`index out of range: ` + t);
                    let i = e.slice();
                    return i.splice(t, 0, ...n), i;
                }
                e.insert = i;
                function a(e, t, n) {
                    let r = e.length;
                    if (t < 0 || t >= r) throw Error(`index out of range: ` + t);
                    let i = Array.isArray(n) ? n : [n],
                        a = e.slice();
                    return a.splice(t, 1, ...i), a;
                }
                e.replace = a;
                function o(e, t) {
                    let n = e.length;
                    if (t < 0 || t >= n) throw Error(`index out of range: ` + t);
                    let r = e.slice();
                    return r.splice(t, 1), r;
                }
                e.remove = o;
                function s(e, t, n) {
                    let r = e.length;
                    if (t < 0 || t >= r) throw Error(`from index out of range: ` + t);
                    if (n < 0 || n >= r) throw Error(`to index out of range: ` + n);
                    let i = e.slice();
                    if (n === t) return i;
                    let a = i[t];
                    return t < n ? (i.splice(n + 1, 0, a), i.splice(t, 1)) : (i.splice(t, 1), i.splice(n, 0, a)), i;
                }
                e.move = s;
                function c(e, t) {
                    let n = [],
                        r = Math.min(e.length, t.length);
                    for (let i = 0; i < r; i++) n.push([e[i], t[i]]);
                    return n;
                }
                e.zip = c;
                function l(e, t, n) {
                    let r = e.slice(),
                        i = r[t];
                    return i === void 0 || (r[t] = n(i)), r;
                }
                e.update = l;
                function u(e) {
                    return Array.from(new Set(e));
                }
                e.unique = u;
                function d(e, ...t) {
                    return Array.from(new Set([...e, ...t.flat()]));
                }
                e.union = d;
                function f(e, t) {
                    return e.filter(t);
                }
                e.filter = f;
            })((WC ||= {})),
            (GC = Object.prototype.hasOwnProperty),
            ((e) => {
                function t(e, t) {
                    for (let n of Object.keys(e)) Ed(t, n) || delete e[n];
                    for (let n of Object.keys(t)) e[n] === void 0 && (e[n] = t[n]);
                    return Object.setPrototypeOf(e, Object.getPrototypeOf(t)), UC && Object.freeze(e), e;
                }
                e.morphUsingTemplate = t;
                function n(e, t) {
                    t && Object.assign(e, t), UC && Object.freeze(e);
                }
                e.writeOnce = n;
                function r(e, t) {
                    let n = Object.assign(Object.create(Object.getPrototypeOf(e)), e, t);
                    return UC && Object.freeze(n), n;
                }
                e.update = r;
            })((KC ||= {})),
            ((e) => {
                function t(e, ...t) {
                    return new Set([...e, ...t]);
                }
                e.add = t;
                function n(e, ...t) {
                    let n = new Set(e);
                    for (let e of t) n.delete(e);
                    return n;
                }
                e.remove = n;
                function r(...e) {
                    let t = new Set();
                    for (let n of e) for (let e of n) t.add(e);
                    return t;
                }
                e.union = r;
                function i(t, n) {
                    return t.has(n) ? e.remove(t, n) : e.add(t, n);
                }
                e.toggle = i;
            })((qC ||= {})),
            ((e) => {
                function t(e, t, n) {
                    let r = new Map(e);
                    return r.set(t, n), r;
                }
                e.set = t;
                function n(e, t) {
                    let n = new Map(e);
                    return n.delete(t), n;
                }
                e.remove = n;
            })((JC ||= {})),
            (YC = class extends Promise {
                constructor() {
                    let e, t;
                    super((n, r) => {
                        (e = n), (t = r);
                    }),
                        N(this, `_state`, `initial`),
                        N(this, `resolve`),
                        N(this, `reject`),
                        (this.resolve = (t) => {
                            (this._state = `fulfilled`), e(t);
                        }),
                        (this.reject = (e) => {
                            (this._state = `rejected`), t(e);
                        });
                }
                get state() {
                    return this._state;
                }
                pending() {
                    return (this._state = `pending`), this;
                }
                isResolved() {
                    return this._state === `fulfilled` || this._state === `rejected`;
                }
            }),
            (YC.prototype.constructor = Promise),
            (XC = !1),
            (ZC = !1),
            (QC = !1),
            O !== void 0 &&
                O.scheduler &&
                ((XC = `yield` in O.scheduler),
                (ZC = `postTask` in O.scheduler),
                (QC = `isInputPending` in O.scheduler)),
            Sd(`task-queue`),
            ($C = `BI;`),
            (ew = class {
                constructor() {
                    N(this, `name`, `builtIn`),
                        N(this, `fontFamilies`, []),
                        N(this, `byFamilyName`, new Map()),
                        N(this, `assetsByFamily`, new Map());
                }
                importFonts(e) {
                    (this.fontFamilies.length = 0), this.byFamilyName.clear(), this.assetsByFamily.clear();
                    let t = [];
                    for (let n of e) {
                        if (!this.isValidBuiltInFont(n)) continue;
                        let { properties: e } = n,
                            r = e.font.fontFamily,
                            i = this.createFontFamily(r, e.font.foundryName, e.font.fontVersion),
                            a = e.font.openTypeData,
                            o = e.font.variationAxes,
                            s = Array.isArray(o),
                            c = s ? `variable` : e.font.fontSubFamily || `regular`,
                            l = kd(n),
                            u = {
                                family: i,
                                selector: this.createSelector(r, c, e.font.fontVersion),
                                variant: c,
                                file: l,
                                hasOpenTypeFeatures: Ad(a),
                                variationAxes: jd(o),
                                category: e.font.fontCategory,
                                weight: Pd(c),
                                style: Id(c)
                            };
                        i.fonts.push(u), this.assetsByFamily.set(r, n), t.push(u);
                    }
                    for (let e of this.fontFamilies)
                        e.fonts.sort((e, t) => {
                            let n = Pd(e.variant),
                                r = Pd(t.variant);
                            return !n || !r ? 1 : n - r;
                        });
                    return t;
                }
                static parseVariant(e) {
                    let t = Fd(e),
                        n = tw[t],
                        r = Id(e);
                    return { weight: n, style: r };
                }
                getFontBySelector(e) {
                    let t = this.parseSelector(e);
                    if (!t) return;
                    let n = this.getFontFamilyByName(t.name);
                    if (n) return n.fonts.find((t) => t.selector === e);
                }
                getFontFamilyByName(e) {
                    return this.byFamilyName.get(e) ?? null;
                }
                createFontFamily(e, t, n) {
                    let r = this.byFamilyName.get(e);
                    if (r && r.version === n) return r;
                    let i = { source: this.name, name: e, fonts: [], foundryName: t, version: n };
                    return this.addFontFamily(i), i;
                }
                getOpenTypeFeatures(e) {
                    var t, n;
                    let r = this.assetsByFamily.get(e),
                        i = (n = (t = r?.properties)?.font)?.openTypeData;
                    return Ad(i)
                        ? i?.map((e) => {
                              if (Md(e)) return { tag: e.tag, coverage: e.coverage };
                          })
                        : [];
                }
                isValidBuiltInFont(e) {
                    var t;
                    return !e.mimeType.startsWith(`font/`) ||
                        (t = e.properties)?.kind !== `font` ||
                        !e.properties.font ||
                        !e.properties.font.fontVersion ||
                        !e.properties.font.fontFamily
                        ? !1
                        : `fontFamily` in e.properties.font;
                }
                createSelector(e, t, n) {
                    return `${$C}${e}/${t}/${n}`;
                }
                parseSelector(e) {
                    if (!e.startsWith($C)) return null;
                    let [t, n] = e.split($C);
                    if (n === void 0) return null;
                    let [r, i, a] = n.split(`/`);
                    return !r || !i || !a
                        ? null
                        : { name: r, variant: i, source: this.name, isVariable: i.toLowerCase().includes(`variable`) };
                }
                addFontFamily(e) {
                    this.fontFamilies.push(e), this.byFamilyName.set(e.name, e);
                }
            }),
            (tw = {
                ultralight: 100,
                "ultralight-italic": 100,
                thin: 200,
                "thin-italic": 200,
                demi: 200,
                light: 300,
                "light-italic": 300,
                normal: 350,
                base: 400,
                regular: 400,
                classic: 400,
                "regular-slanted": 400,
                italic: 400,
                oblique: 400,
                dense: 400,
                brukt: 300,
                book: 400,
                "book-italic": 400,
                text: 400,
                "text-italic": 400,
                medium: 500,
                solid: 500,
                "medium-oblique": 500,
                "medium-italic": 500,
                mittel: 500,
                semibold: 600,
                "semibold-italic": 600,
                bold: 700,
                "bold-italic": 700,
                "bold-oblique": 700,
                fett: 700,
                ultrabold: 800,
                "ultrabold-italic": 800,
                extrabold: 800,
                "extrabold-italic": 800,
                black: 900,
                extralight: 100,
                "extralight-italic": 100,
                "black-italic": 900,
                "extra-italic": 900,
                "extra-italic-bold": 900,
                satt: 900,
                heavy: 900,
                "heavy-italic": 900,
                serif: 100,
                school: 200,
                expanded: 300,
                gothique: 500,
                "dense-light": 200,
                "dense-regular": 300,
                "dense-medium": 400,
                "dense-bold": 500,
                "solid-light": 600,
                "solid-regular": 700,
                "solid-medium": 800,
                "solid-bold": 900,
                53: 400,
                55: 600,
                variable: 1e3,
                "variable-italic": 1e3
            }),
            (nw = `CUSTOM;`),
            (rw = vl(`custom-font-source`)),
            (iw = class e {
                constructor() {
                    N(this, `name`, `custom`),
                        N(this, `fontFamilies`, []),
                        N(this, `byFamilyName`, new Map()),
                        N(this, `assetsByFamily`, new Map());
                }
                deprecatedImportFonts(e) {
                    var t, n;
                    (this.fontFamilies.length = 0), this.byFamilyName.clear(), this.assetsByFamily.clear();
                    let r = [];
                    for (let i of e) {
                        if (!this.isValidCustomFontAsset(i)) continue;
                        let e = (t = i.properties)?.font.variationAxes,
                            a = Array.isArray(e),
                            o = Vd(i.name, i.properties),
                            s = this.createFontFamily(o),
                            c = (n = i.properties)?.font.openTypeData,
                            l = a ? `variable` : this.inferVariantName(o),
                            u = kd(i),
                            d = {
                                family: s,
                                selector: `${nw}${o}`,
                                variant: l,
                                file: u,
                                hasOpenTypeFeatures: Ad(c),
                                variationAxes: jd(e),
                                owner: Gd(i)
                            };
                        s.fonts.push(d), this.assetsByFamily.set(o, i), r.push(...s.fonts);
                    }
                    return r;
                }
                importFonts(t, n) {
                    var r, i, a, o;
                    if (!n) return this.deprecatedImportFonts(t);
                    (this.fontFamilies.length = 0), this.byFamilyName.clear(), this.assetsByFamily.clear();
                    let s = {};
                    for (let n of t) {
                        if (!this.isValidCustomFontAsset(n)) continue;
                        let { family: t, variant: c, weight: l, style: u } = Hd(n.properties.font),
                            d = this.createFontFamily(t),
                            f = (r = n.properties)?.font.openTypeData,
                            p = kd(n),
                            m = Gd(n),
                            h = {
                                family: d,
                                selector: e.createSelector(d.name, c),
                                variant: c,
                                weight: l,
                                style: u,
                                file: p,
                                hasOpenTypeFeatures: Ad(f),
                                variationAxes: jd((i = n.properties)?.font.variationAxes),
                                owner: m
                            },
                            g = Bd(d.fonts, h);
                        if (g && g.projectDuplicate)
                            h.owner === `project` && ((d.fonts[g.index] = h), (s[h.selector] = h));
                        else if (g) {
                            rw.warn(`Duplicate font found for:`, h, `with existing font:`, g.existingFont);
                            let e = g.existingFont,
                                t = (a = h.file)?.endsWith(`.woff2`) ?? !1,
                                n = (o = e.file)?.endsWith(`.woff2`) ?? !1;
                            t && !n && ((d.fonts[g.index] = h), (s[h.selector] = h));
                        } else d.fonts.push(h), (s[h.selector] = h);
                        (d.owner = m), this.assetsByFamily.set(t, n);
                    }
                    for (let e of this.fontFamilies) e.fonts.length > 0 && Wd(e);
                    return Object.values(s);
                }
                static createSelector(e, t) {
                    return `${nw}${e}${t ? ` ${t}` : ``}`;
                }
                isValidCustomFontAsset(e) {
                    var t;
                    return !e.mimeType.startsWith(`font/`) || (t = e.properties)?.kind !== `font` || !e.properties.font
                        ? !1
                        : `fontFamily` in e.properties.font;
                }
                getOpenTypeFeatures(e) {
                    var t, n;
                    let r = this.assetsByFamily.get(e),
                        i = (n = (t = r?.properties)?.font)?.openTypeData;
                    return Ad(i)
                        ? i?.map((e) => {
                              if (Md(e)) return { tag: e.tag, coverage: e.coverage };
                          })
                        : [];
                }
                inferVariantName(e) {
                    let t = [
                            `thin`,
                            `ultra light`,
                            `extra light`,
                            `light`,
                            `normal`,
                            `medium`,
                            `semi bold`,
                            `bold`,
                            `extra bold`,
                            `black`
                        ],
                        n = [...t.map((e) => `${e} italic`), ...t],
                        r = e.toLowerCase(),
                        i = [...r.split(` `), ...r.split(`-`), ...r.split(`_`)],
                        a = n.find((e) => i.includes(e) || i.includes(e.replace(/\s+/gu, ``)));
                    return a ? a.replace(/^\w|\s\w/gu, (e) => e.toUpperCase()) : `Regular`;
                }
                createFontFamily(e) {
                    let t = this.byFamilyName.get(e);
                    if (t) return t;
                    let n = { source: this.name, name: e, fonts: [] };
                    return this.addFontFamily(n), n;
                }
                addFontFamily(e) {
                    this.fontFamilies.push(e), this.byFamilyName.set(e.name, e);
                }
                getFontBySelector(e) {
                    if (!e.startsWith(nw)) return;
                    let t = e.slice(nw.length);
                    if (!t) return;
                    let n = [];
                    for (let [r, i] of this.byFamilyName)
                        if (t.startsWith(r)) {
                            let t = i.fonts.filter((t) => t.selector === e);
                            n.push(...t);
                        }
                    if (n.length > 0) {
                        if (n.length > 1) {
                            let e = n.find((e) => {
                                var t;
                                return (t = e.file)?.endsWith(`.woff2`);
                            });
                            if (e) return e;
                        }
                        return n[0];
                    }
                }
                getFontFamilyByName(e) {
                    let t = this.byFamilyName.get(e);
                    return t || null;
                }
            }),
            (aw = [`display`, `sans`, `serif`, `slab`, `handwritten`, `script`]),
            (ow = `FS;`),
            (sw = {
                thin: 100,
                hairline: 100,
                extralight: 200,
                light: 300,
                regular: 400,
                medium: 500,
                semibold: 600,
                bold: 700,
                extrabold: 800,
                ultra: 800,
                black: 900,
                heavy: 900
            }),
            (cw = Object.keys(sw)),
            (lw = (() => RegExp(`^(?:${[...cw, `italic`, `variable`].join(`|`)})`, `u`))()),
            (uw = class e {
                constructor() {
                    N(this, `name`, `fontshare`), N(this, `fontFamilies`, []), N(this, `byFamilyName`, new Map());
                }
                getFontFamilyByName(e) {
                    return this.byFamilyName.get(e) ?? null;
                }
                static parseVariant(e) {
                    let t = e.toLowerCase().split(` `),
                        n = cw.find((e) => t.includes(e)),
                        r = e.toLowerCase().includes(`italic`) ? `italic` : `normal`,
                        i = (n && sw[n]) || 400,
                        a = r === `italic` ? r : `normal`;
                    return { weight: i, style: a };
                }
                parseSelector(e) {
                    if (!e.startsWith(ow)) return null;
                    let t = e.split(`-`);
                    if (t.length !== 2) return null;
                    let [n, r] = t;
                    return !n || !r
                        ? null
                        : {
                              name: n.replace(ow, ``),
                              variant: r,
                              source: this.name,
                              isVariable: r.toLowerCase().includes(`variable`)
                          };
                }
                static createSelector(e, t) {
                    return `${ow}${e}-${t.toLowerCase()}`;
                }
                static createMetadataSelector(e) {
                    return `${ow}${e}`;
                }
                addFontFamily(e) {
                    this.fontFamilies.push(e), this.byFamilyName.set(e.name, e);
                }
                async importFonts(t, n) {
                    (this.fontFamilies.length = 0), this.byFamilyName.clear();
                    let r = await Kd(`fontshare`),
                        i = [];
                    for (let a of t) {
                        let t = a.font_styles.filter((e) => {
                                let t = e.name.toLowerCase(),
                                    n = lw.exec(t);
                                return !(!n || t.split(` `).includes(`wide`));
                            }),
                            o = t.map((t) => {
                                let n = e.parseVariant(t.name);
                                return {
                                    ...n,
                                    selector: e.createSelector(a.name, t.name),
                                    isVariable: t.is_variable,
                                    fontshareVariantName: t.name,
                                    file: t.file
                                };
                            }),
                            s = e.createMetadataSelector(a.name),
                            c = n?.[s],
                            l = a.name,
                            u = this.getFontFamilyByName(l);
                        u || ((u = { name: l, fonts: [], source: this.name }), this.addFontFamily(u));
                        let d = e.createMetadataSelector(a.name),
                            f = r[d];
                        for (let e of o) {
                            let {
                                    variantBold: t,
                                    variantBoldItalic: n,
                                    variantItalic: r,
                                    variantVariable: s,
                                    variantVariableItalic: l
                                } = Ld(e, o),
                                d = {
                                    family: u,
                                    variant: e.fontshareVariantName.toLowerCase(),
                                    selector: e.selector,
                                    selectorBold: t?.selector,
                                    selectorBoldItalic: n?.selector,
                                    selectorItalic: r?.selector,
                                    selectorVariable: s?.selector,
                                    selectorVariableItalic: l?.selector,
                                    weight: e.weight,
                                    style: e.style,
                                    file: e.file,
                                    category: Xd(a.category),
                                    hasOpenTypeFeatures: f,
                                    variationAxes: e.isVariable ? c : void 0
                                };
                            u.fonts.push(d), i.push(d);
                        }
                    }
                    return i;
                }
                async getOpenTypeFeatures(t) {
                    let n = await qd(`fontshare`),
                        r = e.createMetadataSelector(t);
                    return n[r];
                }
            }),
            (dw = `Inter`),
            (fw = `FR;`),
            (pw = {
                Thin: 100,
                ExtraLight: 200,
                Light: 300,
                "": 400,
                Medium: 500,
                SemiBold: 600,
                Bold: 700,
                ExtraBold: 800,
                Black: 900
            }),
            (mw = class e {
                constructor() {
                    N(this, `name`, `framer`), N(this, `fontFamilies`, []), N(this, `byFamilyName`, new Map());
                }
                getFontFamilyByName(e) {
                    return this.byFamilyName.get(e) ?? null;
                }
                addFontFamily(e) {
                    let t = { name: e, fonts: [], source: this.name };
                    return this.fontFamilies.push(t), this.byFamilyName.set(t.name, t), t;
                }
                static getDraftFontPropertiesBySelector(e) {
                    if (!e.startsWith(fw) && !e.startsWith(dw)) return null;
                    let t = e.split(`-`),
                        [n, r = ``] = t;
                    if (!n) return null;
                    let i = r.includes(`Italic`) ? `italic` : `normal`,
                        a = r.replace(`Italic`, ``),
                        o = (a && pw[a]) || 400;
                    return {
                        family: n,
                        style: i,
                        weight: o,
                        source: `framer`,
                        variant: void 0,
                        category: `sans-serif`
                    };
                }
                static createMetadataSelector(e) {
                    return `${fw}${e}`;
                }
                importFonts(t, n) {
                    (this.fontFamilies.length = 0), this.byFamilyName.clear();
                    let r = [];
                    return (
                        t.forEach((t) => {
                            let { familyName: i, ...a } = t,
                                o = e.createMetadataSelector(t.familyName),
                                s = n?.[o],
                                c = this.getFontFamilyByName(i);
                            c ||= this.addFontFamily(i);
                            let l = t.selector === t.selectorVariable || t.selector === t.selectorVariableItalic,
                                u = { ...a, family: c, variationAxes: l ? s : void 0 };
                            c.fonts.push(u), r.push(u);
                        }),
                        r
                    );
                }
                async getOpenTypeFeatures(t) {
                    let n = await qd(`framer`),
                        r = e.createMetadataSelector(t);
                    return n[r];
                }
            }),
            (hw = `GF;`),
            (gw = class e {
                constructor() {
                    N(this, `name`, `google`), N(this, `fontFamilies`, []), N(this, `byFamilyName`, new Map());
                }
                getFontFamilyByName(e) {
                    return this.byFamilyName.get(e) ?? null;
                }
                static parseVariant(e) {
                    if (e === `regular`) return { style: `normal`, weight: 400 };
                    let t = /(\d*)(normal|italic)?/u.exec(e);
                    if (!t) return {};
                    let n = parseInt(t[1] || `400`),
                        r = t[2] === `italic` ? `italic` : `normal`;
                    return { weight: n, style: r };
                }
                parseSelector(e) {
                    if (!e.startsWith(hw)) return null;
                    let t = e.includes(`-variable-`),
                        n = t ? e.split(`-variable-`) : e.split(`-`);
                    if (n.length !== 2) return null;
                    let [r, i] = n;
                    return !r || !i ? null : { name: r.replace(hw, ``), variant: i, source: this.name, isVariable: t };
                }
                static createSelector(e, t, n) {
                    return `${hw}${e}-${n ? `variable-` : ``}${t}`;
                }
                static createMetadataSelector(e) {
                    return `${hw}${e}`;
                }
                addFontFamily(e) {
                    let t = { name: e, fonts: [], source: this.name };
                    return this.fontFamilies.push(t), this.byFamilyName.set(t.name, t), t;
                }
                async importFonts(t, n, r) {
                    var i;
                    (this.fontFamilies.length = 0), this.byFamilyName.clear();
                    let a = await Kd(`google`),
                        o = [],
                        s = Qd(t, (e) => e.family),
                        c = Qd(n, (e) => e.family);
                    for (let t in s) {
                        let n = s[t];
                        if (!n) continue;
                        let l = this.getFontFamilyByName(n.family);
                        l ||= this.addFontFamily(n.family);
                        let u = n.variants,
                            d = u.map((r) => {
                                let i = e.parseVariant(r);
                                return {
                                    ...i,
                                    googleFontsVariantName: r,
                                    selector: e.createSelector(t, r, !1),
                                    isVariable: !1,
                                    file: n.files[r]
                                };
                            }),
                            f = c[t],
                            p = f?.axes
                                ? f.variants.map((n) => {
                                      let r = e.parseVariant(n);
                                      return {
                                          ...r,
                                          googleFontsVariantName: n,
                                          selector: e.createSelector(t, n, !0),
                                          isVariable: !0,
                                          file: f.files[n]
                                      };
                                  })
                                : [],
                            m = e.createMetadataSelector(n.family),
                            h = r?.[m],
                            g = [...d, ...p],
                            _ = g.filter(od),
                            v = e.createMetadataSelector(t),
                            y = a[v];
                        for (let e of g) {
                            let { weight: t, style: r, selector: a, googleFontsVariantName: s } = e,
                                c = od(e) ? Ld(e, _) : void 0,
                                {
                                    variantBold: u,
                                    variantItalic: d,
                                    variantBoldItalic: f,
                                    variantVariable: p,
                                    variantVariableItalic: m
                                } = c ?? {},
                                g = {
                                    family: l,
                                    variant: s,
                                    selector: a,
                                    selectorBold: u?.selector,
                                    selectorBoldItalic: f?.selector,
                                    selectorItalic: d?.selector,
                                    selectorVariable: p?.selector,
                                    selectorVariableItalic: m?.selector,
                                    weight: t,
                                    style: r,
                                    category: Zd(n.category),
                                    file: (i = e.file)?.replace(`http://`, `https://`),
                                    variationAxes: e.isVariable ? h : void 0,
                                    hasOpenTypeFeatures: y
                                };
                            l.fonts.push(g), o.push(g);
                        }
                    }
                    return o;
                }
                async getOpenTypeFeatures(t) {
                    let n = await qd(`google`),
                        r = e.createMetadataSelector(t);
                    return n[r];
                }
            }),
            (_w = ge(fp(), 1)),
            (vw = 5e3),
            (yw = 3),
            (bw = class extends Error {
                constructor(e) {
                    super(e), (this.name = `FontLoadingError`);
                }
            }),
            (xw = new Map()),
            (Sw = new Map()),
            (Cw = (e, t) => $d(e, t)),
            (ww = {
                "FR;Inter": [
                    { tag: `opsz`, minValue: 14, maxValue: 32, defaultValue: 14, name: `Optical size` },
                    { tag: `wght`, minValue: 100, maxValue: 900, defaultValue: 400, name: `Weight` }
                ]
            }),
            (Tw = class {
                constructor() {
                    N(this, `enabled`, !1),
                        N(this, `bySelector`, new Map()),
                        N(this, `loadedSelectors`, new Set()),
                        N(this, `getGoogleFontsListPromise`),
                        N(this, `getFontshareFontsListPromise`),
                        N(this, `getBuiltInFontsListPromise`),
                        N(
                            this,
                            `customFontsImportPromise`,
                            new Promise((e) => {
                                this.resolveCustomFontsImportPromise = e;
                            })
                        ),
                        N(this, `local`),
                        N(this, `google`),
                        N(this, `fontshare`),
                        N(this, `builtIn`),
                        N(this, `framer`),
                        N(this, `custom`),
                        (this.local = new gC()),
                        (this.google = new gw()),
                        (this.fontshare = new uw()),
                        (this.framer = new mw()),
                        (this.custom = new iw()),
                        (this.builtIn = new ew()),
                        (this.bySelector = new Map()),
                        this.importLocalFonts();
                }
                addFont(e) {
                    this.bySelector.set(e.selector, e);
                }
                getAvailableFonts() {
                    return Array.from(this.bySelector.values());
                }
                importLocalFonts() {
                    for (let e of this.local.importFonts()) this.addFont(e), this.loadFont(e);
                }
                async importGoogleFonts() {
                    return (
                        (this.getGoogleFontsListPromise ||= Promise.resolve().then(async () => {
                            let { staticFonts: e, variableFonts: t } = await L_.fetchGoogleFontsList(),
                                n = await tf(`google`);
                            for (let r of await this.google.importFonts(e, t, n)) this.addFont(r);
                            return { staticFonts: e, variableFonts: t };
                        })),
                        this.getGoogleFontsListPromise
                    );
                }
                async importFontshareFonts() {
                    if (!this.getFontshareFontsListPromise) {
                        this.getFontshareFontsListPromise = L_.fetchFontshareFontsList();
                        let e = await this.getFontshareFontsListPromise,
                            t = await tf(`fontshare`);
                        for (let n of await this.fontshare.importFonts(e, t)) this.addFont(n);
                    }
                    return this.getFontshareFontsListPromise;
                }
                async importBuiltInFonts() {
                    if (!this.getBuiltInFontsListPromise) {
                        this.getBuiltInFontsListPromise = L_.fetchBuiltInFontsList();
                        let e = await this.getBuiltInFontsListPromise;
                        for (let t of await this.builtIn.importFonts(e)) this.addFont(t);
                    }
                    return this.getBuiltInFontsListPromise;
                }
                importFramerFonts(e) {
                    let t = tf(`framer`);
                    this.framer.importFonts(e, t).forEach((e) => {
                        this.addFont(e);
                    });
                }
                importCustomFonts(e, t) {
                    this.bySelector.forEach((e, t) => {
                        t.startsWith(nw) && this.bySelector.delete(t);
                    });
                    let n = this.custom.importFonts(e, t);
                    for (let e of n) this.addFont(e);
                    n.length > 0 && this.resolveCustomFontsImportPromise();
                }
                getCustomFontsImportPromise() {
                    return this.customFontsImportPromise;
                }
                getFontFamily(e) {
                    let t = this[e.source].getFontFamilyByName(e.name);
                    return t;
                }
                getFontBySelector(e) {
                    if (e) return e.startsWith(nw) ? this.custom.getFontBySelector(e) : this.bySelector.get(e);
                }
                getDraftPropertiesBySelector(e) {
                    let t = this.getFontBySelector(e);
                    if (t)
                        return {
                            style: t.style,
                            weight: t.weight,
                            variant: t.variant,
                            family: ld(t),
                            source: t.family.source,
                            category: t.category
                        };
                    let n = this.google.parseSelector(e);
                    if (n) {
                        let e = gw.parseVariant(n.variant);
                        if (od(e)) {
                            let t = n.isVariable ? ud(n.name) : n.name;
                            return {
                                style: e.style,
                                weight: e.weight,
                                variant: n.variant,
                                family: t,
                                source: `google`,
                                category: void 0
                            };
                        }
                    }
                    let r = this.fontshare.parseSelector(e);
                    if (r) {
                        let e = uw.parseVariant(r.variant);
                        if (od(e)) {
                            let t = r.isVariable ? ud(r.name) : r.name;
                            return {
                                style: e.style,
                                weight: e.weight,
                                variant: r.variant,
                                family: t,
                                source: `fontshare`,
                                category: void 0
                            };
                        }
                    }
                    let i = this.builtIn.parseSelector(e);
                    if (i) {
                        let e = ew.parseVariant(i.variant);
                        if (od(e)) {
                            let t = i.isVariable ? ud(i.name) : i.name;
                            return {
                                style: e.style,
                                weight: e.weight,
                                variant: i.variant,
                                family: t,
                                source: `builtIn`,
                                category: void 0
                            };
                        }
                    }
                    let a = mw.getDraftFontPropertiesBySelector(e);
                    return a || null;
                }
                isSelectorLoaded(e) {
                    return this.loadedSelectors.has(e);
                }
                async loadFont(e) {
                    if (this.isSelectorLoaded(e.selector)) return 0;
                    let t = e.family.source,
                        n = cd(e);
                    switch (t) {
                        case `local`:
                            return this.loadedSelectors.add(e.selector), 1;
                        case `framer`:
                            if ((tv() || (await ef(e.family.name, e.style, e.weight)), n)) {
                                if (!e.file) return Promise.reject(`Unable to load font: ${e.selector}`);
                                await Cw(
                                    { family: ld(e), url: e.file, weight: e.weight, style: e.style, isVariableFont: n },
                                    document
                                );
                            }
                            return this.loadedSelectors.add(e.selector), 1;
                        case `google`:
                        case `fontshare`:
                        case `builtIn`:
                        case `custom`:
                            return e.file
                                ? (await Cw(
                                      {
                                          family: ld(e),
                                          url: e.file,
                                          weight: e.weight,
                                          style: e.style,
                                          isVariableFont: n
                                      },
                                      document
                                  ),
                                  this.loadedSelectors.add(e.selector),
                                  1)
                                : Promise.reject(`Unable to load font: ${e.selector}`);
                        default:
                            V(t);
                    }
                }
                async loadFontsFromSelectors(e) {
                    if (!this.enabled) return [];
                    let t = [],
                        n = e.some((e) => e.startsWith(ow));
                    n &&
                        t.push(
                            this.importFontshareFonts().catch((e) => {
                                $n(`Failed to load Fontshare fonts:`, e);
                            })
                        );
                    let r = e.some((e) => e.startsWith(hw));
                    r &&
                        t.push(
                            this.importGoogleFonts().catch((e) => {
                                $n(`Failed to load Google fonts:`, e);
                            })
                        );
                    let i = e.some((e) => e.startsWith($C));
                    i &&
                        t.push(
                            this.importBuiltInFonts().catch((e) => {
                                $n(`Failed to load built-in fonts:`, e);
                            })
                        );
                    let a = e.some((e) => e.startsWith(nw));
                    a &&
                        t.push(
                            this.customFontsImportPromise.catch((e) => {
                                $n(`Failed to load custom fonts:`, e);
                            })
                        ),
                        t.length > 0 && (await Promise.all(t));
                    let o = e.map((e) => this.bySelector.get(e)).filter((e) => !!e);
                    return Promise.allSettled(o.map((e) => this.loadFont(e)));
                }
                async loadFonts(e) {
                    let t = await this.loadFontsFromSelectors(e),
                        n = t.filter((e) => e.status === `fulfilled` && e.value === 1).length;
                    return { newlyLoadedFontCount: n };
                }
                async loadMissingFonts(e, t) {
                    let n = e.filter((e) => !Ew.isSelectorLoaded(e));
                    if (n.length === 0) return;
                    await Ew.loadWebFontsFromSelectors(n);
                    let r = n.every((e) => Ew.isSelectorLoaded(e));
                    r && t && t();
                }
                async loadWebFontsFromSelectors(e) {
                    return this.loadFontsFromSelectors(e);
                }
                get defaultFont() {
                    let e = this.getFontBySelector(`Inter`);
                    return B(e, `Can’t find Inter font`), e;
                }
            }),
            (Ew = new Tw()),
            (Dw = u.forwardRef(function (e, t) {
                let { background: n, children: r, alt: i, draggable: a, fitImageDimension: o, style: s, ...c } = e,
                    l = { ...s },
                    d = w(() => aa(n), [n]),
                    [f, p] = k();
                u.useLayoutEffect(() => {
                    if (!n?.src || !o || d) return;
                    let e = document.createElement(`img`);
                    (e.onload = () => {
                        e.naturalWidth && e.naturalHeight && p({ width: e.naturalWidth, height: e.naturalHeight });
                    }),
                        (e.src = n.src);
                }, [n?.src, o, d]);
                let m = d ?? f;
                o && m && ((l[o] = `auto`), (l.aspectRatio = m.width / m.height)), n && delete l.background;
                let h = sa(e.as);
                return E(h, { ...c, style: l, ref: t, children: [n && b(ea, { image: n, alt: i, draggable: a }), r] });
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            (kw = (() => !J_() && typeof Document < `u` && typeof Document.parseHTMLUnsafe == `function`)()),
            (Aw =
                /(<([a-z]+)(?:\s+(?!href[\s=])[^=\s]+=(?:'[^']*'|"[^"]*"))*)(?:(\s+href\s*=)(?:'([^']*)'|"([^"]*)"))?((?:\s+[^=\s]+=(?:'[^']*'|"[^"]*"))*>)/gi),
            (jw = `{{ text-placeholder }}`),
            (Mw = `rich-text-wrapper`),
            (Nw = s(function (e, t) {
                let {
                        id: n,
                        name: r,
                        html: i,
                        htmlFromDesign: a,
                        text: o,
                        textFromDesign: s,
                        fonts: c = [],
                        width: l,
                        height: u,
                        left: d,
                        right: p,
                        top: m,
                        bottom: h,
                        center: g,
                        className: _,
                        stylesPresetsClassName: v,
                        visible: y = !0,
                        opacity: S,
                        rotation: T = 0,
                        verticalAlignment: E = `top`,
                        isEditable: O = !1,
                        environment: ee = q.current,
                        withExternalLayout: k = !1,
                        positionSticky: te,
                        positionStickyTop: ne,
                        positionStickyRight: re,
                        positionStickyBottom: ie,
                        positionStickyLeft: ae,
                        __htmlStructure: oe,
                        __fromCanvasComponent: se = !1,
                        _forwardedOverrideId: ce,
                        _forwardedOverrides: le,
                        _usesDOMRect: ue,
                        children: A,
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                    fe = xi(),
                    pe = pa(e),
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                    { navigate: me, getRoute: N } = ct(),
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                    let e = le[ve];
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                let ye = ``;
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                    let e = cf(P);
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                    (D(() => {
                        let e = M.current;
                        if (e === null) return;
                        function t(e) {
                            let t = kc(e.target, M.current);
                            if (e.metaKey || !me || !t || t.getAttribute(`target`) === `_blank`) return;
                            let n = xc(me, t, F);
                            n && e.preventDefault();
                        }
                        return (
                            e.addEventListener(`click`, t),
                            () => {
                                e.removeEventListener(`click`, t);
                            }
                        );
                    }, [me, F]),
                    ff(c, se, M),
                    f(() => {
                        Pi();
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                    !y)
                )
                    return null;
                let xe = O && ee() === q.canvas,
                    I = {
                        outline: `none`,
                        display: `flex`,
                        flexDirection: `column`,
                        justifyContent: df(E),
                        opacity: xe ? 0 : S,
                        flexShrink: 0
                    },
                    Se = q.hasRestrictions(),
                    Ce = vi(e, fe || 0, !1),
                    we = ue && (l === `auto` || u === `auto`),
                    Te = !!e.transformTemplate || !Ce || !Se || se || we,
                    De = Te ? e.transformTemplate ?? fa(g) : void 0;
                if (!k) {
                    if (Ce && Se && !we) {
                        let e = $m.getNumber(T).toFixed(4);
                        (I.transform = `translate(${Ce.x}px, ${Ce.y}px) rotate(${e}deg)`),
                            (I.width = Ce.width),
                            (I.minWidth = Ce.width),
                            (I.height = Ce.height);
                    } else
                        (I.left = d),
                            (I.right = p),
                            (I.top = m),
                            (I.bottom = h),
                            (I.width = l),
                            (I.height = u),
                            (I.rotate = T);
                    te
                        ? (!_e || ge) &&
                          ((I.position = `sticky`),
                          (I.willChange = `transform`),
                          (I.zIndex = 1),
                          (I.top = ne),
                          (I.right = re),
                          (I.bottom = ie),
                          (I.left = ae))
                        : _e && (e.positionFixed || e.positionAbsolute) && (I.position = `absolute`);
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                return (
                    Zo(e, I),
                    Jo(e, I),
                    Object.assign(I, e.style),
                    b(Ee.div, {
                        id: n,
                        ref: M,
                        ...de,
                        style: I,
                        layoutId: pe,
                        "data-framer-name": r,
                        "data-framer-component-type": `DeprecatedRichText`,
                        "data-center": g,
                        className: $o(_, v, Mw),
                        transformTemplate: De,
                        dangerouslySetInnerHTML: { __html: be }
                    })
                );
            })),
            (Pw = {
                opacity: 1,
                y: 0,
                x: 0,
                scale: 1,
                rotate: 0,
                rotateX: 0,
                rotateY: 0,
                skewX: 0,
                skewY: 0,
                filter: `none`
            }),
            (Fw = (() =>
                RegExp(
                    `\\p{Regional_Indicator}{2}|\\p{Emoji}\\p{Emoji_Modifier}?\\p{Variation_Selector}?(?:\\u{200d}\\p{Emoji}\\p{Emoji_Modifier}?\\p{Variation_Selector}?)*|.`,
                    `gu`
                ))()),
            (Iw = s(function (e, t) {
                return b(`svg`, { ...e, ref: t, children: e.children });
            })),
            (Lw = Ee.create(Iw)),
            (Rw = s(function ({ viewBoxScale: e, viewBox: t, children: n, ...r }, i) {
                return b(Lw, {
                    ...r,
                    ref: i,
                    viewBox: t,
                    children: b(Ee.foreignObject, {
                        width: `100%`,
                        height: `100%`,
                        className: `framer-fit-text`,
                        transform: `scale(${e})`,
                        style: { overflow: `visible`, transformOrigin: `center center` },
                        children: n
                    })
                });
            })),
            (zw = []),
            (Bw = `RichTextContainer`),
            (Vw = s(function (e, t) {
                let {
                        __fromCanvasComponent: n = !1,
                        _forwardedOverrideId: r,
                        _forwardedOverrides: i,
                        _usesDOMRect: a,
                        anchorLinkOffsetY: o,
                        as: s,
                        bottom: c,
                        center: l,
                        children: u,
                        environment: d = q.current,
                        fonts: p = zw,
                        height: m,
                        isEditable: h = !1,
                        left: g,
                        name: _,
                        opacity: v,
                        positionSticky: y,
                        positionStickyBottom: S,
                        positionStickyLeft: T,
                        positionStickyRight: E,
                        positionStickyTop: D,
                        right: O,
                        rotation: ee = 0,
                        style: k,
                        _initialStyle: te,
                        stylesPresetsClassNames: ne,
                        text: re,
                        top: ie,
                        verticalAlignment: ae = `top`,
                        visible: oe = !0,
                        width: se,
                        withExternalLayout: ce = !1,
                        viewBox: le,
                        viewBoxScale: ue = 1,
                        effect: A,
                        ...de
                    } = e,
                    fe = xi(),
                    pe = hc(),
                    j = C(av),
                    M = pa(e),
                    me = x(null),
                    N = t ?? me;
                ya(e, N),
                    ff(p, n, N),
                    f(() => {
                        Pi();
                    }, []);
                let he = xf(A, N),
                    ge = w(() => {
                        if (u) return Of(u, ne, re, o, void 0, he.getTokenizer());
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                if (!oe) return null;
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                    P = {
                        outline: `none`,
                        display: `flex`,
                        flexDirection: `column`,
                        justifyContent: df(ae),
                        opacity: _e ? 0 : v,
                        flexShrink: 0
                    },
                    ve = {},
                    ye = q.hasRestrictions(),
                    F = vi(e, fe || 0, !1),
                    be = a && (se === `auto` || m === `auto`),
                    xe = !!e.transformTemplate || !F || !ye || n || be,
                    I = xe ? e.transformTemplate ?? fa(l) : void 0;
                ce ||
                    (F && ye && !be
                        ? ((ve.x = F.x + (R(k?.x) ? k.x : 0)),
                          (ve.y = F.y + (R(k?.y) ? k.y : 0)),
                          (P.rotate = $m.getNumber(ee)),
                          (P.width = F.width),
                          (P.minWidth = F.width),
                          (P.height = F.height))
                        : ((P.left = g),
                          (P.right = O),
                          (P.top = ie),
                          (P.bottom = c),
                          (P.width = se),
                          (P.height = m),
                          (P.rotate = ee)),
                    y
                        ? (!pe || j) &&
                          ((P.position = `sticky`),
                          (P.willChange = `transform`),
                          (P.zIndex = 1),
                          (P.top = D),
                          (P.right = E),
                          (P.bottom = S),
                          (P.left = T))
                        : pe && (e.positionFixed || e.positionAbsolute) && (P.position = `absolute`)),
                    Zo(e, P),
                    Jo(e, P),
                    Object.assign(P, te, k, ve),
                    M && (de.layout = `preserve-aspect`);
                let Se = sa(e.as),
                    Ce = de[`data-framer-name`] ?? _;
                return L(e.viewBox)
                    ? e.as === void 0
                        ? b(Rw, {
                              ...de,
                              ref: N,
                              style: P,
                              layoutId: M,
                              viewBox: le,
                              viewBoxScale: ue,
                              transformTemplate: I,
                              "data-framer-name": Ce,
                              "data-framer-component-type": Bw,
                              children: ge
                          })
                        : b(Se, {
                              ...de,
                              ref: N,
                              style: P,
                              layoutId: M,
                              transformTemplate: I,
                              "data-framer-name": Ce,
                              "data-framer-component-type": Bw,
                              children: b(Rw, {
                                  viewBox: le,
                                  viewBoxScale: ue,
                                  style: { width: `100%`, height: `100%` },
                                  children: ge
                              })
                          })
                    : b(Se, {
                          ...de,
                          ref: N,
                          style: P,
                          layoutId: M,
                          transformTemplate: I,
                          "data-framer-name": Ce,
                          "data-framer-component-type": Bw,
                          children: ge
                      });
            })),
            (Hw = s(function ({ children: e, html: t, htmlFromDesign: n, ...i }, a) {
                let o = t || e || n;
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                        z(i.stylesPresetsClassNames) &&
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                if (!i.stylesPresetsClassNames && L(i.stylesPresetsClassName)) {
                    let [e, t, n, r, a] = i.stylesPresetsClassName.split(` `);
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                        ? console.warn(`Encountered invalid stylesPresetsClassNames: ${i.stylesPresetsClassNames}`)
                        : (i.stylesPresetsClassNames = { h1: e, h2: t, h3: n, p: r, a });
                }
                return b(Vw, { ...i, ref: a, children: r(o) ? o : void 0 });
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            (Uw = `framer/asset-reference,`),
            (Ww = ({ id: e, path: t, transform: n, repeat: r, width: i, height: a, offsetX: o, offsetY: s }) => {
                let c = Bf(t);
                return b(`pattern`, {
                    id: e,
                    width: r ? i : `100%`,
                    height: r ? a : `100%`,
                    patternContentUnits: r ? void 0 : `objectBoundingBox`,
                    patternUnits: r ? `userSpaceOnUse` : void 0,
                    x: r ? o : void 0,
                    y: r ? s : void 0,
                    children: b(
                        `image`,
                        {
                            width: r ? i : 1,
                            height: r ? a : 1,
                            href: c,
                            preserveAspectRatio: `none`,
                            transform: r ? void 0 : n,
                            x: r ? 0 : void 0,
                            y: r ? 0 : void 0
                        },
                        c
                    )
                });
            }),
            (Gw = G_()),
            (Kw = class {
                constructor(e, t, n, r, i = 0) {
                    (this.id = e), (this.svg = t), (this.innerHTML = n), (this.viewBox = r), (this.count = i);
                }
            }),
            (qw = `position: absolute; overflow: hidden; bottom: 0; left: 0; width: 0; height: 0; z-index: 0; contain: strict`),
            (Jw = class {
                constructor() {
                    N(this, `entries`, new Map()), N(this, `vectorSetItems`, new Map());
                }
                debugGetEntries() {
                    return this.entries;
                }
                subscribe(e, t, n, r) {
                    if (!e || e === ``) return ``;
                    let i = this.entries.get(e);
                    if (!i) {
                        n ||= `svg${String(pv(e))}_${String(e.length)}`;
                        let a = e,
                            o,
                            s = Vf(e);
                        s &&
                            (t && Hf(s, n),
                            (s.id = n),
                            (o = qf(s)),
                            s.removeAttribute(`xmlns`),
                            s.removeAttribute(`xlink`),
                            s.removeAttribute(`xmlns:xlink`),
                            (a = s.outerHTML)),
                            (i = this.createDOMElementFor(a, n, o, r)),
                            this.entries.set(e, i);
                    }
                    return (i.count += 1), i.innerHTML;
                }
                getViewBox(e) {
                    if (!e || e === ``) return;
                    let t = this.entries.get(e);
                    return t?.viewBox;
                }
                unsubscribe(e) {
                    if (!e || e === ``) return;
                    let t = this.entries.get(e);
                    t && (--t.count, !(t.count > 0) && setTimeout(() => this.maybeRemoveEntry(e), 5e3));
                }
                maybeRemoveEntry(e) {
                    let t = this.entries.get(e);
                    t && (t.count > 0 || (this.entries.delete(e), this.removeDOMElement(t)));
                }
                removeDOMElement(e) {
                    if (Gw) {
                        let t = document == null ? void 0 : document.getElementById(e.id);
                        t?.remove();
                    }
                }
                getOrCreateTemplateContainer() {
                    let e = document.getElementById(`svg-templates`);
                    if (e) return e;
                    let t = document.createElement(`div`);
                    return (
                        (t.id = `svg-templates`),
                        (t.ariaHidden = `true`),
                        (t.style.cssText = qw),
                        document.body.appendChild(t),
                        t
                    );
                }
                maybeAppendTemplate(e, t) {
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                    n.innerHTML = t;
                    let r = n.firstElementChild;
                    r && ((r.id = e), this.getOrCreateTemplateContainer().appendChild(r));
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                createDOMElementFor(e, t, n, r) {
                    Gw && this.maybeAppendTemplate(t, e);
                    let i = n ? `0 0 ${n.width} ${n.height}` : void 0,
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                    return new Kw(t, e, o, i);
                }
                template(e, t) {
                    let n = this.vectorSetItems.get(e);
                    return (
                        n || (this.vectorSetItems.set(e, { svg: t, count: 0 }), !Gw) || this.maybeAppendTemplate(e, t),
                        `#${e}`
                    );
                }
                subscribeToTemplate(e) {
                    let t = this.vectorSetItems.get(e);
                    if (t)
                        return (
                            t.count++,
                            () => {
                                let t = this.vectorSetItems.get(e);
                                t &&
                                    (t.count--,
                                    !(t.count > 0) &&
                                        setTimeout(() => {
                                            var t, n;
                                            (t = this.vectorSetItems.get(e))?.count ||
                                                (this.vectorSetItems.delete(e),
                                                Gw &&
                                                    ((n = document == null ? void 0 : document.getElementById(e)) ==
                                                        null ||
                                                        n.remove()));
                                        }, 5e3));
                            }
                        );
                }
                clear() {
                    this.entries.clear();
                }
                generateTemplates() {
                    let e = [];
                    return (
                        e.push(`<div id="svg-templates" style="${qw}" aria-hidden="true">`),
                        this.entries.forEach((t) => e.push(t.svg)),
                        this.vectorSetItems.forEach((t) => e.push(t.svg)),
                        e.push(`</div>`),
                        e.join(`
`)
                    );
                }
            }),
            (Yw = new Jw()),
            (Xw = (() => ({
                cm: 96 / 2.54,
                mm: 96 / 2.54 / 10,
                Q: 96 / 2.54 / 40,
                in: 96,
                pc: 96 / 6,
                pt: 96 / 72,
                px: 1,
                em: 16,
                ex: 8,
                ch: 8,
                rem: 16
            }))()),
            (Zw = s(function (e, t) {
                let n = xi(),
                    r = pa(e),
                    i = u.useRef(null),
                    a = t ?? i,
                    o = dC();
                return ya(e, i), b($w, { ...e, innerRef: a, parentSize: n, layoutId: r, providedWindow: o });
            })),
            (Qw = 5e4),
            ($w = (() => {
                var e;
                return (
                    (e = class extends fv {
                        constructor() {
                            super(...arguments),
                                N(this, `container`, u.createRef()),
                                N(this, `svgElement`, null),
                                N(this, `setSVGElement`, (e) => {
                                    (this.svgElement = e), this.setLayerElement(e);
                                }),
                                N(this, `previouslyRenderedSVG`, ``),
                                N(this, `unmountedSVG`, ``);
                        }
                        static frame(e) {
                            return vi(e, e.parentSize || 0);
                        }
                        get frame() {
                            return vi(this.props, this.props.parentSize || 0);
                        }
                        componentDidMount() {
                            if (this.unmountedSVG) {
                                let { svgContentId: e } = this.props,
                                    t = e ? `svg${e}` : null;
                                Yw.subscribe(this.unmountedSVG, !e, t),
                                    (this.previouslyRenderedSVG = this.unmountedSVG);
                            }
                            this.props.svgContentId || Zf(this.container, this.props);
                        }
                        componentWillUnmount() {
                            Yw.unsubscribe(this.previouslyRenderedSVG),
                                (this.unmountedSVG = this.previouslyRenderedSVG),
                                (this.previouslyRenderedSVG = ``);
                        }
                        componentDidUpdate(e) {
                            if ((super.componentDidUpdate(e), this.props.svgContentId)) return;
                            let { fill: t } = this.props;
                            U_.isImageObject(t) &&
                                U_.isImageObject(e.fill) &&
                                t.src !== e.fill.src &&
                                wa(this.svgElement, `fill`, null, !1),
                                Zf(this.container, this.props);
                        }
                        collectLayout(e, t) {
                            if (this.props.withExternalLayout) {
                                (t.width = `100%`), (t.height = `100%`), (t.aspectRatio = `inherit`);
                                return;
                            }
                            let n = this.frame,
                                {
                                    rotation: r,
                                    intrinsicWidth: i,
                                    intrinsicHeight: a,
                                    width: o,
                                    height: s
                                } = this.props,
                                c = $m.getNumber(r);
                            if (
                                ((e.opacity = H(this.props.opacity) ? this.props.opacity : 1), q.hasRestrictions() && n)
                            ) {
                                Object.assign(e, {
                                    transform: `translate(${n.x}px, ${n.y}px) rotate(${c.toFixed(4)}deg)`,
                                    width: `${n.width}px`,
                                    height: `${n.height}px`
                                }),
                                    hi(this.props) && (e.position = `absolute`);
                                let r = n.width / (i || 1),
                                    o = n.height / (a || 1);
                                t.transformOrigin = `top left`;
                                let { zoom: s, target: l } = Gh;
                                if (l === q.export) {
                                    let e = s > 1 ? s : 1;
                                    (t.transform = `scale(${r * e}, ${o * e})`), (t.zoom = 1 / e);
                                } else t.transform = `scale(${r}, ${o})`;
                                i && a && ((t.width = i), (t.height = a));
                                return;
                            }
                            let { left: l, right: u, top: d, bottom: f } = this.props;
                            Object.assign(e, { left: l, right: u, top: d, bottom: f, width: o, height: s, rotate: c }),
                                Object.assign(t, { left: 0, top: 0, bottom: 0, right: 0, position: `absolute` });
                        }
                        render() {
                            let {
                                id: e,
                                visible: t,
                                style: n,
                                fill: r,
                                svg: i,
                                intrinsicHeight: a,
                                intrinsicWidth: o,
                                title: s,
                                description: c,
                                layoutId: l,
                                className: u,
                                variants: d,
                                withExternalLayout: f,
                                innerRef: p,
                                svgContentId: m,
                                height: h,
                                opacity: g,
                                width: _,
                                requiresOverflowVisible: y,
                                ...x
                            } = this.props;
                            if (!f && (!t || !e)) return null;
                            let S = e ?? l ?? `svg`,
                                C = this.frame,
                                w = C || { width: o || 100, height: a || 100 },
                                T = { ...n, imageRendering: `pixelated`, flexShrink: 0 },
                                D = {};
                            this.collectLayout(T, D),
                                Ko(this.props, T),
                                Zo(this.props, T),
                                fv.applyWillChange(this.props, T, !1);
                            let O = null;
                            if (typeof r == `string` || K.isColorObject(r)) {
                                let e = K.isColorObject(r) ? r.initialValue || K.toRgbString(r) : r;
                                (T.fill = e), (T.color = e);
                            } else if (bv.isLinearGradient(r)) {
                                let t = r,
                                    n = `${encodeURI(e || ``)}g${bv.hash(t)}`;
                                T.fill = `url(#${n})`;
                                let { stops: i, x1: a, x2: o, y1: s, y2: c } = Mf(t, S);
                                O = b(`svg`, {
                                    ref: this.setSVGElement,
                                    width: `100%`,
                                    height: `100%`,
                                    style: { position: `absolute` },
                                    role: `presentation`,
                                    children: b(`linearGradient`, {
                                        id: n,
                                        x1: a,
                                        x2: o,
                                        y1: s,
                                        y2: c,
                                        children: i.map((e, t) =>
                                            b(
                                                `stop`,
                                                { offset: e.position, stopColor: e.color, stopOpacity: e.alpha },
                                                t
                                            )
                                        )
                                    })
                                });
                            } else if (Sv.isRadialGradient(r)) {
                                let t = r,
                                    n = `${encodeURI(e || ``)}g${Sv.hash(t)}`;
                                T.fill = `url(#${n})`;
                                let i = Nf(t, S);
                                O = b(`svg`, {
                                    ref: this.setSVGElement,
                                    width: `100%`,
                                    height: `100%`,
                                    style: { position: `absolute` },
                                    role: `presentation`,
                                    children: b(`radialGradient`, {
                                        id: n,
                                        cy: t.centerAnchorY,
                                        cx: t.centerAnchorX,
                                        r: t.widthFactor,
                                        children: i.stops.map((e, t) =>
                                            b(
                                                `stop`,
                                                { offset: e.position, stopColor: e.color, stopOpacity: e.alpha },
                                                t
                                            )
                                        )
                                    })
                                });
                            } else if (U_.isImageObject(r)) {
                                let e = Rf(r, w, S);
                                e &&
                                    ((T.fill = `url(#${e.id})`),
                                    (O = b(`svg`, {
                                        ref: this.setSVGElement,
                                        width: `100%`,
                                        height: `100%`,
                                        style: { position: `absolute` },
                                        role: `presentation`,
                                        children: b(`defs`, { children: b(Ww, { ...e }) })
                                    })));
                            }
                            let ee = { "data-framer-component-type": `SVG` },
                                k = !C;
                            k && Object.assign(ee, la(this.props.center));
                            let te =
                                    !y &&
                                    !O &&
                                    !T.fill &&
                                    !T.background &&
                                    !T.backgroundImage &&
                                    i.length < Qw &&
                                    !Jf(i) &&
                                    !Yf(i),
                                ne = null;
                            if (te)
                                (T.backgroundSize = `100% 100%`),
                                    (T.backgroundImage = Tt(i)),
                                    Yw.unsubscribe(this.previouslyRenderedSVG),
                                    (this.previouslyRenderedSVG = ``);
                            else {
                                let e = m ? `svg${m}` : null,
                                    t = Yw.subscribe(i, !m, e, y);
                                Yw.unsubscribe(this.previouslyRenderedSVG),
                                    (this.previouslyRenderedSVG = i),
                                    Xf(T) && (T.overflow = `hidden`),
                                    (ne = E(v, {
                                        children: [
                                            O,
                                            b(
                                                `div`,
                                                {
                                                    className: `svgContainer`,
                                                    style: D,
                                                    ref: this.container,
                                                    dangerouslySetInnerHTML: { __html: t }
                                                },
                                                U_.isImageObject(r) ? r.src : ``
                                            )
                                        ]
                                    }));
                            }
                            let re = sa(this.props.as),
                                { href: ie, target: ae, rel: oe, onClick: se, onTap: ce } = this.props,
                                le = s || c;
                            return E(re, {
                                ...ee,
                                ...x,
                                layoutId: l,
                                transformTemplate: k ? fa(this.props.center) : void 0,
                                id: e,
                                ref: p,
                                style: T,
                                className: u,
                                variants: d,
                                tabIndex: this.props.tabIndex,
                                role: le ? `img` : void 0,
                                "aria-label": s,
                                "aria-description": c,
                                "aria-hidden": le ? void 0 : `true`,
                                onTap: ce,
                                onClick: se,
                                href: ie,
                                target: ae,
                                rel: oe,
                                children: [ne, b(Qf, {})]
                            });
                        }
                    }),
                    N(e, `supportsConstraints`, !0),
                    N(e, `defaultSVGProps`, {
                        left: void 0,
                        right: void 0,
                        top: void 0,
                        bottom: void 0,
                        style: void 0,
                        _constraints: { enabled: !0, aspectRatio: null },
                        parentSize: 0,
                        rotation: 0,
                        visible: !0,
                        svg: ``,
                        shadows: []
                    }),
                    N(e, `defaultProps`, { ...fv.defaultProps, ...e.defaultSVGProps }),
                    e
                );
            })()),
            (eT = 1e3),
            (tT = `explicitInter`),
            (oe.prototype.addChild = function ({ transformer: e = (e) => e }) {
                let t = De(e(this.get()));
                return this.onChange((n) => t.set(e(n))), t;
            });
    });
export {
    pb as ComponentViewportProvider,
    Eb as Container,
    dg as ControlType,
    iC as CycleVariantState,
    ei as ErrorPlaceholder,
    yy as GeneratedComponentContext,
    Gb as GracefullyDegradingErrorBoundary,
    Dw as Image2,
    z_ as LibraryFeaturesProvider,
    ox as Link,
    Wt as PageEffectsProvider,
    gl as PageRoot,
    Ny as PropertyOverrides2,
    tC as QueryEngine,
    q as RenderTarget,
    Mx as ResolveLinks,
    Hw as RichText,
    Zw as SVG,
    Db as SmartComponentScopedContainer,
    ep as addFonts,
    Vi as addPropertyControls,
    Zh as animate2,
    E_ as combinedCSSRulesForPreview,
    Ey as cssCollector,
    $o as cx,
    Ew as fontStore,
    Vy as framerAppearAnimationScriptKey,
    Ry as framerAppearEffects,
    By as framerAppearIdKey,
    zy as framerAppearTransformTemplateToken,
    Cy as framerCSSMarker,
    tp as getFonts,
    np as getFontsFromSharedStyle,
    $f as getLoadingLazyAtYPosition,
    Hi as getPropertyControls,
    Wu as getWhereExpressionFromPathVariables,
    In as inferInitialRouteFromPath,
    nT as init_framer_JYARJRD7,
    ki as installFlexboxGapWorkaroundIfNeeded,
    qe as lazy,
    On as markHydrationStart,
    Rb as nestedLinksCollector,
    Gn as patchRoutesForABTesting,
    Ru as removeHiddenBreakpointLayersV2,
    Yw as sharedSVGManager,
    wn as turnOffReactEventHandling,
    Au as useActiveVariantCallback,
    Vs as useComponentViewport,
    ut as useCurrentRoute,
    fc as useCustomCursors,
    Pu as useHydratedBreakpointVariants,
    io as useIsInCurrentNavigationTarget,
    hc as useIsOnFramerCanvas,
    Cn as useLocaleInfo,
    Xn as useMetadata,
    Hu as useOnVariantChange,
    gt as useRouteElementId,
    ct as useRouter,
    id as useVariantState,
    wy as withCSS,
    db as withFX,
    ms as withOptimizedAppearEffect,
    op as withPerformanceMarks,
    lC as withVariantAppearEffect,
    At as yieldToMain
};
//# sourceMappingURL=framer.CxIEO1d3.mjs.map